Cleaning tool

Abstract

The invention relates to a cleaning tool which comprises a mop and a barrel. Handles are hinged to the two side edges of the barrel. The cleaning tool is characterized by further comprising water squeezing mechanisms arranged on the handles, and locking mechanisms, wherein each water squeezing mechanism is provided with an opening through which the mop penetrates so as to allow the mop to move up and down to achieve dehydration. Compared with the prior art, the cleaning tool has the advantages that when the cleaning tool is in use, the mop is placed into the barrel to be cleaned, and after cleaning, the water squeezing mechanisms on the handles can be used for drying; when the cleaning tool is not in use, the mop is clamped to the openings in he handles, a mop head droops naturally, dropped water directly drops in the barrel, the locking mechanisms are further arranged at the hinged positions of the barrel and the handles, the locking mechanisms can lock the handles to the needed positions according to the using requirement, meanwhile, the water squeezing mechanisms are correspondingly locked to the needed positions so as to dry the mop, and finally the mop is arranged to be inserted to the openings in the handles. The cleaning tool has the advantages of integrating mop cleaning, drying and storing, is more convenient to use and saves more labor.

Description

technical field [0001] The invention relates to the field of household cleaning, in particular to a multifunctional cleaning tool. Background technique [0002] The traditional floor mop squeeze water device generally adopts to put the mop head into the circular drainage pocket on the floor mop bucket and rotate to wring out to achieve the effect of water squeeze. But because there is no mop head fixing device, the effect of this way of squeezing water is relatively poor, and the mop head is not easy to be wrung out. And this kind of floor mop squeezing water device is only suitable for round-headed floor mops. For flat-headed floor mops, because the horizontal area is large, the mop cloth cannot be completely put into the water squeezing device, so only a part of the mop cloth can be twisted off. If you want to wring out the moisture on the floor mop, you can only choose to wring it out by hand, which does not reflect the convenience of the water squeezing device and is no...

AI Technical Summary

Problems solved by technology

For example, Chinese patent CN203647295U discloses a ground mopping and squeezing water device and a ground mopping and squeezing water bucket. The cloth strips on the top are soft, so the mop cloth will gather together during the downward pressure process of this squeezing device, which is difficult to operate, and the structure of this device is more complicated

In addition, there are more prominent problems in mop use whether it is cleaned, wrung out or stored. The most direct way is to use a bucket to lift water, clean it in the bucket, and finally wring it out by hand. Wringing out the hand will cause more damage and is unhygienic. Especially in winter, cold water will cause greater damage to the human body, and the storage of the mop is also a more prominent problem. Putting it directly in the bucket is not conducive to drying the mop. If you set The bracket for drying the mop needs enough space, which not only takes up space, but also is not beautiful, and dripping water will affect the sanitation of the environment

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