Induction Sensitivity Setting Area of the Graphical User Interface for Setting the Induction Sensitivity of an Electronic Device

Abstract

1. Name of the product of this design: Sensing sensitivity setting area of the graphical user interface for an electronic device. 2. Use of the product of this design: For an electronic device. 3. Design key points of the product of this design: Lies in the partial display of the graphical user interface. 4. Picture or photo that best shows the design key points: The front view of Design 1. 5. Design 1 is designated as the basic design. 6. Use of the graphical user interface: This graphical user interface is the sensing sensitivity setting interface for a sensor, used to set the sensitivity of the sensor. 7. Human-computer interaction method of the graphical user interface: The front views of Design 1 - Design 10 are the graphical user interfaces for the sensing sensitivity setting of an electronic device. The threshold slider in the interface can be dragged to adjust the sensitivity of the sensor. In the front view of Design 4, the user drags the threshold bar downward as a whole to enter the variant state diagram of Design 4. In the front view of Design 5, the user drags the threshold slider upward to enter the variant state diagram of Design 5. In the front view of Design 6, the user clicks or long-presses the virtual button of "Auto-adjust sensitivity" to enter the variant state diagram of Design 6. [[ID=I9]] In the front view of Design 7, the user clicks the circular icon to the left of "Medium", and Design 7 enters the variant state diagram 1. In the variant state diagram 1 of Design 7, click the circular icon to the left of "Low" to enter the variant state diagram 2 of Design 7. In the front view of Design 8, the user clicks the magnifying glass virtual button or makes a two-finger outward separating swipe on the sensing bar to enter the variant state diagram 1 of Design 8. In the variant state diagram 1 of Design 8, drag the threshold slider of 0m - 0.25m upward to enter the variant state diagram 2 of Design 8. In the front view of Design 9, the user clicks the magnifying glass virtual button or makes a two-finger outward separating swipe on the sensing bar to enter the variant state diagram 1 of Design 9. In the variant state diagram 1 of Design 9, gently touch the threshold slider of 0m - 0.25m to enter the variant state diagram 2 of Design 9. In the variant state diagram 2 of Design 9, drag the threshold slider of 0m - 0.25m upward to enter the variant state diagram 3 of Design 9. In the variant state diagram 3 of Design 9, when the user releases the finger, enter the variant state diagram 4 of Design 9. In the front view of Design 10, the user gently touches any position of the threshold slider to enter the variant state diagram 1 of Design 10. In the variant state diagram 1 of Design 10, the user drags the threshold slider downward to enter the variant state diagram 2 of Design 10. In the variant state diagram 2 of Design 10, when the user releases the finger, enter the variant state diagram 3 of Design 10. In each of the front views, state change diagrams, and reference diagrams of the interface usage states, the energy value on the coordinate axis changes in response to the sensor detection result, and the displayed energy value is only used to illustrate an exemplary scenario of this design application. 8. Other circumstances that need to be explained. Other explanations: This design is a partial design. The parts coated with red transparency are not claimed, and the other parts are claimed.

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