Graphical User Interface for Injection Liquid Control in Electronic Devices

Abstract

1. Name of the product in this design: Graphical User Interface for Controlling Injection Liquids in Electronic Devices. 2. Intended use of this design: for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. The design for which protection is sought includes color. 6. Uses of graphical user interface: in medical and health care, for the control of injected fluids. 7. Human-computer interaction method of graphical user interface: Clicking the "Injection Mode" icon button in the main view interface will display interface state 1, used to select the injection mode; clicking any injection mode selection area in interface state 1 will display interface state 2, used to set the relevant injection parameters for channels A and B; clicking the "A" colored area in interface state 2 will display interface state 3, used to zoom in on the injection information interface for channel A, making it easier to observe the injection information for channel A; clicking the selection area where parameters need to be set in interface state 3 will display the interface... The interface transition diagram 4 is used to input the corresponding parameter values ​​for channel A. Clicking the "OK" button in interface transition diagram 4 will display interface transition diagram 5, used to observe the set injection parameters for channel A. Clicking the "Start" icon in interface transition diagram 5 will display interface transition diagram 6, used to start injection in channel A and observe the injection status and related injection parameters. Clicking the "Back" icon in interface transition diagram 6 will display interface transition diagram 7, used to zoom out the injection information interface for channel A and simultaneously observe the injection information interfaces for channels A and B. Clicking the "B" colored area in interface 7 will display interface state change diagram 8, which zooms in on the injection information interface for B channel, making it easier to observe the B channel injection information; clicking the selection area where parameters need to be set in interface state change diagram 8 will display interface state change diagram 9, used to input the corresponding parameter values ​​for B channel; clicking the "OK" button in interface state change diagram 9 will display interface state change diagram 10, used to observe the set B channel injection parameters; clicking the "Start" icon button in interface state change diagram 10 will display interface state change diagram 11, used to start the B channel injection and... Observe the injection status and related injection parameters; clicking the "Back" icon in interface state diagram 11 will display interface state diagram 12, which is used to zoom out the injection information interface of channel B, and simultaneously observe the injection information interfaces of channels A and B; clicking the "Stop" icon for channel A in interface state diagram 12 will display interface state diagram 13, which is used to pause the injection of channel A and observe the related injection parameters; clicking the "Stop" icon for channel B in interface state diagram 13 will display interface state diagram 14, which is used to pause the injection of channel B and observe the related injection parameters.

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