MN1-5100 Rev.1
ULTRASOUND DIAGNOSTIC
EQUIPMENT
SSD-3500
Manual number: MN1-5100
Rev.1
0123
ALOKA CO., LTD.
MN1-5100 Rev.0
VS-FlexGrid Pro
Copyright(C)1999 Videosoft Corporation
MN1-5100 Rev.0
Safety alert symbols
The four indications [Danger], [Warning], [Caution] and [Note] used on this equipment and in this instruction
manual have the following meaning.
Danger
・ Indicates an imminently hazardous situation which, if not avoided, will result in death or serious injury.
・ A warning message is inserted here.
Warning
・Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.
・ A warning message is inserted here.
Caution
・Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury.
・A caution message is inserted here.
Note
・Indicates a strong request concerning an item that must be observed in order to prevent damage or
deterioration of the equipment and also to ensure that it is used efficiently.
・An explanatory text is inserted here.
1
MN1-5100 Rev.0
CONTENTS
1. Operation Method
1-1.
1-2.
Graphic Display .................................................................................................................... 1-2
Operating the various switches............................................................................................. 1-3
ACOUST POWER .............................................................................................................. 1-3
ACQUIRE............................................................................................................................. 1-3
ANGLE................................................................................................................................. 1-4
BODY MARK ...................................................................................................................... 1-4
CANCEL .............................................................................................................................. 1-5
CLEAR ................................................................................................................................. 1-5
COMMENT .......................................................................................................................... 1-6
CONTRAST ......................................................................................................................... 1-8
CURSOR/B.L.S. ................................................................................................................... 1-9
DDD ................................................................................................................................. 1-10
DEPTH/RANGE................................................................................................................... 1-10
DOP FILTER....................................................................................................................... 1-11
EXT
................................................................................................................................. 1-12
FOCUS ................................................................................................................................. 1-13
FRAME RATE ..................................................................................................................... 1-14
FREEZE................................................................................................................................ 1-14
GAIN ................................................................................................................................. 1-15
HARMONIC ECHO............................................................................................................. 1-15
ID
................................................................................................................................. 1-16
IMAGE / FREQ .................................................................................................................... 1-16
INVERT................................................................................................................................ 1-17
IP SELECT (Image Processing Select) ................................................................................ 1-18
MEASUREMENT ................................................................................................................ 1-18
MENU ................................................................................................................................. 1-19
MODE ................................................................................................................................. 1-19
PRESET ................................................................................................................................ 1-21
PRINT ................................................................................................................................. 1-21
PROBE ................................................................................................................................. 1-22
REC
................................................................................................................................. 1-23
REPORT ............................................................................................................................... 1-23
REVIEW............................................................................................................................... 1-23
SAMPLE VOLUME ........................................................................................................... 1-24
SCAN AREA....................................................................................................................... 1-24
SELECT................................................................................................................................ 1-25
SEARCH............................................................................................................................... 1-26
STC
................................................................................................................................. 1-26
STORE ................................................................................................................................. 1-27
STEER / ROTAT.................................................................................................................. 1-27
2
MN1-5100 Rev.0
1-3.
1-4.
1-5.
1-6.
1-7.
1-8.
1-9.
1-10.
1-11.
1-12.
SWEEP SPEED ................................................................................................................... 1-28
VEL RANGE....................................................................................................................... 1-29
ZOOM ................................................................................................................................. 1-30
Full keyboard ........................................................................................................................ 1-32
Before Starting an Examination ........................................................................................... 1-33
Examination in the B Mode.................................................................................................. 1-46
1-4-1.
Basic Operation Procedure.................................................................................... 1-46
B/M and M Modes................................................................................................................ 1-48
1-5-1.
Basic operation procedure..................................................................................... 1-48
B/D and D Modes ................................................................................................................. 1-50
1-6-1.
Basic operation procedure..................................................................................... 1-51
Flow Display......................................................................................................................... 1-53
1-7-1.
Basic operation procedure..................................................................................... 1-53
Power Flow display .............................................................................................................. 1-55
1-8-1.
Basic operation procedure..................................................................................... 1-55
Tissue Doppler Imaging display .......................................................................................... 1-55
1-9-1.
Basic operation procedure..................................................................................... 1-55
VOL Mode............................................................................................................................ 1-56
1-10-1. Basic operation procedure..................................................................................... 1-56
Brachytherapy Guide Lines .................................................................................................. 1-60
1-11-1. Basic operation procedure..................................................................................... 1-60
Actions to be taken when a defect is detected ...................................................................... 1-64
1-12-1. Ensuring patient safety.......................................................................................... 1-64
1-12-2. Handling the instrument........................................................................................ 1-64
2. Cine Memory and Store Memory
2-1.
Cine Memory ........................................................................................................................ 2-1
2-1-1.
Basic operation procedure..................................................................................... 2-4
2-1-2.
Cine scale and search mark ................................................................................... 2-5
2-1-3.
Loop playback function ........................................................................................ 2-6
2-2. Store Memory ....................................................................................................................... 2-8
2-2-1.
Basic operation procedure..................................................................................... 2-11
2-3. Review Function................................................................................................................... 2-13
2-3-1.
Image Browser ...................................................................................................... 2-13
3. Recording Images
3-1. Recording to a printer ........................................................................................................... 3-1
3-2. Recording and playing back images on a VCR .................................................................... 3-1
3-2-1. When operating it by the main part side of VCR.................................................. 3-1
3-2-2. Operations using the panel switches on the SSD-4000 side ................................. 3-2
3-3. Printing a VCR Image .......................................................................................................... 3-4
3
MN1-5100 Rev.0
4. Physiological Signals
4-1. Method of Displaying Physiological Signals ....................................................................... 4-1
4-2. ECG Sync Display................................................................................................................ 4-2
5. Menu
5-1.
5-2.
Setting Procedure.................................................................................................................. 5-2
Menu Contents...................................................................................................................... 5-5
6. Preset
6-1. Procedure for Changing the Set Contents............................................................................. 6-2
6-2. Common Preset..................................................................................................................... 6-4
6-3. Preset Control ....................................................................................................................... 6-10
6-3-1.
Method of copying preset No. data to a floppy disk ............................................. 6-11
6-3-2.
When copying preset No. data inside the equipment............................................ 6-12
6-3-3.
When copying Preset No. data from a floppy disk ............................................... 6-12
6-3-4.
When rearranging Preset No. data ........................................................................ 6-13
6-3-5.
When copying data in Annotation Dictionary to a floppy disk ............................ 6-13
6-3-6.
When copying data in Annotation Dictionary from a floppy disk........................ 6-13
6-3-7.
When copying Body Mark Library from a floppy disk ........................................ 6-14
6-3-8.
When copying Common Preset data to a floppy disk ........................................... 6-14
6-3-9.
When copying Common Preset data from a floppy disk ...................................... 6-14
6-3-10. When copying Color Map to a floppy disk........................................................... 6-15
6-3-11. When copying Color Map from a floppy disk ...................................................... 6-15
6-4. Preset Set-up Menu............................................................................................................... 6-16
6-5. Displays 1〜 5 ...................................................................................................................... 6-17
6-6. Images 1〜3.......................................................................................................................... 6-23
6-7. Body Mark ............................................................................................................................ 6-28
6-8. Menu ..................................................................................................................................... 6-29
6-9. Custom Switches 1〜3 ......................................................................................................... 6-30
6-10. Option ................................................................................................................................... 6-32
6-11. Doppler ................................................................................................................................. 6-34
6-12. Flow ...................................................................................................................................... 6-36
6-13. Power Flow........................................................................................................................... 6-38
6-14. Tissue Doppler...................................................................................................................... 6-40
6-15. Tissue Flow........................................................................................................................... 6-42
6-16. Tissue Power Flow ............................................................................................................... 6-44
6-17. VOL1〜2 .............................................................................................................................. 6-46
4
MN1-5100 Rev.0
1. Operation Method
The methods of operating the various switches are described below.
Rotary encoder 2
Menu switch
Esc
F1
~
!
1
F2
F3
@
2
F4
#
3
F5
F6
$
1
F7
%
5
F8
^
6
F9
&
7
F10
*
8
F11
F12
(
9
F13
Insert
Pause
Break
Delete
+
=
)
0
STC
0
Back
Space
1
ECG
Q
Tab
W
E
R
T
Y
U
I
O
P
{
[
}
]
|
/
2
SENS
3
Caps
Lock
POSI
A
Z
Shift
Ctrl
S
ID
D
X
Com
ment
C
F
V
G
B
H
J
N
K
<
,
M
Alt
Alt Gr
:
;
L
>
.
Fn
"
’
5
8
?
/
Ctrl
Shift
2
12
PgUp
18
Clear
Home
1
PgDn
(cm)
End
EXT
POWER
DISK
CAPS LOCK FUNCTION
PROBE
NEW
PATIENT
SEARCH
Menu selecting
switch
PRESET
FRAME
RATE
I.P.
SELECT
ACOUST
POWER
SWEEP
SPEED
ANGLE
USER
1
CURSOR
/B.L.S.
FOCUS
BODY
MARK
SCAN
AREA
ZOOM
IMAGE / FREQ
CONTRAST
VEL RANGE
DEPTH / RANGE
PUSH
SAMPLE VOLUME
DOP FILTER
MENU
ACOUIRE
INVERT
M / D GAIN
REVIEW
STORE
USER
2
CLEAR
EASURE
MENT
STEER
/ROTAT
D.D.D.
HAR MONIC
B
M
D
POWER
FLOW
B|B
B|M
B|D
FLOW
FLOW GAIN
2
REPORT
1
SET
CANCEL
SELECT
MARK REF
REC
B GAIN
Rotary encoder 1
Fig. Operation panel
Rotary encoder 1
Rotary encoder 2
Menu selecting switch
Used to set the measurement and zoom functions.
Used when any of the 5 switches on the left panel is pressed.
Used to set the menu settings.
This section consists of 64 pages.
1-1
1. OPERATION METHOD
1. OPERATION METHOD
MN1-5100 Rev.0
1-1. Graphic Display
1. OPERATION METHOD
1-1. Graphic Display
（3）
（1）
ALOKA ALOKA
HOPSPITAL
:No ID
:
:
Y
'02/09/18
:M 11:23:36
407/408 1
54Hz
（4）
3.5M 6.0 R15 G69 C8 A4
（2）
1:Abdomen
DVA: 89%
Fig. B mode image
(1)
Gray scale bar
(2)
Scale mark
(3)
Active mark
A [●] mark indicates an active state (An active image is the image on which operations can be performed
when two or more images are displayed.)
A [○] mark indicates a non-active state.
(4)
Focus mark
[Remark]
For details, refer to Section 9 of "Safety Instruction".
1-2
MN1-5100 Rev.0
1-2. Operating the various switches
The methods of operating the various switches are described below.
ACOUST POWER
The ACOUST POWER function enables the acoustic power to be manually adjusted from the automatic setting.
< Operation method >
q
Press the ACOUST POWER switch.
→ Possible to set the acoustic output value.
w
Using rotary encoder 2, adjust the output to the optimum value.
→ Turning rotary encoder 2 clockwise causes the output to increase, and vice-versa. At the same time,
the output value on the image changes.
e
Press the ACOUST POWER switch to terminate this function.
［Remark］
In order to prevent a malfunction, the lamp in the ACOUST POWER switch goes out automatically after
5 seconds and the function is terminated, even if a function termination operation is not performed.
ACQUIRE
This switch enables the Memory to acquire an image from the equipment.
［Remark］
EU-9084B is necessary.
< Operation method >
q
Display the optimum image, and press the ACQUIRE switch.
→ The image is acquired to the memory.
1-3
1. OPERATION METHOD
1-2. Operating the various switches
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
ANGLE
The ANGLE function corrects the flow velocity value according to the angle of incidence of the Doppler beam.
Use it when you wish to calculate the correct flow velocity.
< Operation method >
q
Press the ANGLE switch.
→ The switch lights orange.
w
Perform angle correction with rotary encoder2.
→ The ANGLE value appears at top right of the B mode screen.
Turn rotary encoder to change this value.
e
Press the ANGLE switch.
→ The polarity of the set angle reverses.
r
Press the ANGLE switch again to terminate the function.
→ The ANGLE value returns to 0 degrees.
［Remark］
You cannot perform angle correction when the angle is 80 degrees or more because the error is too large.
BODY MARK
Displays and sets a body mark.
< Operation method >
q
Press the BODYMARK switch.
→ The body mark appears on the screen.
w
Set the position of the probe mark.
→ Move the probe mark with the trackball, and rotate the probe mark with rotary encoder 1.
e
Press the BODY MARK switch to delete it.
→ The body mark is erased.
［Remark］
The fetus mark has a rotation function for examining a reverse fetus.
q
Display the fetus mark, then press the MARK REF switch.
w
Rotate the fetus mark with the rotary encoder 1.
e
Press the MARK REF switch.
→ The rotary encoder 1 returns to the rotation function facing the probe mark.
1-4
MN1-5100 Rev.0
1-2. Operating the various switches
q
Press the MENU switch.
→ The menu appears on the left side of the screen.
w
Select the Body Mark Menu with MENU switch, and press the Menu selecting switch.
→ The list of the body marks that can be selected appears on the screen.
Locate
Cancel
e
Move the arrow to the body mark to be displayed, and press the SET switch.
→ The selected body mark appears on the screen.
r
Press the MENU switch.
→ The MENU disappears.
CANCEL
Used to interrupt a selected motion or return to the previous step during measurement.
CLEAR
Used mainly to end measurement.
1-5
1. OPERATION METHOD
(Changing the body mark)
[Remark]
Using a preset, assign Body Mark Menu to a menu.
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
COMMENT
These functions are used to enter characters into the text area.
You can use a preset to set whether the annotation function or the comment function is activated when the
Comment key is pressed.
< Operation method >
q
Press the Comment key on the keyboard.
→ The arrow appears at top left of the text area.
w
Using the trackball or arrow key, move the arrow to the position of the word that
you wish to enter.
e
Enter the first letter of the word that you wish to display.
→ An underline cursor appears beneath the character to be entered, and keywords
whose first letter is the same as the selected letter appear in the annotation
window. (Annotation function)
[Remark]
・Twenty words are displayed for one search. If the target word is not found, enter
additional characters in order to narrow the search.
・Search for words using the dictionaries inside the equipment (DIC1˜6).
To change the active dictionary, press the SET switch. Each time you press the SET
switch, the active dictionary changes one at a time in the sequence DIC1 → DIC6.
r
→
Select a keyword in the annotation window using one of the arrow keys or the Rotary encoder1 on the
keyboard.
Words corresponding to the selected keyword appear in the automatic display area.
t
Press the return key .
→ The word is finalized.
［Remark］
You can display a word either in abbreviated form or in full spelling using a preset.
［Remark］
When you press the Ctrl key and the A key on the keyboard simultaneously, the annotation function goes Off, and
the comment function in which the entered character remains unchanged is activated.
y
Press the Comment key.
→ The comment function is terminated.
［Remark］
You can display 4-time normal size characters by using a preset or the menu.
1-6
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
Registering keywords and words
q
Press the Comment key.
→ The arrow appears on the text area.
w
Press the Ctrl key and the D key at the same time.
→ The word registration window appears.
e
Point
r
Enter a keyword. (Max 8 characters)
→ The same character as the entered character is automatically input to the Word area.
t
Press the SET switch or the Return key.
→ The keyword is finalized.
y
When you wish to change a character registered in the Word area, move the
and press the SET switch.
→ Enter the desired word. (Max 54 characters)
u
Press the SET switch or the Return key.
→ The keyword is finalized.
to Key, and press the SET switch.
i
After entering all items, move to the
mark to OK, and press the SET switch.
→ The word is registered in the dictionary.
[Remark]
The word is registered in the currently selected dictionary.
Moving a word
q
Using the trackball, move the arrow to the place where you wish to move the word.
→ A character cursor appears alongside the character.
w
Press the MARK REF switch.
→ The word is displayed with black and white reversed, indicating that it can be
moved.
e
Move the word using the trackball.
r
Press the MARK REF switch.
→ The position of the word is finalized.
1-7
mark to the Word area,
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
Deleting a word
q
Using the trackball, move the arrow to the word that you wish to delete.
→ A character cursor appears alongside one of the characters of the word.
w
Press the Del key on the keyboard.
→ The specified word is deleted.
[Remark]
If you press the Del key without specifying a word using the arrow, all of the words on
the screen will disappear, and the arrow will return to position in which it was set by the
preset.
[Remark]
You can delete all of the words on the screen by canceling the freeze condition with a preset.
Deleting a character
q
Using the trackball, move the arrow to the right of the character that you wish to
delete.
→ A character cursor appears to the right of the character.
w
Press the ← key (backspace key) at top right of the keyboard.
→ The character to the left of the character cursor disappears.
CONTRAST
The CONTRAST function corrects the contrast of the image. The contrast level can be varied through 16 steps.
For 1B and 2B modes
:
B mode image adjustment
For B/M and M modes
:
M mode image adjustment (In the B/M mode, you can also adjust a B mode
image with the SELECT switch.)
For B/D and D modes
:
D mode image adjustment (In the B/D mode, you can also adjust a B mode
image with the SELECT switch.)
< Operation method >
: If you press the switch lever upward, a contrast becomes distinctive.
: If you press the switch lever downward, a contrast becomes ambiguous.
1-8
MN1-5100 Rev.0
1-2. Operating the various switches
This switch is used to move or set the cursor and the baseline of the Doppler pattern.
＜CURSOR＞
< Operation method >
q
Change over from the 1B mode display to the B/M mode display.
→ The CURSOR/B.L.S switch automatically glows orange, and the cursor appears on the B mode
image.
w
Using the trackball, move the cursor to the position where you wish to detect the M mode.
e
Press the CURSOR/B.L.S switch to terminate this function.
→ The cursor remains displayed, but you can no longer move it with the trackball.
［Remark］
The method of operating the cursor in the B/D mode is the same as the description above.
The cursor cannot be moved on the frozen image.
＜B.L.S (BASE LINE SHIFT)＞
By shifting the baseline, the Doppler pattern can be displayed without the aliasing.
< Operation method >
q
Change the display from the 1B mode to the B/D mode.
→ The CURSOR/B.L.S switch automatically glows orange, and the cursor is displayed on the B mode
image.
w
Adjust the position of the baseline with rotary encoder 1.
e
Press the CURSOR/B.L.S switch, reset the position of the baseline.
→ The baseline is reset at the center position..
r
Once again, press the CURSOR/B.L.S switch..
→ The function is terminated, and the CURSOR/B.L.S switch lights green.
1-9
1. OPERATION METHOD
CURSOR/B.L.S
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
DDD
This function enables you to observe a B mode (black and white) image and a Flow mode image side by side in
real-time. In this case, the B+Flow mode image is displayed on the right half of the screen, and the B mode
image on the left half. If you switch over to the 1B mode after you freeze the image, only a B+Flow image will be
displayed, and use the search function to display previous images.
［Remark］
This function also operates in the Power mode.
You cannot perform a search on the left and right images separately after freezing the images.
< Operation method >
q
Display the 1B/Flow mode, and press the DDD switch.
→ The same images appear in monochrome and color.
［Remark］
A color real-time image and a monochrome real-time image can not be displayed at the same time, if the flow is
not displayed before the DDD is entered.
DEPTH/RANGE
The DEPTH/RANGE function switches over the display depth of the image. The display depth is switched over
based on the transmission point of the displayed image.
The depth is common to both the B and M mode images. The display depth that was last set remains, even if the
mode changes. You cannot change the display depth of a frozen image.
< Operation method >
： If you press the switch lever upward, a displayed depth becomes shallow.
( The image is getting enlarged.)
The least depth is obtained by pressing this switch continuously until the depth no longer
decreases.
： If you press the switch lever downward, a displayed depth becomes deepened.
(The image is getting shrunk)
The greatest depth is obtained by pressing the switch continuously until the depth no longer
increases.
1-10
MN1-5100 Rev.0
1-2. Operating the various switches
The DOP FILTER function removes high level noise in the low frequency region that occurs due to the motion of
the heart wall, etc. Use it when the high frequency components of the bloodstream are suppressed, preventing a
clear image from being obtained.
< Operation method >
：If you press the switch lever upward, increases the degree of filter cut.
When FILTER CONTROL (D) is AUTO, the degree of filter cut can be changed in 1→12.
When FILTER CONTROL (D) is Manual, the degree of filter cut can be changed in 50Hz→
100Hz→200Hz→400Hz→800Hz→1600Hz.
：If you press the switch lever downward, decreases the degree of filter cut.
When FILTER CONTROL (D) is AUTO, the degree of filter cut can be changed in 12→1.
When FILTER CONTROL (D) is Manual, the degree of filter cut can be changed in 1600Hz→
800Hz→400Hz→200Hz→100Hz→50Hz.
EXT
This function switches between the normal display of ultrasound images (INT state) and the display of external
signals such as VTR images (EXT state). Normally, it is set to the INT state.
If you press the FREEZE switch when a video image is displayed on the screen in the EXT condition, the image
at that point in time will be stored in the VCR MEMORY.
You can enter comments on this screen, or print out the contents of the screen.
< Operation method >
q
Press the EXT switch.
→ The switch lights orange, indicating that the equipment is in an EXT state.
w
Press the EXT switch once again.
→ The switch lights up in green and the image display returns to the ordinary INT state.
1-11
1. OPERATION METHOD
DOP FILTER
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
FOCUS
The FOCUS function converges the ultrasound beam to make a clearer image.
You can change the focal points used when transmitting ultrasound beams.
B mode image has sending points F1 to F8 that divide the maximum diagnostic distance in the distance direction
into eight parts. You can set the focus at up to any four of these points.
In the case of an M mode image, one optimum focal point is set automatically near the center of the display
range. (The display range varies with the display depth and the M-WINDOW.) The above also applies when only
a M mode image is displayed.
In the case of a B/D mode display, one focal point is set according to the sample volume.
Also, when an M mode image or a D mode image in a B/* mode display is frozen, you can perform multi-stage
focus setting.
[Remark]
You cannot set all focal points to OFF. One points is always set as a focal point.
< Operation method >
Select the auto focus or the manual focus on the menu. For more detailed information, refer to "5. Menu".
q
Press the FOCUS switch.
→ The transmission focus position can be set.
w
Using the trackball, move the transmission focus position.
→ Rolling the trackball up moves the transmission focus position to the shallow depth point, and rolling
the trackball down moves the transmission focus position to the deep depth point.
［Remark］
When focusing at two or more points, you can change the distance between the focal points by using rotary
encoder 1.
［Remark］
・ The focus position can not go outside the displayed depth in AUTO focus.
・ After changing the focus position to any place in AUTO focus, changing the depth with the DEPTH/RANGE
switch changes the focus position to the optimum position according to the changed depth.
・ In Manual focus, the focus position can go to the maximum depth that the probe has.
It is also possible to change the setting so that the changing the depth does not change the focus position.
Note
If you set multiple focus points, that results in obtaining an image with high resolution, but decreasing the
frame rate.
Select the optimum setting so as to suit the desired body part while checking the acoustic power index.
1-12
MN1-5100 Rev.0
1-2. Operating the various switches
This function enables you to adjust the frame rate by setting the combination of Line Density (scanning line
density) for black & white and color images, in the Flow mode or the Power Flow mode.
The relation between the Frame Rate value and the Line Density for black and white and color images is shown
below.
Frame Rate
−4
−3
−2
−1
0
+1
+2
+3
+4
Line Density (black & white)
High
High
High
MED
MED
MED
Low
Low
Low
Line Density (color)
High
MED
Low
High
MED
Low
High
MED
Low
< Operation method >
q
Press the FRAME RATE switch.
→ The switch glows orange
w
Adjust the frame rate with rotary encoder 2.
［Remark］
When the frame rate is changed, the size of the flow area may also change.
Note
Increasing the frame rate increases the power index.
Select the optimum setting so as to suit the desired body part while checking the acoustic power index.
FREEZE
The FREEZE function freezes a moving image.
When you press the
switch, the B mode image freezes upon the completion of one ultrasound wave
scan, and the M and D mode images freeze immediately, or the M and D mode images freeze just after they are
displayed completely.
Also, the date and time indication and probe transmission stop.
［Remark］
In order to protect the equipment, you can set the equipment so that the freeze condition automatically goes
ON when you do not perform a panel operation for a certain period. (You can set this period to between 1 and 20
minutes using a preset. You can also turn this function OFF when you wish to use the monitor for a long period.
For details, refer to 6. Preset.)
By connecting an optional foot switch, you can turn the freeze function ON and OFF using either the
switch or the foot switch.
< Operation method >
q
Press the
switch.
→ The switch lights orange, and the displayed image freezes.
w
Press the
switch.
→ The switch lights green, and the frozen image becomes a moving image.
1-13
1. OPERATION METHOD
FRAME RATE
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
GAIN
The GAIN function adjusts the sensitivity of the B, M D and Flow mode images.
(B GAIN)
The GAIN knob adjusts the sensitivity of B and M mode images.
The sensitivity (gain) can be varied between 30 and 90 dB, and is displayed on the screen.
(M / D GAIN)
M mode:
This control is used to perform auxiliary adjustment of the M mode image sensitivity after the B
mode image sensitivity has been adjusted with the B GAIN control.
D mode:
Used to adjust the intensity of the spectrum display on Doppler images.
(FLOW GAIN)
The flow gain adjusts the color sensitivity on the color Doppler images.
［Remark］
You can set the gain at start up by means of a preset, however depending upon the conditions of the probe, and so
on, the gain may not always match the dB value displayed on the screen.
< Operation method >
q
Turn the knob counterclockwise or clockwise.
→ Turning the knob clockwise increases the image sensitivity, and vice-versa, for both B GAIN, M/D
GAIN and FLOW GAIN.
w
While observing an image, adjust the sensitivity to a suitable level.
HARMONIC ECHO
By using a probe that can receive a harmonic echo, you can perform image processing using the second harmonic
wave reflected from the tissue, resulting in a clear image that has minimal artifacts such as side lobes.
While this function is being used, the sending frequency is displayed as a highlighted number, and the received
frequency is expressed as H (High Resolution), R (Resolution), S (Standard) and P (Penetration) in that sequence.
H gives priority to resolution and P gives priority to sensitivity.
[Remark]
Note that it can only be used with certain probes.
q
Press the HARMONIC ECHO switch.
→ The second harmonic wave is received.
w
Press the IMAGE/FREQ switch.
→ The received frequency changes.
e
Press the HARMONIC ECHO switch to terminate this function.
Note
This function cannot be used for the second harmonic that is obtained when the chemical agents such as
contrast media for ultrasound diagnosis are used.
1-14
MN1-5100 Rev.0
1-2. Operating the various switches
During an examination, the patient data (ID No., name, etc.) is displayed on the screen. You can change the
entered data.
For details, refer to "1-3. Before Starting an Examination".
IMAGE / FREQ
This function switches the transmitting/receiving frequencies of the probe in a maximum of 4 steps.
The sensitivity priority and the image quality priority can be selected for each probe. When using a Doppler
display or a color display, you can change the Doppler frequency. The transmitting frequencies are displayed on
the lower left of the screen automatically.
＜Operation method＞
q
Press the IMAGE/FREQ switch .
: If you press the switch lever upward, raises the transmitting/receiving frequency.
: If you press the switch lever downward, lowers the transmitting/receiving frequency.
Note
If you select the low frequency, that results in making an image with the higher sensitivity and the lower
resolution.
If you select the high frequency, that results in obtaining an image with high resolution, but reducing the sensitivity.
Select the optimum setting so as to suit the desired body part while checking the acoustic power index.
1-15
1. OPERATION METHOD
ID
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
INVERT
This function displays a B mode laterally reversed.
If you reverse an image, the various marks attendant to the image (direction marks, cursor, etc.) are reversed
simultaneously. In addition, this function can operate for images on the cine memory.
［Remark］
The center of reversal of the image is the center of the image.
When a D mode image is displayed, the image is reversed about the baseline vertically. This makes the data of
the blood flowing toward the probe and the data of the blood flowing away from the probe be displayed
reversibly.
＜Operation method＞
For the B mode
q
Press the INVERT switch.
→ The B mode image is reversed laterally.
cursor
Fig. Reversed laterally
For the D mode
q
Press the INVERT switch.
→ The D mode image is reversed vertically.
w
Press the INVERT switch.
→ The vertically reversed D mode image returns to the original image.
［Remark］
You cannot reverse the D mode image vertically after freezing it.
1-16
MN1-5100 Rev.0
1-2. Operating the various switches
Simultaneously carry out multiple settings concerned with adjustment of picture quality in the B, M, D, FLOW,
POWER FLOW, TDI D, TDI FLOW, TDI POWER FLOW, VOL modes to adjust the overall feeling (hard-soft)
of the image quality.
In the B mode it is possible to adjust Frame Correlation, Contrast, AGC and Relief.
In the M mode it is possible to adjust Contrast, AGC and Relief .
In the D, TDI D mode it is possible to adjust Contrast, Compression Curve (D), Smoothing, Resolution and Image
Select (D)
In the FLOW, POWER FLOW, TDI FLOW, TDI POWER FLOW mode it is possible to adjust Frame
Correlation, Smoothing and Image Select (Flow)
In the VOL mode it is possible to adjust Opacity, Gamma (VOL), Contrast and Brightness
These functions are set on 8 levels and can be preset. For details, refer to "6. Preset".
< Operation method >
q
Press the IP SELECT switch.
→ Change the setting value with rotary encoder 2.
w
Press the IP SELECT switch.
→ This function is terminated.
[Remark]
The setting value is displayed in the message area for 5 seconds.
[Remark]
It is not possible to change these functions during freeze.
MEASUREMENT
Press this switch to activate the measurement function.
< Operation method >
q
Press the MEASUREMENT switch.
→The measurement menu is displayed on the screen.
w
Perform measurement according to the measurement procedure.
For more detailed information, refer to the Measurement manual.
1-17
1. OPERATION METHOD
IP SELECT (Image Processing Select)
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
MENU
This switch is used to displays menus.
< Operation method >
q
Press the MENU switch.
→ The menu is displayed on the left side of the screen.
w
Select the item with rotary encoder 2, follow the setting procedure to register it.
For details, refer to "5. Menu".
MODE
The MODE function sets the mode of images to be displayed on the screen.
The modes that can be displayed are as follows:
Ｂ
Ｂ／Ｂ
Ｂ／Ｍ
Ｍ
Ｂ／Ｄ
ＰＷ
ＦＬＯＷ
[Remark]
In the case of a compound mode (B/M, B/D), the corresponding mode switch also functions to display both
images simultaneously as a real time display.
< Operation method >
B
: The equipment enters the B mode (only a B mode image is displayed on the screen).
B｜B
: The equipment enters the 2B mode (two images are displayed on the screen).
B｜M
: The equipment enters the B/M mode (one B mode image and one M mode image are
displayed on the screen).
M
: The equipment enters the M mode (only an M mode image is displayed on the screen).
D
: The equipment enters the D mode (only an D mode image is displayed on the screen).
B｜D
: The equipment enters the B/D mode (Both a B mode image and a D mode image are
displayed on the screen).
1-18
MN1-5100 Rev.0
1-2. Operating the various switches
: Displays a B mode image or an M mode image in color.
POWER
FLOW
: Displays a B mode image or an M mode image in Power Flow.
<Request function>
This function enables you to call and display one image of a two-image screen display, such as a 2B, B/M or B/D
mode display, after performing a freeze operation.
If you freeze an image, the switch, of the B/B, B/M or B/D switches, that corresponds to the currently displayed
mode lights orange, and the operable switch, of the B, M or D switches, lights green.
The transition diagram for each mode is shown in the figure below.
*2B mode
B
B
or
B
q
w
B
B
SELECT
q
B
w
B
B
B
w
or
q
SELECT
Fig. Transition diagram
1-19
1. OPERATION METHOD
FLOW
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
*B/M mode
*B/M mode
(a) Left-right display
(b) Upper-lower display
M
M
B M
B M
B M
B M
B
B
B
M
B
*B/D mode
*B/D mode
(a) Left-right display
(b) Upper-lower display
D
D
B D
B D
B D
B D
B
B
M
B
B
D
Fig. Transition diagram
1-20
D
MN1-5100 Rev.0
1-2. Operating the various switches
This function enables you to switch over to a preset that is suitable for the area being diagnosed, or to change the
set contents. For the method of changing the set contents, refer to "6. Preset".
< Operation method >
q
Press the PRESET switch.
→ The preset list is displayed on the screen.
w
Using the trackball, move the arrow to a preset that you desired to set, and press the SET switch.
→ The set conditions registered in the selected preset are activated.
PRINT
The PRINT function records images to recording equipment connected to this equipment.
When you set a recording device, the optimum gamma correction for that recording device will be applied,
enabling you to record images in a reasonably short time.
For details, refer to the item "Photo Gamma" in "6. Preset".
［Remark］
If the recording equipment set with the preset is different to the actual equipment used for recording, correct
recording will not take place.
< Operation method >
q
w
Display the optimum image, then press the
switch to freeze the image.
