Clothes processing device dehydration control method and clothes processing device

Abstract

The invention discloses a clothes processing device dehydration control method. A maximum rotation speed that an inner drum can be run to and a first rotation speed in the process that the inner drumrotates to the maximum rotation speed are set, and when the inner drum reaches the first rotation speed and the maximum rotation speed, vibration values in at least two directions of the inner drum are detected; when the inner drum is run to the first rotation speed or the maximum rotation speed, if the vibration value detected in one direction of the inner drum satisfies a preset value corresponding to the rotation speed, and the vibration value detected in the other direction does not satisfy the preset value corresponding to the rotation speed, the inner drum is controlled to be run to another rotation speed, and the steps are repeated; in the detection process, when it is detected that the vibration values in all the directions all satisfy the preset value corresponding to the rotationspeed, the inner drum is controlled to conduct dehydration at the maximum rotation speed, and when it is detected that all the vibration values in all the directions of the inner drum do not satisfythe preset value corresponding to the rotation speed, the inner drum is controlled to conduct dehydration at the first rotation speed. The invention further provides a clothes processing device basedon the dehydration control method.

Description

technical field [0001] The invention relates to the field of washing equipment, in particular to a method for controlling the dehydration of a clothes treatment device and a clothes treatment device. Background technique [0002] The dehydration process of the clothes processing device in the prior art relies on the centrifugal action generated by the high-speed rotation of the inner tub to shake the washing water out of the clothes, thereby achieving the purpose of dehydrating the clothes. The stable progress of this process depends on the properties of the clothing itself and the distribution state of the clothing in the inner tub. However, these factors are difficult to guarantee in the actual use of the laundry treatment device. Because the clothes processed in a single washing process may have great differences in the water content of the clothes themselves due to various materials and sizes; or larger clothes are gathered on one side of the inner tub during the drying...

AI Technical Summary

Problems solved by technology

However, these factors are difficult to guarantee in the actual use of the clothes treatment device.

Because the clothes processed in a single washing process may have great differences in the water content of the clothes themselves due to various materials and sizes; or larger clothes are gathered on one side of the inner tub during the drying process, further Entangles other clothes and aggravates the uneven distribution of clothes in the inner tub; or, for larger industrial clothes processing devices, the clothes are not distributed evenly in the inner tub due to the large amount of clothes to be processed at a time. may remain even

All of the above are hidden dangers caused by the smooth rotation of the inner barrel during the dehydration process

In mild cases, the inner barrel vibrates violently and makes a lot of noise, which affects the user experience

More seriously, if things go on like this, the structure of the clothes processing device will be damaged, causing some connectors to loosen and fall off under long-term, high-intensity, and frequent vibrations

However, it is difficult to realize the real-time adjustment of the dehydration state of the clothes treatment device from the perspective of self-control in actual use. If the dehydration process needs to adjust the clothes treatment device by itself, the meaning of using the clothes treatment device will be lost.

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