App management system graphical user interface for electronic devices (b425 water purifier)

Abstract

1. The name of the present design product: APP management system graphical user interface for electronic device (B425 water purifier). 2. The use of the present design product: The present design product is used for running programs, displaying information and communication. 3. The design points of the present design product: The content of the graphical user interface. 4. The picture or photo that best indicates the design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: The graphical user interface of the product is the graphical user interface of the B425 water purifier APP management system, and the user can view the running status of the B425 water purifier through the interface. The interface displayed by design 1 is the graphical user interface under "TDS curve", and clicking "pure water TDS" in the front view of design 1 enters the change state diagram of design 1, which displays the curve of the TDS value of the inlet water and the TDS value of the pure water with time. The interface displayed by design 2 is the graphical user interface under "multi-in-one RO filter", and clicking "multi-in-one RO filter" in the front view of design 2 enters the change state diagram of design 2. The interface displayed by design 3 is the graphical user interface under "water use details", and clicking "water use details" in the front view of design 3 enters the change state diagram 1 of design 3, clicking "week" in the change state diagram 1 of design 3 enters the change state diagram 2 of design 3, and clicking "month" in the change state diagram 2 of design 3 enters the change state diagram 3 of design 3. The interface displayed by design 4 is the graphical user interface under "hot tank water replenishment", and clicking "hot tank water replenishment capacity" in the front view of design 4 enters the change state diagram of design 4, and sliding up and down in the change state diagram of design 4 can select "empty tank water replenishment", "half tank water replenishment" and "use and replenish immediately". The interface displayed by design 5 is the graphical user interface under "cold tank water replenishment", and clicking "cold tank water replenishment capacity" in the front view of design 5 enters the change state diagram of design 5, and sliding up and down in the change state diagram of design 5 can select "empty tank water replenishment", "half tank water replenishment" and "use and replenish immediately". The interface displayed by design 6 is the graphical user interface under "timing task", and sliding up in the front view of design 6 enters the change state diagram 1 of design 6, clicking "timing task" in the change state diagram 1 of design 6 enters the change state diagram 2 of design 6, and clicking "+" in the change state diagram 2 of design 6 enters the change state diagram 3 of design 6. The interface displayed by design 7 is the graphical user interface under "water outlet temperature", and clicking "more functions" in the front view of design 7 enters the change state diagram 1 of design 7, and clicking "default water outlet temperature" in the change state diagram 1 of design 7 enters the change state diagram 2 of design 7. The interface shown by the design 8 is a graphical user interface under "faucet temperature", click "more functions" in the main view of the design 8 to enter the design 8 change state diagram 1, click "faucet temperature customization" in the design 8 change state diagram 1 to enter the design 8 change state diagram 2. The interface shown by the design 9 is a graphical user interface under "self-cleaning", click "more functions" in the main view of the design 9 to enter the design 9 change state diagram 1, click "self-cleaning mode" in the design 9 change state diagram 1 to enter the design 9 change state diagram 2. The interface shown by the design 10 is a graphical user interface under "single water output", click "more functions" in the main view of the design 10 to enter the design 10 change state diagram 1, slide up in the design 10 change state diagram 1 to enter the design 10 change state diagram 2, click "single water output" in the design 10 change state diagram 2 to enter the design 10 change state diagram 3.

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