Graphical User Interface for Function Control and Management of Electronic Devices

Abstract

1. Name of the Design Product: Graphical User Interface for Function Control and Management of Electronic Devices. 2. Use of the Design Product: This design product is used for an electronic device. 3. Design Key Points of the Design Product: Lies in the graphical user interface. 4. Picture or Photo Most Indicating the Design Key Points: The front view of Design 1. 5. The carrier of this design product is of conventional design, and other views are omitted. 6. Design 1 is designated as the basic design. 7. Use of the Graphical User Interface: The interface is mainly used for the function selection control of the range hood, the management of functions such as wind speed adjustment, and the interactive interface for settings. The front view of Design 1 shows an initial interface, and relevant information parameters can be set or queried by clicking on the relevant function modules in the interface. The front view of Design 2 shows an initial interface, and relevant information parameters can be set or queried by clicking on the relevant function modules in the interface. The front view of Design 3 shows an initial interface, and relevant information parameters can be set or queried by clicking on the relevant function modules in the interface. Click on the third icon from the right (wind speed adjustment icon) in the front view interface of Design 3. The interface will dynamically change and present as the state change diagrams 1-4 of Design 3 in sequence (the interface will switch back to the original initial interface after standing for a period of time); click on the third icon from the right (wind speed adjustment icon) in the state change diagram 4 of Design 3 again. The interface will dynamically change and present as the state change diagrams 5-6 of Design 3 in sequence; click on the third icon from the right (wind speed adjustment icon) in the state change diagram 6 of Design 3 again. The interface will dynamically change and present as the state change diagrams 7-8 of Design 3 in sequence, and then after standing for a period of time, the interface will dynamically present as the state change diagrams 9-13 of Design 3 in sequence. The front view of Design 4 shows an initial interface, and relevant information parameters can be set or queried by clicking on the relevant function modules in the interface. Click on the second icon from the right (intelligent voltage division adjustment icon) in the front view interface of Design 4, and the system will turn on the low-speed voltage division mode. The interface will dynamically change and present as the state change diagrams 1-3 of Design 4 in sequence. The front view of Design 5 shows an initial interface, and relevant information parameters can be set or queried by clicking on the relevant function modules in the interface. Click on the second icon from the right (intelligent voltage division adjustment icon) in the front view interface of Design 5 three times, and the system will turn on the high-speed voltage division mode. The interface will dynamically change and present as the state change diagrams 1-4 of Design 5 in sequence. The front view of Design 6 shows an initial interface, and relevant information parameters can be set or queried by clicking on the relevant function modules in the interface. Click on the third icon from the right in the front view interface of Design 6 (the wind speed adjustment icon), and the interface will dynamically change in sequence to show the Design 6 interface change status diagrams 1-4; click on the third icon from the right in Design 6 interface change status diagram 4 (the wind speed adjustment icon) again, and the interface will dynamically change in sequence to show the Design 6 interface change status diagrams 5-6; click on the third icon from the right in Design 6 interface change status diagram 6 (the wind speed adjustment icon) again; the interface will dynamically change in sequence to show the Design 6 interface change status diagrams 7-8, and then after standing for a period of time, the system detects that the device meets the intelligent automatic voltage division condition, and the interface will dynamically show the Design 6 interface change status diagrams 9-17 in sequence. The front view of Design 7 shows an initial interface, and relevant information parameters can be set or queried by clicking on the relevant function modules in the interface. Click on the third icon from the left in the front view interface of Design 7 (the steam wash mode icon), and the interface will change dynamically in a loop to show the Design 7 interface change status diagrams 1-8.

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