Mindray Consona N9 Exp - Static 3 D Acquisition Preparation; Static 3 D Image Viewing

7 - 8 Operator’s Manual
7 3D/4D
5. Press <Update> to start capturing 3D.
During the acquisition, a progress bar is displayed to indicate the acquisition progress.
The system enters into 3D image review status when the acquisition is completed.
In image review status, you can perform operations like VOI setting, parameter adjustment,
comments, image saving, image cutting, etc. For details, please see “7.3.3 Static 3D Image
Viewing”.
6. Exit static 3D.
Press <B> or press user-defined <3D> key to exit Static 3D mode. It returns to B mode.
7.3.2 Static 3D Acquisition Preparation
Use the touch screen to select application scenario in acquisition preparation status.
Parameters of Static 3D Acquisition Preparation
7.3.3 Static 3D Image Viewing
To enter/exit image viewing
•Enter: The system enters image viewing when 3D image acquisition is finished.
•Exit: Press <Freeze> or <Update> to return to image acquisition preparation status and to exit
image reviewing.
3D/4D Scenario
This function provides users multiple groups of preset 3D/4D parameters based on different
application scenarios to quickly obtain expected image effect.
Tap [3D/4D scenario] to select a desired scenario and subpreset (rendering mode) under each
scenario to view images. The parameters of each rendering mode are preset to different values.
Default scenarios and rendering modes of each probe and exam mode are different. You can
customize the 3D/4D scenario in QSave.
Type Parameter Description
Parameter
adjusting
3D/4D Scenario
Setting
Select 3D/4D scenario based on different scenario
application.
Quality To adjust the image quality by changing the line density.
Image quality can affect the imaging speed that the better the
image quality is, the longer the time needs.
Tap [Quality] on the touch screen.
Angle To set the motion angle the probe covered during a fan
sweep.
STIC Based on the movements of the fetus, rebuilt and show the anatomical structure
within a physical movement by using the interconnection between the time and
the space.