Rotary type mop capable of enhancing water twisting effect

Abstract

The invention relates to a rotary type mop capable of enhancing a water twisting effect, which comprises a main bar, a holding sleeve, a rotation pipe and mop cloth, wherein the holding sleeve is sleeved on the main bar and can rotate and move on the main bar; the rotation pipe is sleeved on the main bar and can rotate on the main bar; and one end of the mop cloth is connected with the bottom end of the holding sleeve, and the other end is connected with the bottom end of the main bar. When the main bar and the holding sleeve relatively rotate, the mop cloth can be twisted, the mop cloth is tightly attached to the rotation pipe when being tightly twisted but is not tightly attached to the main bar, and the main bar and the holding sleeve still can relatively rotate, so that the mop cloth can be effectively twisted. Simultaneously, the twisting of the mop is more laborsaving.

Description

technical field [0001] The present invention relates to a cleaning device. Specifically, it refers to a rotary mop that improves the effect of wringing water, and can effectively wring out the water in the mop. Background technique [0002] figure 1 It shows a known rotary wringer mop 10, which has: a main rod 12, a handle 14, which is sheathed on the main rod 12, and can move and rotate on the main rod. A mop cloth 16 is in roll shape, one end is fixedly connected to the bottom end 121 of the main rod 12 , and the other end is fixedly connected to the bottom end 141 of the handle 14 . During use, the grip cover 14 is moved to the bottom of the main rod 12, so that the mop cloth 16 can be dropped on the bottom of the mop 10, so that the mop cloth 16 can be used to mop the ground. Wash the mop cloth when the mop cloth is dirty. After cleaning, slide the grip 14 upwards and straighten the mop cloth 16, as figure 1 As shown, turn the grip 14 with one hand and rotate the mai...

AI Technical Summary

Problems solved by technology

[0005] As a result of the above, only the lower half of the mop cloth B is not tightened and cannot be wrung out, and the moisture will still remain in the lower half of B

In addition, during the wringing process, the water flows from the upper half U to the lower half B and accumulates in the lower half, and the water cannot be wrung out

The lower half of the mop cloth is actually the main part that is in contact with the ground, but this part is not wrung out, which affects the mopping effect

[0006] Therefore, in the known structure, the entire mop cloth cannot be twisted effectively when twisting the mop. When a certain part of the mop cloth 16 is tightened to the main rod 12, it is impossible to twist the mop cloth again, so that other parts of the mop cloth Not tightened effectively enough to fully wring out water

[0007] In addition, when the upper half of the mop cloth tightens the main rod, the tightening force applied by the user is against the tightening force and frictional resistance at the tightening point, so the operation is quite laborious

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