1. Name of the product in this design:
Graphical User Interface for Ultrasonic
Image Processing in Electronic Devices. 2. Purpose of this design: Primarily for use in an electronic device. 3. The key design features of this product are the
user interface and the displayed
graphics. 4. The image or photograph that best illustrates the design'
s key points: the front view. 5. Purpose of the
graphical user interface: The
graphical user interface of this product is used as a human-computer
interaction interface for receiving, displaying, storing and
processing ultrasound images. 6. Human-computer
interaction method of
graphical user interface: Step 1: The main view is the login interface. The user enters the account and
password in the main view and clicks "Login". The user is then redirected to the interface change
state diagram 1, which is the interface for changing the bound device. Step 2: The user clicks "Next" in the interface change
state diagram 1, which will take them to the interface change
state diagram 2, which is the inspection interface. Step 3: The user clicks "Check Now" in the interface change state diagram 2, which will jump to the interface change state diagram 3, which is the scanning interface. Step 4: The user clicks on "Liver and
Gallbladder" in the lower left corner of the interface change state diagram 3, which will jump to the interface change state diagram 4, which is the body part selection interface. Step 5: The user clicks on "Carotid
Artery" in the upper left corner of the interface change state diagram 4, which will jump to the interface change state diagram 5, which is the selected carotid
artery scanning interface. In the interface change state diagram 4, users can click "
Thyroid" to enter the selected
thyroid scan interface; users can click "Breast" to enter the selected breast scan interface; users can click "Neck
Lymph" to enter the selected neck
lymph node scan interface; users can click "Inguinal
Lymph" to enter the selected inguinal
lymph node scan interface; users can click "Axillary
Lymph" to enter the selected axillary
lymph node scan interface; users can click "Mesenteric
Lymph Node" to enter the selected mesenteric
lymph node scan interface; users can click "
Lower Limb Blood Vessels" to enter the selected
lower limb blood vessel scan interface; users can click "
Subcutaneous Fat" to enter the selected
subcutaneous fat scan interface; users can click "Bladder" to enter the selected bladder scan interface; and users can click "
Prostate" to enter the selected
prostate scan interface. Step 6: The user places the probe on the patient's neck, and the interface automatically jumps to the interface change state diagram 6. The interface change state diagram 6 is the carotid
artery position replacement setting interface. In the interface change state diagram 5, users can click "Left Longitudinal Slice" to switch the carotid
artery scanning position; users can click "Right Transverse Slice" to switch the carotid artery scanning position; users can click "Right Transverse Slice" to switch the carotid artery scanning position. Step 7: The user moves the probe over the patient's neck, and the
system automatically jumps to the interface change state diagram 7 to perform the first test. The interface change state diagram 7 shows the selected scanning interface. Step 8: When the user clicks on the interface change status diagram 7 "Recording Not Started", the user will be automatically redirected to the interface change status diagram 8, which shows the carotid artery recording interface. Step 9: After the user finishes recording, the
system will automatically redirect to the interface change state diagram 9, which is the video saving prompt interface. Step 10: The user clicks "Save Video" in the lower left corner of the interface change state diagram 9, which will jump to the interface change state diagram 10, which is the carotid artery measurement interface. Step 11: The user clicks "Back" in the lower right corner of the interface change state diagram 10 to jump to the interface change state diagram 11 for a second detection. The interface change state diagram 11 is the scanned interface after selection. Step 12: The user clicks "Recording Not Started" in the interface change state diagram 11, which will jump to the interface change state diagram 12, which shows the carotid artery recording interface. Step 13: After the user finishes recording, the
system will automatically redirect to the interface change state diagram 13, which is the video saving prompt interface. Step Fourteen: The user clicks "Save Video" in the lower left corner of the interface change state diagram 13, which will jump to the interface change state diagram 14, which is the carotid artery measurement interface. Step 15: The user clicks "Save" in the lower right corner of the interface change state diagram 14, which will redirect to the interface change state diagram 15, which is the image
library interface. If multiple tests are required, repeat steps eleven through fourteen.