Image processing system of electronic device sets graphical user interface

Abstract

1. Name of the product in this design: Graphical User Interface for Image Processing System of Electronic Device. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. Images or photos that best illustrate the design points: Interface change state diagram 5. 5. Purpose of the graphical user interface: The interface of this design is used as the operating interface and human-computer interaction method of the medical display endoscope image processor system. Through different interaction methods, the real-time image in multiple states can be observed simultaneously. For example, the state when zoomed in or out can be displayed on the same interface, thereby meeting the observation and diagnosis needs of doctors during surgery. The main view shows the interface with the inspection timing and recording enabled, the interface mode set to classic mode, and the EC-10 electronic endoscope connected. Interface state change diagram 1 shows the interface displayed when the Capture key on the keyboard is pressed in the main view. Interface state change diagram 2 shows the interface displayed when the Capture key on the keyboard is pressed in the interface state change diagram 1. Interface state change diagram 3 shows the interface displayed when the Capture key on the keyboard is pressed in the interface state change diagram 2. Interface state change diagram 4 shows the interface displayed when the Capture key on the keyboard is pressed in the interface state change diagram 3. Interface state change diagram 5 shows the interface displayed when the Capture key on the keyboard is pressed in the interface state change diagram 4. Interface state change diagram 6 shows the interface displayed when the endoscope remote control button configured for dual-mode display is pressed in the interface state change diagram 5. Interface state change diagram 7 shows the interface displayed when the endoscope remote control button configured for four-mode display is pressed in the interface state change diagram 6. Interface state change diagram 8 shows the interface displayed when the endoscope remote control button configured for four-mode display and the F12 key on the keyboard are pressed sequentially in the interface state change diagram 7. The interface displayed by the Freeze button; Interface state change diagram 9 shows the interface displayed when the remote control button configured for simplified mode is pressed in the state shown in diagram 8; (Note: To press which button on the remote control, you need to press the corresponding mode button that has been configured in advance. For example, if button "2" is configured for dual-mode display, then press button "2" in the state shown in diagrams 6 to 5. All four buttons on the remote control can be configured for dual-mode display, four-mode display, simplified mode display, and minimalist mode display). 6. Other situations requiring explanation: Refer to Figure 1 and Figure 2 for the products involved in human-computer interaction. Figure 1 is the product keyboard, and Figure 2 is the product mirror remote control. The gray-covered areas in the main view and interface change state diagrams 1-9 represent the content screen.

Images