A floor mop dehydration cleaning device

Abstract

The invention discloses a mop dewatering and washing device. The mop dewatering and washing device comprises a dewatering barrel, a washing barrel, a mop and a shell used for placing the dewatering barrel and the washing barrel, wherein the dewatering barrel comprises a fixing base, a draining basket fixed to the upper end of the fixing base, as well as a stretching mechanism and a rotating mechanism which are arranged inside the fixing base, and the washing barrel comprises a fixing rack, a washing basket fixed at the upper end of the fixing rack, as well as a water pumping mechanism and a rotating device which are arranged inside the fixing rack. For the mop dewatering and washing device, the hand-pulling type dewatering barrel is adopted, and the rotating device is mainly concentrated to the inside of the dewatering barrel but not the mop, so that the replacement cost of the mop is reduced; compared with the existing pedaling type or pressing type dewatering device, the mop dewatering and washing device provided by the invention has the advantages that a stay cord can provide long rotation distance, and the rotation speed is high, so that the dehydration is complete; the water pumping device and the rotating device are integrated to the same drive device, so that the structure of the device is simplified, the function of spraying water and carrying out rotating washing simultaneously is realized, and the effect that the water of the washing device is filtered and used in a recycling manner is realized.

Description

technical field [0001] The invention relates to a floor mop barrel, in particular to a floor mop dehydration and cleaning device. Background technique [0002] At present, dehydration barrels and matching mops that can be rotated and dehydrated abound. But for the products on the existing market, generally adopt the pedal type drain basket, after the pedal drives the gear, the drain basket is produced to rotate, and the water of the mop hair that will be placed in the drain basket is dried. A push-type rotary mop has appeared, which is divided into an upper rod body and a lower rod body. The upper and lower rod bodies are directly matched with a very complicated bearing and guide mop rod structure, or the lower rod body can rotate along the axial direction of the upper rod body. Either way, the structure of the rod body is relatively complicated. Generally speaking, during long-term use, the mop is more likely to be damaged than the dehydration bucket and cleaning bucket, a...

AI Technical Summary

Problems solved by technology

But for the products on the existing market, generally adopt the pedal type drain basket, after the pedal drives the gear, the drain basket is produced to rotate, and the water of the mop hair that will be placed in the drain basket is dried. A push-type rotary mop has appeared, which is divided into an upper rod body and a lower rod body. The upper and lower rod bodies are directly matched with a very complicated bearing and guide mop rod structure, or the lower rod body can rotate along the axial direction of the upper rod body. Either way, the structure of the rod body is relatively complicated. Generally speaking, during long-term use, the mop is more likely to be damaged than the dehydration bucket and cleaning bucket, and needs to be replaced more frequently. Therefore, the mop must be simple in structure, low in cost, and Foot-operated rotation, the rotation speed is not fast, and the drying effect is not very ideal. At the same time, if the rotation of the mop drives the water in the cleaning bucket to rotate, the resistance is large, the cleaning effect is poor, and the water after cleaning is often unable to circulate. use

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