Road separation fence ground cleaning device

Abstract

The invention provides a road partition fence ground sweeping device composed of a motor, a connecting bent plate, a gear drive mechanism, a disc brush connecting support assembly, a connecting support main shaft and disc brushes. The motor is in transmission connection with the gear drive mechanism under the connecting bent plate. The connecting support main shaft is connected between the gear drive mechanism and the disc brush connecting support assembly. The disc brushes are mounted at the tail ends of horizontal supports of the disc brush connecting support assembly. The disc brush connecting support assembly is driven by the gear drive mechanism to rotate. The gear drive mechanism is mounted on the disc brush connecting support assembly and is composed of a straight gear transmission pair and a bevel gear wheel transmission pair. The transmission tail end of the gear drive mechanism is connected with the disc brushes. The disc brushes can be driven by the gear drive mechanism to rotate in the direction opposite to the rotating direction of the disc brush connecting support assembly. After the road partition fence ground sweeping device is mounted on a road partition fence cleaning machine, a partition fence and a ground surface under the partition fence can be synchronously and efficiently swept.

Description

technical field [0001] The invention belongs to the technical field of urban cleaning and environmental protection equipment, and in particular relates to a ground cleaning device for road isolation fences. Background technique [0002] At the beginning, in the urban sanitation work, manual scrubbing was mostly used to clean the road barriers, which was labor-intensive and had potential safety hazards, which added a lot of burden to the sanitation workers. In recent years, the road fence cleaning machine has solved this problem very well, but the muddy water left by the road fence cleaning machine also flows to the road below the fence at the same time. It is because there is muddy water remaining, which cannot be collected and cleaned at one time, so this area needs to be cleaned twice. Therefore, this area has become a "dead corner" that cannot be cleaned by the existing road fence cleaning machine. Usually, the secondary cleaning of this area is done by manual or high-pr...

AI Technical Summary

Problems solved by technology

[0002] At the beginning, in the urban sanitation work, manual scrubbing was mostly used to clean the road barriers, which was labor-intensive and had potential safety hazards, which added a lot of burden to the sanitation workers

In recent years, the road fence cleaning machine has solved this problem very well, but the muddy water left by the road fence cleaning machine also flows to the road below the fence at the same time. It is the residual muddy water that cannot be collected and cleaned at one time, so this area needs to be cleaned twice. Therefore, this area has become a "dead corner" that cannot be cleaned by the existing road separation fence cleaning machine

Usually, the secondary cleaning of this area is done by manual or high-pressure water cleaning. Manual cleaning is not only labor-intensive, but also increases the personal safety risk of the sweeper; and when the high-pressure water cleans the area, the dust will be washed away. Near the middle of the road, the suction sweeper in the other lane cannot collect it in real time. As a result, after the water in this area evaporates, various dusts still rise with the vehicle, causing secondary pollution to the environment and failing to achieve the purpose of efficient cleaning.

Images