Press the
switch.
→ The image is recorded.
[Remark]
You cannot record an image while it is displayed in real time.
1
1-21
1. OPERATION METHOD
PRESET
MN1-5100 Rev.1
1-2. Operating the various switches
1. OPERATION METHOD
PROBE
1
2
The probe function selects the probe to be used when several probes are connected to the equipment.
In Preset, you can make a setting of whether displaying the probe selection menu or not.
In case of a probe having two transducers, you can switch over to the transducer being able to display image.
〔ELEMENT SELECT〕For details, refer to 6 Custom switch 1 in Preset.
（When not displaying the selection menu）
<Operation method>
q
On the condition of Freeze-Off, press the switch
→ A probe connected to PROBE2 is selected.
2
.
（When displaying selection menu）
A probe in operation is displayed with image selected by the button switch.
Fig. Probe menu
<Operation method>
q
In state of Freeze-Off, press the switch 2 .
→ A probe menu is displayed on the screen.
w
Pointing Arrow mark to a probe intended to use with the Track ball, press the SET switch.
→ The image of probe selected is displayed on the screen.
1-22
MN1-5100 Rev.0
1-2. Operating the various switches
This function records images into the VCR that is connected to the system.
< Operation method >
q
Press the REC switch..
→ VCR recording will start.
w
Once again, press the REC switch..
→ Recording pauses.
REPORT
The REPORT function enables the results of each measurement and also the measured values and information
related to the patient to be presented in the form of a table.
< Operation method >
q
Press the REPORT switch upon completion of measurement.
→ The measurement report is displayed.
[Remark]
The measurements that have report screens are obstetrical measurements, gynecological measurements, cardiac
function measurements, peripheral vessel measurements and urethral measurements.
For more detailed information, refer to "Measurement manual".
REVIEW
This function reviews the stored images.
<Operation method>
q
Press the REVIEW switch.
→ The stored image is displayed.
For more detailed information, refer to "2. Cine memory and store memory".
1-23
1. OPERATION METHOD
REC
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
SAMPLE VOLUME
This function sets the sample volume.
The sample volume is the volume of the sample gate that extracts the signals from the B mode image in the PW
Doppler mode.
<Operation method>
：Press the switch lever upward.
→The sample gate is enlarged.
：Press the switch downward.
→The sample gate is shrunk
［Remark］
The volume of the sample gate can be changed from 0.5 mm to 10 mm in 0.5 mm step.
The volume of the sample gate is displayed for 5 seconds on the message area after the SAMPLE VOLUME
switch is pressed.
SCAN AREA
The SCAN AREA function continuously enlarges or reduces the scanning range of B mode images. It can raise
the frame rate without shortening the display depth, by reducing the scanning area. When the scanning range is
less than the maximum scanning range, you can move it left or right with the trackball.
< Operation method >
q
Press the SCAN AREA switch.
→ You can now enlarge, reduce or shift the scanning area.
w
Using the rotary encoder 1, enlarge or reduce the image.
→ Turning the rotary encoder clockwise or counterclockwise causes the image to increase or decrease.
［Remark］
The reference point for enlargement or reduction is the center of the scanning range.
e
Using the trackball, shift the scanning range.
→ Rolling the trackball to the right or left causes the scanning range to shift to the right or left. (Steering
function)
［Remark］
You can enlarge or reduce the image about its center even after shifting the scanning range.
[Remark]
If the cursor is displayed, the cursor shifts along with the scanning range as the cursor approaches the end of the
scanning range.
1-24
MN1-5100 Rev.0
1-2. Operating the various switches
This function selects an active image when several images are displayed (in the 2B mode, B/M mode, B/D mode
display, etc.)
<Operation method>
q
Display multiple images.
w
Press the SELECT switch.
→ When displaying only one of two images in real time in the 2B mode, for example, the real time
display will switch over. In the case where two images are displayed in real time, such as in the B/M
or the B/D mode, only the M image or the D image will be displayed in real time.
e
Press the SELECT switch.
→ The real time display of the left and right images switches over.
r
Press the FREEZE switch.
→ Both the left and right images freeze.
t
Press the SELECT switch.
→ The active image switches over.
y
Press the FREEZE switch.
→ The active side image is displayed in real time.
1-25
1. OPERATION METHOD
SELECT
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
SEARCH
This function displays the image stored in the cine memory.
< Operation method >
q
Press the FREEZE switch.
w
Press the SEARCH switch.
［Remark］
You can select whether to enter the search function or to enter the scroll function automatically in the Preset.
e
Using the trackball, search for the image to be displayed.
［Remark］
When displaying multiple images, use the trackball for the active side, and the rotary encoder for the non-active
side.
［Remark］
You can perform measurement, for example, on a searched screen, however in this case the trackball will be used
for the measurement, preventing you from using it for the search function. If you wish to use the search function
again, proceed from step w.
STC
The STC function is an 8-step slide variable resistor which adjusts the gain at each display depth.
The gain of both B mode and M mode images varies simultaneously.
The number (cm) displayed on the side of each STC knob indicates the display depth for which the gain can be
adjusted.
< Operation method >
［Remark］
Normally, set the STC knobs to the center (reference) position.
q
Move the STC knobs to the left or right.
→ Moving the knobs to the right or left increases or decreases the gain for the display depth.
Adjust the knobs corresponding to the depths where there is a deviation in sensitivity, either left or
right, so as to make the sensitivity uniform.
［Remark］
The GAIN function also adjusts the gain.
1-26
MN1-5100 Rev.0
1-2. Operating the various switches
This function stores the image frozen or searched to HDD in system, MO disk, or the network server.
<Operation method>
q
Display the image you wish to store.
w
Press the STORE switch.
→ A image is stored in the store place set up beforehand.
［Remark］
Refer to "2. Cine Memory and Store Memory".
STEER / ROTAT
There are two functions: Steering Invert and Image Rotation.
[Remark]
You can select either of them in the Preset.
Refer to "6. Preset".
<Steering Invert>
When you inspect the blood flow in the carotid and others with the electronic linear probe, it is hard to obtain the
data on the part in which the blood flow is orthogonal to the ultrasound.
The steered beam function steers the ultrasound electronically to obtain the data on the study part.
［Remark］
The angle of the ultrasound can be changed in step of 5 degrees (max ±15 degrees).
However, some probes can not reach the range of ±15 degrees.
For more detailed information, refer to "5. Menu".
<Operation method>
q
Press the STEER / ROTAT switch.
→ The ultrasound beam is emitted at the angle set by the preset.
w
Once again, press the STEER / ROTAT switch.
→ The ultrasonic beam changes to a reverse direction angle.
Pressing the STEER / ROTAT switch once again causes the angle of the ultrasonic beam to become
0˚.
［Remark］
In the Preset, you can set the angle of the ultrasound that is transmitted when the STEER / ROTAT switch is
pressed. For more detailed information, refer to "6. Preset".
1-27
1. OPERATION METHOD
STORE
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
<Image Rotation>
This function rotates the displayed B mode image by 90 degrees.
If you rotate an image, the various marks attendant to the image (direction marks, cursor, etc.) are rotated
simultaneously.
In addition, this function can operate for images on the cine memory.
However, the M mode image cannot be rotated.
［Remark］
The center of rotation of the image is the center of the image.
<Operation method>
q
Press the STEER / ROTAT switch.
→ The displayed B mode image function is rotated by 90 degrees.
SWEEP SPEED
This function sets the sweep speed used when the M mode image or D mode image is displayed.
You can set the sweep time from the right edge of the screen to the left edge.
For the M mode image, M should be 1, 1.5, 2, 3, 4, 6, or 8(sec/screen).
For the D mode image, D should be 1, 1.5, 2, 3, 4, 6, or 8(sec/screen).
In the case of a B/M or B/D mode display, the sweep time becomes about 2/3 that of an M mode display.
The marks are displayed from the right to the left on M mode or D mode image every 0.5 seconds.
However, in the case of a real-time display, this mark appears only at the top and bottom ends of the image.
When the image is frozen, the mark appears at fixed intervals from the top end to the bottom end.
<Operation method>
q
Press the SWEEP SPEED switch.
→ The switch glows orange.
w
Set the speed with rotary encoder 2.
→ Turning the encoder right increases the speed, and turning left decreases the speed.
1-28
MN1-5100 Rev.0
1-2. Operating the various switches
This function enlarges and reduces the range of the flow velocity (the display range of the flow velocity).
In the case of PW Doppler, the flow velocity range is enlarged or reduced between 6.22 and max 318.8 cm/s.
This function also adjusts the display range of the flow velocity for the color Doppler (6.22 to 199.2 m/s).
[Remark]
When you change VEL RANGE in the color Doppler mode, the size of the flow area sometimes changes as well.
< Operation method >
:
Press the switch lever upward.
→Increases the velocity range.
The maximum range is reached when the switch is no longer effective.
:
Press the switch downward.
→Decreases the velocity range.
The minimum range is reached when the switch is no longer effective.
1-29
1. OPERATION METHOD
VEL RANGE
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
ZOOM
The ZOOM function enlarges or reduces part of a B mode image.
It enables you to enlarge an image from the center, then shift the enlarged image.
The focal points of the enlarged image are automatically set near the center of the display range.
Shown below are examples of automatic setting.
<Examples>
・ Automatically setting the focal points uniformly at the center of the display range according to the
number of focal points
・ Shifting the focal points along with the shift of the image
・ Setting the number of steps for multi-step focusing
［Remark］
You can also use this function to shift an image without enlarging it.
< Operation method >
q
Press the ZOOM switch.
→ The switch lights up in orange.
w
Turn the rotary encoder 1 clockwise.
→ The image is enlarged one step at a time from the center.
This switch ceases to function when the image reaches the maximum size.
e
Turn the rotary encoder 1 counterclockwise.
→ The image is reduced one step at a time from the center.
This switch ceases to function when the image reaches the minimum size.
r
Using the trackball, move the image.
→ You can also enlarge or reduce the image after shifting it.
t
Press the ZOOM switch.
→ The zoom is reset, and the image returns to its original size and position.
［Remark］
The magnification and the position of the zoomed area are memorized in the system until the PRESET,
DEPTH/RANGE, or NEW PATIENT switch is pressed.
［Remark］
The number of steps and the magnification to which a zoom operation can be done differs from one probe to
another.
(ZOOM in the B/D mode)
When the "Zoom Lock" is selected on the menu, a B mode image is enlarged with the sample volume position
being as a center in the PW mode.
For more detailed information, refer to "Zoom Lock" in the "5-2. Menu".
1-30
MN1-5100 Rev.0
1-2. Operating the various switches
Read zoom is a function that displays a frozen B mode image at a magnification of 2 when the ZOOM switch is
pressed.
You can use this function for the images stored in the Cine memory.
It is also possible to operate the Read Zoom during a loop play.
The position of the image that is enlarged twice by the Read Zoom can be moved.
<Operation method>
q
Press the FREEZE switch to freeze an image.
w
Press the ZOOM switch
→ The image is enlarged twice.
e
Using the trackball, move the enlarged B mode image.
r
Press the ZOOM switch.
→ Read Zoom is reset.
1-31
1. OPERATION METHOD
Read Zoom
MN1-5100 Rev.0
1-2. Operating the various switches
1. OPERATION METHOD
Full keyboard
The full keyboard of this equipment performs the same function as the keyboard of a general purpose computer,
the only difference being that some keys also have functions unique to the equipment.
Esc
F1
~
!
1
F2
@
2
Q
Tab
Caps
Lock
W
E
F6
C
F7
%
5
R
D
X
Com
ment
F5
$
1
S
Z
ID
F4
#
3
A
Shift
Ctrl
F3
^
6
T
F
V
F8
&
7
Y
G
B
Alt
F9
*
8
U
H
N
F10
F12
(
9
I
J
F11
K
Alt Gr
P
{
[
:
;
>
.
Fn
Delete
+
=
L
<
,
Insert
Pause
Break
)
0
O
M
F13
}
]
|
/
"
'
?
/
Ctrl
Back
Space
Shift
PgUp
Clear
Home
PgDn
End
Fig. Full keyboard
Full keyboard function
1) Comment and Annotation functions
Refer to "COMMENT" on page 1-6.
2) ID entry function
Refer to "1-3. Before Starting an Examination" on page 1-33.
3) The full keyboard function can start up the measurement directly.
When you press an alphabet key, you can directly start the measurement items and the control functions
that are assigned to the pressed key without going to the measurement menu.
Refer to the Measurement Manual.
1-32
MN1-5100 Rev.0
1-3. Before Starting an Examination
The ID function is used to enter patient data (ID number, name, etc.) and display it on the screen. You can use
the entered data for displaying a report, for example.
Pressing the NEW PATIENT switch displays the ID entry screen shown below.
Fig. ID entry screen
Search
Searches patient information from the patient database in the system, and displays it on the ID entry screen.
Find
Reads patient data from the HIS (Hospital Information System) to the equipment, and displays it in the form of a
list.
Worklist
Displays a list of patient data read from the HIS.
［Remark］
You cannot select patient data unless it has been read from the HIS.
Data Management
Stores the patient information to the external media (MO or FD), reads it from the external media, and deletes it
from the system or the external media.
ID Input
You can select one of the following four methods of entering ID data by performing the ID Input operation of the
menu.
１）ID Name
：Entering ID, name, age and sex
２）ID OB
：Entering obstetrical data in addition to 1)
３）ID GYN
：Entering gynecological data in addition to 1)
４）ID BSA
：Entering body surface area in addition to 1)
５）ID URO
：Entering urological data in addition to 1)
1-33
1. OPERATION METHOD
1-3. Before Starting an Examination
MN1-5100 Rev.0
1-3. Before Starting an Examination
1. OPERATION METHOD
If you change any of the above items, the selected format will be held until you call the next preset. You can set
this selection using a preset as well.
The data items that were no longer displayed when you changed the format are memorized. When the format is
changed once again to enable the data to be displayed, the previous data is displayed.
OK
Stores the entered information, and closes the ID entry screen.
Cancel
Cancels the entered information, and closes the ID entry screen.
Patient Information
○ Patient ID
Enter the patient ID. When you start up the system or register a new patient and you do not enter the patient ID,
the No ID is automatically entered. So, the No ID is attached to all the images and the measurement data that are
stored at the situations above.
○ Sex
You can select any one of appropriate from M(Male), F(Female), Other and Blank.
[Remark]
Gender is able to input to every Application in advance with Display4 of Preset.
○ Date of birth
In case of Direct Input.
A descriptive example of input: A case of Jan. 0l, 2001 is to be input as 2001/01/01
Inputting this column with date, the system counts the age automatically ( Rounded down less than a decimal
point) and the age is consequently displayed in Age column.
1-34
MN1-5100 Rev.0
1-3. Before Starting an Examination
○ Age
The age is calculated from the current date and the Date of birth, and displayed with all digits to the right of the
decimal point discarded. The unit of the age is "D" for 6 days after birth or younger, "W" for 7 to 29 days after
birth, and "M" for 30 to 364 days after birth, and "Y" for 365 or older.
When the data is directly entered into the Age after the data is entered into the Date of birth, the data of the Date
of birth is erased (blank display).
○ Height
You can select the unit of the height from the options below.
・ Meters
・ Centimeters
・ Feet/Inches
The units above can be registered in the Preset.
1-35
1. OPERATION METHOD
When using the calendar:
Move Arrow mark to the ▼ mark indicating Date of Birth and press the SET switch, then a calendar is displayed.
Move the Track ball to the Year of grace and press SET switch, you can get an increment in year-counting by
pressing the SET switch each time until reaching your intended year, then move the Track ball to Month.
If you press the SET switch there, a Drop-down menu of Month listing January through December is displayed.
Now, you can select the month to input by pointing with Arrow mark.
MN1-5100 Rev.0
1-3. Before Starting an Examination
1. OPERATION METHOD
○ Weight
You can select the unit of the weight from the options below.
・ Kilograms
・ Pounds / Ounces
The units above can be registered in the Preset.
○ Occupation
Enter the occupation of a patient.
Study Information
１）Common items for all the ID entry screens
○ Study ID
The number of times that the same patient was accepted is input.
○ Accession
The number of examinations performed in one day is input.
○ Referring Phys / Reporting Phys / Sonographer
Enter the data with the keys. The patient names that are entered with the keys are stored as options in the system.
２）Items varied depending on ID types
○ BSA (ID BSA)
This item calculates the BSA( Body surface area ) according to the selected equation. The unit is m2.
It is also possible to enter the BSA directly from the keyboard.
［Remark］
There are two equations of BSA shown below
a） DuBois
BSA = 0.007184 × H0.725 × W0.425
BSA：m2、H：cm、W：kg
b） Boyd
BSA = 0.0003207 × H0.3×W(0.7285―0.0188×logW)
BSA：m2、H：cm、W：g
1-36
MN1-5100 Rev.0
1-3. Before Starting an Examination
○ GRAV/PARA/AB/ECTO (ID Obstetrics、ID Gynecology)
Only the integers (0 to 99) can be entered.
[Remark]
GRAV：Number of gravida
PARA ：Number of para
AB ：Number of abortions or miscarriages
ECTO ：Number of ectopic pregnancies
1-37
1. OPERATION METHOD
○ LMP/BBT/EGA/EDC/GA(ID Obstetrics，ID Gynecology)
This item appears when a patient is female. You can enter the date of the last menstruation period and others.
LMP (Date of the last menstruation period)
GA＝ (Current date - LMP) ÷７
EDC = 280 days + LMP
BBT (Estimated date of ovulation)
GA＝(Current date - BBT + 14 days) ÷７
EDC＝ (280 days - 14 day) ＋BBT
EGA (Previous examination date and Gestational age on previous examination date)
GA＝ (Current date - Previous examination date) ÷７＋EGA
EDC＝Previous examination date + (280 days - EGA)
EDC (Estimated date of confinement)
GA = 280 days - (EDC - Current date) ÷７
GA (Gestational age)
EDC = Current date + (280 days -GA × 7)
［Remark］
For the ID Obstetrics, you can select any of the LMP, BBT, EGA, EDC, or GA.
For the ID Gynecology, you can select either of the LMP or BBT.
MN1-5100 Rev.0
1-3. Before Starting an Examination
1. OPERATION METHOD
Series/Image Information
Displays the screen for entering the attributes related to images.
○ Body part examined
Select the part to be examined from the list.
○ Laterality
Enter the laterality of a body part to be examined.
○ Description
Enter the description of a image.
○ Image type
Select the image type from the list.
○ Patient orientation
Enter an anatomical orientation of a patient. Enter A (anterior), P (posterior), H (head), F (foot), R (right), or L
(left) for the orientation of a patient used when an image is viewed from the side and when an image is viewed
from the side from above, using a backslash.
○ Region calibration
Select whether or not to include the measured data of each image into the image data. Select ON or OFF.
○ Combined calibration
Select whether or not to include the brightness data into the Region calibration. Select ON or OFF.
○ Full attributes
Select whether or not to include all the data of a image when the image is recorded and transferred. Select ON or
OFF.
1-38
MN1-5100 Rev.0
1-3. Before Starting an Examination
○ Route
Enter the route of contrast media.
○ Start/Stop time
Enter the start and stop time at which the contrast media is given. You can enter up to 8 characters in the time format.
○ Volume
Enter the volume of the contrast media that is given.
○ Total dose
Enter the total dose of the effective components of the media contrast.
How to register a patient
Before starting an inspection, you should enter the patient information and the inspection information.
The patient Name and ID are displayed above the ultrasound image.
q
Press the New Patient switch to display the ID Entry screen.
→ The cursor appears in the field of the ID in the Patient Information. Now you can enter a patient ID
from the keyboard.
w
Enter a patient ID and press the Enter key.
→ The cursor is moved to the field of the Name in the Patient Information. Now you can enter a patient
name from the keyboard.
[Remark]
When examining the same patient for the second or subsequent time, simply enter the ID and the previously
registered patient data is automatically displayed.
e
Enter a patient name.
→ The last name should come first, and then the first name. Enter a space between the last name and the
first name.
r
Enter a patient name and press the Enter key.
→ Enter the information you know in the same steps above.
t
Enter the sex by means of the arrow keys, then press Enter.
y
Once you have entered the patient information, press the OK button or the ID key.
→ The patient and examination data input screen closes. The ultrasound slice image screen re-appears,
and of the entered data the patient's name and patient's ID appear at the top of the screen.
[Remark]
When you click the Cancel button, the changed contents are discarded.
At the end of measurement, the equipment returns to the condition that it was in when the ID function was started.
1-39
1. OPERATION METHOD
○ Agent
Enter the name of contrast media.
MN1-5100 Rev.0
1-3. Before Starting an Examination
1. OPERATION METHOD
[Remark]
If you re-write patient data that has been registered once, a message asking you whether or not you wish to renew
the data will appear.
Search function
This function searches for the patient data that matches the search conditions from the patient database inside the
equipment, and displays the selected patient data on the ID input screen.
Fig. Search screen
Search
Reads the patient information from the patient database in the system according to the search criteria, and
displays the information on the patient list display screen.
OK
Reads the patient information that is selected from the list, and returns the previous screen.
Cancel
Returns to the previous screen.
(1) How to search
q
Using the trackball, move the arrow to Search button on the upper left hand corner of the screen , then
press the SET switch.
→ Display the Search screen.
w
Enter the patient ID or Name you wish to search, and using the trackball, move the arrow to Search button,
then press the SET switch..
→ The Patient IDs and Names that match the search criteria are displayed on the list.
e
Using the trackball, move the arrow to the desired patient information in the search result displayed in the
list , then press the SET switch.
→ The selected information is highlighted in blue.
1-40
MN1-5100 Rev.0
1-3. Before Starting an Examination
Using the trackball, move the arrow to the OK button , then press the SET switch.
→ The screen returns to the ID entry screen and the patient information that was entered in the past is
displayed.
［Remark］
It is possible to fuzzy search using either/both Patient ID or/and Patient Name as the search criteria.
If you press the Search button without entering the search criteria, all the patient information in the system
appears.
Find (Option : SOP-3500-10 is necessary.)
Reads the patient data from the HIS (Hospital Information System) to the equipment, and displays it in the form
of a list.
When you select the Find button on the ID input screen, the Find screen appears.
Fig.Find screen
OK
Reads the patient data for the patient concerned, and re-displays the ID screen.
Cancel
Re-displays the original screen.
Name
Switches the patient display in the list to patient name, and arranges the data in order of patient name.
ID
Switches the patient display in the list to patient ID, and arranges the data in order of patient ID.
1-41
1. OPERATION METHOD
r
MN1-5100 Rev.0
1-3. Before Starting an Examination
1. OPERATION METHOD
<Operation method>
Find
q
Press the Find button on the ID screen.
→ The patient data in the HIS is read.
w
Select the patient's name from the list, and press the OK button.
→ The patient data on the ID screen is input.
e
When you wish to display the list in the sequence of ID number, select the ID radio button.
［Remark］
Enter the ID number or name to the ID screen, and press the Find button. Data that includes this number or name
is read from the HIS.
Worklist
You can display a list of the patient data stored in the equipment using the following procedure.
q
Press the Worklist button on the ID screen.
→ Read the patient data from the equipment.
w
Select the patient's name from the list, and press the OK button.
→ The patient data is input to the ID screen.
e
If you wish to display a list in the sequence of ID number, select the ID radio button.
［Remark］
If you enter an ID number or name using the ID screen then press the Worklist button, only the data that includes
that number or name is read from the equipment.
1-42
MN1-5100 Rev.0
1-3. Before Starting an Examination
This function reads/writes the patient information from/to the external media, and deletes the patient data.
Data Management screen
When the Data Management button is selected on the ID entry screen, the patient data management screen is
displayed. You can operate the functions shown below on the searched patient information.
Fig.Data Management screen
Search
Searches the data from the medium specified in the Target Medium according to the search criteria.
Delete
Deletes the patient information selected in the list.
Read from FD/MO
Reads the patient information that is selected in the list from the external medium into the system.
This function can be operated when the FD or MO is specified in the Target Medium.
Write to FD/MO
Writes the patient information that is selected in the list from the system into the external medium.
This function can be operated when the Built in HD is specified in the Target Medium.
Optimize database
Optimizes the database in the system to reduce the access time to the database.
Close
Closes the Data Management function, and returns to the ID screen.
All
Selects all of the data in the list. Pressing this button once again returns all of the data to a non-selected
condition.
1-43
1. OPERATION METHOD
Data Management
MN1-5100 Rev.0
1-3. Before Starting an Examination
1. OPERATION METHOD
＜ Operation method＞
1) When reading the patient information from the external medium into the system:
q
Select FD or MO disk in the Target Medium.
→ The File List that is in the selected medium appears.
w
Select the desired File in the File List, and press the OK button.
→ Enter any of or all of the Patient ID, Patient Name, or/and From Until (Date) of which you wish to
read the patient information into the system, into the search criteria.
e
Press the SEARCH button.
→ A list of patient data that matches the search conditions is displayed from the selected file.
r
Select the patient information that you wish to read into the system, and press the Read from FD/MO
button.
→ The selected patient information is read into the HD in the system.
2) When storing the patient information from the system into the external medium:
q
Enter any of or all of the Patient ID, Patient Name, or/and From Until (Date) of which you wish to store
the patient information into the search criteria.
w
Select the Built in HD in the Target Medium, and press the Search button.
→ The list of the patient information that matches the search criteria is displayed, allowing the Write to
FD/MO button to be operated.
e
Select the file you wish to store into the external medium, and press the Write to FD/MO button.
→ The dialogue in which you can select a medium and enter a file name appears.
r
Select a medium, enter a file name, and press the OK button.
→ The selected patient data is stored into the specified medium.
［Remark］
For the situation above, all the data that you selected are stored in one file.
［Remark］
If all of the selected patient information cannot be stored into one medium, the message appears. In this case, you
should select the data to be stored, and repeat the same procedure.
1-44
MN1-5100 Rev.0
1-3. Before Starting an Examination
q
Enter any of or all of the Patient ID, Patient Name, or/and From Until (Date) of which you wish to delete
the patient information into the search criteria.
w
In the Target Medium, select the medium in which the patient information to be deleted is stored.
[Remark]
When you select the floppy disk or MO disk, the File List appears. Select the desired file, and press the OK button.
e
Press the SEARCH button.
→ A list of patient data that matches the search conditions is displayed from the selected media file.
r
Select the patient information you wish to delete, and press the Delete button.
→ The selected patient information is deleted.
1-45
1. OPERATION METHOD
3) When deleting the patient information:
MN1-5100 Rev.0
1-4. Examination in the B Mode
1. OPERATION METHOD
1-4. Examination in the B Mode
The B mode is used to display an arbitrary cross-section of the body as a slice image.
1-4-1. Basic Operation Procedure
<Single screen display>
q
w
e
r
t
y
Press the B switch to display a 1B mode image.
Apply the probe to the part of the body to be scanned.
→ B mode image of the part of the body being examined appears on the screen.
Adjust the gain and contrast so as to obtain a satisfactory image.
Once you have obtained a suitable image, press the
switch to freeze the image.
Perform measurement as necessary.
For more detailed information, refer to the Measurement manual.
Record the image as necessary.
→ Set the recorder to be used by means of a preset operation.
For more detailed information, refer to "6. Preset".
<2-screen display>
You can display a B mode image as two images on the left and right of the screen. However, you cannot move
both images simultaneously.
Select the left or right image using the SELECT switch.
In the freeze state of the 2B mode, you can display the respective images one at a time on the screen.
(Request function)
For detail, refer to "1-2. Operating the various switches".
q
Press the B｜B switch.
→ The B mode image is displayed on the left side of the screen. (2B mode screen)
w
Press the SELECT or B｜B switch.
→ The left image freezes, and the right image is displayed in real time.
e
Once again, press the SELECT or B｜B switch.
→ The right image freezes, and the left image is displayed in real time.
r
To perform a request, press the B switch in the freeze state.
t
When the freeze state is released, the specified image (the image that is indicated by the "●" active mark)
is displayed in real time.
1-46
MN1-5100 Rev.0
1-4. Examination in the B Mode
2B MAPPING is a function that enables you to display a frozen B mode image stored in the cine memory as a 2B
mode image on the left and right halves of the screen when 2B MAPPING is set to On using a preset. By using
this function, you can display systolic and diastolic images for the same cardiac cycle on the left and right sides of
the screen, which is convenient for when measuring cardiac functions.
<Operation method>
q
Display a 1B image, then press the
switch.
→ The 1B image is displayed as a frozen image.
w
Press the B｜B switch.
→ The B mode image is displayed on the left half of the screen, and nothing is displayed on the right half
of the screen. In this state, you can also use the search function.
Using the trackball, select the desired image.
e
Press the SELECT or B｜B switch.
→ The same image appears on both the left and right halves of the screen.
［Remark］
Switch over the active image using the SELECT or B｜B switch.
r
Press the B switch.
→ The 2B MAPPING function is terminated. The image that corresponded to the active side of the 2B
mode display is displayed in the 1B mode.
［Remark］
When you press the
displayed.
switch during 2B MAPPING to cancel the freeze condition, a 1B real time image is
1-47
1. OPERATION METHOD
<2B MAPPING>
MN1-5100 Rev.0
1-5. B/M and M Modes
1. OPERATION METHOD
1-5. B/M and M Modes
The M mode is a mode in which the ultrasound beam is fixed in a straight line on a B mode image, and the
motion of the body that reflects the ultrasound wave on this straight line is displayed on the screen along with the
passage of time, enabling it to be observed. The B/M mode is a mode in which a B mode image and an M mode
image are displayed simultaneously.
You can observe an M mode image which checking the detection position with the B mode image.
A dotted line is displayed on a B mode image. This dotted line is called a cursor. You can set the cursor in any
direction on the B mode image using the trackball on the operation panel. The data that lies along this cursor is
displayed as an M mode image.
When the image is not frozen, graduation marks are displayed
only at the top and bottom edges of the M mode image.
When you freeze the image, the graduation marks are
displayed as shown in the figure at right.
1cm
(0.5cm)
The graduation marks are displayed at intervals of 1 cm in the
depth direction (or 0.5 cm when the display depth is 5 cm or
less), and 0.5 sec in the sweep velocity direction.
0.5sec
1-5-1. Basic operation procedure
<B/M mode>
q
Press the B/M switch so as to display B/M mode images on the screen.
→ The B mode and M mode images are displayed simultaneously in real time.
w
While the CURSOR/B.L.S switch is lit orange, roll the trackball left or right.
→ The cursor on the B mode image will move left or right, and the part indicated by the cursor is
displayed as an M mode image.
e
Adjust the gain and contrast so as to obtain a satisfactory image.
r
Once you have obtained a satisfactory image, press the
switch.
→ Both the B and M images freeze.
［Remark］
If you wish to freeze only one of the images, press the SELECT switch. Each time you press this switch, the
image switches in the sequence B freeze → M freeze → B freeze.
t
Once again, press the
switch.
→ Unfreeze both the B and M mode images.
1-48
MN1-5100 Rev.0
1-5. B/M and M Modes
＜M-WINDOW function＞
This function displays an M mode image in enlarged form.
q
While the CURSOR/B.L.S switch is lit orange, turn rotary encoder1.
→ Turning the rotary encoder1 clockwise, reduce the size of the window.
Turning the rotary encoder1 counterclockwise,enlarge the size of the window.
w
Using the trackball, move the window.
→ An M mode image in the range of the window appears.
e
Terminate the M-WINDOW function.
→ To terminate this function, either press the CURSOR/B.L.S switch or turn the rotary encoder 1 fully
left.
1-49
1. OPERATION METHOD
［Remark］
When only one image is frozen, you can display both images in real time by pressing the B/M switch.
［Remark］
When you wish to make only the M mode image a full screen real time display, press the M switch.
MN1-5100 Rev.0
1-6. B/D and D Modes
1. OPERATION METHOD
1-6. B/D and D Modes
The D mode displays the data of the blood flow and the cardiac muscle tissues in the heart and the blood vessels.
The blood flow information displayed in this mode is called a D mode image. A D mode image is not an image
of a part of the body, but is a graph of blood flow information. For this reason, it is also called a Doppler pattern.
The B/D mode is a mode in which a B mode image and a D mode image are displayed simultaneously. It enables
you to observe blood flow information on a D mode image while checking the B mode image to see what part of
the body the detected blood flow information belongs to.
The following two kinds of ultrasound beams are used to display a D mode image.
PW Doppler:
The ultrasound beam is emitted as discrete pulses, and a D mode image displayed.
You can obtain blood flow information concerning any point on a B mode image.
1-50
MN1-5100 Rev.0
1-6. B/D and D Modes
<B/D mode>
q
Press the B/D switch on the operation panel to display B/D images on the screen.
→ The B mode image and D mode image are displayed according to the Triplex Mode setting of the
preset. (Refer to the following.)
Triplex
When the mode changes from the B mode to the B/D mode, both
of the B mode and D mode images are displayed in real time.
B
D
Real time
Real time
Real time
B-Real
When the mode changes from the B mode to the B/D mode, the B mode image is displayed in real time, and the
D mode image is blank.
