Inspection robot of intelligent communication maintenance device

Abstract

The invention discloses an inspection robot of an intelligent communication maintenance device. The inspection robot comprises a control machine body, extrusion pieces, top pressing sliding blocks, pressing modules, video telescopic modules, lifting discs and telescopic pressing frames, wherein a machine body sliding groove is formed in the control machine body; the two sides of the machine body sliding groove are each provided with a sliding extrusion piece respectively; each extrusion piece is provided with a rotating supporting rotating pipe respectively; the supporting rotating pipes are provided with a plurality of sliding top pressing wheels respectively; the plurality of top pressing sliding blocks slide on the control machine body in a telescopic mode; each top pressing sliding block is provided with a rotating driving rotating wheel respectively; the video telescopic modules are arranged on the control machine body; and telescopic sliding cameras are arranged on the video telescopic modules. The control machine body slides on a communication rod for inspecting communication modules, so that the inspection efficiency of the communication modules is greatly improved.

Description

technical field [0001] The present invention relates to a communication device, in particular to an inspection robot of an intelligent communication maintenance device, and in particular to an intelligent communication maintenance device capable of automatic maintenance of communication equipment on a communication pole. Background technique [0002] With the continuous development of the communication network, the continuous construction of the communication infrastructure has been further promoted. In the current communication infrastructure, the communication pole is one of the necessary equipment, and the network coverage can be further achieved through the construction of the communication pole. In the process of installation and maintenance of the current communication poles, it is necessary to manually climb to the communication poles during installation, and then manually lift the communication module to the communication poles through the pull rope, and then install ...

AI Technical Summary

Problems solved by technology

[0003] In the process of installing the communication module, the staff climbed to the top of the communication pole and then manually lifted the communication module through the pull rope. Although the communication module can be lifted manually, due to the height limitation and the communication The number of rods is large, so it causes an increase in workload, which leads to the problem of low installation efficiency;

[0004] At the same time, in the process of overhauling the communication module on the communication pole, the same staff need to climb the large communication pole for maintenance. When the number of communication poles is large, it is necessary to repeatedly climb the communication pole. This leads to low maintenance efficiency and increases the maintenance cost of the communication module;

[0005] Among them, during the inspection process of the communication module through the UAV, the UAV can only overhaul the communication module on a single rod body. Due to the limitation of the power of the UAV, the efficiency of the maintenance is extremely low, and there is always a return flight. possibility, which in turn leads to the problem that drone maintenance cannot be promoted

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