Electronic device displaying a graphical user interface of a surgical procedure control process

Abstract

1. Name of the product in this design: Graphical User Interface for Displaying Surgical Operation Control Process of Electronic Device. 2. Purpose of this design: An electronic device. 3. The key design features of this product are its graphical user interface in electronic devices. 4. The image or photo that best illustrates the design points: Design 3 Interface Change State Diagram 5. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: It is an interactive interface used to display the graphical visualization of the surgical operation control process. 7. Human-Computer Interaction Method of Graphical User Interface: Design 1 is a graphical user interface for the interventional surgical robot that displays prompts based on force feedback in the state of one catheter and one guidewire. Specifically: The main view of Design 1 shows the interface when the operating lever corresponding to catheter one is not touched and the resistance value encountered by the guidewire is within the first threshold range of the guidewire; when the operating lever of catheter one is not touched and the resistance value encountered by the guidewire is within the second threshold range of the guidewire, the interface change state diagram of Design 1 is displayed as shown in Figure 1; when the resistance value encountered by catheter one is within the first threshold range of the catheter and the operating lever corresponding to the guidewire is not touched, the interface change state diagram of Design 1 is displayed as shown in Figure 2; when the resistance value encountered by catheter one is within the second threshold range of the catheter and the operating lever corresponding to the guidewire is not touched, the interface change state diagram of Design 1 is displayed as shown in Figure 3; when the resistance value encountered by catheter one is within the first threshold range of the catheter and the resistance value encountered by the guidewire is within the first threshold range of the guidewire, the interface change state diagram of Design 1 is displayed as shown in Figure 4; when the resistance value encountered by catheter one is within the second threshold range of the catheter and the resistance value encountered by the guidewire is within the second threshold range of the guidewire, the interface change state diagram of Design 1 is displayed as shown in Figure 5. Design 2 is a graphical user interface (GUI) for interventional surgical robots that displays prompts based on force feedback during the rapid switching of catheters, guidewires, and guidewires. Specifically: the main view of Design 2 shows the interface when the operating lever corresponding to catheter 1 is not touched and the resistance value encountered by the guidewire is within the first threshold range of the guidewire; when the operating lever corresponding to catheter 1 is not touched and the resistance value encountered by the guidewire is within the second threshold range of the guidewire, the interface changes as shown in Figure 1; when the resistance value encountered by both catheter 1 and guidewire is within the first threshold range of both catheters and guidewires, the interface changes as shown in Figure 2; and when the resistance value encountered by both catheters and guidewires is within the second threshold range of both catheters and guidewires, the interface changes as shown in Figure 3. Design 3 is a graphical user interface (GUI) for the interventional surgical robot, displaying prompts based on force feedback during the two-tube, one-wire, and one-rapid-interchange state. Specifically: the main view of Design 3 shows the interface displayed when neither the operating levers corresponding to catheter one nor catheter two are touched, and the resistance value encountered by the guidewire is within the first threshold range of the guidewire; when neither the operating levers corresponding to catheter one nor catheter two are touched, and the resistance value encountered by the guidewire is within the second threshold range of the guidewire, the interface state change diagram of Design 3 (Figure 1) is displayed; when neither the operating levers corresponding to catheter one nor catheter two are touched, and the resistance value encountered by catheter two is within the first threshold range of the catheter, the interface state change diagram of Design 3 (Figure 2) is displayed; when neither the operating levers corresponding to catheter one nor catheter two are touched, and the resistance value encountered by catheter two is within the second threshold range of the catheter, the interface state change diagram of Design 3 (Figure 3) is displayed; when both the resistance values ​​encountered by catheter one and catheter two are within the first threshold range of the catheter, and the resistance value encountered by the guidewire is within the first threshold range of the guidewire, the interface state change diagram of Design 3 (Figure 3) is displayed. Interface change state diagram 4; When the resistance values ​​encountered by catheter one and catheter two are both within the second threshold range of the catheter, and the resistance value encountered by the guidewire is within the second threshold range of the guidewire, the interface change state diagram 5 of design 3 is displayed.

Images