B
D
Real time
B
Real time
D
Real time
Blank
Real time
D-Real
When a B mode image in a PW Sound On condition changes to the B/D mode, the B mode image freezes, and the
D mode image is displayed in real time. If PW Sound On is not in use, the same operation as for the case of BReal takes place.
B
B
D
Freeze
Real time
D
Real time
Real time
Real time
PW sound On
[Remark]
If you press the SELECT switch while both B and D mode
images are displayed in real time, the B image freezes, and the D
mode image is displayed in real time. If you then press the
SELECT switch again, the images displayed in real time switch
over. If you press the B/D switch when only one image is
displayed in real time, both images will be displayed in real
time.
SELECT
Real time
Real time
B
B
D
D
Freeze
Real time
Freeze
SELECT
SELECT
1-51
Real time
1. OPERATION METHOD
1-6-1. Basic operation procedure
MN1-5100 Rev.0
1-6. B/D and D Modes
1. OPERATION METHOD
w
While the CURSOR/B.L.S switch is lit orange, set the velocity detection position using the trackball.
→ The sample volume on the B mode image moves, and the velocity on the sample volume is displayed
on the D mode image.
Set the size of the sample volume with the SAMPLE VOLUME switch according to the particular
purpose.
e
Press the VEL RANGE switch.
→ Adjust the velocity range.
r
When the incident angle of the ultrasonic wave is not parallel to the blood vessel, press the ANGLE switch
and turn rotary encoder 2 to correct the angle.
t
Press the M/D GAIN knob or the CONTRAST switch, and adjust the D mode image.
［Remark］
You can move the baseline by using the CURSOR/B.L.S switch and rotary encoder 1.
y
Once you have displayed a satisfactory image, press the
switch.
→ Both the B mode and D mode images freeze.
[Remark]
When you wish to freeze only one of these images, press the SELECT switch.
Each time you press this switch, the image that freezes switches over in the sequence B freeze→D freeze→B
freeze, and so on.
[Remark]
When you wish to display only the D mode image in real time over the entire screen, press the D switch.
1-52
MN1-5100 Rev.0
1-7. Flow Display
This function displays data concerning flow inside blood vessels and also the velocity of the cardiac muscle tissue
by displaying color on a B mode image.
Like other Doppler modes, Doppler information is obtained from the change in the approaching and receding
blood flow.
1-7-1. Basic operation procedure
<Flow display/power flow display>
q
Display a suitable B mode image.
w
Press the FLOW switch.
→ The blood flow data is displayed in color on the B mode image. The flow component that approaches
the probe is displayed in red, and the component that moves away from the probe is displayed in blue.
[Remark]
Red and blue may be reversed depending upon the set conditions such as Color Polarity.
e
Set the SCAN AREA switch so that it lights orange.
→ You can move the flow area using the trackball.
r
Press the MARK REF switch.
→ The border of the flow area is indicated by solid lines. You can enlarge or reduce the enclosed area by
using the trackball.
It expands in the vertical direction
上下方向の拡大
Upper
rotation
上回転
It reduces横方向の縮小
in the
transverse direction
Left
rotation
左回転
トラック
Track
ball
ボール
Right
右回転
rotation
It expands in the
横方向の拡大
transverse direction
Lower
下回転
rotation
It
reduces in the vertical direction
上下方向の縮小
[Remark]
If you turn rotary encoder 1 while the SCAN AREA switch is lit orange, the black and white area is enlarged or
reduced in the horizontal direction.
1-53
1. OPERATION METHOD
1-7. Flow Display
MN1-5100 Rev.0
1-7. Flow Display
1. OPERATION METHOD
[Remark]
The width of the flow area is always displayed smaller than the width of the black and white area. If you
performed an operation that results in the width of the flow area becoming greater, the area being changed has
priority, and the size of the black and white area is automatically adjusted.
t
Press the MARK REF switch.
→ The flow area boundary is displayed as a dotted line, and the flow area shift function is re-activated.
y
Rotate the FLOW GAIN knob so as to adjust the flow sensitivity.
u
Press the VEL RANGE switch so as to adjust the flow velocity range.
(Remark)
The size of the flow area may sometimes change.
i
Once you have obtained a suitable image, press the
switch to freeze the image.
<Monochrome/Color real-time images simultaneous display>
This function can display a color (power flow) real-time image and a monochrome real-time image on the right
and left side of the screen at the same time.
q
Press the B switch to display the 1B mode image.
w
Press the FLOW switch.
→ The color real-time image is displayed on the B mode image.
When you press the POWER FLOW switch, the power flow is displayed.
e
Press the DDD switch.
→ The B mode image on the left side of the screen is displayed in monochrome, and the B mode image
on the right side is displayed in color (power flow). Both images are displayed as the real-time image,
and they show the same image.
r
Press the DDD switch or another mode switch.
→ The Monochrome/Color real-time images simultaneous display is closed.
1-54
MN1-5100 Rev.0
1-8. Power Flow display / 1-9. Tissue Doppler Imaging display
This function colors the image according to the intensity (area) of the Doppler signals.
This function has the sensitivity about slow blood flows.
1-8-1. Basic operation
<Power flow display>
q
Display a suitable B mode image.
w
Press the POWER FLOW switch.
e
Pressing the VEL RANGE switch, adjust the flow velocity range.
[Remark]
The size of the flow area sometimes changes.
r
Once you have obtained a suitable image, press the
switch to freeze the image.
1-9. Tissue Doppler Imaging display (Option : SOP-3500-9 is necessary.)
The Tissue Doppler Imaging (TDI) display is intended to make visible the motion of the cardiac muscle tissue,
and so on. It thus differs from the target Doppler display which is intended to show normal blood flow.
1-9-1. Basic operation procedure
<TDI display>
q
Set TDI from Display Mode, TDI in the Preset, and perform the selected Preset.
w
Display a suitable B mode image.
e
Press the FLOW switch.
→ The data concerning the moving tissue (TDI) is displayed in color.
r
Put the flow area in the optimum condition.
→ Press the SCAN AREA switch, then using the trackball and the MARK REF switch enlarge, reduce
and/or move the flow area.
t
Adjust the sensitivity.
→ Using FLOW GAIN knob, adjust the flow sensitivity.
y
Pressing the VEL RANGE switch, change the flow velocity range.
u
Once you have obtained a suitable image, press the
switch to freeze the image.
[Remark]
When you change VEL RANGE, the size of the flow area may sometimes change slightly.
1-55
1. OPERATION METHOD
1-8. Power Flow display
MN1-5100 Rev.0
1-10. VOL Mode
1. OPERATION METHOD
1-10. VOL Mode (Option: When connected to the EU-9084B)
This VOL mode display is a function that creates and displays a solid image in real time from the data acquired
from a multi-frame slice image.
[Remark]
Use a preset that has been set for use with the VOL mode.
1-10-1. Basic operation procedure
<Using an electronic convex sector scanner>
q
Press the switch ○ of MODE designated.
→ The VOL area line and the OPACITY line appear on the B mode image.
The switch above rotary encoder 1 lights orange.
OPACITY Line
VOL Area Line
w
Press the B/B switch twice.
→The search mode is activated, and a B/VOL image is displayed.
1-56
MN1-5100 Rev.0
1-10. VOL Mode
Using the trackball, change the position of the VOL area.
r
Press the MENU switch.
→Using the VOL mode menu adjust the various settings such as the shape of the lines at the upper and
lower edges of the VOL area.
[Remark]
Change of the line of an upper can be changed with SWEEP SPEED switch.
t
Press the MARK REF switch.
→ You can enlarge or reduce the VOL area by using the trackball.
And also change the tilt of the line at the upper edge of the VOL area using rotary encoder 1.
[Remark]
Rolling the trackball to the left causes the VOL area to decrease in the scanning direction (horizontal direction).
Rolling the trackball to the right causes the VOL area to increase in the scanning direction (horizontal direction).
Rolling the trackball downward causes the VOL area to decrease in the depth direction.
Rolling the trackball upward causes the VOL area to increase in the depth direction.
Turning rotary encoder 1 clockwise causes the line at the top edge of the VOL area to tilt to the right.
Turning rotary encoder 1 counterclockwise causes the line at the top edge of the VOL area to tilt to the left.
y
Press the MARK REF switch.
→ Adjust the opacity using rotary encoder 1.
[Remark]
When you wish to display a fetus in the VOL mode, set the OPACITY Line so that it comes to the surface of the
fetus.
[Remark]
For details of the VOL menu, refer to 5. Menu.
1-57
1. OPERATION METHOD
e
MN1-5100 Rev.0
1-10. VOL Mode
1. OPERATION METHOD
u
Acquiring an image
u-1
Acquiring an image using a B/VOL display
Once you have obtained a satisfactory VOL image, press the ACQUIRE switch.
Once the final slice of the VOL mode image has been acquired, the image automatically freezes.
u-2
Press the B switch.
→ VOL mode image is displayed.
i
Using rotary encoder 1, adjust the brightness of the VOL image.
[Remark]
You can change the display magnification of the VOL mode image after it is frozen. If the acquired image is
small, enlarge it to the desired magnification using the ZOOM switch and the rotary encoder 1. When you press
the 1B switch, the VOL mode image alone is displayed by means of the request function.
o
Rotating the VOL image
Press the STEER/ROTAT switch.
→ You can rotate the displayed VOL image in 45゜steps.
1-58
MN1-5100 Rev.0
1-10. VOL Mode
Reconstructing a VOL image
Press the MENU switch, and select Reconstruct from the VOL mode
menu.
→ Once again, display a VOL mode image using the VOL IP set values in
sequence from 1 to 8, from the
acquisition B mode images in the cine memory. The display will
automatically stop when IP = 8.
Display a 4-part divided VOL image in the IP sequence, then switch
over the image specified by the
menu to a single screen display.
IP1
IP2
IP5
IP6
IP3
IP4
IP7
IP8
Next
PREV
1. OPERATION METHOD
!0
1 screen display
[Remark]
When using the ASU-1001, the VOL mode image acquisition speed can be improved by means of the following
operation.
q
Set SCAN SPEED to AUTO. Next, set SCAN ANGLE to 75% or 50% to reduce the scanning angle.
w
Set the horizontal width of the VOL area to 50%.
e
Press the SCAN AREA switch, and set the display width of the B mode image to 50%.
r
Using the preset function, set Simulaneous Priority to FRAME RATE.
1-59
MN1-5100 Rev.0
1-11. Brachytherapy Guide Lines
1. OPERATION METHOD
1-11. Brachytherapy Guide Lines
When the UST-672-5/7.5 trans rectum probe is connected, brachytherapy guide lines are displayed.
[Remark]
When the UST-672-5/7.5 is connected and the system is in the 1B mode, a grid is displayed on the convex
display. A grid is not displayed in the 2B mode. Also, it is not displayed in the Wide format, even in the 1B
mode. Change the 1B Format of Display 1 to Normal.
[Remark]
When performing brachytherapy, it is necessary to use a guide and a template.
1-11-1. Basic operation procedure
Before starting measurement, carry out the following settings.
・Add Brachytherapy to the B mode menu using the Menu setting of the preset.
・Change 1B Format to Normal using Display 1 of the preset.
<Grid display>
q
Press the MENU switch, and select Brachytherapy.
→ The Brachytherapy menu appears.
w
Set Mode to Grid.
→ A 13 x 13 grid-shaped graphic display, a list of memorized positions, and a coordinate mark appear on
the screen.
List of memorized
positions
Coordinate
position mark
1-60
MN1-5100 Rev.0
1-11. Brachytherapy Guide Lines
Type A：
The horizontal axes of the coordinates are expressed as A, B, C, ˜ K, L, M, and vertical axes as 0, 1, 2, 3, ˜ 10,
11, 12.
Type B：
The horizontal axes of the coordinates are expressed as A, a, B, b, C, c, ˜ e, F, f, G, and the vertical axes as 1, 1.5,
2, 2.5, ˜ 5.5, 6, 6.5, 7. The coordinate scales are displayed using bold characters and integral values only.
Type C：
The horizontal axes of the coordinates are expressed as A, a, B, b, C, c ˜ e, F, f, G, and the vertical axes as 1, 1.5.
2. 2.5 ˜ 5.5, 6, 6.5, 7.
Type A
Type B
Type C
[Remark]
You can move the list of memorized positions by starting Table Location in the menu, then using the trackball
and the SET switch.
e
Move the coordinate position mark with the trackball, then press the SET switch at the locations that you
wish to memorize, in the puncture sequence.
→ The coordinate numbers are registered in sequence in the memorized position list at the right side of
the screen.
[Remark]
You can memorize up to 30 points. If you attempt to register coordinate numbers at more than 30 points, the
message "Memory Full" will appear at bottom left of the screen.
[Remark]
When registering coordinate numbers, you can vary the number part of the coordinates by turning rotary encoder 1.
r
If there are coordinates that are to be added to the registered coordinates, move the coordinate position
mark to the coordinates to be added, select Add using MENU switch, and press the menu select switch.
→ The first position in the memorized position list is highlighted.
1-61
1. OPERATION METHOD
[Remark]
There are three types of coordinate display methods in the grid display. Set the desired method using Grid
Display Type in the Display 5 preset, or the menu.
MN1-5100 Rev.0
1-11. Brachytherapy Guide Lines
1. OPERATION METHOD
t
Using the trackball, move the highlight display to the position that you wish to add, and press the SET
switch.
→ A new coordinate position is registered in the item at the top of the highlight display.
y
If there are registered coordinates that you wish to delete, select Delete using MENU switch, and press the
menu select switch.
→ The first position in the memorized position list is displayed.
u
Using the trackball, move the highlight display to the position that you wish to delete, and press the SET
switch.
→ A message appears on the screen.
i
To delete the position, select OK. If you do not wish to delete the position, select Cancel.
[Remark]
The memorized coordinates, and so on, are held until the power is switch Off or the NEW PATIENT switch is
pressed.
[Remark]
You can use the grid display even after changing the display depth on the screen. If the grid graphic display
protrudes from the display range, the grid and characters will be displayed inside the display range. This also
applies in the case of a zoom display.
1-62
MN1-5100 Rev.0
1-11. Brachytherapy Guide Lines
q
Register the coordinate position in advance, and change Mode to Target.
→ The first coordinate number registered in the memorized position list is highlighted, and the coordinate
position mark moves to the corresponding position.
[Remark]
Unless you register the coordinates you cannot select Target.
w
Press the MARK REF switch.
→ Move the highlight display in the memorized position list to the next coordinate number. The
coordinate position mark also moves to the corresponding position. Subsequently, each time you
press the MARK REF. switch, the coordinate position mark moves in the registered sequence.
[Remark]
You cannot move the coordinate position mark using the trackball.
1-63
1. OPERATION METHOD
<Target display>
MN1-5100 Rev.0
1-12. Actions to be taken when a defect is detected
1. OPERATION METHOD
1-12. Actions to be taken when a defect is detected
1-12-1. Ensuring patient safety
While using the system, monitor both the system and the patient to ensure that there is no abnormality.
If an abnormality occurs while the system is being used, immediately take the probe away from the patient and
switch off the system.
If an abnormality occurs in the patient, carry out appropriate medical treatment.
1-12-2. Handling the instrument
If a problem occurs in the system, refer to "14. Troubleshooting" of the Safety Instruction Manual and remedy the
problem.
If a problem that is not described in "14. Troubleshooting" of the Safety Instruction Manual, stop using the
system, put the notice saying "Out of Order" on the system, and consult the office described on the back page of
this manual.
1-64
MN1-5100 Rev.0
2-1. Cine Memory
2. CINE MEMORY AND STORE MEMORY
A cine memory function is a function that temporarily stores an image in the memory of the equipment before
the image is frozen, so that you can observe the image after it has been frozen.
Even if you miss the freeze timing, you can search the necessary image from previously displayed images.
When used together with ECG waveform, this function displays a scale and a search mark for searching an image
in a certain time phase.
The cine memory has a search mode that enables B mode images to be observed, and a scroll function that enables
M and D mode images to be observed.
If two images are displayed, such as in the 2B, B/M or B/D mode, you can store each image separately and
observe it. However, when one of the images is displayed in real-time, you cannot perform either a search or a
scrolling operation.
Note
Keep the following points in mind when using the cine memory.
・The amount of image data that can be held in the memory differs depending upon the probe used, the
display mode, display depth and other image display conditions. It is not constant.
Note
Keep the following points in mind when using the cine memory.
・Only images held in the memory can be searched or scrolled.
If you freeze an image immediately after releasing the freeze state, you can search or scroll the images held
in the memory during this interval, even if the memory is not filled to capacity.
If the capacity of the memory is exceeded, images in the memory are erased in the sequence from the
oldest image from the point where the image was frozen. You cannot perform a search or scroll operation
on an erased image.
・When you cancel the freeze condition, the images held in the memory up to that point in time are deleted.
This section consists of 22 pages.
2-1
2. CINE MEMORY AND STORE MEMORY
2-1. Cine Memory
MN1-5100 Rev.0
2-1. Cine Memory
（１）Search function and scroll function
（Search function）
2. CINE MEMORY AND STORE MEMORY
If you perform a forward search until the newest image in the memory is displayed, then continue further, the
oldest image re-appears, and a forward search takes place again.
Loop is formed in the memory.
Screen display image
Rolling to the left
Rolling to the right
Trackball
Frames are fed backward.
Frames are fed forward.
Counterclockwise
Frames are fed backward.
Clockwise
Frames are fed forward.
Rotary encoder 1
Fig. Search function
（Scroll function）
If you perform a forward scroll until the newest image in the memory is displayed, the scroll operation is
terminated at that point. (A loop is not created as in the case of a search.)
Memory capacity
Screen
display
range
No loop in formed in
the memory.
Rolling to the left
Rolling to the right
Trackball
Frames are scrolled
backward.
Counterclockwise rotation
Frames are scrolled backward.
Frames are scrolled forward.
Clockwise rotation
Images are scrolled forward.
Rotary encoder 1
Fig. Scroll function
2-2
MN1-5100 Rev.0
2-1. Cine Memory
（2）Search number
If you freeze an image, a search number appears on the screen. The displayed position differs depending upon the
1B mode
The frame number of the image displayed
on the screen changes along with the
progress of a search.
2B mode
35/35
: Display position
B/M mode
Up and down
mode
Total number of frames
stored in the memory.
Fig. Search number
2-3
2. CINE MEMORY AND STORE MEMORY
mode. (There is no display related to the scroll function.)
MN1-5100 Rev.0
2-1. Cine Memory
2-1-1．Basic Operation Procedure
2. CINE MEMORY AND STORE MEMORY
＜Searching or scrolling B, M or D mode image＞
q
Press the FREEZE switch.
→The image freezes.
Freeze
SEARCH
w
Press the SEARCH switch.
→The system goes into a status that permits a search or
scrolling operation to be performed.
［Remark］
You can set the system by means of a preset so that a search or
a scrolling operation automatically takes place without any
need to press the SEARCH switch.
e
Press
You can scroll with the trackball.
Searched
image
Using the trackball, perform a search or scrolling
operating inside the necessary image range.
→ Rolling the trackball to the right causes a search or scrolling operation to take place in the forward
direction, and rolling it to the left causes the search or scrolling operation to take place in the reverse
direction.
＜Searching or scrolling B/M or B/D mode images＞
q
Press the FREEZE switch.
→The image freezes and the search number is displayed on the B mode image.
w
Press the SEARCH switch.
→A search or scroll operation can now be performed.
［Remark］
You can set a preset so that a search or scroll operation starts automatically without any need to press the
SEARCH switch.
e
When the M mode image is active and the D mode image is non-active, scroll the M mode images with the
trackball, and search the D mode images with rotary encoder1.
［Remark］
When the active and non-active images are changed over by pressing the SELECT switch, the trackball searches
B mode images, and rotary encoder1 searches M mode image is active and the D mode image.
[Remark]
If you call one image with the request function, the image can be searched or scrolled.
You can perform a search or scrolling operation using the trackball.
2-4
MN1-5100 Rev.0
2-1. Cine Memory
2-1-2．Cine scale and search mark
Search mark
Cine scale
Length of one frame
Fig. Cine scale and search mark
Cine scale:
The cine scale is displayed when the image is frozen.
Because it is displayed on the ECG waveform, you can tell what time phase is being searched.
A scale is displayed every 10 frames.
Search mark:
The search mark moves along with the progress of a search.
It indicates the location in the memory and the time phase on the ECG waveform of the
searched image.
Note
・ Keep the following points in mind when using the cine scale.
The cine scale becomes the total length of the number of frames stored in the memory, so it does not
necessarily have a fixed length.
・ When many images with a slow frame rate are stored in the memory, the entire cine scale cannot always be
contained within a frame.
2-5
2. CINE MEMORY AND STORE MEMORY
If you operate the cine memory while an ECG waveform is displayed, the cine scale and the search mark are
displayed on the ECG waveform.
This enables you to readily obtain a grasp of the memory capacity, the ratio of one frame to the capacity, and the
time phase on the ECG waveform of the currently displayed image.
MN1-5100 Rev.0
2-1. Cine Memory
2-1-3. Loop playback function
2. CINE MEMORY AND STORE MEMORY
This function continuously plays back images stored in the cine memory (loop playback).
Loop playback can be performed in the 1B and 2B modes.
In the case of the 2B mode, however, only the images on one half of the screen at a time are played back.
（1）Method of performing loop playback
q
Press the SEARCH switch, then roll the trackball upward.
→ Loop playback starts.
[Remark]
During loop playback, the search mark does not appear on the cine scale.
w
Set loop production speed.
→ Rolling the trackball downward reduces the speed.
Rolling the trackball upward increases the speed.
[Remark]
With reproduction speed lowered, reproduction in slow motion starts.
Once again, the frame rate appears at bottom right of the screen for about 5 seconds.
e
Rolling the trackball to the right or left.
→ Loop playback ends.
[Remark]
A search mark appears at the time phase position of the image displayed at this time.
（2）Method of setting the loop playback range
You can set the loop point to any desired position.
[Remark]
By using the preset, you can automatically set the loop point to the R wave position of the last ECG one heartbeat
before the image was frozen. For details, refer to 6. "Preset".
q
Press the SEARCH switch, then roll the trackball to display the starting frame of the loop.
w
Press the MARK REF switch to finalize the starting point.
→ The time phase setting mark appears.
e
Using the trackball, display the end frame of the loop.
r
Press the MARK REF switch to finalize the end point.
→ The time phase setting mark appears, and the search mark moves to the starting point.
[Remark]
Pressing the MARK REF switch repeatedly finalizes the starting point/end point alternately.
2-6
MN1-5100 Rev.0
2-1. Cine Memory
[Remark]
Loop playback takes place between the lower frame number whose time phase was set, as the starting point, and
t
Unfreeze the image.
→ The set time phase is canceled.
（3）Simultaneous loop playback of 2B images
In the case of the 2B mode, you can perform loop playback of both the left and right images.
q
Display a 2B mode image.
[Remark]
While the images are frozen, you can set the loop points for each image using SELECT switch.
w
Roll the trackball upward.
→ Loop playback starts.
e
Roll the trackball right or left.
→ Loop playback ends.
[Remark]
If there is a difference between the number of left and right playback images, you can set Loop Mode in the menu
to either Short, which forms a loop based on the smaller number of images, or Long, which forms a loop based on
the larger number of images.
2-7
2. CINE MEMORY AND STORE MEMORY
the higher frame number, as the end point.
MN1-5100 Rev.0
2-2. Store Memory
2-2. Store Memory
2. CINE MEMORY AND STORE MEMORY
Store memory enables you to store images using a digital storage function that conforms to the DICOM standard,
and also enables you to send data via a digital interface and a network to a personal computer (server).
Store memory also enables you to use the following functions when you use the Image Browser function.
・A function that digitally records or reads image data to or from an MO disk
・A function that sends digital data to a personal computer or network server via a network connected to the
ultrasound diagnostic equipment
・A function that prints a recorded image on a DICOM printer in a multi-format
・A function that converts image data to the JPG, TIFF or BMP format, and outputs it to a disk.
Because the data in the ultrasound diagnostic equipment is in digital form, there is no deterioration of the image
when it is recorded.
Images stored under the DICOM standard include not only image data, patient data (name, ID, sex, date of birth,
etc.) but also comments, a color palette and also the name of the diagnostic equipment and calibration data for
performing playback measurement. This is convenient for restudying an image or performing playback
measurement.
The following table shows the file formats in which images can be stored in the SSD-3500.
FD
SSD-3500
○
TIFF
BMP
○
SSD-3500
+SOP-3500-10
○
○
JPG
(DICOM LIBRARY
SOFTWARE)
Frozen image
MO
DICOM
DICOM
JPG
JPG
○
○
○
○
○
○
TIFF
BMP
○
○
Network
DICOM DICOM
JPG
×
×
○
○
Note
To ensure that the entire system conforms to electrical safety standard IEC606601-1-1, use an MO disk drive
that conforms to IEC60950.
For details, contact your nearest Aloka office.
2-8
MN1-5100 Rev.0
2-2. Store Memory
Power to the MO disk drive is controlled by the Power switch of the ultrasound diagnostic equipment. When
you set the Power switch of the ultrasound diagnostic equipment to OFF, the power to the MO disk drive also
goes OFF. If you turn OFF the Power switch while data is being written to the MO disk, part or all of the
data written to the disk may be destroyed. To prevent this, check the following before turning OFF the Power
switch of the equipment.
(1)
Confirm that the message "Please wait..." is not displayed on the monitor.
(2)
Confirm that the Busy lamp on the MO disk drive is not lit.
Note
Although the power to the MO disk drive is controlled by the Power switch of the ultrasound diagnostic
equipment, there is also a Power switch that is independent of the MO disk drive. It is recommended that you
leave this Power switch ON. Confirm that the Power switch of the MO disk drive is ON, and then turn ON
the power to the main equipment.
If you switch ON the MO disk drive after switching ON the main equipment, the disk drive will not be
recognized, and you will be unable to use it.
Note
If you apply vibration while the disk is in the drive, you may damage the disk.
Note
In order to prevent accidental erasure of data on a disk, this equipment does not have an MO disk formatting
function. Use a commercially available formatted 3.5 MO disk. Recommended disk manufacturers are as
follows:
TDK MO-R128DSN
Maxell MA-128.DOS.AIP
Kao MORW1228DS1PN
Sony EDM-128DFB
3M OD3-230DOS
All of these MO disks are 3.5 inch disks. They are formatted using physical and logical formats specified
by the DICOM standard. The DICOM standard stipulates ISO10090 for the physical format, and MS-DOS
(Ver.5.0 or higher) for the logical format.
In addition to the above types, you can use 3.5-inch, 128-Megabyte, 230-Megabyte or 540-Megabyte disks
marked "MS-DOS Ver.5 formatted".
2-9
2. CINE MEMORY AND STORE MEMORY
Note
MN1-5100 Rev.0
2-2. Store Memory
Note
2. CINE MEMORY AND STORE MEMORY
When saving an image in the DICOM format, do not use a 640-Megabyte disk. The DICOM standard does
not support a 640-Megabyte disk.
Note
You cannot use an overwrite type disk.
Note
Once you record data to an MO disk, you cannot subsequently change it or erase it from this equipment (you
can read the recorded data and, while leaving the original data on the disk, additionally create data to which a
change has been added). Consequently, before recording image data to a disk, check very carefully to ensure
that there is no error in the text data (data entered from the keyboard) to be recorded together with it.
Particularly, if there is an error in an entry such as the patient's name or patient's ID, it will be difficult to
subsequent retrieve image data.
Caution
When connecting an SSD-3500 fitted with the SOP-3500-10 to a network that is not used specifically for
medical equipment, observe the following precautions to ensure that the entire system, including all
connected devices, conforms to the IEC60601-1-1 electrical safety standard.
(1) All non-medical equipment (hubs workstations, personal computers, etc.) that are connected to the SSD3500 must conform to IEC60950, and in addition must be Class I devices.
(2) Non-medical equipment (hubs workstations, personal computers, etc.) must not be installed in the
environment in which the patient is located (within 1.5 m from the patient).
(3) If the room in which non-medical equipment is installed is different to the room in which ultrasound
diagnostic equipment is installed, be sure to connect the equipment using a separation device (network hub).
2-10
MN1-5100 Rev.0
2-2. Store Memory
2-2-1. Basic Operation Procedure
＜When Store on Disk(s) is allocated＞
When an MO drive is not connected
q
Press the FREEZE switch.
→The STORE switch lights green.
w
Search for the image that you wish to store in the store memory, and display that.
e
Press the STORE switch.
→The image data is stored in the hard disk of the equipment.
After the image data is stored, the message "Image stored successfully. #***/999." appears at the
bottom of the screen.
When an MO drive is connected
q
Press the FREEZE switch.
→The STORE switch lights green.
w
Search for the image that you wish to store in the store memory, and display that.
e
Press the STORE switch.
→The image data is memorized in the MO disk in the DICOM format.
After the data is stored, the message "Process completed." appears at the bottom of the screen.
＜When Store on HDD is allocated＞
The image data is stored in the hard disk in the equipment, regardless of whether or not an MO drive is
connected. The operation is the same as that which takes place when the MO drive is not connected.
＜When Send to Storage(S) is allocated＞
q
Press the FREEZE switch.
→The STORE switch lights green.
w
Search for the image that you wish to store in the store memory, and display that.
e
Press the STORE switch.
→The image data is sent to the network server in the DICOM format.
2-11
2. CINE MEMORY AND STORE MEMORY
Use the STORE switch to store the currently displayed image data in the hard disk (max 999 images) of the
equipment, MO disk or a network server. The storage location of the image differs according to the location
allocated to the STORE switch.
MN1-5100 Rev.0
2-2. Store Memory
2. CINE MEMORY AND STORE MEMORY
［Remark］
When you wish to store image data in an external disk in the JPG, TIFF or BMP format, it is necessary to first
store the data in the hard disk of the equipment. For details, refer to "2-3 Review Function".
［Remark］
If you allocate a number of storage destinations to different switches in advance, you can easily switch over the
storage location for each storage operation. For details, refer to "6-9 Custom Switch".
2-12
MN1-5100 Rev.0
2-3. Review Function
2-3. Review Function
The review function plays back frozen images stored in the equipment or in an external device, stores them in an
2-3-1．Image Browser
（1）Basic operation
q
Freeze an image, then press the REVIEW switch.
→The Image Browser screen is displayed, and the image data in the hard disk is displayed as thumbnail
images. Thumbnail images for the patient whose ID is currently input are displayed in sequence from
the oldest date.
w
Using the trackball, move the arrow to the image that you wish to display over the entire screen, and press
the SET switch.
→The image is surrounded by a blue border.
［Remark］
Pressing the SET switch once again restores the white border. If you wish to display a number of images over the
entire screen, repeat step w.
e
With the arrow on the selected image, press the SET switch twice in rapid succession.
→The selection image is displayed over the entire screen, and the Next, Prev and Return buttons are
displayed at the bottom of the screen.
［Remark］
If you selected multiple images, then press the SET switch when the arrow is on the Next button, the image
selected next will appear. If you select the Prev button, the image selected previously will appear.
［Remark］
Using the trackball, move the arrow to the Return button and press the SET switch. The full-screen display will
close and return to a thumbnail display.
r
Press the Review switch.
→The review function is terminated, and the image freezes again.
2-13
2. CINE MEMORY AND STORE MEMORY
external device, or transfers them to an external device.
MN1-5100 Rev.0
2-3. Review Function
（2）Description of each button on the Image Browser screen
Load Disk
2. CINE MEMORY AND STORE MEMORY
（ List box )
Switches over the read destination of the image that you wish to display.
Select HDD (hard disk in the equipment) or Disk (MO disk).
Film Paging
Reads the image data from the hard disk in the equipment.
Load
Retrieves image data from an MO disk, and reads it.
Film Box
Sets the thumbnail display format.
Select for 2×2, 3×2, 3×3, 4×3, 4×4 and 6×4.
▲,▼
Changes the page number in Film Box.
▲ : Advance the number.
▼ : Return the number.
All Window
Selects the thumbnail images of all pages. All of the images are displayed with a blue border,
indicating that they are selected. When you press this button once again, all images return to
the non-selected state.
Send Print
DICOM
Prints the selected image on a DICOM printer in the network.
（SOP-3500-10 is necessary.）
Local
Prints the selected image on a PC printer connected to the equipment.
Property
Sets the format and other parameters necessary for printing an image.
Store
（ List box ）
Sets the format for storing image data in an MO or FD. Select BMP, TIFF, JPEG or DICOM.
Removable Disk Stores the selected image data in an external disk.
Send
DICOM Storage Sends the selected image data to the server in a network.
（SOP-3500-10 is necessary.）
Delete
This Film
Deletes the selected image data from the hard disk.
When image data in an MO is displayed, the thumbnail images are deleted from the screen.
All
Deletes the displayed image data for all pages from the hard disk. When image data in an MO
is displayed, all of the thumbnail images are deleted from the screen.
2-14
MN1-5100 Rev.0
2-3. Review Function
（3）Reading an image from the hard disk in the equipment
Set Load Disk to HDD, using the trackball, move the arrow to Film Paging, then press the SET switch.
