Dirt-stopping dirt-removing mechanism

Abstract

The invention relates to a dirt-stopping dirt-removing mechanism in the technical field of environment-friendly equipment. The dirt-stopping dirt-removing mechanism comprises a fence which is blocked on a river channel, wherein a tooth rake is arranged on one side at the upstream of the fence; the tooth rake is connected with a linear motion mechanism; a motion direction of the linear motion mechanism is consistent to the width direction of the fence; a height position of the tooth rake is corresponding to the height position of the rubbish stopped by the fence; a truss is arranged on one side of the river channel; and a lifting mechanism for hanging and transporting the rubbish is mounted on the truss. When the accumulated rubbish at the fence is sufficient, the tooth rake is pulled to move toward one side of the river channel through the linear motion mechanism and the rubbish is driven to accumulate on one side of the river channel by the tooth rake, and then the rubbish is hung and transported by the lifting mechanism and is conveyed onto a rubbish transporting vehicle for transporting, so that the purpose of quickly cleaning the rubbish of the river channel is achieved. The dirt-stopping dirt-removing mechanism can stop the rubbish of the river channel, can quickly and efficiently clean the rubbish of the river channel and can be applied to the rubbish cleaning of various river channels.

Description

technical field [0001] The invention relates to environmental protection equipment, in particular to a device for blocking and cleaning riverway garbage. Background technique [0002] The flooding of aquatic plants and other floating objects on the water surface often bring obstacles to river flooding, hydropower generation, ship navigation, etc. In order to block aquatic plants, floating waste and other debris, in the prior art, there is a trash rack, Fences are fixed on the water surface of the river, and the floating objects on the water surface are blocked by the fence, and then manually collected and cleaned to achieve the purpose of removing debris and cleaning the river. However, this approach will also bring disadvantages. When the amount of water coming from the upstream is large and a large amount of flood flow is required, a large number of floating objects block the fence, and the speed of manual cleaning is slow, which cannot meet the requirements of flood disch...

AI Technical Summary

Problems solved by technology

However, this approach will also bring disadvantages. When the amount of water coming from the upstream is large and a large amount of flood flow is required, a large number of floating objects block the fence, and the speed of manual cleaning is slow, which cannot meet the requirements of flood discharge, resulting in Flood flow is not smooth; a large amount of floating debris accumulates at the fence, and under the hydraulic push, it forms a huge thrust, which produces a strong thrust on the fence, and in severe cases, it will directly destroy the fence

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