Backward control integrated machine with state display instrument panel graphical user interface

Abstract

1. Name of the product in this design: Inverter control integrated machine with status display instrument panel and graphical user interface. 2. Purpose of this design: The main body of this design is used to connect and control the solar panel, battery and load, and the display is used for interaction and information display. 3. The key design features of this product are its overall shape and the shape and color of 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. Purpose of the graphical user interface: to display the working status of the inverter control unit. 7. The area of ​​the graphical user interface in the product: the upper part of the main view. 8. Description of Graphical User Interface (GUI) State Changes: The area marked "I" in the interface usage state diagram represents the LED strip. The interface usage state diagram shows the initial interface in standby mode, with the LED strip off. Interface state change diagram 1-13 shows the LED strip's on / off state. Interface state change diagram 1-13 sequentially displays some dynamic changes of the LED strip during interactive states. The interface allows adjustment of the LED strip's color dynamic effects through function settings or based on the user's operating status. Interface state change diagram 1-2 shows the interface changes after the user starts the device and runs a program. The interface has two illuminated sections that gradually change color in the order of "red, purple, blue, cyan, green, yellow". The interface features a series of arc-shaped segments, with smooth transitions at the joints. Two illuminated arc-shaped segments rotate clockwise along a ring of lights. Interface state diagram 3 shows the interface changes when the user starts the device and runs a program. The interface displays arc-shaped segments arranged in a gradient of green, yellow, blue, purple, cyan, white, and red, with smooth transitions at the joints. These segments rotate clockwise along a ring of lights. Interface state diagram 4 shows the interface changes when the user starts the device and runs a program. The interface displays arc-shaped segments arranged in a gradient of green, yellow, blue, purple, cyan, white, and red, with smooth transitions at the joints. The interface consists of five alternating purple arc segments arranged in a circular pattern: purple, cyan, white, and red. Each arc segment moves upwards from one bottom side and then clockwise along the ring to the other bottom side, repeating this process. Interface state diagram 5 shows the interface changes when the user starts the device and runs a program. Five alternating purple arc segments light up, rotating clockwise along a circular light strip. The dynamic changes in interface state diagrams 6-10 are consistent with those in interface state diagram 5, differing only in the color of the lit arc segments. The colors of the arc-shaped segments are cyan, green, white, yellow, and red, respectively. Interface change state diagram 11 shows the changing interface when the user starts the device and runs a certain program. The interface is lit up with arc-shaped segments arranged in alternating order of "green, yellow, blue, purple, and cyan". The arc-shaped segments rotate clockwise along the ring light strip. The dynamic changes and color arrangement order of interface change state diagram 12 are consistent with interface change state diagram 4, the only difference being the interval distance of the lit arc-shaped segments. Interface change state diagram 13 shows the changing interface when the user starts the device and runs a certain program. The light strip is green.

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