→The HDD Patient image is displayed, and the patient list of image data stored in the equipment is
displayed.
w
Using the trackball, move the arrow to the patient name whose image you wish to display, and press the
SET switch.
→The selected patient name and ID are reversed blue and are displayed.
e
Using the trackball, move the arrow to the Load, then press the SET switch.
→Thumbnail images of the selected patient are displayed on the Image Browser screen in sequence from
the oldest date.
［Remark］
When you press the Continuous button on the HDD Patient screen, all of the image data in the equipment is
displayed as thumbnail images.
2-15
2. CINE MEMORY AND STORE MEMORY
q
MN1-5100 Rev.0
2-3. Review Function
（4）Reading an image from an MO disk
q
2. CINE MEMORY AND STORE MEMORY
Set Load Disk to Disk, using the trackball, move the arrow to Load, then press the SET switch.
→ The Search dialog box is displayed.
Search Key is used to enter an ID, Name or Date
as a key word for searching for patient data.
Sort Key is used to arrange the retrieved patient
data in the sequence of ID, Name or Time. Ascend
or Descend arranges the data in ascending or
descending order.
w
Enter the key word, using the trackball, move the arrow to Search, then press the SET switch.
→ The DICOM Select screen appears, and a list of patients appears under -Patient-.
［Remark］
If you press the Search button without entering anything, a list of all patients will be displayed.
Palette：
The color image recorded in
Palette is read in the Palette
format.
RGB：
The color image recorded in
Palette is read while being
converted into RGB.
Studies：
Displays the number of patient
examinations.
Patient Name：
Displays the patient’s name.
Patient Identification ：
Displays the patient’s ID.
2-16
MN1-5100 Rev.0
2-3. Review Function
e
Series：
The number of series of images is
displayed.
Date：
Displays the date on which an
examination was started.
Time：
Displays the time at which the
examination was started.
Study ID：
Displays the examination ID.
Description：
Displays a description on the ID screen.
r
Using the trackball, move the arrow to Series of the examination that you wish to read, and press the SET
switch.
→ A list of images corresponding to the examination date appears under -Image-.
Images：
Displays the number of sets of image
data.
MDL：
Displays the kind of equipment used.
Body Part：
Displays the part of the body that was
examined.
Description：
Displays a description when an image is
stored.
Date：
Display the date on which image
recording was started.
Time：
Displays the time at which image
recording was started.
FRM：Display the number of image
frames.
t
Using the trackball, move the arrow to Images of the image data that you wish to read, and press the SET
switch.
→The selected image data items are highlighted in blue.
y
Using the trackball, move the arrow to the Load button, and press the SET switch.
→The selected image data appears on the Image Browser.
2-17
2. CINE MEMORY AND STORE MEMORY
Using the trackball, move the arrow to the button below Studies corresponding to the patient whose data
you wish to read, then press the SET switch.
→ A list of examinations appears in -Study ID-.
MN1-5100 Rev.0
2-3. Review Function
（5）Storing an image
2. CINE MEMORY AND STORE MEMORY
Using the trackball, move the arrow to the image that you wish to store in Image Browser, and press the SET
switch. The selected image is highlighted in blue. Store the selected image either in an external disk or in a file
server in a network.
＜Storing an image in the DICOM format＞
In the case of the DICOM format, the image data can be stored either in an MO disk or in a server in a network.
MO Disk
q
After selecting an image, set the format to DICOM in the Store box.
w
Using the trackball, move the arrow to the Removable Disk button, and press the SET switch.
→A storage dialog box appears.
Color ：
Select whether to store a Flow mode image in the Palette
format (black and white, flow velocity, dispersed data), or in
the RGB format (R, G, B data).
Window：
Select whether the image to be stored is the selected image
(blue border) or all images in Image Browser.
Series Description：
Add a comment to the image.
e
After entering each item as necessary, select the Store button on the dialog box.
→The image is stored in the DICOM format in the MO disk.
Network sending (Option:SOP-3500-10 is necessary )
q
Using the trackball, move the arrow to the DICOM Storage button, and press the SET switch.
→A network transmission dialog box appears.
Color：
Select whether to store a Flow mode image in the Palette
format (black and white, flow velocity, dispersed data), or in
the RGB format (R, G, B data).
Window：
Select whether the image to be stored is the selected image
surrounded by a blue border (Active) or all images in Image
Browser (All).
Series Description：
Add a comment to the image.
w
After selecting and entering each item as necessary, select the Send button in the dialog box.
→ The image is sent to the network server in the DICOM format.
2-18
MN1-5100 Rev.0
2-3. Review Function
＜Storing an image in the BMP, TIFF or JPEG format＞
In the case of the BMP, TIFF or JPEG format, you can store image data in an MO disk or a floppy disk.
After selecting an image, set the format to BMP, TIFF or JPEG in the Store box.
w
Using the trackball, move the arrow to the Removal Disk button, and press the SET switch.
→ Display the dialog box for storing the image.
Window：
Select whether the image to be stored is the selected
image surrounded by a blue border (Active) or all
images in Image Browser (All).
Drive：
Specify whether the storage destination is an MO
disk or a floppy disk.
File Name：
Enter the filename of the image to be stored.
e
Set and enter each item as necessary.
→When the system is ready to store the image, the Store button in the dialog box can be pressed.
［Remark］
Be sure to enter the filename. When the dialog box appears, the filename is automatically displayed in the File
Name box. The filename is displayed in the form "Today's date (6 digits) - Number of times the file was stored
on that day". As an example, if you store the third image that was automatically assigned to a filename on August
27, 2001, the filename will become "010827-3".
r
Select the Store button in the dialog box.
→ The image data is stored in the specified file format and under the conditions set in the dialog box.
2-19
2. CINE MEMORY AND STORE MEMORY
q
MN1-5100 Rev.0
2-3. Review Function
（７）Printing an image
2. CINE MEMORY AND STORE MEMORY
You can print an image displayed on the Image Browser screen, using a DICOM printer or a PC printer specified
by Aloka.
＜Printing data on a DICOM printer＞ (Option : SOP-3500-10 is neccessary.)
q
Using the trackball, move the arrow to the image to be printed on Image Browser, and press the SET
switch.
→The selected image is displayed with a blue border.
w
Using the trackball, move the arrow to the DICOM button, and press the SET switch.
→The selected image is printed on the DICOM printer in the network.
＜Printing on a local printer＞
q
Using the trackball, move the arrow to the image to be printed on the Image Browser, and press the SET
switch.
→The selected image is displayed with a blue border.
w
Using the trackball, move the arrow to the Local button, and press the SET switch.
→The selected image is printed on the Local printer.
2-20
MN1-5100 Rev.0
2-3. Review Function
＜Setting the printing conditions＞
When you select the Property button on the Image Browser screen, a dialog box for making printing setting
appears.
・Local Printer
Printer Name
Num of Copies
Paper Size
N-up
Orientation
Trim
Select the Local printer for printing the image.
Set the number of copies (sets of prints) to between 1 and 9.
Set the size of the paper for making prints.
Set the number of images to be printed on one sheet of paper.
Set the orientation of the print to either LANDSCAPE or PORTRAIT.
Set whether or not to leave a margin between images when printing multiple images on a
single sheet of paper.
・DICOM Printer
Model Name
Appl. Entity
Num of Copies
Medium Type
Film Size
Orientation
Display Format
Magnification
Smoothing
Trim
Select the DICOM printer for printing the image.
Displays the name of the DICOM standard program.
Set the number of copies (sets of prints) to be made on the DICOM printer to between 1 and 9.
Select the type of medium to be used for printing.
Set the size of the paper to be used for printing in the DICOM printer.
Set the orientation of the print to either LANDSCAPE or PORTRAIT.
Set the display format to be used when printing multiple images on one sheet of paper.
Set the type of magnification.
Set the type of smoothing.
Set whether or not to leave a margin between images when printing multiple images on a
single sheet of paper.
Print priority
Set the degree of priority of printing.
Destination
Set the device at the printing destination.
Min Density
Enter the minimum brightness for printing, as a numerical value.
Max Density
Enter the maximum brightness for printing, as a numerical value.
Border Density
Set the brightness of the border between images.
Empty Density
Set the brightness of the parts where there are no images to be printed.
Image Polarity
Set the polarity of the image to be printed.
Configuration info Make the settings that are peculiar to each printer.
2-21
2. CINE MEMORY AND STORE MEMORY
Print Property
MN1-5100 Rev.0
2-3. Review Function
2. CINE MEMORY AND STORE MEMORY
2-22
MN1-5100 Rev.0
3-1. Recording to a printer
3-2. Recording and playing back images on a VCR
3. RECORDING IMAGES
Follow the procedures in "3. Installation Method" of the Safety Instruction Manual to install a recording device.
q
Specify the recording device using the preset.
→ For details, refer to 6. "Preset".
w
Freeze the image, and press the
switch.
→ Gamma correction is applied, and the image is printed.
[Remark]
If the recording device set in the preset is different to the recording device actually connected, the image will not
be recorded correctly.
[Remark]
You cannot perform a recording operation while an image is being recorded.
3-2. Recording and playing back images on a VCR
3-2-1. When operating it by the main part side of VCR
（1）Recording
q
Press the REC switch on the VCR.
→ Recording starts.
w
Press the STOP switch on the VCR.
→ Recording stops.
This section consists of 4 pages.
3-1
3. RECORDING IMAGES
3-1. Recording to a printer
MN1-5100 Rev.0
3-2. Recording and playing back images on a VCR
（2）Playback
q
Press the EXT switch on the operation panel.
→The screen goes into a status that enables the VCR screen to be displayed.
3. RECORDING IMAGES
w
Press the PLAY switch on the VCR.
→ The recorded images are displayed on the monitor.
[Remark]
Pressing the FF switch on the VCR fast-forwards the VCR images.
Pressing the REW switch on the VCR rewinds the VCR images.
e
Press the STOP switch of the VCR.
→The VCR stops and nothing appears on the screen.
r
Press the EXT switch on the operation panel.
→The screen switches over to the image on the SSD-3500 side.
3-2-2. Operations using the panel switches on the SSD-3500 side
By connecting the SVO-9500MD made by Sony using the optional control cable (L-CABLE-296), you can
control the VCR remotely from the operation panel.
（1）Recording
q
Press the REC switch on the operation panel.
→Recording starts.
w
Press the REC switch on the operation panel.
→Recording pauses.
（2）Playback
q
Press the EXT switch on the operation panel.
→The screen goes into a status that enables the VCR images to be displayed.
w
Press the
switch (SCAN AREA) on the operation panel.
→The VCR images appear on the screen.
e
Press the
switch (FOCUS) on the operation panel.
→The VCR images stop.
e
Press the EXT switch on the operation panel.
→The screen switches over to the image on the SSD-3500 side.
3-2
MN1-5100 Rev.0
3-2. Recording and playing back images on a VCR
（3）Search
q
During VCR playback, roll the trackball to the right.
Alternatively, press the
switch (ZOOM) on the operation panel.
→The VCR images are searched in the fast forward direction.
You can perform a search in the rewind direction by either rolling the trackball to the left or pressing the <<
switch (BODY MARK) on the operation panel during VCR playback.
[Remark]
You can change the search speed by turning rotary encoder 1 during the search operation.
[Remark]
If you roll the trackball in the downward direction during a search, the VCR will go into a playback condition.
w
When the target image appears, roll the trackball in the upward direction.
Alternatively, press the
switch (blank) on the operation panel.
→The images being searched pause.
[Remark]
If you roll the trackball in the downward direction when the VCR is in a paused condition, the search will resume.
e
Press the
switch (SCAN AREA) on the operation panel.
→The pause condition is canceled, and the VCR images are played back.
Operation of trackball during a search
PAUSE
REW search
Trackball
PLAY
3-3
FF search
3. RECORDING IMAGES
[Remark]
MN1-5100 Rev.0
3-3. Printing a VCR Image
3-3. Printing a VCR Image
q
While the VCR is playing back images, press the
3. RECORDING IMAGES
→Image playback pauses.
w
Press the
switch.
→The frozen image is printed.
3-4
switch.
MN1-5100 Rev.0
4-1. Method of Displaying Physiological Signals
4. PHYSIOLOGICAL SIGNALS
(Option: When connected to the PEU-3500)
Follow the procedures in "3. Installation Method" of the Safety Instruction to install a physiological signal unit.
Caution
4-1. Method of Displaying Physiological Signals
q
Connect ECG electrodes to the patient.
［Remark］
The ECG lead method is the second limb lead method, so connect the cords as shown below.
ECG cable
Connection point
w
Red (R)
Green (F)
Black (RF)
Right hand
Left foot
Right foot
Set ECG Display in the menu to On.
→ An ECG waveform is displayed on the B, M or D mode image.
e
Adjust the display position using the POSITION knob on the operation panel.
[Remark]
If the M mode image and ECG image overlap each other, making them difficult to see, you can erase part of the
M mode image by using the echo erase function in the menu. For details, refer to 5. "Menu".
r
Adjust the sensitivity using the SENSITIVITY knob.
t
When the ECG wave is displayed, the equipment detects the R wave and computes the heart rate.
→ The heart rate is displayed as HR*** on the screen. (Display range: HR 30-200)
If the heart rate exceeds the display range, it is displayed as HR - - -.
[Remark]
If the R wave is not detected for at least 5 seconds, an assist message appears.
DETECTION ERROR
R-wave of ECG is not detected
Check whether or not the ECG electrodes are connected correctly to the patient.
y
Set ECG Display on the menu to Off.
→ The display of the physiological signal waveform ends.
This section consists of 2 pages.
4-1
4. PHYSIOLOGICAL SIGNALS
Do not use a defibrillator when using a physiological signal unit because this may cause the unit to break
down.
MN1-5100 Rev.0
4-2. ECG Sync Display
4-2. ECG Sync Display
ECG sync display (SYNC function) is a function that displays the part of an image through which the ECG sync
mark passes.
You can obtain an image of any desired time phase while observing the time phase of the ECG waveform.
4. PHYSIOLOGICAL SIGNALS
q
When an ECG waveform is displayed and it is in a real-time (unfrozen) condition, select ECG SYNC from
the menu to turn ON the ECG sync.
→ A SYNC mark appears on the ECG waveform, and the DELAY time from the R wave is displayed on
the screen. You can set the delay time in 50 ms steps.
[Remark]
In order to set the delay time, you must assign R-Delay Time to the menu.
DELAY time
+0.00
ECG signal
SYNC mark
Fig. ECG sync display
w
Select R-Delay Time from the menu, and set the sync time.
[Remark]
If the sync period exceeds the set limit, the following assistance message will flash at bottom left of the screen.
RANGE LIMIT
Selection is not available
e
Set ECG SYNC on the menu to Off.
→ The ECG sync display ends.
[Remark]
If the R wave is not detected for at least 5 seconds, the following assistance message will flash at bottom left of
the screen.
DETECTION ERROR
R-wave of ECG is not detected
Check to see whether or not the ECG electrodes are connected correctly to the patient.
B/SYNC Mode
In this mode, a normal B mode image is displayed on the left side of the screen, and a SYNC image is displayed
on the right side.
[Remark]
In order to use the B/SYNC Mode, it is necessary to assign it to the menu.
4-2
MN1-5100 Rev.0
5. MENU
5. MENU
The menu function displays function conditions and image conditions that cannot be used directly from the
operation panel, in a menu format on the monitor screen, to enable you to make the necessary condition settings.
(Switches used for menu setting operations)
F1
~
!
1
F2
F3
@
2
F4
#
3
F5
F6
$
1
F7
%
5
F8
^
6
F9
&
7
F10
*
8
F11
F12
(
9
F13
Insert
Pause
Break
Delete
+
=
)
0
STC
0
Back
Space
1
Q
Tab
W
E
R
T
Y
U
I
O
P
{
[
}
]
|
/
MENU switch
2
SENS
3
Caps
Lock
POSI
A
Z
Shift
Ctrl
S
ID
D
X
Com
ment
C
F
V
G
H
B
J
N
K
<
,
M
Alt
Alt Gr
:
;
L
>
.
Fn
"
’
Ctrl
5
8
?
/
Shift
18
Home
1
2
12
PgUp
Clear
PgDn
(cm)
End
EXT
POWER
DISK
CAPS LOCK
FUNCTION
PROBE
NEW
PATIENT
PRESET
FRAME
RATE
I.P.
SELECT
ACOUST
POWER
SWEEP
SPEED
ANGLE
SEARCH
USER
1
CURSOR
/B.L.S.
FOCUS
BODY
MARK
SCAN
AREA
ZOOM
IMAGE / FREQ
CONTRAST
VEL RANGE
DEPTH / RANGE
PUSH
SAMPLE VOLUME
DOP FILTER
MENU
ACOUIRE
INVERT
M / D GAIN
REVIEW
STORE
USER
2
CLEAR
B
EASURE
MENT
B|B
STEER
/ROTAT
D.D.D.
HAR MONIC
M
D
POWER
FLOW
B|M
B|D
FLOW
FLOW GAIN
2
REPORT
1
SET
CANCEL
SELECT
MARK REF
REC
PUSH
B GAIN
MENU
MENU select switch
Fig. Panel
MENU switch
： Displays the main menu.
Used to select menu items.
MENU select switch
： Used to select the items to be set.
This chapter consists of 44 pages.
5-1
5. MENU
Esc
ECG
MN1-5100 Rev.0
5-1. Setting Procedure
5-1. Setting Procedure
q
Press the MENU switch, or turn MENU switch.
→ A menu appears on the screen.
［Remark］
You can make a setting with a preset to prevent the menu from being displayed
when MENU switch is turned.
Menu title
5. MENU
Menu
w
With the menu title selected, press the menu select switch
→ The menu page switches over, so display the target page.
.
You can move
the displayed
position of the
menu.
e
Select the menu item whose setting you wish to change using MENU
switch.
→ A setting box appears alongside the selected menu item.
［Remark］
You cannot select a menu item that cannot be set.
r
Press the menu select switch
→ The setting changes.
t
Press the MENU switch.
→ The menu setting process is completed.
.
［Remark］
You can change the displayed positions of the items in the menu, or not display them, using the preset function.
Also, you can assign all of the menu items to the custom switches on the panel. For details, refer to 6. Preset .
5-2
MN1-5100 Rev.0
5-1. Setting Procedure
<Sub-menus>
q
Press the MENU switch, or turn MENU switch.
→ A menu appears on the screen.
w
e
Select an item using MENU switch, and press the right menu select switch.
→ The set item is checked.
r
Upon completion of setting work, press the left menu select switch, or select
Exit and press the right menu select switch.
→ The sub-menu is ended, and the menu appears.
[Remark]
The sub-menu used to display and set the setting box closes when the right menu select
switch is pressed after Exit is selected.
<Moving a sub-menu>
q
Select Location in the sub-menu, and press the right menu select switch.
→ You can move the displayed position of the sub-menu with the trackball.
w
After moving the displayed position, press the SET switch.
→ The displayed position is finalized.
5-3
5. MENU
Select the menu item indicated by the
mark alongside the function name
using MENU switch, and press the menu select switch.
→ The menu display disappears, and a sub-menu window appears.
The selection item that is checked is the currently set item.
[Remark]
Some sub-menus display a setting box to enable settings to be made.
Carry out setting work in the same way as for an ordinary menu.
MN1-5100 Rev.0
5-1. Setting Procedure
The menu is designed so as to display the optimum function in each mode with maximum priority. The table
below shows the correspondence between the modes and menu pages.
Current mode
5. MENU
Priority page
B
B
M
B
M
D
B
D
Flow
Flow
Flow
Flow
D
Flow
Power
Power
Power
Power
D
Power
TDI-F
TDI-F
TDI-F
TDI-F
TDI-D
TDI-F
TDI-P
TDI-P
TDI-P
TDI-P
TDI-D
TDI-P
TDI-D
VOL
VOL
VOL
VOL
VOL
B
2B
B/M
B/M（M when frozen）
M
B/D
B/D（D when frozen）
D
BF
BF/MF
BF/MF（MF when frozen）
MF
BF/D
BF/D（D when frozen）
BP
BP/MP
BP/MP（MP when_frozen）
MP
BP/D
BP/P（D when frozen）
B-TDIF
B-TDIF/M-TDIF
B-TDIF/M-TDIF（M-TDIF when frozen）
M-TDIF
M-TDIF/D-TDIF
M-TDIF/D-TDIF(D-TDIF when frozen）
B-TDIP
B-TDIP/M-TDIP
B-TDIP/M-TDIP（M-TDIP when frozen）
M-TDIP
B-TDIP/D-TDI
B-TDIP/D-TDI（D-TDI when frozen）
D-TDI
B-VOL
B-VOL/VOL
B-VOL/VOL(VOL when frozen)
VOL
B-VOL、B-VOL/VOL､VOL (when frozen)
5-4
Operable page
B、Other
B、Other
M、B、Other
B、M、Other
M、Other
D、B、Other
B、D、Other
D、Other
Flow、B、Other
Flow、M、B、Other
Flow、B、M、Other
Flow、M、Other
D、Flow、B、Other
Flow、B、D、Other
Power、B、Other
Power、M、B、Other
Power、B、M、Other
Power、M、Other
D、Power、B、Other
Power、B、D、Other
TDI-F、B、Other
TDI-F、M、B、Other
TDI-F、B、M、Other
TDI-F、M、Other
TDI-D、TDI-F、B、Other
TDI-F、B、TDI-D、Other
TDI-P、B、Other
TDI-P、M、B、Other
TDI-P、B、M、Other
TDI-P、M、Other
TDI-D、TDI-P、B、Other
TDI-P、B、TDI-D、Other
TDI-D、Other
VOL、B、Other
VOL、B、Other
VOL、B、Other
VOL、B、Other
VOL、Freeze、Other
MN1-5100 Rev.0
5-2. Menu Contents
5-2. Menu Contents
The functions that can be used in each mode are displayed in a menu. Initial values can be registered for almost
all of these functions by means of a preset. In addition, it is possible to set functions that are used relatively
infrequently so that they are not displayed, and also to move a menu to a position from which it can be used
easily.
The following table shows all of the functions that are contained in the equipment.
Display
B-Mode Menu
AGC(B)
Angle Gain
Beam Processing
BrachyTherapy
Full spelling
AGC(B)
Angle Gain
Beam Processing
BrachyTherapy
Focus(B)
Frame CORRE(B)
Frame CORRE LEV
Frame CORRE Type
FTC(B)
Guide Line Setting
Focus(B)
Frame Correlation(B)
Frame Correlation Level
Frame Correlation Type
FTC(B)
Guide Line Setting
Harmonic Echo
Horizontal SMOOTH(B)
Image Rotation(B)
Line Density(B)
Loop Mode(2B)
Manual Focus(B)
OMNI Plane
PRF Limit
Puncture Guide Line
Relief(B)
Smoothing(B)
TV Sync
Harmonic Echo
Horizontal Smoothing(B)
Image Rotation(B)
Line Density(B)
Loop Mode(2B)
Manual Focus(B)
OMNI Plane
PRF Limit
Puncture Guide Line
Relief(B)
Smoothing(B)
TV Sync
5-5
Selectable items
Pages
0〜15
17steps×8, Reset
Multi, Single
Mode:Off,Grid,Target
Grid Display Type: A,B,C
Add: No selectable items
Del: No selectable items
Table Location: No selectable
items
Auto 1P, 2P(@), 2P, 3P, Manual
0〜15
Low, Medium1, Medium2, High
Auto, Manual
Off, On
Measure:Off, On
Angle Select: No selectable
items
Off, On
Off, Low, High
0〜270ﾟ(0ﾟ, 90ﾟ, 180ﾟ, 270ﾟ)
Low, MED, High
Short, Long
F1〜F8
-45〜0〜+45（in steps of 5°）
Off, On
Off, On
Off, Low, MED, High
1〜8
Off, Field, Frame
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5. MENU
B mode menu
MN1-5100 Rev.0
5-2. Menu Contents
M mode menu
5. MENU
Display
M-Mode Menu
AGC(M)
Echo Erase
Focus(M)
FTC(M)
Manual Focus(M)
Relief(M)
Sweep Speed(M)
Full spelling
AGC(M)
Echo Erase
Focus(M)
FTC(M)
Manual Focus(M)
Relief(M)
Sweep Speed(M)
Selectable items
0〜15
0〜19
Auto, Manual
Off, On
F1〜F8
Off, Low, MED, High
1〜8(1, 1.5, 2, 3, 4, 6, 8)
Pages
5-17
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5-18
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5-19
D mode menu/TDI-D menu
Display
D-Mode Menu / TDI-D Menu
Color Map(D)
Compression Curve(D)
Filter Control(D)
Focus(D)
Image Polarity(D)
Image Select(D)
Manual Focus(D)
Resolution Select(D)
Smoothing(D)
Sweep Speed(D)
Full spelling
Color Map(D)
Compression Curve(D)
Filter Control(D)
Focus(D)
Image Polarity(D)
Image Select(D)
Manual Focus(D)
Resolution Select(D)
Smoothing(D)
Sweep Speed(D)
5-6
Selectable items
Gray, A, B, C, D
0〜7
Auto, Manual
Auto, Manual
NEGA, POSI
RESO,STD,PENET
F1〜F8
Time, Frequency
Off, Low, High
1〜8(1, 1.5, 2, 3, 4, 6, 8)
Pages
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5-21
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MN1-5100 Rev.0
5-2. Menu Contents
Flow menu/Power Flow menu/TDI Flow menu/TDI Power menu
5-7
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5. MENU
Display
Full spelling
Selectable items
Flow Menu / Power Flow Menu / TDI Flow Menu/ TDI Power Menu
Average(Flow)
Average(Flow)
Low, MED, High
B Refresh
B Refresh
1〜8(1, 2, 4, 6, 8),R
Baseline Shift(Flow)
Baseline Shift(Flow)
- 3 1 ˜ 0 ˜ + 3 1 （in steps of 1）
Capture Mode
Capture Mode
Off, On
Capture Time
Capture Time
1sec,2sec,3sec,Cont.
Color Map(Flow)
Color Map(Flow)
ABDOM, Cardio, PV, Power ,
Other, User
A, B, C, D, E
Color Polarity
Color Polarity
Normal, Invert
DDD
Dual Dynamic Display
Off, On
Display Priority(Flow)
Display Priority(Flow)
Color, Both, Color2, Both2
DISP Priority Level(Flow)
Display Priority Level(Flow)
B&W Level: 0〜63
Color Level: 0〜31
Flow Filter
Flow Filter
1〜6 (1〜2 in the case of TDI)
Focus(Flow)
Focus(Flow)
Auto, Manual
Frame CORRE(Flow)
Frame Correlation(Flow)
0〜7
Frame Rate(Flow)
Frame Rate(Flow)
-4〜0〜+4
Frame Rate Accelerator
Frame Rate Accelerator
Off, On
Image Select(Flow)
Image Select(Flow)
RESO,STD,PENET
Manual Focus(Flow)
Manual Focus(Flow)
F1〜F8
Noise REDUC(Flow)
Noise Reduction(Flow)
Off, Low, MED, High
PIX Smoothing(Flow)
Pixel Smoothing(Flow)
Low, MED, High
Rejection(Flow)
Rejection(Flow)
0〜15
Smoothing(Flow)
Smoothing(Flow)
0〜6
Wall Motion Reduction
Wall Motion Reduction
Low, Medium1, Medium2, High
MN1-5100 Rev.0
5-2. Menu Contents
Other menu
5. MENU
Display
Other Menu
Area Lock
Beam Steering
Body Mark Location
Body Mark Menu
B/SYNC Mode
Character Size
Coding Editor
Full spelling
Area Lock
Beam Steering
Body Mark Location
Body Mark Menu
B/SYNC Mode
Character Size
Color Coding Editor
Color Map(B,M)
ECG Display
ECG SYNC
Graphic Color
Graphic Editor
Color Map(B,M)
ECG Display
ECG SYNC
Graphic Color
Graphic Editor
Imaging Information
Invert
Invert Link
Menu Location
Post Processing
Imaging Information
Invert
Invert Link
Menu Location
Post Processing
Post Process. LEV
Post Processing Level
R Wave Beep
R-Delay Time
Send to Storage(S)
Steering Invert
Steering Link
Store on Disk(S)
Store on HDD
Thermal Index
View Gamma
Zoom Lock
R Wave Beep
R-Delay Time
Send to Storage(Single)
Steering Invert
Steering Link
Store on Disk(Single)
Store on HDD
Thermal Index
View Gamma
Zoom Lock
5-8
Selectable items
Pages
Off, On
5゜steps(max±15゜)
No selectable items
Body mark(×24)
Off, On
Normal, Large
USER1〜5
VEL, VEL/VAR,
Power,Reference
R,G,B : Each 0〜255
ABDOM, CARDIO, PV, POWER,
OTHER
A, B, C, D, E
Gray, A, B, C, D
Off, On
Off, On
A, B, C, D, E, User
Plane1〜7, Physio Plane
R, G, B : Each 0〜255
Off,On
Normal, Invert
Off, On
No selectable items
Linear, Slope1, Slope2,
Slope3, Reject
Low：0〜63，High：0〜63，
Shift
Off, On
0.00〜2.55 (in steps of 0.05)
No selectable items
No selectable items
Off, On
No selectable items
No selectable items
TIS, TIB, TIC
Linear, A, B, C, D
Off, On
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MN1-5100 Rev.0
5-2. Menu Contents
VOL menu
Full spelling
3D Scan Direction
Brightness(VOL)
Color Map(VOL)
Gamma(VOL)
Gamma Type(VOL)
Image Rotation(VOL)
Opacity(VOL)
Opacity Guide Line Display
Reconstruct
ROI-Shape Lower
ROI-Shape Trace
ROI-Shape Upper
Scan Angle(VOL)
Scan Speed(VOL)
VOL Control
VOL Mode
ROI-Shape Lower
ROI-Shape Trace
ROI-Shape Upper
Scan Angle(VOL)
Scan Speed(VOL)
VOL Control
VOL Mode
5-9
Selectable items
Pages
Normal, Invert
1〜16
Gray, Red, Brown, Light Brown
1〜16
A, B
0〜315°（in steps of 45°）
1〜16
Off, On
Thumbnail:Next,PREV
IP1〜IP8
1〜15
Off,Auto, Manual
1〜15
Auto, 100%, 75%, 50%
Auto, 8sec, 4sec, 2sec
Off, On
Off, On
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5. MENU
Display
VOL Menu
3D Scan Direction
Brightness(VOL)
Color Map(VOL)
Gamma(VOL)
Gamma Type(VOL)
Image ROTAT(VOL)
Opacity(VOL)
Opacity Guide Line
Reconstruct
MN1-5100 Rev.0
5-2. Menu Contents
B mode menu
AGC (B)
This item enables you to enhance the boundary between tissues.
You can change the AGC in 16 steps from 0 to 15.
5. MENU
Angle Gain
This function corrects the gain at an arbitrary position in the direction of the scanning lines.
［Remark］
This function operates only with an electronic sector probe. The setting will be retained until you either press the
NEW PATIENT switch, or change the preset.
Moving the slider in the upward direction increases the
gain, and moving it downward reduces the gain.
Reset
: Displays a straight line at the center.
Beam Processing
This function switches over the number of beams received in order to improve the frame rate.
Multi
Single
: Scanning takes place using multiple received
beams.
: Scanning takes place using the standard number
of scanning lines.
5-10
MN1-5100 Rev.0
5-2. Menu Contents
Brachytherapy
This function displays brachytherapy guide lines, and performs brachytherapy.
Mode
Off
[Remark]
This function operates only when the UST-672-5/7.5 trans-rectum probe is connected.
[Remark]
This function operates only in the 1B mode when the horizontal width is displayed normally.
[Remark]
When performing brachytherapy, it is necessary to obtain a guide and a template.
Focus (B)
This function focuses the ultrasound beam, resulting in a clearer image. It enables you to change the focus points
used when the ultrasound beam is emitted. A B mode image has 8 transmission points when an electronic sector
probe is used. You can set the focus at up to 4 of these points.
Auto 1P
: Sets 1 focus point near the center of the image.
Auto 2P (@): Sets 1 fixed point at the top of the image and 1 movable point at the
center of the image.
Auto 2P
: Sets 2 average focus points for the entire image.
Auto 3P
: Sets the focus at 3 points on the image.
Manual
: You can set arbitrary focus points. However, when using Manual Focus
(B), the focusing will not be corrected automatically if the focus points
are outside the display range.
5-11
5. MENU
: Turns off the brachytherapy display on
the screen.
Grid
: Displays a coordinate display graphic
display and a memory position list, and
registers the coordinate position.
Target : Displays the coordinate position mark.
Grid Display Type
Select a coordinate display method from A, B
and C.
Add
Additionally registers a coordinate number.
Delete
Deletes a registered coordinate number.
Table Location
Moves the memory position list.
MN1-5100 Rev.0
5-2. Menu Contents
Frame CORRE (B)
This function correlates adjacent frames in order to obtain a smooth image.
When observing fast motion, such as that of the heart, set the correlation on the low side.
