Extruding flat plate mop cleaning tool capable of being set upright

Abstract

An extruding flat plate mop cleaning tool capable of being set upright comprises a mop barrel and a flat plate mop. The flat plate mop comprises a mop rod and a flat plate mop head, a wiping object is arranged on the flat plate mop head, and the mop barrel is provided with an independent cleaning region and an independent water extruding region; a stroking port extruding device is installed on the mop barrel, and the flat plate mop head is kept in a cleaning and water-extruding state through a positioning device between the flat plate mop head and the mop rod; during mopping, the flat plate mop head can be rotated to be in a floor-mopping state; during cleaning, the flat plate mop head moves between the cleaning region and the stroking port extruding device to perform extrusion, so that the wiping objected is moved to be extruded and cleaned, and during water extruding, the flat plate mop head moves between the water extruding region and the stroking port extruding device to perform extrusion, so that the wiping object is moved to be extruded and subjected to water extruding; after the flat plate mop is used, the flat plate mop can be inserted into the stroking port extruding device, so that the flat plate mop is set upright in the mop barrel. The stroking port extruding device is arranged on the mop barrel, so that using is more convenient.

Description

technical field [0001] The invention relates to a flat mop cleaning tool. Background technique [0002] In the prior art, the dehydration of the flat mop has three ways: the dehydration of the foot-squeezing type, which is provided with a foot-squeezing device on the mop bucket. The pedal on the upper part of the mop bucket and opposite to the squeeze basket, the pedal and the squeeze basket form a squeeze space. When dehydrating, the mop on the mop plate of the flat mop needs to be removed first, and the mop is placed in the squeeze space , and then step on the pedal to shrink the water squeeze space to squeeze out the water on the mop. This form of dehydration requires the design of a foot-pressing device with a complex structure, which is costly; when squeezing water, the mop needs to be removed first, and the foot needs to be lifted for pedaling operation, which is troublesome to operate. [0003] The second method is centrifugal spin dehydration, which uses a hand-pre...

AI Technical Summary

Problems solved by technology

It also has the disadvantage that: during the water squeezing operation, it is necessary to hold the mop rod for positioning with one hand, and hold the water squeezing mechanism with one hand, and push and pull the water squeezing mechanism with one hand to realize the relative extrusion between the water squeezing mechanism and the flat mop board Mobile movement, the operation is very laborious, and the operability is not strong

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