Circulating dehydration device and method

Abstract

The invention discloses a circulating dehydration device, which comprises a cylindrical body, a filtering structure, a porous groove body, a water supply module and a driving module, wherein an isolating structure is arranged inside the cylindrical body to separate the cylindrical body into a first accommodating space and a second accommodating space; a valve is arranged on the isolating structure; the filtering structure is arranged in the first accommodating space; the porous groove body is rotationally arranged in the second accommodating space; the water supply module comprises a water supply moving piece and a guide pipe, wherein the water supply moving piece corresponds to the porous groove body and is arranged in the second accommodating space; the guide pipe extends from the second accommodating space to the filtering structure in the first accommodating space; and the driving module extends from the exterior of the cylindrical body to the interior of the cylindrical body and is linked to the porous groove body and the water supply moving piece. Due to the structure, the circulating dehydration device can be used for draining liquid of a mop and circulating, filtering and cleaning the liquid. The circulating dehydration device has water-saving, time-saving, energy-saving and environmentally-friendly characteristics.

Description

technical field [0001] The invention relates to a circulation dehydration device and a method thereof, in particular to a circulation dehydration device and a method for draining a mop. Background technique [0002] When people clean the floor, they generally use a mop to clean the floor quickly and in a large area. For example, in use, the mop is used to clean the floor earlier to remove the dirt on the ground, and then the mop is immersed in a bucket for cleaning. However, after many times of cleaning, the water in the bucket will become Dirty and full of dirty ingredients. Therefore, when the general user is mopping the floor, he must change the water in the bucket many times and frequently to avoid the situation of mopping and getting dirty. However, in the environment of rapidly consuming the earth's resources, people must realize that the resources will be exhausted. Therefore, starting from a small place, how to achieve the purpose of cleaning the floor while saving...

AI Technical Summary

Problems solved by technology

Therefore, when the general user is mopping the floor, he must change the water in the bucket many times and frequently to avoid the situation of mopping and getting dirty. However, in the environment of rapidly consuming the earth's resources, people must realize that the resources will be exhausted. Therefore, starting from a small place, how to achieve the purpose of cleaning the floor with the most water saving is a thought-provoking question.

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