Frame CORRE can be changed in 16 steps.
Set Frame CORRE to one of 16 steps between 0 and 15.
5. MENU
Frame CORRE LEV.
This function is used to select the processing method for frame correlation.
Low
: Applies correlation only to parts of the image that are significantly
different to those of the previous frame. This item is suitable for
observing images of the circulatory organs, for example.
Medium 1 : Applies low-medium correlation to the previous frame.
Medium 2 : Applies high-medium correlation to the previous frame.
High
: Applies correlation to all parts of the image including parts that are not
significantly different to those of the previous frame. This item is suitable
for observing the abdominal region.
Frame CORRE Type
Selects the operation mode of the frame correlation function.
Auto
Manual
: The correlation is set according to the frame
rate.
: Fixes the number of images to which frame
correlation is applied. The degree of correlation
changes with the frame rate.
FTC (B)
This function enhances the contours of a B mode image.
Off
On
: The contours of the B mode image are not
enhanced.
: The contours of the B mode image are
enhanced.
5-12
MN1-5100 Rev.0
5-2. Menu Contents
Guide Line Setting
This function displays an arrow alongside the needle guide line to enable the depth to the target to be measured,
and also changes the angle of the needle guide line.
Measure
Off
On
Angle Select
Selects the needle guide line to be displayed if there are
a number of puncture guide lines.
[Remark]
You can automatically display needle guide line by activating this function, even if Puncture Guide Line is Off.
[Remark]
The needle guide line will not disappear even if the trackball is used for another function (focusing, for example)
while the depth is displayed. Also, the position of the arrow indicating the depth display will not change. (This
does not apply when the mode is changed, however.)
The depth display arrow is retained until you select Guide Line Setting from the menu once again and set
Measure to Off.
[Remark]
The depth display numbers are rough values for reference. Use them after first checking the error with respect to
the distance to the tip of the puncture needle in a water tank, for example.
Harmonic Echo
This function performs image processing using the second harmonic waves reflected from the tissue, which are
twice the frequency of the transmitted signal, enabling a clear image that is relatively free from side lobes and
other artifacts to be obtained.
Off
On
: The received frequency is not twice the
transmission frequency.
: The received frequency is twice the
transmission frequency.
Horizontal SMOOTH (B)
Applying correlation between lines of the ultrasound beam is called Horizontal Smoothing.
By applying correlation between lines, the image becomes smooth in the horizontal direction.
Off
Low
High
: Correlation is not applied.
: A low degree of correlation between lines is set.
: A high degree of correlation between lines is
set.
5-13
5. MENU
: Turns Off the depth display.
: Enables the depth to the target to be
measured and displayed with the
trackball.
MN1-5100 Rev.0
5-2. Menu Contents
Image Rotation (B)
This function rotates a displayed B mode image through 90°. The marks associated with the image (direction
marks, cursor, etc.) rotate together with the image.
You can rotate an image through 0°, 90°, 180° or 270°.
5. MENU
Line Density (B)
The scanning line density is called Line Density.
If the line density is high, good resolution is obtained. Conversely, if the line density is low, the frame rate is
improved.
Low
MED
High
: Sets the line density to a low value.
: Sets the line density to a medium value.
: Sets the line density to a high value.
Loop Mode (2B)
This item is used when performing loop playback in the 2B mode to set which of the 2B screens to use as a
reference for performing loop playback.
Short
Long
: Playback takes place to the final frame only in
the case of images that consist of a small
number of frames. If an image consists of a
large number of frames, playback returns to the
first frame without going as far as the final frame.
: Playback takes place to the final frame of images that consist of a large number of frames. If an
image consists of only a small number of frames, the final frame (frozen screen) remains displayed
after playback has ended.
Manual Focus (B)
This function enables you to select the position at which to set the focus points(s)
when Manual of Focus (B) is selected.
You can set the focus to a maximum of four steps between F1 and F8.
[Remark]
You can change to Manual by activating this function, even if Focus (B) is in the Auto
status.
[Remark]
You cannot set all of the focus points to OFF. One focus point always remains set.
5-14
MN1-5100 Rev.0
5-2. Menu Contents
OMNI Plane
This function moves the angle of the transducer in the probe to enable a slice image to be displayed at any desired
angle.
You can set the angle in 5° steps within the range
-45°〜0°〜45°.
[Remark]
The ASU-1003 transvaginal electronic convex sector scanner and the optional EU-9084B are necessary.
5. MENU
PRF Limit
When the examination range is narrow, the frame rate is automatically limited to prevent multiple echoes from
appearing. This PRF Limit function removes this limit. It is particularly useful for when examining the
circulatory organs.
Off
On
: The PRF scans at the highest frame rate for the
display depth used.
: Maintains the PRF constant even if the display
depth is increased, in order to prevent multiple
echoes.
Puncture Guide Line
This function enables you to display a needle guide line on the screen, in order to puncture a part of the body
while observing a B mode image.
The needle guide line is displayed using dots. The dot separation is either 0.5 cm or 1.0 cm depending upon the
display depth.
The 0.5 cm or 1.0 cm separation also changes depending upon the display depth and the zoom magnification.
If the display direction of the image is reversed, the puncture guide line is also reversed.
Off
: A needle guide line is not displayed.
On
: A needle guide line is displayed.
［Remark］
This function operates regardless of whether the freeze function is ON or OFF.
5-15
MN1-5100 Rev.0
5-2. Menu Contents
Relief (B)
This function enhances the contours of a B mode image.
Off
Low
MED
High
: The contours are not enhanced.
: The contours are enhanced to a small degree.
: The contours are enhanced to a medium degree.
: The contours are enhanced to a high degree.
5. MENU
Smoothing (B)
Sets the degree of 3-line interpolation.
You can change the Smoothing in 8 steps from 1 to 8.
TV Sync
Sets the method of TV synchronization.
Off
Field
Frame
：Operates not tuning to TV synchronization
interval.
：Scans in tuning TV synchronization to Field.
：Displays in tuning TV synchronization to Frame.
5-16
MN1-5100 Rev.0
5-2. Menu Contents
M mode menu
AGC (M)
This item enables you to enhance the boundary between tissues.
You can change the AGC in 16 steps from 0 to 15.
The M mode image and physiological image are displayed in the same area, so the physiological signal is
sometimes difficult to see. The function that progressively erases the M mode image from the bottom so as to
make the physiological signal easy to see is called Echo Erase.
Echo Erase can be changed through 20 steps, between 0 and
19.
Focus (M)
This function focuses the ultrasound beam, resulting in a clearer image. It enables you to change the focus points
used when the ultrasound beam is emitted.
An M mode image has 8 focus points when an electronic probe is used. You can set the focus at only 1 of these
points.
Auto
Manual
: Sets 1 focus point near the center of the image.
: You can set arbitrary focus point, however, the focus point is not
automatically corrected if they move outside the display range.
［Remark］
You cannot set all of the focus points to OFF. One focus point always remains set.
5-17
5. MENU
Echo Erase
MN1-5100 Rev.0
5-2. Menu Contents
FTC (M)
This function enhances the contours of an M mode image.
Off
On
: The contours of the M mode image are not
enhanced.
: The contours of the M mode image are
enhanced.
5. MENU
Manual Focus (M)
This function enables you to select the position at which to set the focus point when
Manual of Focus (M) is selected.
You can set the focus to one step between F1 and F8.
［Remark］
You can change to Manual by activating this function, even if Focus (M) is in the
Auto status.
［Remark］
You cannot set all of the focus points to OFF.
One focus point always remains set.
Relief (M)
This function enhances the contours of an M mode image.
Off
Low
MED
High
: The contours are not enhanced.
: The contours are enhanced to a small degree.
: The contours are enhanced to a medium degree.
: The contours are enhanced to a high degree.
［Remark］
You can change the Relief (M) setting in the M mode when FTC is applied to an M mode image, however in this
case the image does not change.
When FTC is canceled, an image that corresponds to the set level is displayed.
5-18
MN1-5100 Rev.0
5-2. Menu Contents
Sweep Speed (M)
5-19
5. MENU
This function sets the sweep speed when an M mode image is displayed. You can set the sweep time from the
right edge of the screen to the left edge.
For the M mode image, M should be 1, 1.5, 2, 3, 4, 6, or 8
sec/screen.
In the case of a B/M mode display, the sweep time becomes
about 2/3 that of an M mode display.
The marks are displayed from the right to the left on M mode image every 0.5 seconds.
The number of the displayed marks depends on the sweep speed.
However, in the case of a real-time display, this mark appears only at the top and bottom ends of the image.
When the image is frozen, the mark appears at fixed intervals from the top end to the bottom end.
MN1-5100 Rev.0
5-2. Menu Contents
D mode/TDI-D menu
Color Map (D)
This function adds color to D mode images in order to obtain an image that is easy to see.
5. MENU
Gray
A
B
C
D
: Normal brightness characteristics
: Blue and orange brightness characteristics
: Blue brightness characteristics
: Blue brightness characteristics that are slightly weaker than those of B
: Orange brightness characteristics
Compression Curve (D)
This function switches over the brightness characteristics of the Doppler pattern. Weak signal levels are
suppressed, resulting in a clear Doppler pattern.
You can change the Compression Curve (D) in 8 steps from
0 to 7.
Filter Control (D)
This function removes low frequency, high level noise that is generated by the motion of the heart wall, for
example.
It is used when high frequency components of blood flow are suppressed, preventing a clear image from being
displayed.
Auto
Manual
: Controls noise using a filter value that
corresponds to the flow velocity range.
: Controls noise using a fixed filter value.
If AUTO is selected using Filter Control, a filter value that is optimum for the flow velocity range is
automatically set.
In the Auto mode, the filter value is set to one of 12 steps. In the Manual mode, you can set the filter value to one
of six steps, 50 Hz, 100 Hz, 200 Hz, 400 Hz, 800 Hz and 1600 Hz.
5-20
MN1-5100 Rev.0
5-2. Menu Contents
Focus (D)
This function focuses the ultrasound beam, resulting in a clearer image. It enables you to change the focus points
used when the ultrasound beam is emitted.
A D mode image has 8 focus points when an electronic probe is used. You can set the focus at only 1 of these
points.
Auto
Manual
Image Polarity (D)
This function displays a D mode image with black and white reversed.
Even in the case of a B/D display, only the display of the D mode image is reversed.
NEGA
POSI
: Displays a negative image.
: Displays a positive image.
Image Select (D)
This function enables you to select whether to set a Doppler spectrum image with priority on image quality, or
with priority on sensitivity.
RESO
STD
PENET
: Displays an image with priority on resolution.
: Standard setting
: Displays an image with priority on sensitivity.
Note
When RESO (resolution priority) is selected, the resolution improves, but the sensitivity is reduced.
When PENET (sensitivity priority) is selected, the sensitivity improves but the resolution is reduced.
Select the optimum setting for the part to be examined, while observing the acoustic power index.
5-21
5. MENU
: Sets the focus at only 1 point near the center of the sample volume.
: You can set arbitrary focus point, however, the focus point is not
automatically corrected if they move outside the display range.
［Remark］
In the case of Auto , if you shifted the focus point to an arbitrary position, the
focus point automatically returns to the vicinity of the center of the sample volume
when you change the depth of the sample volume.
MN1-5100 Rev.0
5-2. Menu Contents
Manual Focus (D)
5. MENU
This function enables you to select the position at which to set the focus point when
Manual of Focus (D) is selected.
［Remark］
You can change to Manual by activating this function, even if Focus (D) is in the
Auto status.
［Remark］
You cannot set all of the focus points to OFF.
One focus point always remains set.
You can set the focus to one step between F1 and F8.
Resolution Select (D)
This function enables you to set the Doppler spectrum either so that the resolution is improved in the frequency
direction, or so that it is improved in the time direction.
Time
: The time resolution improves.
Frequency : The frequency resolution improves.
Smoothing (D)
Applying correlation in the frequency direction or in the time direction of a Doppler spectrum is called
Smoothing (D). When correlation is applied, the image becomes smooth in the vertical and horizontal directions.
Off
Low
High
: Correlation is not applied.
: The spectrum correlation is set to a low value.
: The spectrum correlation is set to a high value.
Sweep Speed (D)
This function sets the sweep speed when a D mode image is
displayed.
You can set the sweep time from the right edge of the screen
to the left edge.
For the D mode image, D should be1,1.5, 2, 3, 4, 6, or 8 sec / screen.
In the case of a B/D mode display, the sweep time becomes about 2/3 that of a D mode display.
The marks are displayed from the right to the left on D mode image every 0.5 seconds.
However, in the case of a real-time display, this mark appears only at the top and bottom ends of the image.
When the image is frozen, the mark appears at fixed intervals from the top end to the bottom end.
5-22
MN1-5100 Rev.0
5-2. Menu Contents
FLOW / Power Flow / TDI Flow / TDI Power Flow menu
Average (Flow)
This function sets the number of transmissions used to display blood flow. If the number of transmissions is
large, the sensitivity is improved, however the frame rate falls.
High
: The number of transmissions is set to a low value.
: The number of transmissions is set to a medium
value.
: The number of transmissions is set to a high
value.
B Refresh
This function sets the time interval for rewriting a B mode image when B Flow and M Flow operate
simultaneously.
1
2
4
6
8
: The B mode image is rewritten every 1 second.
: The B mode image is rewritten every 2 seconds.
: The B mode image is rewritten every 4 seconds.
: The B mode image is rewritten every 6 seconds.
: The B mode image is rewritten every 8 seconds.
Baseline Shift (Flow)
This function shifts the level that constitutes the baseline for forward and reverse flows.
When color is displayed in reverse, you can remove the reverse display by shifting the baseline.
You can set this function within the range -31 〜 31.
［Remark］
This function operates only in the Flow mode. It can also be used after an image is frozen.
Capture Mode
This function continues to display color pixels for a fixed period of time. It enables you to obtain an image in
which there is continuity between the color pixels.
Off
On
: Capture Mode is not activated.
: The color pixels remain displayed for a fixed
period of time.
5-23
5. MENU
Low
MED
MN1-5100 Rev.0
5-2. Menu Contents
Capture Time
This function sets the time during which the color pixels remain displayed. If this time is long, a smooth image is
obtained. If it is short, the resolution is improved.
1sec
2sec
3sec
Cont
: The color pixels remain displayed for 1 sec.
: The color pixels remain displayed for 2 sec.
: The color pixels remain displayed for 3 sec.
: The color pixels remain displayed until the image is frozen.
5. MENU
Color Map (Flow)
This function is used when displaying flow, to convert the color information (flow velocity, dispersion) in an
image into color, or to change the method of enhancement. It also operates after the image is frozen.
ABDOM
Cardio
PV
POWER
Other
User
: Changes the color distribution for the abdominal region.
: Changes the color distribution for the cardiac region.
: Changes the color distribution for the peripheral vessels.
: Changes the color distribution to one that is suitable for Power Flow.
: Changes the color distribution to one intended for another application.
: Changes the color distribution to that set by Color Coding Editor.
If you press the right menu select switch after setting the above applications, you can
select a color pattern between A and F.
(ABDOM, PV)
A-E
: A is a slightly dark color distribution, and E is a slightly bright color distribution.
(Cardio)
A
: This is the basic coding in which an approaching flow is displayed in red,
and a receding flow in blue.
B
: For cardiac applications. Used particularly to enhance dispersion.
C
: For cardiac applications. High velocity forward flow is displayed in
D
: For cardiac applications. High velocity blood flow and dispersion are
yellow, and reverse flow in sky blue.
enhanced.
E
: For cardiac applications. High velocity blood flow and dispersion are
enhanced in green.
(Power)
A
B
C
D
E
: Power information varies from purple to red.
: Power information varies from pink to yellow.
: Power information varies from light red to red.
: Power information varies from light blue to blue.
: Power information varies from black to white.
5-24
MN1-5100 Rev.0
5-2. Menu Contents
Color Polarity
Reverses the colors for forward /reverse flows (forward flow: Red, Reverse flow: Blow) when flow is displayed.
Also, the top and bottom of the color bar is reversed.
［Remark］
Operates only in the Flow mode. Also operates after the image is frozen.
Normal
Invert
: Indicates forward direction flow in red.
: Indicates forward direction flow in blue.
5. MENU
DDD
This function enables you to observe a B mode (black and white) image and a Flow mode image side by side in
real-time. In this case, the B+Flow mode image is displayed on the right half of the screen, and the B mode image
on the left half. After freezing the images, you can switch the display to the 1B mode, and use the search function
to display previous images.
［Remark］
This function can be used in the Power mode as well.
You cannot perform separate search operations on the left and right images after freezing them.
Off
On
: The B mode and Flow mode images are not
displayed side by side.
: The B mode and Flow mode images are
displayed side by side.
Display Priority (Flow)
This function sets the information to be displayed preferentially if a black and white slice image coincides with a
color flow display.
Color
Color2
Both, Both2
: Displays only color information when both black and white
information and color information exists. This function is suitable
for displaying fine blood flow such as that in the heart chambers or
the abdominal region.
: Displays only color data when both black and white data and color
data exist. This function is suitable for the TDI Flow mode used to
observe high speed data such as the motion of the cardiac muscle.
: Displays both black and white information and color information
when both kinds of information exist. In the case of Both2, if the
low velocity components of the color data are large, the color data
is cut off and black and white data displayed preferentially.
5-25
MN1-5100 Rev.0
5-2. Menu Contents
DISP Priority Level (Flow)
This function sets the brightness level when either black and white information or color information is to be
displayed.
B&W Level
5. MENU
Color Level
: Sets the brightness level for displaying
black and white information. If the
echo is stronger that the specified
brightness, the black and white echo is
displayed directly. Reducing the set
value enables clutter signals to be
removed, but also reduces the blood
flow signal. You can set the level
between 0 and 63.
: Sets the flow velocity level for displaying color information. If the flow velocity is higher than
the set value, color is displayed directly. Increasing the set value enables clutter signals to be
removed, but also reduces the blood flow signal. You can set the level between 0 and 31
Flow Filter (Flow)
This is a filter than removes low flow velocity components when displaying a signal that contains a lot of clutter
(wall motion noise) due to the effect of the heart wall, for example.
Select a value from 1, 2, 3, 4, 5 and 6.
The higher the set value, the greater is the degree to which
wall motion noise is removed.
［Remark］
In the case of TDI Flow, you can make a selection from 1 and 2.
Focus (Flow)
This function focuses the ultrasound beam, resulting in a clearer image. It enables you to change the focus points
used when the ultrasound beam is emitted.
A Flow mode image has 8 focus points when an electronic probe is used. You can set the focus at only 1 of these
points.
Auto
Manual
: Sets 1 focus point near the center of the flow area.
: You can set arbitrary focus point, however, the focus point is not
automatically corrected if they move outside the display range.
［Remark］
In the case of "Auto", if you shifted the focus point to an arbitrary position, the focus
point automatically returns to the vicinity of the center of the flow area when you
change the flow area.
5-26
MN1-5100 Rev.0
5-2. Menu Contents
Frame CORRE (Flow)
This function correlates adjacent frames. Increase the correlation when the frame rate is low, such as in the case
of the blood flow in the abdominal region, or when you wish to smoothen the image. Reduce the correlation
when it is necessary to observe the blood flow in real-time, such as in the case of the heart.
Set a value between 0 and 7.
5. MENU
Frame Rate (Flow)
This function adjusts the frame rate between -4 and 4 by
setting a combination of Line Density (scanning density) for
both black and white images and color images in the Flow
mode and the Power Flow mode.
The relation between the Frame Rate value and the Line Density for black and white and color images is shown
below.
Frame Rate
−4
−3
−2
−1
0
+1
+2
+3
+4
Line Density (black & white)
High
High
High
MED
MED
MED
Low
Low
Low
Line Density (color)
High
MED
Low
High
MED
Low
High
MED
Low
Frame Rate Accelerator
This function creates an image in which the steps between frames are smoothed. It is suitable for images that
have a small frame rate, such as the blood flow in the abdominal region. Set it to Off when time resolution is
important, such as in the case of the heart.
Off
On
: The flow image does not have continuity
between frames.
: An image in which there is continuity between
frames is created.
5-27
MN1-5100 Rev.0
5-2. Menu Contents
Image Select (Flow)
This function enables you to select whether to set a color image with priority on image quality, or with priority on
sensitivity.
RESO
STD
PENET
: Displays an image with priority on resolution.
: Standard setting.
: Displays an image with priority on sensitivity.
5. MENU
Note
When RESO (resolution priority) is selected, the resolution improves, but the sensitivity is reduced.
When PENET (sensitivity priority) is selected, the sensitivity improves but the resolution is reduced.
Select the optimum setting for the part to be examined, while observing the acoustic power index.
Manual Focus (Flow)
This function enables you to select the position at which to set the focus point when Manual of Focus (Flow) is
selected.
You can set the focus to one step between F1 and F8.
［Remark］
You can change to Manual by activating this function, even if Focus (Flow) is in the
Auto status.
［Remark］
You cannot set all of the focus points to OFF.
One focus point always remains set.
5-28
MN1-5100 Rev.0
5-2. Menu Contents
Noise REDUC (Flow)
This function unifies the color pixel information in order to eliminate wall motion noise.
Off
Low
MED
High
: Wall motion noise is not eliminated.
: A low degree of noise reduction is set.
: A medium degree of noise reduction is set.
: A high degree of noise reduction is set.
This function unifies the color pixel information so as to make the color flow easier to see.
Low
MED
High
: A low degree of color pixel unification is set.
: A medium degree of color pixel unification is
set.
: A high degree of color pixel unification is set.
Rejection (Flow)
This function removes low flow velocity components from the color information. Use it to remove noticeable
wall motion noise. (Note that in this case low velocity blood flow will also be removed.) This function can also
be used after the image is frozen.
Set one of 16 values between 0 and 15.
Smoothing (Flow)
This function applies correlation between adjacent lines of the ultrasound beam in the flow mode, resulting in a
smooth color image. Use a high correlation when observing large blood vessels, and use a low correlation when
observing small blood vessels.
You can change the Smoothing in 7 steps from 0 to 6.
5-29
5. MENU
PIX SMOOTH (Flow)
MN1-5100 Rev.0
5-2. Menu Contents
Wall Motion Reduction
This function reduces noise when clutter signals (wall motion noise) are prominent.
Low
Medium1
Medium2
High
: A low degree of wall motion noise reduction is set.
: A low-medium degree of wall motion noise reduction is set.
: A high-medium degree of wall motion noise reduction is set.
: A high degree of wall motion noise reduction is set.
5. MENU
5-30
MN1-5100 Rev.0
5-2. Menu Contents
Other menu
Area Lock
This function causes the flow area to move up, down, left or right when the Doppler cursor is moved, so that the
sample gate remains roughly at the center of the flow area.
When a B/M mode flow image is displayed, the flow area moves according to the motion of the M mode cursor.
On
: The flow area moves according to the motion of
the M mode cursor or the Doppler cursor.
: The flow area does not move according to the
M mode cursor or the Doppler cursor.
Beam Steering
When observing the blood flow in the carotid artery, for example, using an electronic linear probe, it is difficult to
obtain blood flow information at a point where the ultrasound beam intersects the blood flow direction at right
angles. Beam steering is a function that electronically tilts the ultrasound beam so that it is transmitted and
received at an oblique angle with respect to the blood flow direction, thus enabling information concerning the
part being examined to be obtained.
Set a value in 5° steps, between -15 and +15°.
The angle through which the beam can be steered differs
depending upon the probe.
Body Mark Location
Use this function to change the display position of the body mark.
When you activate this function, you can move the displayed
position of the body mark with the trackball. Pressing the
SET switch finalizes the set position.
Body Mark Menu
Using the trackball, move the arrow to the body mark that you wish to display, then press the SET switch.
The selected body mark is displayed.
5-31
5. MENU
Off
MN1-5100 Rev.0
5-2. Menu Contents
B/SYNC Mode
This function enables you to display a normal B mode image in parallel with a B mode ECG sync image, and to
observe both images in real-time.
Off
On
: A normal B mode image is not displayed in
parallel with an ECG sync B mode image.
: Displays a normal B mode image in parallel
with an ECG sync B mode image.
5. MENU
Character Size
This function 4-time normal size of the characters displayed in the comment area.
Normal
Large
: Normal size characters are input.
: 4-time normal size characters are input.
Coding Editor
This function enables you edit a color map in the Flow mode. The edited color map
can be displayed by selecting User of Color Map (Flow) in the menu.
Color Map(B,M)
This function adds color to B mode and M mode image in order to make it easier to see.
Gray
A
B
C
D
: Normal brightness characteristics
: Blue and orange brightness characteristics
: Blue brightness characteristics
: Blue brightness characteristics that are weaker than B
: Orange brightness characteristics
5-32
MN1-5100 Rev.0
5-2. Menu Contents
ECG Display (The optional PEU-3500 is necessary.)
This function displays an ECG waveform.
Off
On
: An ECG waveform is not displayed on the
screen.
: An ECG waveform is displayed on the screen.
This function displays only the part of B mode image indicated by the ECG sync mark on the ECG waveform.
You can acquire B mode image of an arbitrary time phase while observing the time phase of the ECG waveform.
Off
On
: A normal B mode image without ECG sync is
displayed.
: Only the part of the B mode image indicated by
the ECG sync mark is displayed.
5-33
5. MENU
ECG SYNC (The optional PEU-3500 is necessary.)
MN1-5100 Rev.0
5-2. Menu Contents
Graphic Color
This function sets the display colors for text and graphics on the screen.
A〜E
User
: Used to select colors from five predetermined display colors.
: The display colors set using Graphic Editor are selected.
5. MENU
Graphic Editor
This function is used to edit, process or store the display colors of characters and graphic displays. The display
colors edited here can be displayed by selecting User of Graphic Color.
Plane1 ˜ 7, Physio Plane: Selects and displays each plane for setting a color.
R, G, B
: Processes the display color of each plane.
Set values between 0 and 255.
5-34
MN1-5100 Rev.0
5-2. Menu Contents
Imaging Information
This function sets whether or not to display information concerning contrast, cine memory, etc., on an image.
Off
On
: Information is not displayed.
: Information is displayed.
This function reverses the left and right sides of the image when a B mode image is displayed. It inverts the top
and bottom of the image about the baseline when a D mode image is displayed.
Normal
Invert
: The image is displayed in the normal
orientation.
: In the case of a B mode image, the image is
displayed with left and right reversed.
In the case of a D mode image, the image is
displayed with top and bottom inverted.
Invert Link
This function automatically changes the color polarity when a D mode image is inverted.
Off
On
: The color polarity is not changed when a D
mode image is inverted.
: The color polarity is changed when a D mode
image is inverted.
Menu Location
This function is used to change the display position of the menu.
Pressing this switch prevents the display position of the
menu from being moved with the trackball.
Pressing this switch enables the display position of the menu
to be moved with the trackball. Pressing the SET switch
finalizes the display position.
5-35
5. MENU
Invert
MN1-5100 Rev.0
5-2. Menu Contents
Post Processing
This function changes the display brightness characteristics of the B mode image to be displayed on the viewing
monitor, according to the echo intensity.
You can change a black and white image displayed in 64 graduations to an arbitrary gray scale, in order to reduce
echo noise, and so on.
Four kinds of correction curves are available. It is possible to change the display brightness characteristics by
selecting a curve and setting each level.
Slope3
Reject
The correction curve characteristics are as follows.
Linear
This is the condition in which the levels are fully expanded, that is, the condition in
which all 64 gradations are used. All echoes are displayed at a brightness
corresponding their intensity.
White
Brightness
Slope2
: The level cannot be changed.
: Echoes of a lower intensity than the region in which the brightness is
expanded are displayed at the minimum brightness, and echoes of a higher
intensity are displayed at the maximum brightness.
: Echoes of a lower or higher intensity than the region in which the
brightness is expanded are displayed at the minimum brightness.
: Changes in echoes of a lower or higher intensity than the region in which
the brightness is expanded are compressed to 1/4 before being displayed.
: Echoes that are lower than the set level are displayed at the minimum
brightness.
Black
0 Low
High
Echo intensity
Max
White
Brightness
Slope 1
Echoes of a lower intensity than the region in which the brightness is to be
expanded are displayed at the minimum brightness, and echoes of a higher intensity
are displayed at the maximum brightness.
Black
0 Low
High
Echo intensity
Slope 2
Echoes of a lower or higher intensity than the region in which the brightness is to be
expanded are displayed at the minimum brightness.
Max
White
Brightness
5. MENU
Linear
Slope1
Black
0 Low
High
Echo intensity
5-36
Max
MN1-5100 Rev.0
5-2. Menu Contents
White
Brightness
Slope 3
Changes in echoes of a lower or higher intensity than the region in which the
brightness is to be expanded are compressed to 1/4 before being displayed.
Black
0
High
Low
Echo intensity
Max
5. MENU
White
Brightness
Reject
Reject: Echoes that are lower than the set level are displayed at minimum
brightness.
Black
0 Low
High
Echo intensity
Post Process.LEV
Low
High
Shift
: Selects a shift of the lower limit of the
zone.
: Selects a shift of the upper limit of the
zone.
: Selects a position shift.
If Slope 1, Slope 2 or Slope 3 is selected
High
Low
In the case of Reject
In the case of Shift
5-37
Max
MN1-5100 Rev.0
5-2. Menu Contents
R Wave Beep (The optional PEU-3500 is necessary.)
Used to emit a beep tone when the R wave is detected on the ECG waveform display.
Off
On
: A beep tone is not emitted when the R wave is
detected.
: A beep tone is emitted when the R wave is
detected.
5. MENU
R-Delay Time (The optional PEU-3500 is necessary.)
This function sets the time phase for performing ECG SYNC, as the delay time from the R wave.
Set a time between 0.00 and 2.55 sec in steps of 0.05 sec.
Send to Storage(S) (The optional SOP-3500-10 is necessary.)
Sends frozen images via a network to an external storage medium such as a file server.
Steering Invert
This function is used to steer the ultrasound beam in the Doppler or flow mode when a probe that enables the
beam to be steered is used.
Each time you use this function, the beam is deflected in the
sequence Forward direction → Reverse direction → 0 →
Forward direction.
5-38
MN1-5100 Rev.0
5-2. Menu Contents
Steering Link
This function is used to automatically invert a D mode image when the polarity of the steering angle is changed
by beam steering.
Off
On
: The D mode image is not inverted when the
polarity of the beam steering angle is changed.
: The D mode image is inverted when the polarity
of the beam steering angle is changed.
5. MENU
Store on Disk(S)
Stores frozen images in an MO disk. If an MO disk drive is not connected, the images are automatically stored in
the hard disk.
Store on HDD
Stores frozen images in the hard disk in the equipment.
Thermal Index
This function switches over the acoustic power index.
TIS
TIB
TIC
: Switches to the thermal index for soft tissue.
: Switches to the thermal index for bone.
: Switches to the thermal index for the cranial bones.
5-39
MN1-5100 Rev.0
5-2. Menu Contents
View Gamma
This function corrects the brightness characteristics of the image, to match the brightness characteristics of the
viewing monitor, or to enable the information for each part of the body being examined to be expressed
effectively. View Gamma enables you to select one of five correction curves.
Linear
A
5. MENU
B
C
D
: The brightness characteristics do not change.
: For cardiac examination. This curve has slightly weak brightness
characteristics.
: For cardiac examination. This curve has slightly strong brightness
characteristics.
: For examining the abdominal region. This curve has slightly weak
brightness characteristics.
: For examining the abdominal region. This curve has slightly strong
brightness characteristics.
［Remark］
You can also set a correction curve after freezing the image.
Zoom Lock
This function is used to enlarge a B mode image centered about a sample volume.
Off
On
: An enlarged image is displayed regardless of
the display position of the sample volume.
: An enlarged image is displayed centered on the
sample volume.
5-40
MN1-5100 Rev.0
5-2. Menu Contents
VOL Menu (The optional EU-9084B is necessary.)
3D Scan Direction
This function sets the scanning direction of the probe when acquiring a VOL mode image.
Normal
Brightness (VOL)
This function adjusts the brightness of a VOL mode image.
You can change the Brightness (VOL) in 16 steps from 1 to
16.
Color Map (VOL)
This function adds color to a VOL mode image in order to make it easy to see.
Gray
Red
Brown
Light Brown
：The image is displayed in the normal color (gray).
：The image is displayed in red.
：The image is displayed in brown.
：The image is displayed in light brown.
Gamma (VOL)
This function changes the brightness characteristics of a VOL mode image to enable the data concerning the
examined body part to be expressed effectively.
You can change the Gamma (VOL) in 16 steps from 1 to 16.
Gamma Type (VOL)
Sets the contrast of a VOL mode image.
A
B
：This is the contrast of a normal VOL image.
：This contrast is slightly brighter than that of A.
5-41
5. MENU
Invert
：Select when using an electronic convex sector
scanner.
Alternatively, select when scanning in the same
direction as an electronic convex sector scanner.
：Select when scanning in the opposite direction to an electronic convex sector scanner.
MN1-5100 Rev.0
5-2. Menu Contents
Image ROTAT (VOL)
This function displays a VOL mode image after rotating it.
