Remote control environment-friendly desilting robot

Abstract

The invention provides a remote control environment-friendly desilting robot. The remote control environment-friendly desilting robot is characterized by comprising a traveling assembly, wherein the traveling assembly forms a chassis of the remote control environment-friendly desilting robot, and a desilting trolley body is arranged on the traveling assembly. The desilting trolley body is connected with a desilting assembly, a sludge conveying assembly, a rotary cutter assembly, a monitoring assembly and a control and drive assembly, wherein the sludge conveying assembly is connected with thedesilting assembly, the control and drive assembly is separately connected with the traveling assembly, the desilting assembly, the sludge conveying assembly, the rotary cutter assembly and the monitoring assembly, and meanwhile, the control and drive assembly is connected with a ground control box arranged on the ground through a communication cable.

Description

technical field [0001] The invention relates to the technical field of dredging equipment for small and medium-sized water areas, and in particular to a remote-controlled environment-friendly dredging robot. Background technique [0002] At present, for small and medium-sized water areas, the main dredging method is to drain the water, and use excavators or dredgers to carry out dredging work directly in the absence of water. This method of work requires diversion of rivers, sometimes It is also necessary to adopt the method of excavating a temporary river channel to solve the problem. The project volume is large and cumbersome, and it will also make the dredging target unable to carry out work and production for a long period of time, resulting in certain economic losses; so this working method The production efficiency is low, the labor intensity is high, and the method is relatively primitive. In many cases, due to the depth of the river bed and the topography, many large...

AI Technical Summary

Problems solved by technology

[0002] At present, for small and medium-sized water areas, the main dredging method is to drain the water, and use excavators or dredgers to carry out dredging work directly in the absence of water. This method of work requires diversion of rivers, sometimes It is also necessary to adopt the method of excavating a temporary river channel to solve the problem. The project volume is large and cumbersome, and it will also make the dredging target unable to carry out work and production for a long period of time, resulting in certain economic losses; so this working method The production efficiency is low, the labor intensity is high, the method is relatively primitive, and in many cases, due to the depth of the river bed and the topography, many large-scale construction machinery cannot realize the operation

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