Graphical User Interface of an Ultrasonic Operating System for an Electronic Device

Abstract

1. Name of the design product: Graphical user interface for an ultrasonic operating system of an electronic device. 2. Use of the design product: An electronic device. 3. Design key points of the design product: Lies in the graphical user interface. 4. Picture or photo that best shows the design key points: Design 1 - State change diagram of the interface, Figure 1. 5. Design 1 is designated as the basic design. 6. Use of the graphical user interface: For displaying information and running programs. 7. Other situations that need to be explained: The graphical user interface is used to display the ultrasound operating system; when the user enters the main view of Design 1 and clicks on any of the "Schemes I-VII", they enter the state change diagram 1 of Design 1 interface. "Schemes I - Scheme VII" are facial schemes; in the state change diagram 1 of Design 1 interface, "Scheme X" above the interface represents the currently selected scheme, which will change according to the user's selection; the "ring" in the middle of the interface represents energy, and the yellow color on the ring changes according to different energy values; the time below the "alarm clock" represents the duration of this scheme; the "funnel" represents the remaining time; clicking the "Settings" button in the state change diagram 1 of Design 1 interface enters the state change diagram 2 of Design 1 interface; in the state change diagram 2 of Design 1 interface, select the current language and sound, and click Save. If there is a system failure, enter the state change diagram 3 of Design 1 interface; when the user enters the main view of Design 2 and clicks on any of the "Schemes VIII-XI", they enter the state change diagram 1 of Design 2 interface. "Schemes VIII - XI" are body schemes; in the state change diagram 1 of Design 2 interface, "Scheme X" above the interface is the currently selected scheme, which will change according to the user's selection; the "ring" in the middle of the interface represents energy, and the yellow color on the ring changes according to different energy values; the time below the "alarm clock" represents the duration of this scheme; the "funnel" represents the remaining time; clicking the "Settings" button in the state change diagram 1 of Design 2 interface enters the state change diagram 2 of Design 2 interface; in the state change diagram 2 of Design 2 interface, select the current language and sound, and click Save. If there is a system failure, enter the state change diagram 3 of Design 2 interface; when the user enters the main view of Design 3 and clicks on "Customize", they enter the state change diagram 1 of Design 3 interface; in the state change diagram 1 of Design 3 interface, the "ring" in the middle of the interface represents energy, and the yellow color on the ring changes according to different energy values; the time below the "alarm clock" represents the duration of this scheme; the "funnel" represents the remaining time; the user can click the left and right arrows of "Mode Adjustment" to select the mode by themselves; clicking the "Settings" button in the state change diagram 1 of Design 3 interface enters the state change diagram 2 of Design 3 interface; in the state change diagram 2 of Design 3 interface, the current language and sound can be selected, and click Save. If there is a system failure, enter the state change diagram 3 of Design 3 interface; when the user enters the main view of Design 4 and clicks on "Customize", they enter the state change diagram 1 of Design 4 interface; in the state change diagram 1 of Design 4 interface, the "ring" in the middle of the interface represents energy, and the yellow color on the ring changes according to different energy values; the time below the "alarm clock" represents the duration of this scheme; the "funnel" represents the remaining time; the user can click the left and right arrows of "Mode Adjustment" to select the mode by themselves; clicking the "Settings" button in the state change diagram 1 of Design 4 interface enters the state change diagram 2 of Design 4 interface; in the state change diagram 2 of Design 4 interface, the current language and sound can be selected, and click Save. If there is a system failure, enter the state change diagram 3 of Design 4 interface; the gray color blocks in the interface are replaceable pictures or videos, and the "XXXX" in the interface is character or text content; Designs 5-8 are English interfaces, and the English translations correspond to Designs 1-4, and the interaction methods are the same as those of Designs 1-4.

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