You can display an image after rotating it in 45 degree steps
as follows.
0°→45°→90°→135°→180°→225°→270°→315°
5. MENU
Opacity (VOL)
This function adjusts the opacity of a VOL mode image.
It sets the positions of the opacity guide lines for creating the optimum VOL image.
You can change the Opacity (VOL) in 16 steps from 1 to 16.
Opacity Guide Line
This function sets the display of the opacity guide line on a B mode image.
Off
On
：The opacity guide line is not displayed.
：The opacity guide line is displayed.
Reconstruct
This function processes a B mode image acquired to the cine memory in order to display a VOL mode image
using a value set in advance with IP Select (VOL).
Thumbnail
IP1〜IP8
：Selects the image to be displayed.
PREV ：Displays images IP1〜IP4.
Next
：Display images IP5〜IP8.
：The selected image is displayed over the
entire screen.
5-42
MN1-5100 Rev.0
5-2. Menu Contents
ROI-Shape Lower
Sets the shape of the line at the lower edge of the VOL area.
The shape of the line changes progressively as follows.
（1）
（8）
（15）
This function enables you to trace a VOL area line in order to reconstruct a B mode image
acquired to the cine memory for use in the VOL mode.
Off
Manual
：The normal VOL area is displayed.
：You can trace a VOL area line
Using the trackball, move the + mark, then press the MARK REF to
close the trace line.
ROI-Shape Upper
Sets the shape of the line at the upper edge of the VOL area.
The shape of the line changes progressively as follows.
（1）
（8）
（15）
Scan Angle (VOL)
This function sets the scanning angle for acquiring a VOL mode image using an electronic convex sector scanner.
Auto ：Sets the scanning angle so that the vertical-tohorizontal ratio of the VOL mode image is 1 : 1.
100％ ：Sets the range of the scanning angle to 100%.
75％ ：Sets the range of the scanning angle to 75%.
50％ ：Sets the range of the scanning angle to 50%.
5-43
5. MENU
ROI-Shape Trace
MN1-5100 Rev.0
5-2. Menu Contents
Scan Speed (VOL)
This function sets the scanning time for acquiring a VOL mode image using an electronic convex sector scanner.
Auto ：Automatically sets the time in proportion to the
number of scanning lines.
8sec ：Scans over the set scanning angle for 8 seconds.
4sec ：Scans over the set scanning angle for 4 seconds.
2sec ：Scans over the set scanning angle for 2 seconds.
5. MENU
VOL Control
This function enables the VOL area to be moved by the trackball, and the Brightness and
Opacity to be adjusted by rotary encoder 1.
Off
On
：Select when not moving the VOL area with the
trackball or adjusting the Opacity or Brightness
with rotary encoder 1.
：Select when you wish to move the VOL area with the trackball or adjust the Opacity or Brightness
with rotary encoder 1.
For details, refer to Section 1 of "How to Use".
VOL Mode
Set the VOL mode to On to enable a VOL mode image to be acquired.
Off
On
：The VOL mode function is deactivated.
：The VOL mode function is activated.
5-44
MN1-5100 Rev.0
6. PRESET
6. PRESET
This function can store set conditions, and recall them as necessary. By using a preset, you can adjust and set the
system using simple procedures, thus reducing the examination time. The set values can be switched over
according to the purpose of use, diagnostic region and differences between individual operators, or conversely
can be unified. In addition, by storing settings in the system, you can avoid troublesome condition setting work
and eliminate the risk of making incorrect condition settings.
The system has a total of 24 standard settings that are suitable for various diagnostic fields. These settings consist
of four settings for the abdominal region (Abdomen, ABD H.F., ABD D.P., and INTES), five settings for
obstetrical applications (OBST, OBST TV, F. Heart, F. Brain, and PLACENT) , two settings for gynecological
applications (GYN and GYN TV), four settings for the cardiac region (Cardiac, Cardiac D.P., P. HEART,
T.E.E.), three settings for the peripheral vessels (Carotid, Vein, and TCD), one setting for superficial organs (SP
Part), two settings for the urethral organs (PROSTAT, and Kidney), and three settings for other regions (OPE,
ORTHOPE, and Hip JNT).
The system is set at the factory so that when it is switched ON the ABDOM preset is automatically activated.
A preset is called when one of the following operations is performed.
1)
When the PRESET switch is pressed
2)
When the PRESET switch is not pressed, and
2)-1
NEW PATIENT or PROBE is switched over
2)-2
The system is switched ON
This chapter consists of 50 pages.
6-1
6. PRESET
This system has a total of 15 user-definable settings for an image quality adjustment and display modes.
With Common Preset, users can set common items to each preset by one operation.
MN1-5100 Rev.0
6-1. Procedure for Changing the Set Contents
6-1. Procedure for Changing the Set Contents
The following is a description of the procedure for
changing the contents of an application using the Preset
Set-Up Menu as an example.
q
Press the PRESET switch.
→ The preset list is displayed on the screen.
6. PRESET
w
e
Using the trackball, move the arrow to Set-Up of
Preset, and press the SET switch.
→ The preset selecting list appears.
Using the trackball, move the arrow to the application
whose contents you wish to change, and press the SET
switch.
Fig. Preset list
To measurement preset
Fig. Preset selecting list
→ The set screen shown below appears.
List box:
Tree-view:
Set screen
selection menu
Display a list of candidates (pull-down
menu), and select a candidate.
Text box:
Enter a name directly from the keyboard.
Fig. Preset Set-Up Menu
[Remark]
When you wish to switch over to another setting screen, use the trackball to move the arrow to the screen in the
setting screen selection menu on the left side of the screen that you wish to display, and press the SET switch.
Exit
Returns to the preset selecting list after finalizing the changed set conditions.
Cancel
Returns to the preset selecting list after returning the changed set conditions to the previous
conditions.
6-2
MN1-5100 Rev.0
6-1. Procedure for Changing the Set Contents
Using the trackball, move the arrow to
, and press the
SET switch.
→ The list of selection contents is displayed.
t
Using the trackball, move the arrow to the application
whose contents you wish to change, and press the SET
switch.
→ The selection contents is displayed.
y
Using the trackball, move the arrow to the probe list, and press the SET switch.
6. PRESET
r
→ The probe registration screen appears.
Switch over the
kind of probe.
Selectable probes.
u
Using the trackball, move the arrow to the probe name that you wish to register, and press the SET switch.
→ The probe name is registered in the probe list.
[Remark]
When you switch over to a probe registered in the probe list, the corresponding preset is automatically executed.
[Remark]
Probe Select
On ：When you execute a preset, the probe registered in it is automatically activated. If a number of probes are
registered in a preset, the probe will be selected preferentially from the probe in the top connection
position.
Off ：The probe is not switched over to another one, even if a preset containing that probe is executed.
6-3
MN1-5100 Rev.0
6-2. Common Preset
6-2. Common Preset
Register the set items that are common to each preset.
（1）Common Preset 1〜2
6. PRESET
q
Press the PRESET switch, then move the arrow to Set-up of Preset using the trackball, and press the SET
switch.
→ The preset list appears on the touch panel.
w
Using the trackball, move the arrow to Common Preset , and press the SET switch.
→ The Common 1 screen appears.
Fig. Common 1, and Common 2 screens
[Remark]
If you wish to switch over to Common2, move the trackball to move the arrow to Common2 in the setting screen
selection menu on the left side of the screen, and press the SET switch.
[Remark]
All of the setting screens have the following three buttons.
Exit
Returns to the preset selecting list after finalizing the changed set conditions.
Cancel
Returns to the preset selecting list after returning the changed set conditions to the previous
conditions.
Initialize
Returns the registered contents of the displayed items to the initial values.
6-4
MN1-5100 Rev.0
6-2. Common Preset
Name
Function
Common1
Registers hospital names.
Registers dates.
Registers times.
Registers the unit of height for the ID input screen.
Registers the unit of weight for the ID input screen.
Date Format
Registers the date formats for the ID input screen.
Resume
Stores the system status just before power-off, and does not recall
the same status next time the power is turned on.
Stores the system status just before power-off, and recalls the same
status next time the power is on.
Does not perform the automatic freeze of safety functions.
Automatically freezes the system if you do not use within the set
time.
Register the time when Timer Freeze is set to ON.
Sets the response speed of the trackball.
Sets the position of the character-cursor to be displayed in the
comment area.
Timer Freeze
Timer Freeze,Time
T.B. Speed
Comment Position
Name
20 characters×2 lines
cm、m、feet/inch
kg、Pound
YY/MM/DD、MM.DD,YY、
MM.DD,'YY、DD-MM-YY、
DD-MM-'YY
Off
On
Off
On
1 to 20 min (1 min step)
-5 to 5（1 Step）
(Sets coordinates.)
Function
Common2
Sets a monochrome printer.
Sets a color printer.
Sets
the number of continuous prints with a monochrome
Number of Print
printer.(309/895)
Menu Display on Print Does not erase the menu display in printing.
Printer Select(B/W)
Printer Select(Color)
Erases the menu display in printing.
Setting
309/895、P91
707/2850/2950, CP700, CP900
1,2,3,4,5
Display
Erase
Menu Display Method A menu is displayed with a MENU switch.
A menu is displayed with a MENU switch or rotary encoder.
VCR Memory
Sets VCR Memory by the field.
Sets VCR Memory by the frame.
Video IN
Displays input signals from the Composite of the VCR IN.
Displays input signals from the S (T/C) of the VCR IN.
Does not put the Color Burst on the VCR OUT or the VIDEO
Video OUT,
OUT.
Color Burst
Puts the Color Burst on the VCR OUT and the VIDEO OUT.
MENU SW
MENU SW or RE
Field
Frame
Composite
S(Y/C)
Panel Beep
Does not produce a beep sound.
Off
Produces a beep sound when the panel switches are pressed.
Panel
Off
On
Produces a beep sound when the keys on the keyboard are pressed. Keyboard
Produces a beep sound when the panel switches or Keyboad are
All
pressed.
Alarm
Review Format
Film Paging
Does not produce a beep sound when a message is displayed.
Off
Produces a beep sound when a message is displayed.
On
Displays the REVIEW on the Zoom-In screen.
Displays the REVIEW on the Thumb Nail screen.
Displays the REVIEW for each patient on the Thumb Nail screen.
Displays the REVIEW for all patients on the Thumb Nail screen
continuously.
Zoom In
Thumb Nail
Per Patient
6-5
Continuous
6. PRESET
Hospital Name
Date
Time
Unit(Height)
Unit(Weight)
Setting
MN1-5100 Rev.0
6-2. Common Preset
（3）DICOM1〜3
The DICOM1〜3 function performs settings related to DICOM NETWORK and DICOM STORAGE.
q
Using the trackball, move the arrow to DICOM1〜3 of the screen menu at the left side of the screen, and
press the SET switch.
→ The following screen appears.
conditions for
DICOM 1
Storing/sending image
6. PRESET
Communication check
Setting the network server
DICOM 2
6-6
MN1-5100 Rev.0
6-2. Common Preset
DICOM 3
Communication check
Setting a DICOM printer
6. PRESET
6-7
MN1-5100 Rev.0
6-2. Common Preset
Name
Window
JPEG Q Factor
Store on Disk
Color
B/W
6. PRESET
Syntax
Send to Storage
Color
B/W
Local Ping
Remote Ping
Remote C-ECHO
Work List Ping
Work List C-ECHO
Connect
Appl. Entity
Station Name
IP Address
Port#
Router1,2
Subnet Mask
Time Out
Function
DICOM1
If Format is set to Split, Quad, Small or Quad Large, only the
active window is stored/sent.
If Format is set to Split, Quad, Small or Quad Large, all of the
windows are stored/sent.
Sets the % compression of an image when Syntax is set to JPEG.
The smaller the numerical value, the higher is the % compression.
Setting
Active
All
50〜99
Stores a color image in a disk in Palette Color.
Stores a color image in a disk in RGB.
Stores a black and white image in a disk in MONOCHROME2.
Stores a black and white image in a disk in RGB.
Sets the transfer syntax for storing an image in a disk.
Pallet Color
RGB
MONOCHROME2
RGB
Implicit Little, Explicit Little、
RLE Lossless,JPEG
Sends a color image to a network in Palette Color.
Sends a color image to a network in RGB.
Sends a black and white image to a network in MONOCHROME2.
Sends a black and white image to a network in RGB.
Pallet Color
RGB
MONOCHROME2
RGB
This function checks whether or not TCP/IP of the main equipment
is operating normally.
This function checks whether or not TCP/IP of the network server
selected by Connect is operating normally in the network.
This function checks whether or not the function that supports
DICOM of the network server selected by Connected exists and is
operating.
This function checks whether or not TCP/IP of the Worklist server
is operating normally in a network.
This function checks whether or not the function that supports
DICOM of the Worklist server exists and is operating.
Switches over the network server at the send destination.
Local: SSD-4000 main equipment
Remote1˜5: Network server
Worklist: Worklist server
※ If the worklist service and the image storage service are
implemented by independent Appli. Entities, the Worklist server
can be registered only in Worklist. However, if one Appli. Entity
is used for both the Worklist and image storage, register one of
Remote1˜5 to make it active.
Inputs the DICOM standard program name assigned to the main
equipment or a network server.
Inputs the name of the computer assigned to the main equipment or
a network server.
Inputs the network address No. assigned to the main equipment or
a network server.
Inputs the TCP/IP port No. used by DICOM and assigned to the
main equipment or a network server.
Specifies the address of the TCP/IP router.
If a router is not used, this item is left blank.
This is a TCP/IP network mask.
Normally, it is set to 255.255.255.0.
Sets the communication timeout in second units.
※Remake
Local
Remote1〜５
Worklist
Key input
Key input
Key input
Key input
Key input
Key input
１〜1000
[Remark]
Ping and C-ECHO can be used only when all settings for "Appl. Entity", "Station Name" and "IP Address" of
No.1 〜 5 are input. When you start Ping or C-ECHO, the examination starts, so subsequently follow the
instructions in the dialog box.
6-8
MN1-5100 Rev.0
6-2. Common Preset
Name
Department
Address
Name
DICOM Printer
Ping
C-ECHO
Appl. Entity
Station
IP Address
Port #
Setting
Key input
Key input
Function
Setting
DICOM3
Used to make settings related to the DICOM printer.
This function checks whether or not TCP/IP of the DICOM printer ※Remake
of the selected No. is operating normally in the network.
This function checks whether or not the function that supports
※Remake
DICOM of the DICOM printer of the selected No. exists and is
operating.
Used to enter the printer name.
NP-1600/1660
GENERAL
Used to enter the name of the program in the printer server.
Key input
Used to enter the printer server name.
Key input
Used to enter the address of the network line.
Key input
Used to enter the port number used for DICOM communication.
Key input
The standard setting for DICOM is 104.
6-9
6. PRESET
Model name
Function
DICOM2
Used to enter the name of the department in the hospital.
Used to enter the address of the hospital.
MN1-5100 Rev.0
6-3. Preset Control
6-3. Preset Control
Preset Control is a function that copies, rearranges and copies (to a floppy disk) setting data
(settings related to images and measurement) for each preset No.
It is also used to copy Annotation Dictionary, Body Mark Library, Common Preset and Color Map
data to a floppy disk.
6. PRESET
q
Press the PRESET switch.
→ The preset list appears.
w
Using the trackball, move the arrow to Set-up of Preset, then press the SET switch.
→ The preset setting select list appears.
e
Using the trackball, move the arrow to Preset Control, and press the SET switch.
→ The Preset Control screen appears.
Kind of data
(List box)
Copy
Move
US to US
To Floppy
From Floppy
：Used to select and set the kind of data from Preset No., Annotation Dictionary, Body .
Mark Library, Common Preset and Color Map
：Copies data.
：Rearranges data.
：Copies data inside the equipment.
：Copies data in the equipment to a floppy disk.
：Copies data in a floppy disk into the equipment.
：Select when you wish to copy or rearrange data.
You cannot select this item unless data has been selected.
：Returns to the preset setting selection list.
Exit
[Remark]
To select each button, move the arrow to a button using the trackball, and press the SET switch.
6-10
MN1-5100 Rev.0
6-3. Preset Control
6-3-1
Method of copying preset No. data to a floppy disk
[Remark]
The preset name is used as the data file name.
If necessary, change the preset name in the Preset Set-up Menu in advance.
Insert a formatted floppy disk in the equipment.
w
Set the kind of data in Preset No.
e
Select Copy.
r
Select To Floppy.
6. PRESET
q
→ The following screen appears.
t
Select the name of the preset that you wish to copy, from the US column.
→ The preset name in the US column is highlighted in blue, indicating that you can select
y
Select
u
When copying is completed, the name of the copied preset appears in the Floppy box.
.
→ The message "In progress. Please wait." appears.
[Remark]
Never remove the floppy disk while the "In progress. Please wait." message is displayed.
6-11
.
MN1-5100 Rev.0
6-3. Preset Control
6-3-2
When copying preset No. data inside the equipment
6. PRESET
q
Select Preset No.
w
Select Copy.
e
Select US to US.
r
Select the name of the copy source preset from
the left US column.
t
Select the name of copy destination preset from
the right US column.
y
Select
u
When copying is completed, the preset name on the right changes to the copy source preset name.
6-3-3
.
When copying Preset No. data from a floppy disk
q
Select Preset No.
w
Select Copy.
e
Select From Floppy.
r
Select the copy source preset name from the
Floppy column.
t
Select the copy destination preset name from the
US column.
y
Select
u
When copying is completed, the name of the copied preset changes to the preset name in the US column.
.
6-12
MN1-5100 Rev.0
6-3. Preset Control
6-3-4
When rearranging Preset No. data
q
Select Preset No.
w
Select Move.
e
Select a preset name from the left US column.
r
Select a preset name from the right US column.
t
Select
y
The positions of the preset name selected from the
left US column and the preset name selected from
the right US column are interchanged.
When copying data in Annotation Dictionary to a floppy disk
q
Select Annotation Dictionary.
w
Select To Floppy.
e
Select the copy source dictionary from the US
column.
r
Select
.
t
When copying is completed, the file name called
Dic User* is displayed in the Floppy column.
[Remark]
A file name is automatically assigned to the data.
6-3-6
When copying data in Annotation Dictionary from a floppy disk
q
Select Annotation Dictionary.
w
Select From Floppy.
e
Select the copy source Dic User* from the
Floppy column.
r
Select the copy destination dictionary name from
the US column.
t
Select
y
When copying is completed, the file name
Dictionary* is displayed in the US column.
.
6-13
6. PRESET
6-3-5
.
MN1-5100 Rev.0
6-3. Preset Control
6-3-7
When copying Body Mark Library from a floppy disk
You can additionally register in the equipment up to 20 special body marks created using Body Mark Editor in a
PC.
6. PRESET
q
Select Body Mark Library.
w
Select a body mark file from the Floppy column.
e
Select a library No. from the US column.
r
Select
t
When copying is completed, the file name of the
body mark file appears in the US column.
6-3-8
.
When copying Common Preset data to a floppy disk
q
Select Common Preset.
w
Select To Floppy.
e
Select a common preset from US.
r
Select
t
When copying is completed, a file name called
Common User appears in the Floppy column.
6-3-9
.
When copying Common Preset data from a floppy disk
q
Select Common Preset.
w
Select From Floppy.
e
Select a common preset from Floppy.
r
Select a common preset from US.
t
Select
.
6-14
MN1-5100 Rev.0
6-3. Preset Control
6-3-10
When copying Color Map to a floppy disk
q
Select Color Map.
w
Select To Floppy.
e
Select a color map from US.
r
Select
.
When copying is completed, the file name called
Color User* appears in the Floppy column.
[Remark]
A file name is automatically assigned to the data.
6-3-11
When copying Color Map from a floppy disk
q
Select Color Map.
w
Select From Floppy.
e
Select a color user* from Floppy.
r
Select a color map from US.
t
Select
.
6-15
6. PRESET
t
MN1-5100 Rev.0
6-4. Preset Set-up Menu
6-4. Preset Set-up Menu
The Preset Set-Up Menu is used to set the initial values, for example, in all presets of the
selected preset No.
q
Using the trackball, move the arrow to the No. corresponding to the preset in the preset setting select list
whose registered contents you wish to change, then press the SET switch.
→ The Preset Set-Up Menu appears.
6. PRESET
Fig. Preset Set-Up Menu
Preset No.
Preset Name
Application
Study for
Measurement
Probe Select
Probe List
Initialize all
presets
Set the present
conditions
： Indicates the registration number of the preset. (Corresponds to the number in the preset
menu.)
： Used to register or change the name of a preset. Enter the name from the keyboard. The
registered or changed name appears in the preset menu.
： Used to select the part of the body to be examined.
： Used to select a measurement study corresponding to the Application to be measured.
： You can register up to six kinds of probes to be connected.
When a probe registered here is connected, the auto calling function calls the preset in
which the probe is registered.
： A list of probes that can be registered is displayed.
： All items are initialized together according to the set application.
： The conditions of the currently used equipment are registered together.
6-16
MN1-5100 Rev.0
6-5. Displays 1 to 5
6-5. Displays 1 ˜ 5
Displays 1 to 5 are used to register the set conditions related to the screen display.
q
Using the trackball, move the arrow to Display 1 to 5 in the screen selecting menu on the left screen, and
press the SET switch.
→ The screens shown on the next page appear.
Display 1
6. PRESET
Display 2
6-17
MN1-5100 Rev.0
6-5. Displays 1 to 5
Display 3
6. PRESET
Display 4
Display 5
6-18
MN1-5100 Rev.0
6-5. Displays 1 to 5
Function
Display 1
Name
Display Mode
Sets the display mode on startup.
Harmonic Echo
6-19
B,2B,B/M,B/D,B(VOL),
B/VOL
Off
On
Off
Flow
Power Flow
Normal
TDI
Normal
Wide
Normal
Wide
L/R､Normal
L/R､wide
U/L､Normal
U/L､wide
Normal
Wide
Off
On
Right
Left
0°
90°
180°
270°
Triplex
B-Real
D-Real
MSE
Refresh
2,3,4,5,6,8,10,12,15,17,
19,21,24cm
25 to 100% (5% step)
25 to 100% (5% step)
25 to 100% (5% step)
6. PRESET
Sets the Harmonic Echo to OFF on startup.
Sets the Harmonic Echo to ON on startup.
Display Mode,Flow
Sets the Flow mode to OFF on startup.
Sets the Flow mode to ON on startup.
Sets the Power Flow mode to ON on startup.
Display Mode,TDI
Operates the D, Flow or Power Flow mode in the normal condition.
Operates the D, Flow or Power Flow mode in the TDI condition.
1B Format
Displays a normal B mode image in 1 B mode.
Displays a B mode image in the 1B mode at a wide width.
2B Format
Displays a normal B mode image in 2 B mode.
Displays a B mode image in the 2B mode at a wide width.
B/* Format
Displays a normal B/sweep mode image as a left-right display.
Displays the sweep mode in a left-right display at a wide width.
Displays a normal B/sweep mode image as an upper-lower display.
Displays a normal B mode image as an upper-lower display at roughly half
size.
Spectrum Size
Displays the normal vertical direction of a spectrum in B/D and D mode.
Displays the vertical direction of a B/D or D mode spectrum at a wide width.
2B Mapping
Divides the cine memory in the 2B mode after an image is frozen, then displays
the B mode image on the left half of the screen and nothing on the right.
Enables you to display two B mode images side-by-side without dividing the
cine memory in the 2B mode after freezing the images.
Image Direction
Sets the initial scanning direction to right.
Sets the initial scanning direction to left.
Image Rotation
Displays an image without rotating it on startup.
Displays an image after rotating it 90°on startup.
Displays an image after rotating it 180°on startup.
Displays an image after rotating it 270°on startup.
Triplex Mode
When the B/D mode is selected, both the B and D displays are activated.
When the B/D mode is selected, a B realtime and D blank display appear.
If the mode is switched over when a B mode image is displayed with a D
cursor, the B image freezes and the D image is displayed in real time.
Triplex Mode Type
When Triplex Mode is selected, MSE is activated.
When Triplex Mode is selected, B-Refresh is activated.
Depth(CV/LN/PA)
Sets the display depth on startup. (When the electronic convex, linear, and
sector are connected)
Scan Area(B)
Sets the B mode scanning range on startup.
Scan Area(B(Flow))
Sets the B mode scanning range used in the B (Flow) mode.
Scan Area(B(Flow)/D) Sets the B mode scanning range used in the B (Flow)/D mode.
Setting
MN1-5100 Rev.0
6-5. Displays 1 to 5
Name
Position Shift
Color Map(B,M)
Zoom Method
B Shift
6. PRESET
Beam Steering
Steering Link
Image Polarity
Function
Display 2
Offsets the depth of the B mode image.
Displays a B mode or M mode image without adding color.
Displays an image after adding a color between blue and orange.
Displays an image after adding blue.
Displays an image after adding lighter blue than that added when B is selected.
Displays an image after adding orange.
When zoom is used, this item enlarges an image with reference to the center.
Displays a zoom box on the image, then enlarges the image.
B does not follow the shift of the cursor in the B/D mode.
B follows the shift of the cursor in the B/D mode.
Sets the deflection angle of the beam of an electronic linear probe.
The spectrum is not inverted when the polarity is changed by changing the
deviation angle of the beam of the electronic linear probe.
The spectrum is inverted when the polarity is changed by changing the
deviation angle of the beam of the electronic linear probe.
Displays a D mode image as a Posi display.
Displays a D mode image as a Nega display.
Sweep Speed(M)
Sets the sweep speed of a M mode.
Sweep Speed(D)
Sets the sweep speed of a D mode.
Echo Erase
Does not use the Echo Erase function on startup.
Sets the Echo Erase function to ON on startup.
Sets the range of the Erase when the Echo Erase is set to ON.
The cursor is erased when a B/M display reverts to a B image.
The cursor remains when a B/M display reverts to a B image.
The cursor is erased when a B/D display reverts to a B image.
The cursor remains when a B/D display reverts to a B image.
Displays the cursor on the left screen.
Displays the cursor on the center screen.
Displays the cursor on the right screen.
Does not produce a PW sound when both the B and D modes are activated in
the system at the same while the D-cursor is displayed on the B mode image.
Produces a PW sound when both the B and D modes are activated in the
system at the same while the D-cursor is displayed on the B mode image.
Displays the Scroll sweep method at B mode and D mode images.
Displays the Moving Bar sweep method at B mode and D mode images.
Echo Erase Area
Cursor Display(M)
Cursor Display(D)
Cursor Position
PW Sound On
Sweep Method
6-20
Setting
-10 to 24cm（0.1cmstep)
Gray
A
B
C
D
Center
Box
Off
On
-15〜15°（5° step）
ON
Posi
Nega
1.0,1.5,2.0,3.0,4.0,6.0,8
.0sec/Screen
2.0,3.0,4.0,6.0,8.0sec/Sc
reen
Off
On
1 to 19 (1 step)
Erase
Remain
Erase
Remain
Left
Center
Right
Off
On
Scroll
Moving Bar
MN1-5100 Rev.0
6-5. Displays 1 to 5
Name
Flow Area(W),B(F)
Flow Area(W),B(F)/*
Flow Area(Height)
Flow Area Line
Triplex VEL Range
Area Lock
Capture Time
Loop Point
TV Sync(VCM)
T.B.Priority(FRZ Off)
T.B.Priority(FRZ On)
Thermal Index
6-21
Setting
5 to 100% (5% step)
5 to 100% (5% step)
25 to 100% (5% step)
Brackets
Dotted Line
Low
High
B Fix
Low
Medium
High
Off
On
1sec, 2sec, 3sec
Continuous
One Beat
Manual
Off
On
Auto
Unchanged
Search
Bodymark
Comment
Measurement
Unchanged
TIS
TIB
TIC
6. PRESET
Triplex,Frame Rate(B)
Function
Display 3
Sets the width of the flow area for a B (Flow) mode display.
(B mode: 100%)
Sets the width of the flow area for a B (Flow)/D mode display.
(B mode: 100%)
Sets the height of the flow area for a B (Flow) mode and B (Flow)/D mode
display. (B mode: 100%)
Encloses the four corners of the flow area with a solid line.
Encloses the entire flow area with a dotted line.
The velocity range of the D mode is the same as that of the B (Flow) mode
display in the B (Flow)/D modes simultaneous display. When the velocity
range is raised, both ranges rise in a 1 : 1 ratio.
The velocity range of the D mode is twice as fast as that of the B (Flow) mode
display in the B (Flow)/D modes simultaneous display. When the velocity
range is raised, both ranges rise in a 1 : 2 ratio.
The B (Flow) velocity range is constant, and only the velocity range of a D
mode image rises in the B (Flow)/D modes simultaneous display.
Sets the interrupt time of the MSE to Low in the B (Flow)/D modes
simultaneous display.
Sets the interrupt time of the MSE to Medium in the B (Flow)/D modes
simultaneous display.
Sets the interrupt time of the MSE to High in the B (Flow)/D modes
simultaneous display.
The Flow Area does not follow the sample volume.
The Flow Area follows the sample volume.
Sets the pixel holding time in the capture mode.
The pixels are held in the capture mode until the image is frozen.
Sets the time phase automatically with the interval of R wave.
Sets the time phase on the first and last frames.
During image acquisition to a VCM, the image is acquired without being
matched to TV sync.
During image acquisition to a VCM, the image is acquired while being matched
to TV sync.
After an image is unfrozen, the trackball function that is used before the image
is frozen is activated again.
After an image is unfrozen, the trackball function that is used before the image
is unfrozen continues to be used.
Activates the Search function automatically when an image is frozen.
Activates the Bodymark function automatically when an image is frozen.
Activates the Comment function automatically when an image is frozen.
Activates the Measurement function automatically when an image is frozen.
After an image is frozen, the trackball function that is used before the image is
frozen continues to be used.
Displays the acoustic power index as a soft tissue coefficient.
Displays the acoustic power index as a bone coefficient.
Displays the acoustic power index as a cranium coefficient.
MN1-5100 Rev.0
6-5. Displays 1 to 5
Name
ID Input
Sex
BSA Equation
GA/EDC Calculation
Menstrual Date
6. PRESET
Auto Comment Off
Character Size
Annotation Library
Annotation Dictionary
Function
Display 4
Displays the ID Name screen on startup.
Displays the ID BSA screen on startup.
Displays the ID Obstetrics screen on startup.
Displays the ID Gynecology screen on startup.
Sets the sex.
Uses Du Bois equation to calculate BSA when ID BSA is selected.
Uses Boyd equation to calculate BSA when ID BSA is selected.
Sets the calculating methods of the gestational age and estimated date of
confinement when ID OB is selected.
Sets the input methods of the date of menstruation period when ID GYN is
selected.
When an image is unfrozen, the comment is deleted.
When an image is unfrozen, the comment is not deleted.
The characters used in a comment are standard size.
The characters used in a comment are 4-time normal size.
Sets the ANNOTATION function to OFF when a comment is entered.
Sets the ANNOTATION function to ON when a comment is entered.
Sets the dictionary function when the ANNOTATION function is set to ON.
Annotation DIC. Type Annotations are displayed with full spelling.
Annotations are displayed in abbreviated form.
Imaging Information
Erases the automatic display in the image display area.
Displays the automatic display in the image display area.
Name
Graphic Color
Puncture Guide Line
Grid Display Type
Biplane Label
Biplane Line
Rotary Plane Mark
Rotary Plane Angle
OMNI Plane
OMNI Plane Mark
OMNI Plane Angle
Function
Display 5
The character on a screen and the color of graphics are set up.
Does not display puncture guide line on startup.
Displays puncture guide line on startup.
Sets the kind of grid display.
Does not display the settings of the biplane label of the biplane transesophageal
probe.
Displays the settings of the biplane label of the biplane transesophageal probe.
Does not display the settings of the biplane line of the biplane transesophageal
probe.
Displays the settings of the biplane line of the biplane transesophageal probe.
Does not display the settings of the rotary plane mark of the biplane
transesophageal probe.
Displays the settings of the rotary plane mark of the biplane transesophageal
probe.
Does not display the settings of the angle display of the rotary plane mark of the
biplane transesophageal probe.
Displays the settings of the angle display of the rotary plane mark of the biplane
transesophageal probe.
Sets the angle of the omni-plane.
Does not display the omni-plane mark.
Displays the omni-plane mark.
Displays the angle of the omni-plane mark.
Does not display the angle of the omni-plain mark.
6-22
Setting
ID Name
ID BSA
ID Obstetrics
ID Gynecology
Male, Female, Other
Du Bois
Boyd
LMP,BBT,EGA,EDC,GA
LMP,BBT
Erase
Remain
Normal
Large
Off
On
No.1, No.2, No.3, No.4,
No.5, No.6
Full Spelling
Abbreviation
Off
On
Setting
A, B, C, D, E, User
Off
On
A, B, C
Off
On
Off
On
Off
On
Display
Erase
−45〜45°（5°step）
Off
On
Display
Erase
MN1-5100 Rev.0
6-6. Images 1〜3
6-6. Image 1〜3
Image 1〜3 are used to register the set conditions related to the image adjustments.
q
Using the trackball, move the arrow to Image 1〜3 in the screen selecting menu on the left screen, and
press the SET switch.
