Graphical user interface for display of graphical information of an electronic nebulizer

Abstract

1. The name of the design product: the display graphic information of the graphic user interface of the electronic atomizer. 2. The use of the design product: the design product is used to display the running state and parameters of the electronic atomizer. 3. The design points of the design product: the interface content of the graphic user interface on the display screen. 4. The picture or photo that best shows the design points: design 1 front view. 5. The specified basic design: design 1. 6. The use of the interface: design 1 front view and design 2 front view are both the initial interface of the electronic atomizer, which is used to display the state before the electronic atomizer works; in the state of design 1 front view, the electronic atomizer is activated by pressing the yellow button, the interface enters design 1 interface state change figure 1 and the "10W" pattern is lit, at this time the electronic atomizer is in 10W power working state; in the state of design 1 interface state change figure 1, the electronic atomizer is activated again by long pressing the yellow button, the interface enters design 1 interface state change figure 2 and the "child lock" pattern is lit, at this time the electronic atomizer is in forced non-working state; in the state of design 2 front view, the electronic atomizer is activated by pressing the yellow button, the interface enters design 2 interface state change figure 1 and the "10W" pattern is lit, at this time the electronic atomizer is in 10W power working state, in the 10W power working state, the electronic atomizer is activated again by pressing the yellow button, the interface enters design 2 interface state change figure 2 and the "20W" pattern is lit, at this time the electronic atomizer is in 20W power working state; in the state of design 2 interface state change figure 2, the electronic atomizer is activated again by long pressing the yellow button, the interface enters design 2 interface state change figure 3 and the "child lock" pattern is lit, at this time the electronic atomizer is in forced non-working state.

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