Electric appliance operation interface display method and control method for washing machine

Abstract

The invention relates to the field of electric appliance program display, and specifically relates to an electric appliance operation interface display method and a control method for a washing machine. An electric appliance is provided with a man-machine interaction interface. The man-machine interaction interface comprises at least two function interfaces selected by the external. The method comprises steps: S10, recording use frequency of each function interface; S20, automatically adjusting the display arrangement mode of the man-machine interaction interface, so that when the man-machine interaction interface is restarted, the function interface in highest use frequency is displayed in priority. Especially, when the method is applied in a washing machine, a computer controller of the washing machine collects selected service conditions of all function interfaces and washing data and stores the data in a data storage unit, and calculates the storage data and analyzes the selected frequency of the function interfaces. When a user uses the washing machine again, the function interface in highest use frequency is displayed in priority. The method saves time of the user for selecting the washing mode, and is simple in operation.

Description

technical field [0001] The invention relates to the field of program display of electric appliances, in particular to a display method of an electric appliance operation interface and a control method of a washing machine. Background technique [0002] In the prior art, the display interfaces of most household appliances are fixed, and the washing modes cannot be automatically sorted according to user preferences. The washing modes frequently used by users are mixed with the washing modes not frequently used, and there is no sequence. [0003] Especially for washing machines, the display interface is fixed when washing clothes, and the washing modes cannot be automatically sorted according to user preferences. The washing modes frequently used by users are mixed with the washing modes that are not frequently used, and there is no order. In addition, washing machines There are many types of washing modes involved, so the arrangement of washing modes is more messy. Moreover, ...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the display interface of most household appliances is fixed, and the washing modes cannot be automatically sorted according to user preferences. The washing modes frequently used by users are mixed with the washing modes not frequently used, and there is no sequence

[0003] Especially for washing machines, the display interface is fixed when washing clothes, and the washing modes cannot be automatically sorted according to user preferences. The washing modes frequently used by users are mixed with the washing modes that are not frequently used, and there is no order. In addition, washing machines There are many types of washing modes involved, so the arrangement of washing modes is more messy

In addition, the default value of the self-programming program of the existing washing machine is fixed, and it is impossible to collect past washing data and make corresponding changes to the default value of the self-programming program according to the user's past washing data

[0004] The operation steps for the user to use the fully automatic washing machine to wash clothes are: first insert the power plug into the socket, then put the clothes to be washed into the washing bucket, press the power button, and then set the water inlet program, washing program, and rinsing program in sequence , Drainage program and dehydration program, or also set the drying program, there are many contents that need to be set, such as water intake, washing time, washing intensity, detergent addition amount and rinsing frequency, etc. The setting process is very troublesome and increases Difficulty and program selection times for this washing machine

And these programs can only be set based on the amount of clothes and the subjective judgment of the dirty program. Since the subjective judgment may not be accurate to the degree of soiling of the clothes, it is easy to cause a waste of energy

[0005] Based on the above description, there is an urgent need for a display method with a new electrical appliance operation interface to solve the problems in the prior art that the use of electrical appliances is difficult and the mode selection takes a long time, and it is easy to cause energy waste.

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