→ The screens shown on the next page appear.
6. PRESET
6-23
MN1-5100 Rev.0
6-6. Images 1〜3
Image 1
6. PRESET
Image 2
Image 3
6-24
MN1-5100 Rev.0
6-6. Images 1〜3
6-25
Setting
0 to 100% (1% step)
0 to 100% (1% step)
30 to 90dB (1dB step)
30 to 30dB (1dB step)
Low
Medium
High
Off
On
Resolution
Standard1
Standard2
Penetration
Resolution
Standard1
Standard2
Penetration
Linear
A
B
C
D
Off
Low
High
Off
On
Off
On
Off
On
Off
On
1, 2, 3, 4, 5, 6, 7, 8
Multi
Single
Auto
Manual
Low
Medium1
Medium2
High
Off
On
6. PRESET
Function
Image 1
DVA(B､B/M､M)
Sets the sending output for the B, B/M, and M modes.
DVA(Other)
Sets the sending output for the modes other than the above.
Gain(B)
Sets the gain for the B mode on startup.
Gain(M)
Sets the gain for the M mode on startup. M sets the correction
value of B.
Line Density
Sets a low scanning line density for the B mode.
Sets a standard scanning line density for the B mode.
Sets a high scanning line density for the B mode.
PRF Limit
Does not limit the frame rate for short distances.
Limits the frame rate for short distances.
Image/FREQ Select
The probe operates at a high frequency.
The probe operates at a slightly high frequency.
The probe operates at a slightly low frequency.
The probe operates at a low frequency.
Image/FREQ (THE)
When Harmonic is On, the probe starts at a high frequency.
When Harmonic is On, the probe starts at a somewhat high
frequency.
When Harmonic is On, the probe starts at a somewhat low
frequency.
When Harmonic is On, the probe starts at a low frequency.
View Gamma
Sets the brightness characteristics of the monitor display.
Used for cardiac diagnosis. The curve has slightly weak
brightness characteristics.
Used for cardiac diagnosis. The curve has slightly strong
brightness characteristics.
Used for performing diagnosis in the abdominal region. The
curve has slightly weak brightness characteristics.
Used for performing diagnosis in the abdominal region. The
curve has slightly strong brightness characteristics.
Horizontal Smoothing Inter-line correlation is not applied.
Weak inter-line correlation is applied.
Strong inter-line correlation is applied.
TV SYNC
Scanning is not set to the TV sync interval.
Scanning is set to the TV sync interval.
Ping Pong
Does not display Ping Pong.
Displays Ping Pong.
FTC(B)
A B mode image is not displayed with edge enhancement.
A B mode image is displayed with edge enhancement.
FTC(M)
An M mode image is not displayed with edge enhancement.
An M mode image is displayed with edge enhancement.
Smoothing (B)
Sets the degree of 3-line interpolation.
Beam Processing
In the B mode, multiple beams are received simultaneously and
used to form an image.
In the B mode, the standard number of beams are used to form
an image.
Frame CORRE Type Sets the frame correlation according to the frame rates of a B
mode image.
Sets any frame correlation set by the user.
Frame CORRE Level Sets the correlation level of the frame to lower than the previous
frame.
Sets the correlation level of the frame to slightly lower (Medium
1) than the previous frame.
Sets the correlation level of the frame to slightly higher (Medium
2) than the previous frame.
Sets the correlation level of the frame to higher than the previous
frame.
Frame Smoothing
Frame smoothing is not applied.
Frame smoothing is applied.
Name
MN1-5100 Rev.0
6-6. Images 1〜3
Name
Auto Focus Type
Focus(B)
Manual Focus(B)
Function
Image 2
When auto focus is used, the position of the focus point is held
even if the range is changed.
When auto focus is used, the position of the focus point is
returned to the auto focus point if the range is changed.
Displays a B mode image using 1-point auto focus.
Displays a B mode image using special 2-point auto focus.
Displays a B mode image using 2-point auto focus.
Displays a B mode image using 3-point auto focus.
Focusing for a B mode image takes place at the position set by
the user.
Sets the focus points when Manual is selected in Focus (B).
Setting
Unchanged
Reset
1P
2P (@)
2P
3P
Manual
6. PRESET
1 to 8
(A maximum of 4 steps can be set.)
Auto
Focus(M)
Displays an M mode image using auto focus.
Focusing for an M mode image takes place at the position set by Manual
the user.
1 to 8 (Only 1 step can be set.)
Manual Focus(M)
Sets the focus points when Manual is selected in Focus (M).
Auto
Focus(D,Flow)
Displays a D, Flow mode image using auto focus.
Focusing for a D, Flow mode image takes place at the position Manual
set by the user.
Manual Focus(D,Flow) Focusing for a D, Flow mode image takes place at the position 1 to 8 (Only 1 step can be set.)
set by the user.
Name
Post Processing
Function
Image 3
The brightness characteristics of the display are not modified in
any way.
Echoes that are lower than the zone whose brightness is to be
expanded are displayed at minimum brightness, and high echoes
are displayed at maximum brightness.
Echoes that are lower than the zone whose brightness is to be
expanded and also high echoes are displayed at minimum
brightness.
The change in brightness of echoes that are lower than the zone
whose brightness is to be expanded and also high echoes is
compressed to 1/4.
Echoes that are lower than the set level are displayed at
minimum brightness.
6-26
Setting
Linear
Slope 1 (0 to 63)
Slope 2 (0 to 63)
Slope 3 (0 to 63)
Reject (0 to 63)
MN1-5100 Rev.0
6-6. Images 1〜3
(Setting IP Select)
Using the trackball, move the arrow to the "+" mark shown next to Image 3 on the left
screen, and press the SET switch.
→ IP Select (B) and (M) appear.
w
Using the trackball, move the arrow to the IP Select (B), and press the SET switch.
→ The following setting screen appears.
IP Select(B)
IP Select(M)
Fig. IP Select screen
6-27
6. PRESET
q
MN1-5100 Rev.0
6-7. Body Mark
6-7. Body Mark
Body Mark is used to assign the body mark.
q
Using the trackball, move the arrow to the Body Mark in the screen selecting menu on the left screen, and
press the SET switch. The following screen appears.
Body Mark
6. PRESET
Fig. Body Mark screen
w
Using the trackball, move the arrow to the square
frame, and press the SET switch.
→ The following screen appears.
e
Using the trackball, move the arrow to the body
mark to be registered, and press the SET switch.
→ The selected body mark is registered.
r
Select the Probe and the Position, move the arrow
to Exit using the trackball, and press the SET
switch. The screen returns to the Body Mark
screen.
6-28
MN1-5100 Rev.0
6-8. Menu
6-8. Menu
Menu is used to assign the menus.
A maximum of 12 items of menu can be registered with Page 1 and Page 2.
q
Using the trackball, move the arrow to Menu in the screen selecting menu on the left screen, and press the
SET switch. The following screen appears.
6. PRESET
Menu
Fig. Menu screen
(Registering the menu)
q Using the trackball, move the arrow to the place to be registered in Page 1 or Page 2, and press the SET
switch.
w
When you wish to insert a menu item, move the arrow to Insert with the trackball, and press the SET
switch.
When you wish to overwrite a menu item, move the arrow to Over Write with the trackball, and press the
SET switch.
e
Using the trackball, move the arrow to Select Items and then the menu item to be registered, and press the
SET switch.
→ The menu is registered.
(Erasing the menu)
q Using the trackball, move the arrow to the place to be erased in Page 1 or Page 2, and press the SET switch.
w
Using the trackball, move the arrow to Delete, and press the SET switch.
→ The registration of the menu is canceled.
6-29
MN1-5100 Rev.0
6-9. Custom Switches 1〜3
6-9. Custom Switches 1〜3
Custom Switches 1〜3 are used to assign the custom switches.
q
Using the trackball, move the arrow to the Custom Switch 1〜3 in the screen selecting menu on the left
screen, and press the SET switch. The following screen appears.
Custom Switch 1
6. PRESET
Custom Switch 2
Fig. Custom Switch screen
6-30
MN1-5100 Rev.0
6-9. Custom Switches 1〜3
Custom Switch 3
6. PRESET
Fig. Custom Switch screen
(Registering the switch)
q Using the trackball, move the arrow to the square frame, and press the SET switch.
→ The following list of the items that can be registered appears.
w
Using the trackball, move the arrow to the item to be registered, and press the SET switch.
→ The list of the items are erased, and the selected item is registered with the Custom Switch.
6-31
MN1-5100 Rev.0
6-10. Option
6-10. Option
Option is used to register the set conditions related to the physiological signals.
q
Using the trackball, move the arrow to the Option in the screen selecting menu on the left screen, and press
the SET switch. The following screen appears.
Option
6. PRESET
Fig. Option screen
6-32
MN1-5100 Rev.0
6-10. Option
Name
ECG Display(B)
ECG Display(Sweep)
R-Delay Time
R-Wave Beep
R-Wave Blink
Function
Settings
6-33
Off
On
Off
On
0.00 to 2.55 sec (0.05 sec step)
Off
On
Off
On
6. PRESET
Option
Does not display an ECG when a B mode image is displayed.
Displays an ECG when a B mode image is displayed.
Does not display an ECG when a sweep mode image is
displayed.
Displays an ECG when a sweep mode image is displayed.
Sets the time phase from the R wave when the B mode image is
captured while the ECG SYNC is set to ON.
Does not produce a beep sound when the R wave is detected.
Produces a beep sound when the R wave is detected.
Does not display a mark on the image when the R wave is
detected.
Displays a mark on the image when the R wave is detected.
MN1-5100 Rev.0
6-11. Doppler
6-11. Doppler
Doppler is used to register the set conditions related to the Doppler mode.
q
Using the trackball, move the arrow to Doppler in the screen selecting menu on the left screen, and press
the SET switch. The following screen appears.
Doppler
6. PRESET
Fig. Doppler screen
(Setting IP Select)
q
Using the trackball, move the arrow to the "+" mark shown next to Doppler on the left screen, and press
the SET switch.
→ IP Select (D) appears.
w
Using the trackball, move the arrow to IP Select (D), and press the SET switch.
→ The following setting screen appears.
IP Select (D)
6-34
MN1-5100 Rev.0
6-11. Doppler
Name
DOP Gain
DOP Filter(PW)
DOP
Filter(PW),AUTO
DOP
Filter(PW),MANU
Velocity Range(PW)
Sample Volume
Zoom Lock
Base Line Position
Spectrum Invert
Invert Axis
Color Map(D)
Setting
0 to 60dB (1dB step)
Auto
Manual
1 to 12
50Hz,100Hz,200Hz,400Hz,800Hz,
1600Hz
6.22 to 318.8 cm/s
0.5 mm to 10.0 mm (0.5 mm step)
Off
If the flow velocity is raised, High PRF function will operate.
On
Zoom does not follow the display position of the sample
volume.
Off
Zoom follows the display position of the sample volume.
Sets the position of the baseline used when the D mode is
activated.
Displays forward flow in the upward direction when the D
mode is activated.
Displays forward flow in the downward direction when the D
mode is activated.
Inverts the spectrum about the baseline.
On
Base Line
Inverts the spectrum about the center of the image.
Center
Displays a D mode image without adding color.
Gray
-16 to 16 (1 step)
Normal
Invert
Displays an image after adding a color between blue and orange. A
B Refresh
Angle Correction
IP Select(D)
Displays an image after adding blue.
Displays an image after adding lighter blue than that added when
B is selected.
Displays an image after adding orange.
Sets the refresh interval of a B mode image for a simultaneous B
+ Flow/M + Flow display. Refresh takes place every 1 second.
Refresh takes place every 2 seconds.
Refresh takes place every 4 seconds.
Refresh takes place every 6 seconds.
Refresh takes place every 8 seconds.
Registers in advance the angle correction value used when the D
mode is activated.
The contrast, compression, smoothing, resolution, and imageselect for the D mode are registered in eight IP Select patterns.
6-35
B
C
D
1
2
4
6
8
0 to 80deg (1deg step)
1 to 8
6. PRESET
High PRF
Function
Doppler
Sets the value of the D mode gain.
Controls the Doppler filter at the filter value corresponding the
range of the velocity of the moving fluid.
Controls the Doppler filter at the fixed filter value.
Sets the Doppler filter for the PW mode when Auto is selected
in DOP Filter(PW).
Sets the Doppler filter for the PW mode when Manual is
selected in DOP Filter(PW).
Sets the velocity range used when the PW mode is activated.
Sets the sample volume used when the PW mode is activated.
Raises the flow velocity range, High PRF function does not
operate.
MN1-5100 Rev.0
6-12. Flow
6-12. Flow
Flow is used to register the set conditions related to Flow mode.
q
Using the trackball, move the arrow to Flow in the screen selecting menu on the left screen, and press the
SET switch. The following screen appears.
Flow
6. PRESET
Fig. Flow screen
(Setting IP Select)
q
Using the trackball, move the arrow to the "+" mark shown next to Flow on the left screen, and press the
SET switch.
→ IP Select (Flow) appears.
w
Using the trackball, move the arrow to IP Select (Flow), and press the SET switch.
→ The following setting screen appears.
IP Select (Flow)
6-36
MN1-5100 Rev.0
6-12. Flow
Name
Flow Gain
Flow Filter
Image/FREQ(Flow)
Line Density(F),B/W
Line Density(F),Color
Average(Flow)
Velocity Range(Flow)
Wall Motion Reduction
Color Map,Group
Color Map,Setting
Display Priority
DISP PRIO LEV,B/W
DISP PRIO LEV,Color
Color Polarity
Invert Link
Rejection(Flow)
Frame Rate ACCEL
Pixel Smoothing(Flow)
Noise Reduction
IP Select(Flow)
6-37
Setting
0 to 32 (1 step)
1 to 6
Resolution
Standard1
Standard2
Penetration
Low
Medium
High
Low
Medium
High
Off,Medium1,
Medium2,Fast
Low
Medium
High
6.22 to 199.2cm/s
Low,Medium1,
Medium2,High
Abdom、Cardio、PV、
Power、Other、User
A,B,C,D,E
Color,Both,Color2,
Both2
0 to 63
0 to 31
Normal
Invert
Off
On
0 to 15
Off
On
Low
Medium
High
Off
Low
Medium
High
1 to 8
6. PRESET
Frame Rate(B+F/D)
Function
Flow
Sets the gain for the Flow mode used on startup.
Sets the flow filter.
The probe operates at a high frequency.
The probe operates at a slightly high frequency.
The probe operates at a slightly low frequency.
The probe operates at a low frequency.
Sets a low scanning line density of the B mode when Flow is used.
Sets a mediate scanning line density of the B mode when Flow is used.
Sets a high scanning line density of the B mode when Flow is used.
Sets a low scanning line density of the Flow mode when Flow is used.
Sets a mediate scanning line density of the Flow mode when Flow is
used.
Sets a high scanning line density of the Flow mode when Flow is used.
Sets the combinations of the number of scanning for the Flow mode and
the number of scanning for the B mode in the B (Flow)/D modes
simultaneous display. In order to reduce the number of the scanning,
change OFF to FAST.
Sets the number of transmissions of the Flow to a low value.
Sets the number of transmissions of the Flow to a mediate value.
Sets the number of transmissions of the Flow to a high value.
Sets the speed range when the Flow is activated.
Sets the degree of eliminating the wall motion noise. In order to eliminate
the noise, change Low to High.
Sets the group of the combinations of the velocity and the distribution of
the color for the Flow.
Sets the contents of the group of the combinations of the velocity and the
distribution of the color for the Flow.
When both the monochrome image and the color velocity display exist
when B + Flow mode is used, sets which information and how much
information is displayed.
Sets the threshold of displaying the monochrome image.
Sets the threshold of displaying the color image.
Displays the forward direction in red, and the reverse direction in blue
when the Flow is used.
Displays the forward direction in blue, and the reverse direction in red
when the Flow is used.
The color polarity does not change when the spectrum is inverted.
The color polarity changes when the spectrum is inverted.
Sets the level of removing the low velocity components of Flow color
information.
Displays a Flow image by the frame.
Displays continuous images in the frame.
The degree of smoothing of color pixel data is set to Low.
The degree of smoothing of color pixel data is set to Medium.
The degree of smoothing of color pixel data is set to High.
The smoothing of color pixel data is performed, and the wall motion noise
removal is set to OFF.
The smoothing of color pixel data is performed, and the wall motion noise
removal is set to Low.
The smoothing of color pixel data is performed, and the wall motion noise
removal is set to Medium.
The smoothing of color pixel data is performed, and the wall motion noise
removal is set to High.
The frame correlation, smoothing, and image-select (Flow) for the Flow
mode are registered in eight IP Select patterns.
MN1-5100 Rev.0
6-13. Power Flow
6-13. Power Flow
Flow is used to register the set conditions related to Power Flow mode.
q
Using the trackball, move the arrow to the Power Flow in the screen selecting menu on the left screen, and
press the SET switch. The following screen appears.
Power Flow
6. PRESET
Fig. Power Flow screen
(Setting IP Select)
q
Using the trackball, move the arrow to the "+" mark shown next to Power Flow on the left screen, and press
the SET switch.
→ IP Select (Power) appears.
w
Using the trackball, move the arrow to IP Select (Power), and press the SET switch.
→ The following setting screen appears.
IP Select (Power)
6-38
MN1-5100 Rev.0
6-13. Power Flow
Name
Flow Gain
Flow Filter
Image/FREQ(Flow)
Line Density(F),B/W
Frame Rate(B+F/D)
Average(Flow)
Velocity Range(Flow)
Wall Motion Reduction
Color Map,Group
Color Map,Setting
Display Priority
DISP PRIO LEV,B/W
DISP PRIO LEV,Color
Power Flow Display
Frame Rate ACCEL
Pixel Smoothing(Flow)
Noise Reduction
IP Select(Power Flow)
6-39
Setting
0 to 32 (1 step)
1 to 6
Resolution
Standard1
Standard2
Penetration
Low
Medium
High
Low
Medium
High
Off,Medium1,Medium2,Fast
Low
Medium
High
6.22 to 199.2cm/s
Low,Medium1,Medium2,High
Abdom,Cardio,PV,Power,
Other,User
A,B,C,D,E
Color,Both,Color2,Both2
0 to 63
0 to 31
PF A
PF B
Off
On
Low
Medium
High
Off
Low
Medium
High
1 to 8
6. PRESET
Line Density(F),Color
Function
Power Flow
Sets the gain for the Power Flow mode used on startup.
Sets the flow filter.
The probe operates at a high frequency.
The probe operates at a slightly high frequency.
The probe operates at a slightly low frequency.
The probe operates at a low frequency.
Sets a low scanning line density of the B mode when Power Flow
is used.
Sets a mediate scanning line density of the B mode when Power
Flow is used.
Sets a high scanning line density of the B mode when Power Flow
is used.
Sets a low scanning line density of the Power Flow mode when
Power Flow is used.
Sets a mediate scanning line density of the Power Flow mode when
Power Flow is used.
Sets a high scanning line density of the Power Flow mode when
Power Flow is used.
Sets the combinations of the number of scanning for the Power
Flow mode and the number of scanning for the B mode in the B
(Flow)/D modes simultaneous display. In order to reduce the
number of the scanning, change OFF to FAST.
Sets the number of transmissions of the Power Flow to a low
value.
Sets the number of transmissions of the Power Flow to a mediate
value.
Sets the number of transmissions of the Power Flow to a high
value.
Sets the speed range when the Power Flow is activated.
Sets the degree of eliminating the wall motion noise. In order to
eliminate the noise, change Low to High.
Sets the group of the combinations of the velocity and the
distribution of the color for the Power Flow.
Sets the contents of the group of the combinations of the velocity
and the distribution of the color for the Power Flow.
When both the monochrome image and the color velocity display
exist when B + Power Flow mode is used, sets which information
and how much information is displayed.
Sets the threshold of displaying the monochrome image.
Sets the threshold of displaying the color image.
Adds a background color to a Power Flow image.
Does not add a background color to a Power Flow image.
Displays a Flow image by the frame.
Displays continuous images in the frame.
The degree of smoothing of color pixel data is set to Low.
The degree of smoothing of color pixel data is set to Medium.
The degree of smoothing of color pixel data is set to High.
The smoothing of color pixel data is performed, and the wall
motion noise removal is set to OFF.
The smoothing of color pixel data is performed, and the wall
motion noise removal is set to Low.
The smoothing of color pixel data is performed, and the wall
motion noise removal is set to Medium.
The smoothing of color pixel data is performed, and the wall
motion noise removal is set to High.
The frame correlation, smoothing, and image-select (Power Flow)
for the Power Flow mode are registered in eight IP Select patterns.
MN1-5100 Rev.0
6-14. Tissue Doppler
6-14. Tissue Doppler
Tissue Doppler is used to register the set conditions related to the Tissue Doppler mode.
q
Using the trackball, move the arrow to the Tissue Doppler in the screen selecting menu on the left screen,
and press the SET switch. The following screen appears.
Tissue Doppler
6. PRESET
Fig. Tissue Doppler screen
(Setting IP Select)
q
Using the trackball, move the arrow to the "+" mark shown next to Tissue Doppler on the left screen, and
press the SET switch.
→ IP Select (D) appears.
w
Using the trackball, move the arrow toe IP Select (D), and press the SET switch.
→ The following setting screen appears.
IP Select (D)
6-40
MN1-5100 Rev.0
6-14. Tissue Doppler
Name
DOP Gain
DOP Filter(PW)
DOP
Filter(PW),AUTO
DOP
Filter(PW),MANU
Velocity Range(PW)
Sample Volume
Base Line Position
Spectrum Invert
Invert Axis
Color Map(D)
B Refresh
Angle Correction
IP Select(D)
6-41
Setting
0 to 60dB (1dB step)
Auto
Manual
1 to 12
50Hz,100Hz,200Hz,400Hz,800Hz,
1600Hz
6.22 to 318.8 cm/s
0.5 mm to 10.0 mm (0.5 mm step)
Off
On
-16 to 16 (1 step)
Normal
Invert
Base Line
Center
Gray
A
B
C
D
1
2
4
6
8
0 to 80deg (1deg step)
1 to 8
6. PRESET
Zoom Lock
Function
Tissue Doppler
Sets the value of the Tissue Doppler mode gain.
Controls the tissue Doppler at the filter value
corresponding the range of the velocity of the moving
fluid.
Controls the tissue Doppler at the fixed filter value.
Sets the Doppler filter for the PW mode when Auto is
selected in DOP Filter(PW).
Sets the Doppler filter for the PW mode when Manual is
selected in DOP Filter(PW).
Sets the velocity range used when the PW mode is
activated.
Sets the sample volume used when the PW mode is
activated.
Zoom does not follow the display position of the sample
volume.
Zoom follows the display position of the sample volume.
Sets the position of the baseline used when the D mode is
activated.
Displays forward flow in the upward direction when the D
mode is activated.
Displays forward flow in the downward direction when the
D mode is activated.
Inverts the spectrum about the baseline.
Inverts the spectrum about the center of the image.
Displays a Tissue Doppler mode image without adding
color.
Displays an image after adding a color between blue and
orange.
Displays an image after adding blue.
Displays an image after adding lighter blue than that added
when B is selected.
Displays an image after adding orange.
Sets the refresh interval of a B mode image for a
simultaneous B + Flow/M + Flow display. Refresh takes
place every 1 second.
Refresh takes place every 2 seconds.
Refresh takes place every 4 seconds.
Refresh takes place every 6 seconds.
Refresh takes place every 8 seconds.
Registers in advance the angle correction value used when
the D mode is activated.
The contrast, compression, smoothing, resolution, and
image-select (D) for the Tissue Doppler mode are
registered in eight IP Select patterns.
MN1-5100 Rev.0
6-15. Tissue Flow
6-15. Tissue Flow
Tissue Flow is used to register the set conditions related to the Tissue Flow mode.
q
Using the trackball, move the arrow to the Tissue Flow in the screen selecting menu on the left screen, and
press the SET switch. The following screen appears.
Tissue Flow
6. PRESET
Fig. Tissue Flow screen
(Setting IP Select)
q
Using the trackball, move the arrow to the "+" mark shown next to Tissue Flow on the left screen, and press
the SET switch.
→ IP Select (Flow) appears.
w
Using the trackball, move the arrow to IP Select (Flow), and press the SET switch.
→ The following setting screen appears.
IP Select (Flow)
6-42
MN1-5100 Rev.0
6-15. Tissue Flow
Name
DVA
Flow Gain
Flow Filter
Image/FREQ(Flow)
Line Density(F),B/W
Frame Rate(B+F/D)
Average(Flow)
Velocity Range(Flow)
Color Map,Group
Color Map,Setting
Display Priority
DISP PRIO LEV,B/W
DISP PRIO LEV,Color
Color Polarity
Invert Link
Rejection(Flow)
Frame Rate ACCEL
Pixel Smoothing(Flow)
IP Select(Flow)
6-43
Setting
0 to 100% (1% step)
0 to 32 (1 step)
1 to 2
Resolution
Standard1
Standard2
Penetration
Low
Medium
High
Low
Medium
High
Off,Medium1,
Medium2, Fast
Low
Medium
High
6.22 to 199.2cm/s
Abdom,Cardio,PV,
Power, Other,User
A,B,C,D,E
Color,Both,Color2,
Both2
0 to 63
0 to 31
Normal
Invert
Off
On
0 to 15
Off
On
Low
Medium
High
1 to 8
6. PRESET
Line Density(F),Color
Function
Tissue Flow
Sets the acoustic output in the Tissue Flow mode.
Sets the gain for the Tissue Flow mode used on startup.
Sets the flow filter.
The probe operates at a high frequency.
The probe operates at a slightly high frequency.
The probe operates at a slightly low frequency.
The probe operates at a low frequency.
Sets a low scanning line density of the B mode when Tissue Flow is used.
Sets a mediate scanning line density of the B mode when Tissue Flow is
used.
Sets a high scanning line density of the B mode when Tissue Flow is used.
Sets a low scanning line density of the Tissue Flow mode when Tissue
Flow is used.
Sets a mediate scanning line density of the Tissue Flow mode when Tissue
Flow is used.
Sets a high scanning line density of the Tissue Flow mode when Tissue
Flow is used.
Sets the combinations of the number of scanning for the Tissue Flow mode
and the number of scanning for the B mode in the B (Flow)/D modes
simultaneous display. In order to reduce the number of the scanning,
change OFF to FAST.
Sets the number of transmissions of the Tissue Flow to a low value.
Sets the number of transmissions of the Tissue Flow to a mediate value.
Sets the number of transmissions of the Tissue Flow to a high value.
Sets the speed range when the Tissue Flow is activated.
Sets the group of the combinations of the velocity and the distribution of the
color for the Tissue Flow.
Sets the contents of the group of the combinations of the velocity and the
distribution of the color for the Tissue Flow.
When both the monochrome image and the color velocity display exist when
B + Tissue Flow mode is used, sets which information and how much
information is displayed.
Sets the threshold of displaying the monochrome image.
Sets the threshold of displaying the color image.
Displays the forward direction in red, and the reverse direction in blue when
the Tissue Flow is used.
Displays the forward direction in blue, and the reverse direction in red when
the Tissue Flow is used.
The color polarity does not change when the spectrum is inverted.
The color polarity changes when the spectrum is inverted.
Sets the level of removing the low velocity components of Tissue Flow
color information.
Displays a Flow image by the frame.
Displays continuous images in the frame.
The degree of smoothing of color pixel data is set to Low.
The degree of smoothing of color pixel data is set to Medium.
The degree of smoothing of color pixel data is set to High.
The frame correlation, smoothing, and image-select (Flow) for the Tissue
Flow mode are registered in eight IP Select patterns.
MN1-5100 Rev.0
6-16. Tissue Power Flow
6-16. Tissue Power Flow
Flow is used to register the set conditions related to Tissue Power Flow mode.
q
Using the trackball, move the arrow to the Tissue Power Flow in the screen selecting menu on the left
screen, and press the SET switch. The following screen appears.
Tissue Power Flow
6. PRESET
Fig. Tissue Power Flow screen
(Setting IP Select)
q
Using the trackball, move the arrow to the "+" mark shown next to Tissue Power Flow on the left screen,
and press the SET switch.
→ IP Select (Power) appears.
w
Using the trackball, move the arrow to IP Select (Power), and press the SET switch.
→ The following setting screen appears.
IP Select (Power)
6-44
MN1-5100 Rev.0
6-16. Tissue Power Flow
Name
Flow Gain
Flow Filter
Image/FREQ(Power)
Line Density(F),B/W
Frame Rate(B+F/D)
Average(Flow)
Velocity Range(Flow)
Color Map,Group
Color Map,Setting
Display Priority
DISP PRIO LEV,B/W
DISP PRIO LEV,Color
Power Flow Display
Frame Rate ACCEL
Pixel Smoothing(Flow)
IP Select(Power)
6-45
Setting
0 to 32 (1 step)
1 to 2
Resolution
Standard1
Standard2
Penetration
Low
Medium
High
Low
Medium
High
Off、Medium1、Medium2、
Fast
Low
Medium
High
6.22 to 199.2cm/s
Abdom,Cardio,PV,Power,
Other,User
A,B,C,D,E
Color,Both,Color2,Both2
0 to 63
0 to 31
PF A
PF B
Off
On
Low
Medium
High
1 to 8
6. PRESET
Line Density(F),Color
Function
Tissue Power Flow
Sets the gain for the Tissue Power Flow mode used on startup.
Sets the flow filter.
The probe operates at a high frequency.
The probe operates at a slightly high frequency.
The probe operates at a slightly low frequency.
The probe operates at a low frequency.
Sets a low scanning line density of the B mode when Tissue Power
Flow is used.
Sets a mediate scanning line density of the B mode when Tissue
Power Flow is used.
Sets a high scanning line density of the B mode when Tissue
Power Flow is used.
Sets a low scanning line density of the Tissue Power Flow mode
when Tissue Power Flow is used.
Sets a mediate scanning line density of the Tissue Power Flow
mode when Tissue Power Flow is used.
Sets a high scanning line density of the Tissue Power Flow mode
when Tissue Power Flow is used.
Sets the combinations of the number of scanning for the Tissue
Power Flow mode and the number of scanning for the B mode in
the B (Flow)/D modes simultaneous display. In order to reduce the
number of the scanning, change OFF to FAST.
Sets the number of transmissions of the Tissue Power Flow to a
low value.
Sets the number of transmissions of the Tissue Power Flow to a
mediate value.
Sets the number of transmissions of the Tissue Power Flow to a
high value.
Sets the speed range when the Tissue Power Flow is activated.
Sets the group of the combinations of the velocity and the
distribution of the color for the Tissue Power Flow.
Sets the contents of the group of the combinations of the velocity
and the distribution of the color for the Tissue Power Flow.
When both the monochrome image and the color velocity display
exist when B + Tissue Power Flow mode is used, sets which
information and how much information is displayed.
Sets the threshold of displaying the monochrome image.
Sets the threshold of displaying the color image.
Adds a background color to a Tissue Power Flow image.
Does not add a background color to a Tissue Power Flow image.
Displays a Flow image by the frame.
Displays continuous images in the frame.
The degree of smoothing of color pixel data is set to Low.
The degree of smoothing of color pixel data is set to Medium.
The degree of smoothing of color pixel data is set to High.
The frame correlation, smoothing, and image-select (Power) for the
Tissue Flow mode are registered in eight IP Select patterns.
MN1-5100 Rev.0
6-17. VOL 1〜2
6-17. VOL 1〜2
VOL1〜2 is a setting related to the VOL mode.
q
Using the trackball, move the arrow to VOL1〜2 of the screen select menu at the left side of the screen, and
press the SET switch. The following screen appears.
VOL 1
6. PRESET
Fig. VOL1 screen
VOL 2
Fig. VOL2 screen
6-46
MN1-5100 Rev.0
6-17. VOL 1〜2
(IP Selection setting)
q
Using the trackball, move the arrow to the [+] mark shown next to VOL2 on the left screen, and press the
SET switch.
→ IP Select (VOL) appears.
w
Using the trackball, move the arrow to IP Select (VOL), then press the SET switch.
→ The following screen appears.
6. PRESET
IP Select (VOL)
6-47
MN1-5100 Rev.0
6-17. VOL 1〜2
Name
B/VOL Display Mode
ROI Size,Width
ROI Size,Height
Function
VOL1
When the B︱B switch is pressed in the B(VOL) mode, the B and
VOL mode images move simultaneously in the B/VOL mode.
When the B︱B switch is pressed in the B(VOL) mode, only B
mode images move in real time in the B/VOL mode.
Sets the horizontal width of the VOL area in the B (VOL) mode.
Sets the height of the VOL area in the B (VOL) mode.
6. PRESET
ROI Shape(CV),Upper Sets the shape of the upper edge line of the VOL area when an
electronic convex probe is connected.
ROI Shape(CV),Lower Sets the shape of the lower edge line of the VOL area when an
electronic convex probe is connected.
