Glue-attached water-squeezing rotating roller with groove, floor mopping device adopting same and environmental sanitation equipment

Abstract

The invention provides a glue-attached water-squeezing roller with a groove, a mopping device adopting the glue-attached water-squeezing roller and environmental sanitation equipment. The glue-attached water-squeezing roller with the groove comprises a rotating drum, wherein the rotating drum is a straight circular pipe body; and at least one rubber roller, wherein the at least one rubber roller covers the outer surface of the pipe body of the rotary drum to form at least one groove, and the groove is sunken towards the rotary drum. An adhesive layer is arranged on the surface of the adhesive-attached water-squeezing roller with the groove, so that slipping is prevented; when water is squeezed out of the split type mopping stick, the whole mopping stick can be exactly and completely clamped into the tooth-shaped groove of the glue-attached rotating roller with the groove, on one hand, a good water squeezing effect can be achieved, on the other hand, the supporting and power-assisted rotating effects on the mopping stick are achieved, it is guaranteed that the whole mopping stick rotates synchronously, and the mopping stick is prevented from being squeezed, pulled and deformed; meanwhile, the conveying belts at the two ends of the mopping stick are prevented from being blocked and bounced.

Description

technical field [0001] The disclosure relates to the field of environmental sanitation machinery and equipment, in particular to a glue-attached squeeze water roller with grooves, a floor mopping device and environmental sanitation equipment using the same. Background technique [0002] The applicant's previous application provided a floor mopping device and sanitation equipment, and provided a technical solution for a split-type circulating mop and a roller-type mop dehydration device. The mopping device and sanitation equipment can realize the automatic Circular cleaning and squeezing to ensure that the mop in contact with the ground is always in a clean and semi-wet state, and the mopping effect is good. [0003] In the process of realizing the present invention, the applicant found that the above-mentioned prior art has the following technical defects: the above-mentioned split circulation mop includes a plurality of mopping sticks, which are detachably connected to the ...

AI Technical Summary

Problems solved by technology

[0003] In the process of realizing the present invention, the applicant found that the above-mentioned prior art has the following technical defects: the above-mentioned split circulation mop includes a plurality of mopping sticks, which are detachably connected to the conveyor belts at both ends. , and there is no support in the middle of the whole mopping stick. When the mopping stick is extruded and dehydrated by two counter-rotating cylindrical rollers, the mopping stick is squeezed by the smooth cylindrical rollers, and there is a backward pulling force. At the same time The two ends of the mopping stick are subjected to the forward transmission force of the conveyor belt. The directions of the two forces are opposite, which will easily cause adverse consequences: First, the two squeezing rollers of the water squeezing device adopt a smooth cylindrical rod structure, which is easy to squeeze and dehydrate. Slipping; second, the mopping stick is subjected to both backward pulling force and forward transmission force during extrusion dehydration, which may easily cause the mopping stick to bend and deform; third, the overall force of the mopping stick is uneven, which will cause two The conveyor belt at the end is out of sync, easy to get stuck and jump

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