Novel sweeping and absorbing integrated cleaning mechanism

Abstract

The invention provides a novel sweeping and absorbing integrated cleaning mechanism. The novel sweeping and absorbing integrated cleaning mechanism comprises a rotating cleaning brush carried by a sweeper. A shell making contact with the ground in a soft mode covers the rotating cleaning brush. A pumping pipeline is communicated with the upper portion of the shell. Due to the adoption of the technical scheme, the novel sweeping and absorbing integrated cleaning mechanism breaks through the structural form of traditional sweepers and integrates a rubbish brushing and sweeping mechanism and a rubbish pumping mechanism; the cleaning brush is rotated to brush and sweep rubbish in the shell in a rotating mode, is prevented from being absorbed on the ground and is in a free floating state. Negative pressure is formed in the shell through the pumping pipeline, the rubbish is pumped to a rubbish can of the sweeper through the pumping pipeline and is stored, and the cleaning brush is rotated to be matched with the shell and the pumping pipeline to form an Archimedes spiral type rubbish absorbing structure. The novel sweeping and absorbing integrated cleaning mechanism is strong in rubbish pumping and intake capacity and overcomes the defects that the traditional sweepers are single in structure and poor in cleaning ability. Compared with the prior art, the novel sweeping and absorbing integrated cleaning mechanism is thorough in road surface rubbish cleaning, efficient, novel and reasonable in structure and strong in practicability.

Description

technical field [0001] The invention relates to the field of cleaning mechanisms on roads and the like, in particular to a novel sweeping-suction integrated cleaning mechanism used in conjunction with a sweeping vehicle. Background technique [0002] At present, the existing generally used sweeping vehicles on the market generally include types such as air recirculation sweeping vehicles, wet suction sweeping sweepers, dry suction sweeping sweepers, pure sweeping sweepers, and pure suction sweepers. But there are some defects in the actual use process. The air recirculation type sweeper mainly has the defect that it is difficult to remove large garbage debris, and its application range is narrow; due to the limitation of the size of the vacuum tube group, the wet suction sweeper sweeper has some difficulties in cleaning larger garbage debris, which is easy to cause " "Blocking" pipeline situation has brought a lot of troubles to people; the structure of dry suction sweeping...

AI Technical Summary

Problems solved by technology

However, there are some defects in the actual use process

The air recirculation type sweeper mainly has the defect that it is difficult to remove large garbage debris, and its application range is narrow; due to the limitation of the size of the vacuum tube group, the wet suction sweeper sweeper has some difficulties in cleaning larger garbage debris, which is easy to cause " "Blocking" pipeline situation has brought a lot of troubles to people; the structure of the dry suction sweeping sweeper is complex, expensive, not conducive to popularization, and poor in practicability; the pure sweeping sweeper cannot touch dust and finer dust due to the brush wire Garbage debris makes it difficult to completely remove small garbage, and there is secondary dust, which pollutes the air; pure suction sweepers use a simple suction structure, which consumes a lot of energy and costs, is not conducive to resource protection, and has poor practicability

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