Operational graphical user interface for a cooking electronic device

Abstract

1. Name of the designed product: operation graphical user interface for cooking electronic device. 2. Use of the designed product: the designed product is used for displaying and running programs. 3. Design points of the designed product: the interface content of the graphical user interface in the screen. 4. Picture or photo best indicating the design points: front view. 5. The product carrier is of conventional design, and the rear view, left view, right view, top view and bottom view are omitted. 6. The use of the graphic user interface: the main view is in standby state; click the variable frequency microwave button on the main view, the interface change state diagram 1 appears, the interface change state diagram 1 is the parameter setting interface of the variable frequency microwave function; click the start / pause button on the interface change state diagram 1, the interface change state diagram 2 appears, the interface change state diagram 2 is the working interface of the variable frequency microwave function; click the start / pause button on the interface change state diagram 2, the interface change state diagram 3 appears, the interface change state diagram 3 is the pause interface of the variable frequency microwave function; click the start / pause button on the interface change state diagram 3, the interface change state diagram 4 appears, the interface change state diagram 4 is the working interface of the variable frequency microwave function; after the variable frequency microwave program in the interface change state diagram 4 is completed, the interface change state diagram 5 appears, the interface change state diagram 5 is the completion interface of the variable frequency microwave function; no operation within the set time under the interface change state diagram 5 will cause the interface change state diagram 6 to appear, the interface change state diagram 6 is in standby state; click the microwave crisp button on the interface change state diagram 6, the interface change state diagram 7 appears, the interface change state diagram 7 is the parameter setting interface of the microwave crisp function; click the start / pause button on the interface change state diagram 7, the interface change state diagram 8 appears, the interface change state diagram 8 is the working interface of the microwave crisp function; after the microwave crisp program in the interface change state diagram 8 is completed, the interface change state diagram 9 appears, the interface change state diagram 9 is the completion interface of the microwave crisp function; no operation within the set time under the interface change state diagram 9 will cause the interface change state diagram 10 to appear, the interface change state diagram 10 is in standby state; click the fast heating button on the interface change state diagram 10, the interface change state diagram 11 appears, the interface change state diagram 11 is the parameter setting interface of the fast heating function; click the start / pause button on the interface change state diagram 11, the interface change state diagram 12 appears, the interface change state diagram 12 is the working interface of the fast heating function; after the fast heating program in the interface change state diagram 12 is completed, the interface change state diagram 13 appears, the interface change state diagram 13 is the completion interface of the fast heating function; no operation within the set time under the interface change state diagram 13 will cause the interface change state diagram 14 to appear, the interface change state diagram 14 is in standby state; click the steam function button on the interface change state diagram 14, the interface change state diagram 15 appears, the interface change state diagram 15 is the parameter setting interface of the steam function; click the start / pause button on the interface change state diagram 15, the interface change state diagram 16 appears, the interface change state diagram 16 is the working interface of the steam function; after the steam function program in the interface change state diagram 16 is completed, the interface change state diagram 17 appears, the interface change state diagram 17 is the completion interface of the steam function; no operation within the set time under the interface change state diagram 17 will cause the interface change state diagram 18 to appear, the interface change state diagram 18 is in standby state;Click the baking function button on the interface change state diagram 18, the interface change state diagram 19 appears, which is the parameter setting interface of the baking function; click the start / pause button on the interface change state diagram 19, the interface change state diagram 20 appears, which is the working interface of the baking function; after the baking function program in the interface change state diagram 20 is completed, the interface change state diagram 21 appears, which is the completion interface of the baking function; no operation within the set time under the interface change state diagram 21 will cause the interface change state diagram 22 to appear, which is the standby state; click the air-frying button on the interface change state diagram 22, the interface change state diagram 23 appears, which is the parameter setting interface of the air-frying function; click the start / pause button on the interface change state diagram 23, the interface change state diagram 24 appears, which is the working interface of the air-frying function; after the air-frying program in the interface change state diagram 24 is completed, the interface change state diagram 25 appears, which is the completion interface of the air-frying function; no operation within the set time under the interface change state diagram 25 will cause the interface change state diagram 26 to appear, which is the standby state.

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