Wall-mounted waterworks moss cleaning machine

Abstract

The invention designs a wall-mounted waterworks moss cleaning machine mainly comprising a wall-mounted rack and a roller brush, wherein the wall-mounted rack is composed of an upper top tray, a lower baseboard and a brace arranged between the upper top tray and the lower baseboard; a lifting table is arranged between the upper top tray and the lower baseboard and is connected with an oscillating platform by a hinge; the roller brush is upwards inserted from the lower part of the oscillating platform and is connected with a roller brush transmission mechanism; the lower baseboard is provided with a vertical rotation shaft by a bearing; the lifting table is matched with the rotation shaft by sliding the bearing and forms a sliding pair with the rotation shaft; the rotation shaft is provided with an actuating arm synchronously oscillating with the rotation shaft; the actuating arm and the oscillating platform are on the same horizontal plane to drive the oscillating platform to oscillate; a lead screw is arranged in the wall-mounted rack; and the lifting table is provided with a screwed hole matched with the lead screw. The moss cleaning machine is characterized in that the roller brush driven by a motor is arranged on the rainbow-shaped bridge of the waterworks by the wall-mounted rack to obtain the effect of automatically cleaning.

Description

technical field [0001] The invention relates to a cleaning machine, in particular to a wall-mounted waterworks moss cleaning machine used in large-scale waterworks. Background technique [0002] Waterworks are equipped with large-scale sedimentation tanks to remove impurities in the water through sedimentation. In order to prolong the time of the water body in the sedimentation tanks as much as possible, the sedimentation tanks are generally equipped with circuit-shaped partitions. Moss causes secondary pollution of tap water in sedimentation tanks. In the prior art, the treatment of moss is mainly done manually. Workers use brushes to brush off the moss from the partition wall. Due to the huge area of ​​the sedimentation tank, the total length of the loop partition will reach several kilometers or even dozens of kilometers, and the need to clean The length of the partition wall will be twice the total length of the partition, and the workload is huge, which will become the...

AI Technical Summary

Problems solved by technology

In the prior art, the treatment of moss is mainly done manually. Workers use brushes to brush off the moss from the partition wall. Due to the huge area of ​​the sedimentation tank, the total length of the loop partition will reach several kilometers or even dozens of kilometers, and the need to clean The length of the partition wall will be twice the total length of the partition, and the workload is huge, which will become the main labor consumption of the waterworks

At the same time, the work efficiency of manual cleaning is low, and the speed of cleaning is basically equal to or slower than the speed of moss growth due to the influence of various environments such as weather, resulting in the inability to improve the water quality of the waterworks.

On the other hand, the depth of the sedimentation tank is very deep. If the operator accidentally falls into the water, it will cause casualties, bring grief to their families, and also cause the waterworks to suffer economic and reputational losses, and also bring social distress. stability factor

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