Control method of washing machine and washing machine

Abstract

The invention discloses a control method of a washing machine and the washing machine. A water inlet pipeline of the washing machine is provided with a water inlet flow detection device for metering the water inlet amount. According to the control method, the washing machine controls the water inlet amount of rinsing according to the water inlet amount of washing or the amount of residual water inclothes after washing. In the case of rinsing, under the condition of the low water level, the clothes can be rinsed to be clean by increasing the water inlet amount; at the middle water level, the situation that water is splashed is prevented by reducing the water inlet amount; and at the high water level, the water inlet amount is reduced to prevent the situation of water overflow.

Description

technical field [0001] The invention belongs to the field of washing equipment, and in particular relates to a washing machine control method and the washing machine. Background technique [0002] A general washing machine is washed, drained, and then dehydrated during cleaning. After dehydration, it enters the rinse water, but after the clothes are dehydrated after washing, the clothes in the bucket are still wet and have a certain water content. And because different loads have different washing water inflows during washing, so in the case of different loads, the water content of the corresponding load in the bucket is different after washing and dehydration. The higher the water level, the more the load, and the higher the water content of the load after washing and dehydration. [0003] The ordinary pulsator washing machine is provided with a water level sensor, which can detect the height of the water level, and can ensure that the water level reaches the set height du...

AI Technical Summary

Problems solved by technology

Since there is no water level sensor to detect the water level, the water level in the bucket cannot be detected during washing and rinsing, and the water intake can only be confirmed through the flow meter. When the residual water in the bucket is high, if the original water intake is still used. In the barrel, the water level will be high. When the water level is low, splashing will occur, causing user complaints. When the water level is high, there will be overflow during the water intake process.

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