ROI Shape(LN),Upper Sets the shape of the upper edge line of the VOL area when an
electronic linear convex probe is connected.
ROI Shape(LN),Lower Sets the shape of the lower edge line of the VOL area when an
electronic linear convex probe is connected.
ROI Shape(PA),Upper Sets the shape of the upper edge line of the VOL area when an
electronic sector probe is connected.
ROI Shape(PA),Lower Sets the shape of the lower edge line of the VOL area when an
electronic sector probe is connected.
Graphic Erase
Displays the VOL area line when the ACQUIRE switch is pressed.
Does not display the VOL area line when the ACQUIRE switch is
pressed.
Opacity Guide Line
Does not display an opacity guide line.
Displays an opacity guide line.
Image Rotation(VOL) Displays a VOL mode image without rotating it.
Displays a VOL mode image after rotating it 45°.
Displays a VOL mode image after rotating it 90°.
Displays a VOL mode image after rotating it 135°.
Displays a VOL mode image after rotating it 180°.
Displays a VOL mode image after rotating it 225°.
Displays a VOL mode image after rotating it 270°.
Displays a VOL mode image after rotating it 315°.
3D Scan Direction
Sets the scanning direction in the same direction as that of an
electronic convex probe scanner.
Sets the scanning direction in the opposite direction to that of an
electronic convex probe scanner.
Color Map(VOL)
Displays an image in the normal color (gray).
Displays an image in red.
Displays an image in brown.
Displays an image in light brown.
6-48
Setting
Simultaneous
B-Real
25〜100%,5% Step
10〜100%,5% Step
1〜15
1〜15
1〜15
1〜15
1〜15
1〜15
Remain
Erase
Off
On
0°
45°
90°
135°
180°
225°
270°
315°
Normal
Invert
Gray
Red
Brown
Light Brown
MN1-5100 Rev.0
6-17. VOL 1〜2
Name
Scan Speed
Scan Angle
Simultaneous Priority
Image/FREQ(VOL)
Gamma Type(VOL)
IP Select(VOL)
6-49
Setting
Auto
8sec/scan
4sec/scan
2sec/scan
Auto
100%
75%
50%
Frame Rate
Frame Density
Off
On
Resolution
Standard1
Standard2
Penetration
A
B
1 to 8
6. PRESET
Scan Area Link
Function
VOL2
Automatically sets the time in proportion to the number of scanning
lines.
Scans at the set scanning angle for 8 seconds.
Scans at the set scanning angle for 4 seconds.
Scans at the set scanning angle for 2 seconds.
Automatically sets the scanning angle so that the vertical-tohorizontal ratio of the VOL mode image is 1 : 1.
Sets the scanning angle to 100% of the range.
Sets the scanning angle to 75% of the range.
Sets the scanning angle to 50% of the range.
Displays a frame rate priority VOL mode image when the B/VOL
images move simultaneously.
Displays a resolution priority VOL image when the B/VOL images
move simultaneously.
Adjusts the width of the scanning area of a B mode image to match
the VOL area when the B/VOL images move simultaneously or are
being acquired.
Does not adjust the width of the scanning area of a B mode image
to match the VOL area when the B/VOL images move
simultaneously or are being acquired.
The probe operates at a high frequency.
The probe operates at a slightly high frequency.
The probe operates at a slightly low frequency.
The probe operates at a low frequency.
This is the contrast of a normal VOL mode image.
This is a contrast that is slightly brighter than A.
The opacity, gamma, contrast, and brightness for the VOL mode
are registered in eight IP Select patterns.
MN1-5100 Rev.0
6-17. VOL 1〜2
6. PRESET
6-50
MN1-5100 Rev.0
INDEX(How to Use)
1B Format
1-60, 6-19
2B Format
6-19
2B Mapping
6-19
3D Scan Direction
5-9, 5-41, 6-48
A
ACOUSTIC POWER
ACQUIRE
AGC
Brightness
Capture Mode
5-7, 5-23
Capture Time
5-7, 5-24, 6-21
C-ECHO
1-3
Character Size
6-5
Color Map(B,M)
ANGLE
1-4
Color Map(D)
Angle Gain
Application
Area Lock
5-7, 5-24
5-9, 5-44, 6-48
6-10, 6-13, 6-22
6-22
1-34, 6-16
5-8, 5-31, 6-21
Color Map, Group
6-37, 6-39, 6-43, 6-45
Color Map, Setting
6-37, 6-39, 6-43, 6-45
Color Polarity
1-6
Comment Position
6-5
Compression Curve(D) (COMP Curve(D))
6-22
Connect
CONTRAST
5-7, 6-37, 6-39, 6-43, 6-45
B
B/* Format
B/SYNC Mode
B/VOL Display Mode
Base Line Position
Baseline Shift(Flow)
Beam Processing
5-7, 5-23, 6-35, 6-41
5-7, 5-25, 6-37, 6-43
COMMENT
6-26
B Shift
5-6, 5-20, 6-35, 6-41
Color Map(VOL)
Auto Focus Type
B Refresh
5-8, 5-32, 6-20
Color Map(Flow)
Auto Comment Off
Average(Flow)
5-8
5-5, 5-10
6-22
Annotation Library
5-8, 5-32, 6-22
6-35, 6-41
Annotation Dictionary Type (Annotation DIC. Type)
Annotation Dictionary
6-9
Color Coding Editor
Alarm
Angle Correction
6-22
C
1-3
1-17, 5-5, 5-6, 5-10, 5-17
1-17, 5-9, 5-41
BSA Equation
1-17, 5-6, 5-20
6-8
1-8, 1-17
CURSOR/B.L.S
1-9
Cursor Display
6-20
Cursor Position
6-20
Custom Switch
6-30, 6-31
6-20
6-19
4-2, 5-8, 5-32
6-48
6-35, 6-41
5-7, 5-23
5-5, 5-10, 6-25
D
Date
6-5
Date Format
6-5
DEPTH/RANGE
1-10
Depth(CV/LN/PA)
6-19
Depth(Mech)
6-19
DICOM
2-8, 2-14, 2-18, 2-20, 6-6, 6-7, 6-8, 6-9
Beam Steering
5-8, 5-31, 5-39, 6-20
Biplane Label
6-22
DICOM Printer
6-22
DICOM Storage
2-14
Display Mode
6-19
Biplane Line
BODY MARK
Body Mark Location
Body Mark Menu
Brachy Therapy
1-4, 1-5, 6-10, 6-14, 6-28
5-8, 5-31
1-5, 5-8, 5-31
1-60, 5-11
Display Priority
2-21, 6-9
5-7, 5-25, 6-37, 6-39, 6-43, 6-45
Display Priority Level (DISP PRIO LEV)
5-7, 6-37, 6-39, 6-43, 6-45
MN1-5100 Rev.0
DOP FILTER
1-11, 6-35, 6-41
Frame Smoothing
6-25
DOP Gain
6-35, 6-41
FREEZE
Doppler
6-34, 6-35
FTC(B)
5-5, 5-12, 6-25
1-10, 5-7, 5-25
FTC(M)
5-6, 5-18, 6-25
DDD(Dual Dynamic Display)
DVA
1-13
6-25, 6-43
G
E
ECG Display
5-8, 5-33, 6-33
ECG Display(Sweep)
GA/EDC Calculation
6-22
GAIN
1-14
6-33
Gain(B)
6-25
ECG SYNC
4-2, 5-8, 5-33
Gain(M)
6-25
Echo Erase
5-6, 5-17, 6-20
Gamma Type(VOL)
5-9, 5-41, 6-49
Echo Erase Area
6-20
Gamma(VOL)
1-17, 5-9, 5-41
EXT
1-11
Graphic Color
5-8, 5-34, 6-22
Graphic Editor
5-8, 5-34
Graphic Erase
6-48
Grid Display Type
6-22
Guide Line Setting
5-5, 5-13
F
Film Paging
2-14, 6-5
Filter Control(D)
5-6, 5-20
Flow Area Line
6-21
Flow Area(Height)
6-21
H
Flow Area(W), B(F)
6-21
HARMONIC ECHO
Flow Area(W), B(F)/*
6-21
High PRF
Flow Filter
5-7, 5-26, 6-37, 6-39, 6-43, 6-45
Flow Gain
6-37, 6-39, 6-43, 6-45
FOCUS
1-12
Focus(B)
5-5, 5-11, 6-26
Focus(D)
5-6, 5-21
Focus(D, Flow)
6-26
Focus(Flow)
5-7, 5-26
Focus(M)
5-6, 5-17, 6-26
Format
2-21, 6-5
Frame Correlation Level (Frame CORRE LEV)
5-5, 5-12, 6-25
Frame Correlation Type (Frame CORRE Type)
5-5, 5-12, 6-25
Frame Correlation(B) (Frame CORRE(B))
5-5, 5-12
Frame Correlation(Flow) (Frame CORRE(Flow))
5-7, 5-27
FRAME RATE
1-13
Frame Rate Accelerator (Frame Rate ACCEL)
5-7, 5-27, 6-37, 6-39, 6-43, 6-45
Frame Rate(B+F/D)
Frame Rate(Flow)
6-37, 6-39, 6-43, 6-45
5-7, 5-27
1-14, 5-5, 5-13, 6-19
6-35
Horizontal Smoothing(B) (Horizontal SMOOTH(B))
5-5, 5-13
Hospital Name
6-5
I
ID
1-15
ID Input
6-22
IMAGE/FREQ
1-15
Image Direction
6-19
Image Polarity
Image Polarity(D)
Image Rotation
Image Rotation(B)
2-21, 6-20
5-6, 5-21
1-28, 6-19
5-5, 5-14
Image Rotation(VOL) (Image ROTAT(VOL))
5-9, 5-42, 6-48
Image Select(D)
5-6, 5-21
Image Select(Flow)
1-17, 5-7, 5-28
Image/FREQ(Flow)
6-37, 6-39, 6-43
Image/FREQ(Normal)
6-25
MN1-5100 Rev.0
Image/FREQ(THE)
6-25
Image/FREQ(VOL)
6-49
Imaging Information
5-8, 5-35, 6-22
INVERT
1-16, 5-8, 5-35
N
Noise Reduction
Noise Reduction(Flow) (Noise REDUC(Flow))
6-35, 6-41
Invert Link
5-8, 5-35, 6-37, 6-43
IP SELECT
1-17
O
IP Select(B)
6-27
OMNI Plane
IP Select(D)
6-34, 6-35, 6-40, 6-41
OMNI Plane Angle
IP Select(Flow)
6-33, 6-37, 6-42, 6-43
OMNI Plane Mark
IP Select(Power)
IP Select(VOL)
6-27
6-5
5-5, 5-15, 6-22
JPEG Q Facter
5-9, 5-42
Line Density(B)
5-5, 5-14
6-37, 6-39, 6-43, 6-45
Line Density(F), Color
6-37, 6-39, 6-43, 6-45
Loop Mode(2B)
Loop Point
P
6-5
Ping
6-25
Line Density(F), B/W
Load
5-8
Panel Beep
L
Line Density
6-32
Other Menu
6-8
2-14
5-5, 5-14
6-21
6-9
Ping Pong
Pixel Smoothing(Flow)
6-25
5-7, 6-37, 6-39, 6-43, 6-45
Position Shift
6-20
Post Processing
5-8, 5-36, 6-26
Post Processing Level (Post Process. LEV)
Power Flow
Power Flow Display
PRESET
M
6-22
5-9, 5-42, 6-48
Opacity(VOL)
Option
J
6-22
Opacity Guide Line Display (Opacity Guide Line)
6-38, 6-39, 6-44, 6-45
6-47, 6-49
5-7, 5-29
Number of Print
Invert Axis
IP Select(M)
6-37, 6-39, 6-43
Preset Name
5-8, 5-37
1-17, 5-7, 5-23, 6-38, 6-39, 6-44, 6-45
6-39, 6-45
1-21, 6-4, 6-10, 6-14, 6-16
6-16
Manual Focus(B)
5-5, 5-14, 6-26
Preset No.
6-14, 6-15, 6-16, 6-16
Manual Focus(D)
5-6, 5-22
PRF Limit
5-5, 5-15, 6-25
Manual Focus(D, Flow)
Manual Focus(Flow)
Manual Focus(M)
6-26
5-7, 5-28
5-6, 5-18, 6-26
PRINT
6-5
Printer Select(Color)
6-5
MEASUREMENT
1-17
PROBE
Menstrual Date
6-22
Probe Select
MENU
1-18, 6-29
Menu Display Method
6-5
Menu Display on Print
6-5
Menu Location
5-8, 5-35
1-21, 2-14, 2-21
Printer Select(B/W)
Puncture Guide Line
PW Sound On
1-22, 6-16
6-16
5-5, 5-15, 6-22
6-20
R
R-Delay Time
4-2, 5-8, 5-38, 6-33
REC
1-23, 3-1
Reconstruct
5-9, 5-42
MN1-5100 Rev.0
Reject
Rejection(Flow)
5-36, 6-26
5-7, 5-29, 6-37, 6-43
STC
STEER/ROTAT
1-26
1-27
Relief(B)
5-5, 5-16
Steering Invert
1-27, 5-8, 5-38
Relief(M)
5-6, 5-18
Steering Link
5-8, 5-39, 6-20
Remote C-ECHO
Remote Ping
REPORT
Resolution Select(D)
Resume
REVIEW
Review Format
ROI Size
ROI-Shape
ROI-Shape Trace
6-8
STORE
6-8
Store on Disk (Single) (Store on Disk(S))
1-23
5-6, 5-22
6-5
Sweep Method
6-20
6-5
SWEEP SPEED
1-28
6-48
Sweep Speed(D)
5-6, 5-25, 6-20
5-9, 5-43, 6-48
Sweep Speed(M)
5-6, 5-19, 6-20
5-9, 5-43
6-22
R-Wave Beep
6-33
R-Wave Blink
6-33
S
SCAN AREA
2-11, 5-8, 5-39
1-23
Rotary Plane Mark
Scan Angle(VOL)
Store on HDD
6-16
6-22
Scan Angle
2-11, 5-8, 5-39
Study for Measurement
Rotary Plane Angle
SAMPLE VOLUME
1-27, 2-14
Syntax
T
T.B. Speed
1-59, 6-49
5-9, 5-43
6-5
T.B.Priority(FRZ Off)
6-21
T.B.Priority(FRZ On)
6-21
TDI Flow
1-24, 6-35, 6-41
6-8
TDI Power Flow
1-17, 5-7, 5-23
1-17, 5-23
TDI-D
1-17, 5-6, 5-20
Thermal Index
5-8, 5-39, 6-21
1-24
Time
Scan Area Link
6-49
Timer Freeze
6-5
Scan Area(B(Flow))
6-19
Timer Freeze, Time
6-5
Scan Area(B(Flow)/D)
6-19
Triplex Mode
6-19
Scan Area(B)
6-19
Triplex Mode Type
6-19
6-49
Triplex VEL Range
6-21
Triplex, Frame Rate(B)
6-21
Scan Speed
Scan Speed(VOL)
5-9, 5-44
SEARCH
1-26, 1-40
SELECT
1-25
Send to Storage (Single) (Send to Storage (S))
2-11, 5-8, 5-38
Simultaneous Priority
6-49
Slope
5-36, 5-37
Smoothing
1-17, 2-21
TV SYNC
Unit
VEL RANGE
Smoothing(D)
5-6, 5-22
Velocity Range(Flow)
Smoothing(Flow)
5-7, 5-29
Velocity Range(PW)
Spectrum Size
6-19
6-5
V
5-5, 5-16, 6-25
6-35, 6-41
5-5, 5-16, 6-25
U
Smoothing(B)
Spectrum Invert
6-5, 6-8
1-29
6-37, 6-39, 6-43, 6-45
6-35, 6-41
Video IN
6-5
Video OUT, Color Burst
6-5
MN1-5100 Rev.0
View Gamma
5-8, 5-40, 6-25
VOL Control
5-9, 5-44
VOL Mode
5-9, 5-44
VOL
1-17, 1-56, 5-9, 5-41, 6-46
W
Wall Motion Reduction
5-7, 5-30, 6-37, 6-39
Work List C-ECHO
6-8
Work List Ping
6-8
Z
ZOOM
Zoom Lock
Zoom Method
1-30
5-8, 5-40, 6-35, 6-41
6-20
MN1-5100 Rev.0
MN1-5100 Rev.0
INDEX(Measurement)
%difference (%dif)
1-73, 4-71
%Stenosis(%STENO)
Biparietal Diameter (BPD)
5-2, 5-5, 5-6, 5-26, 5-30, 5-32, 5-33
2-2, 2-4, 2-5, 2-7, 2-59, 2-60, 2-61, 2-66, 2-67, 2-68,
2-69, 2-70, 2-71, 2-72, 2-116
Body Surface Area (BSA)
A
4-2, 4-3, 4-60, 4-62, 4-69, 4-71
Abdominal Circumference (AC)
2-2, 2-4, 2-5, 2-7, 2-59, 2-60, 2-61, 2-62, 2-66, 2-67,
2-69, 2-70, 2-71, 2-72, 2-116
Abdominal Diameter (AD)
2-2, 2-4, 2-61, 2-62, 2-71, 2-116
AccT/ET
4-3, 4-71
AccT/FT
1-21, 1-72, 6-2, 6-39
A/E
4-3, 4-62, 4-63, 4-65, 4-71
BP Ellipse
4-2, 4-13
BP Simpson
1-27, 1-70, 4-11
BPP/Amnio
2-2, 2-9, 2-40, 2-41, 2-43
Brachial Artery (BA)
5-2, 5-3, 5-9, 5-30
Brachial Vein (BV)
5-2, 5-3, 5-11, 5-30
Bullet
4-2, 4-17, 4-59
Amniotic Fluid Volume (AFV)
2-3, 2-18, 2-64, 2-73, 2-74, 2-116
C
Cardio-Thoracic Area Rate (CTAR)
Amniotic Fluid Index (AFI)
2-3, 2-19, 2-61, 2-74, 2-116
2-3, 2-8, 2-17, 2-50, 2-55, 2-61, 2-73, 2-116
Anterior Tibial Artery (ATA)
Anterior Tibial Vein (ATV)
5-2, 5-3, 5-9, 5-32
Carotid Artery Study
5-2, 5-3, 5-11, 5-32
Cephalic Vein (CV)
Cerebellar Diameter (CD)
Anteroposterior Trunk Diameter (APTD or APD)
2-2, 2-4, 2-5, 2-7, 2-60, 2-62, 2-67, 2-70, 2-116
Aortic Valve Area (AVA)
APTD×TTD (A×T/AXT)
AR Flow
4-2, 4-3, 4-18, 4-71
2-2, 2-4, 2-62, 2-67, 2-116
4-3, 4-31
2-3, 2-20, 2-63, 2-74, 3-2, 3-6, 3-31
Common Femoral Artery (CFA)
5-2, 5-3, 5-9, 5-32
Common Femoral Vein (CFV)
5-2, 5-3, 5-11, 5-32
Common Iliac Artery (CIA)
1-20,1-26,1-70
Common Iliac Vein (CIV)
Area Ellipse (Area-E)
1-20,1-25,1-70
Composite US-GA
AS Flow
Axillary Artery (AA)
Axillary Vein (AV)
1-20,1-24
5-2, 5-3, 5-9, 5-32
5-2, 5-3, 5-11, 5-32
2-33
Cross sectional Area (CSA)
1-22, 1-72, 1-73, 2-3, 2-62, 2-116, 4-3, 4-64, 4-71
4-3, 4-6, 4-30
5-2, 5-3, 5-9, 5-32
2-2, 2-4, 2-6, 2-68, 2-116
Cervix
Area Circle (Area-C)
Area Trace (Area-T)
5-7
5-2, 5-3, 5-11, 5-32
Crown Rump length (CRL)
2-2, 2-4, 2-5, 2-66, 2-67, 2-68, 2-116
5-2, 5-3, 5-11, 5-32
Cross sectional diameter (CSD)
Cardio thoracic Ratio (CTR)
B
B.Index
Basic Measurement
Basilic Artery (BasA)
Basilic Vein (BasV)
BBT
BIFUR
Binocular Distance (BD)
1-22, 1-73, 2-62
2-3, 2-19, 2-61, 2-74, 2-116
1-20, 1-30, 1-70
1-57, 1-60
D
5-2, 5-3, 5-9, 5-32
D.Index
1-21, 1-47, 1-71
5-2, 5-3, 5-11, 5-32
D.Trace
1-21, 1-52, 1-62, 1-71
2-10, 2-59, 2-116, 3-2
5-2, 5-7, 5-32
2-2, 2-4, 2-6, 2-66, 2-116
D.VEL
distal Common carotid artery (dCCA)
Deceleration Time (DecT)
Deep Brachial Artery (DBA)
Deep Brachial Vein (DBV)
1-21
5-2, 5-32
4-3, 4-70, 4-71
5-2, 5-3, 5-9, 5-32
5-2, 5-3, 5-11, 5-32
MN1-5100 Rev.0
Deep Femoris Artery (DFA)
5-2, 5-3, 5-9, 5-32
Deep Femoris Vein (DFV)
5-3, 5-11, 5-32
Dorsalis Pedis Artery (DPA)
5-2, 5-3, 5-9, 5-32
dp/dt
4-3, 4-70, 4-71
H
Hadlock
2-7, 2-66, 2-69, 2-70, 2-71, 2-72
Hansmann
2-60, 2-67, 2-70
HC/AC
2-7, 2-59, 2-72
Head Circumference (HC)
E
2-2, 2-4, 2-5, 2-7, 2-59, 2-60, 2-62, 2-66, 2-67, 2-69,
E/A
2-70, 2-72, 2-117
4-3, 4-62, 4-63, 4-65, 4-71
Early Embryonic Sac (EES)
2-2, 2-4, 2-68, 2-116
Heart Rate (HR)
5-2, 5-7, 5-32
1-20, 1-21, 1-22, 1-37, 1-41, 1-71, 1-72, 1-73, 4-2, 4-3,
EDC
2-2, 2-33, 2-59, 2-116, 2-118
4-61, 4-64, 4-65, 4-72
EGA
2-8, 2-59
External carotid artery(ECA)
Endometrial Thickness (Endom-T)
3-2, 3-5, 3-29, 3-31
External Iliac Artery (EIA)
5-2, 5-3, 5-9, 5-32
External Iliac Vein (EIV)
Hemispheric Width (HW)
2-2, 2-4, 2-6, 2-59, 2-117
Histogram
1-20, 1-31, 1-70
Humerus Length (HL)
2-2, 2-4, 2-5, 2-66, 2-67, 2-117
5-2, 5-3, 5-11, 5-32
I
F
Internal carotid artery (ICA)
Femur Length (FL)
Internal Jugular Vein (IJV)
2-2, 2-4, 2-5, 2-7, 2-59, 2-60, 2-61, 2-66, 2-67, 2-69,
2-70, 2-71, 2-72, 2-116
2-2, 2-4, 2-5, 2-7, 2-60, 2-62, 2-66, 2-70, 2-116
Inter Orbital Distance (IOD)
2-2, 2-4, 2-6, 2-67, 2-116
FL/AC
2-7, 2-59, 2-72
FL/BPD
2-7, 2-59, 2-72
FL/HC
2-59, 2-72
Flow Volume
Follicles Study
2-2, 2-4, 2-117
Internal Iliac Artery (IIA)
5-2, 5-3, 5-9, 5-32
5-2, 5-3, 5-11, 5-32
Interventricular Septal thickness (IVSd/IVSs)
4-2, 4-3, 4-60, 4-61, 4-62, 4-69, 4-72
2-3, 2-21, 2-61, 2-64, 2-116, 2-117
Fibula (FIB)
5-2, 5-3, 5-11, 5-32
Internal Iliac Vein (IIV)
Fetal Trunk Cross Sectional Area (FTA)
Fetus Heart Rate(FHR)
5-2, 5-7, 5-32
Isovolumic Relaxation Time (IRT)
4-72
IVS Thickening Fraction (%IVSTF)
4-2, 4-3, 4-60, 4-61, 4-69, 4-72
IVS/LVPW
4-2, 4-3, 4-60, 4-61, 4-72
1-22, 1-53, 1-63, 1-72, 1-73
3-16
Fetus Weight(FW)
L
LA/AO
2-2, 2-7, 2-14, 2-50, 2-51, 2-54, 2-60, 2-70, 2-71, 2-116
4-2, 4-3, 4-20, 4-27, 4-60, 4-62
Lateral Ventricular body width (LVW)
2-2, 2-4, 2-6, 2-7, 2-59, 2-72, 2-117
G
GA
Left Atrial Diameter (LADd/LADs)
4-2, 4-3, 4-60, 4-72
2-2, 2-4, 2-8, 2-10, 2-50, 2-51, 2-53, 2-56, 2-59, 2-60,
2-61, 2-66, 2-116, 2-118
Gestational Sac (GS)
Gibson
Great Saphenous Vein (GSV)
Growth Analysis Graph
2-2, 2-4, 2-5, 2-66, 2-116, 2-117
4-2, 4-3, 4-22, 4-59, 4-61, 4-68
5-2, 5-3, 5-11, 5-32
Length of Vertebrae (LV)
2-2, 2-4, 2-5, 2-66, 2-117
Lesser Saphenous Vein (LSV)
LMP
5-2, 5-3, 5-11, 5-32
2-33, 2-59, 2-117, 3-2, 3-15, 3-31
Lower Extremity Artery (LwrExtr.A)
5-2, 5-9, 5-17, 5-27, 5-31
2-38
Lower Extremity Venous (LwrExtr.V)
5-2, 5-11, 5-17, 5-27, 5-31
LV Function
1-1, 2-3, 2-22, 2-61, 2-74, 2-117, 4-2, 4-46,
4-54, 4-59, 4-61
MN1-5100 Rev.0
LV Mass (LVM)
4-2, 4-3, 4-60, 4-62, 4-72
LVM/BSA
4-2, 4-3, 4-60, 4-62, 4-72
LVOT
2-3, 2-26, 2-62, 2-74, 2-117, 4-3, 4-6, 4-28, 4-46,
4-64, 4-66, 4-72
LVOT Flow
2-3, 2-26, 2-62, 2-117, 4-3, 4-6, 4-28,
Pressure half Time (P1/2T)
1-21, 1-45, 1-71, 1-73, 4-3, 4-66, 4-73
PS Flow
4-3, 4-34
PstBldr Vol
3-2, 3-9, 6-2
Pulmonary Valve (Pulmonary V)
4-46, 4-64
LVW/HW
2-7, 2-59, 2-72
4-3, 4-26, 4-32, 4-63, 4-71
Pulsatility Index (PI)
1-21, 1-49, 1-71, 1-73, 2-3, 2-8, 2-23, 2-62, 2-73, 2-75,
2-76, 2-77, 2-117, 3-2, 3-31, 6-2, 6-39
M
M.Index
1-20, 1-39, 1-71
Q
Middle Cerebral Artery (MCA)
2-3, 2-8, 2-73, 2-75, 2-77, 2-117
mid. Common carotid artery(mCCA)
Mitral Valve
Qp/Qs
2-3, 2-62, 4-3, 4-64, 4-65, 4-73
5-2, 5-33
4-2, 4-24, 4-36, 4-71, 4-72, 4-73
Mitral Valve Area (MVA)
4-2, 4-3, 4-19, 4-73
Modified Simpson
4-2, 4-15, 4-59, 4-67
MR Flow
4-3, 4-40
MS Flow
4-3, 4-6, 4-39
R
Radial Artery (RA)
5-2, 5-3, 5-9, 5-33
Radial Vein (RV)
5-2, 5-3, 5-11, 5-33
Radius (RAD)
2-2, 2-4, 2-6, 2-67, 2-117
Regurg Flow
1-21, 1-51, 1-73
Resistance Index (RI)
O
1-21, 1-44, 1-71, 1-73, 2-3, 2-8, 2-23, 2-62, 2-73, 2-75,
Occipital Frontal Diameter (OFD)
2-76, 2-117, 3-2, 3-31, 6-2, 6-39
2-2, 2-4, 2-5, 2-62, 2-67, 2-117
Outer Orbital Distance (OOD)
2-2, 2-4, 2-117
Ovarian Artery(OvA)
RVOT
2-3, 2-26, 2-62, 2-74, 2-118, 4-3, 4-32, 4-64, 4-73
RVOT Flow
2-3, 2-26, 2-62, 2-118, 4-3, 4-32, 4-64
3-2, 3-10, 3-31
Ovary
2-63, 3-2, 3-7, 3-29, 3-31
S
S/D
1-21, 1-73, 2-3, 2-62, 2-75, 2-76, 2-77, 2-118, 3-2,
P
3-31, 5-2, 5-33, 6-2, 6-39
proximal Common carotid artery(pCCA)
5-2, 5-33
Shepard
PEP/ET
4-3, 4-73
SP Simpson
Peroneal Artery (PerA)
5-2, 5-3, 5-9, 5-33
Peroneal Vein (PerV)
Pombo
5-2, 5-3, 5-11, 5-33
1-27, 1-28
Stroke Volume (SV)
5-2, 5-3, 5-9, 5-33
4-3, 4-60, 4-61, 4-64, 4-65, 4-73
Posterior Tibial Artery (PTA)
Posterior Tibial Vein (PTV)
5-2, 5-3, 5-11, 5-33
5-2, 5-3, 5-9, 5-33
5-2, 5-3, 5-11, 5-33
Posterior Wall Thickening fraction (%PWTF)
Subclavian Artery (ScA)
Subclavian Vein (ScV)
Superficial Femoral Artery (SFA)
Superficial Femoral Vein (SFV)
4-2, 4-3, 4-60, 4-61, 4-73
Preload Index (PLI)
Spheroidal
1-1, 1-22, 1-55, 1-72, 1-73, 2-3, 2-61, 2-62, 2-118, 4-2,
Popliteal Vein (PopV)
PreBldr Vol
1-27, 1-70, 4-2, 4-9
2-61, 4-2, 4-3, 4-22, 4-59, 4-61, 4-67
Popliteal Artery (PopA)
PR Flow
2-7, 2-60, 2-70
2-3, 2-25, 2-62, 2-117, 2-118
5-2, 5-3, 5-11
5-2, 5-3, 5-9, 5-33
5-2, 5-3, 5-11, 5-33
Superficial Palmar Arches Artery (SPA)
4-3, 4-35
3-2, 3-9, 3-18, 6-2, 6-8
5-2, 5-3, 5-9, 5-33
5-2, 5-3, 5-9, 5-33
SV Index (SVI)
SV/CO
4-2, 4-3, 4-73
1-22, 1-55, 1-72
MN1-5100 Rev.0
T
Teichholz
4-2, 4-3, 4-22, 4-59, 4-61, 4-68
Thoracic Circumference (TC)
2-2, 2-4, 2-67, 2-118
Thoracic Length (TL)
Tibia (TIB)
2-2, 2-4, 2-67, 2-118
2-2, 2-4, 2-6, 2-66, 2-67, 2-118
TR Flow
4-3, 4-42
Trans M Flow
4-3, 4-36, 4-65
Transverse Trunk Diameter (TTD or TAD)
2-2, 2-4, 2-5, 2-7, 2-60, 2-62, 2-67, 2-70, 2-118
Tricuspid Valve
4-25, 4-41, 4-71
TS Flow
4-3, 4-41
U
Ulna (ULNA)
2-2, 2-4, 2-6, 2-66, 2-67, 2-118
Ulnar Artery (UA)
5-2, 5-3, 5-9, 5-33
Ulnar Vein (UV)
Umbilical Artery(UmA)
5-2, 5-3, 5-11, 5-33
2-3, 2-8, 2-73, 2-75, 2-76, 2-118
Upper Extremity Artery (UprExtr.A)
5-2, 5-9, 5-17, 5-27, 5-33
Upper Extremity Venous (UprExtr.V)
5-2, 5-11, 5-17, 5-27, 5-33
Uterine Artery (UtA)
2-3, 2-75, 2-118, 3-2, 3-10, 3-30,3-31
Uterus (Ut)
US-GA
2-63, 3-2, 3-4, 3-29, 3-31
2-59
V
VERT
5-2, 5-7, 5-33
W
Warsof
2-7, 2-60, 2-70
Y
Yarkoni
2-7, 2-71
MN1-5100 Rev.0
MN1-5100 Rev.1
MANUFACTURER
ALOKA CO.,LTD.
Aloka Co., Ltd.
22-1, Mure 6-chome, Mitaka-Shi, Tokyo 181-8622 Japan
Tel: +81-422-45-6049
Fax: +81-422-45-4058
Overseas Offices:
ALOKA GmbH: Authorized EU-representative
Mollsfeld 5, 40670 Meerbusch, Germany
Aloka Co., Ltd. Shanghai Office
Room 824, Jin Jiang Tower, 161, Changle Road.
Shanghai, 200020, P.R. China
Aloka Co., Ltd. Singapore Office
75, Bukit Timah Road, #06-02/03,
Boon Siew Building, Singapore, 229833
Distributor
MN1-5100 Rev.1 '02.12.18