Scrubber and non-motor vehicle road surface cleaning system using scrubber

Abstract

The invention relates to the technical field of road cleaning and particularly relates to a scrubber and a non-motor vehicle road surface cleaning system using the scrubber. The scrubber comprises brushes formed by a plurality of circular brush discs. The brushes are connected with gears through springs, and heights can be adjusted automatically on uneven road surfaces, so that the circular brush discs are prevented from being abraded and bumped, and the brush service life is greatly prolonged; the brushes can rise and descend vertically by the controlling of a lifting motor to meet cleaning requirements of grounds of different heights. The invention further discloses the non-motor vehicle road surface cleaning system using the scrubber. The system comprises the scrubber and a water suction machine matched with the scrubber. The water suction machine follows traveling trajectories of the scrubber tightly, so that sewage and mud left by the scrubber is suctioned during cleaning constantly and drain the sewage and mud to roadside drainage ports timely to clean and dry the ground thoroughly. Accordingly, the cleaning cost is saved to the largest extent while the cleaning efficiency is guaranteed.

Description

technical field [0001] The invention relates to the technical field of road cleaning, in particular to a floor washing machine and a non-motor vehicle road surface cleaning system using the floor washing machine. Background technique [0002] With the development of the city, the level of road construction is improved, the environmental requirements are improved, and the living conditions are improved. The cleanliness of non-motorized vehicle lanes, especially sidewalks, is getting higher and higher. In addition to daily cleaning, cleaning is often required. And in some special areas, such as the neighborhoods where food stalls are concentrated, and the relatively humid and shaded non-motorized lanes in the south that are prone to moss growth, some special cleaning is required. At present, there have been some motorized cleaning equipment or equipment, but there are the following problems in the cleaning of non-motorized lanes: [0003] 1. Most of the existing floor washing...

AI Technical Summary

Problems solved by technology

This method consumes a lot of water, has low efficiency and high labor intensity

There is also a shortcoming: the sewage after flushing will remain on the non-motorized vehicle road in large quantities, and the dirt (such as dust) is still in place after the moisture evaporates. In order to weaken this deficiency, more water can only be used for flushing until the sewage All the waste was flushed into the city's sewer network

But obviously this is uneconomical and not environmentally friendly

[0006] 4. For some special polluted areas, such as heavy oil polluted areas and moss growing areas, there is almost no better method except manual scrubbing

However, manual scrubbing has high labor intensity, low efficiency and poor effect, which has always been a chronic problem in the cleaning of non-motorized vehicle lanes.

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