Water feeding and drainage control method, water feeding and drainage control system and cooking appliance

Abstract

A water feeding and drainage control method, a water feeding and drainage control system, a cooking appliance, a computer device and a computer-readable storage medium are disclosed. The method includes detecting the water level in a cleaning chamber of a cooking appliance in real time; during water feeding, closing the water inlet valve of the cooking appliance when the water level reaches the first preset water amount; and during water drainage, when the water level reaches the second preset amount of water, closing the drain valve of the cooking appliance. By detecting the water level in the washing chamber, the water inflow is controlled precisely to be the first preset water amount, and when the remaining water amount in the washing chamber is the second preset water amount, that thewater in the washing chamber is exhausted is judged, and the drain valve is closed, thereby improving the precision of the water inflow and drain control of the cooking utensils and improving the intelligence of the cooking utensils.

Description

technical field [0001] The invention belongs to the technical field of household electrical appliances, and in particular relates to a method for controlling water intake and drainage, a control system for water intake and drainage, a cooking utensil, a computer device and a computer-readable storage medium. Background technique [0002] At present, the control of water intake and drainage of existing cooking appliances is not precise, which causes waste of water, affects cooking effects, and affects user experience. For example, the rice cooker, the rice washing box in the rice cooker needs precise water inflow and drainage during the rice washing process, and a sufficient amount of water needs to be poured in to ensure that the rice is washed thoroughly. If there is not enough water, it will cause the problem of unclean rice washing. If the sewage is not completely discharged, and the rice water mixture is directly discharged into the inner pot, impurities will exist after...

AI Technical Summary

Problems solved by technology

[0002]Currently, the water intake and drainage control of existing cooking utensils is not precise, resulting in waste of water, affecting the cooking effect and affecting the user experience

For example, the rice cooker, the rice washing box in the rice cooker needs precise water intake and drainage during the rice washing process, and sufficient water needs to be poured in to ensure that the rice is washed thoroughly. It is necessary to judge in time whether the sewage after washing the rice remains in the rice washing box, so as to enter the next cooking process. , if there is not enough water, it will cause the problem of unclean rice washing. If the sewage is not drained thoroughly, but the rice water mixture is directly discharged into the inner pot, there will be impurities after the rice is cooked, which will affect the user experience.

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