Stress compensation device for preventing electric pole tower from collapsing

Abstract

The invention discloses a stress compensation device for preventing an electric pole tower from collapsing, and relates to the field of electric pole towers. The problem that the electric pole tower cannot be prevented from collapsing in the prior art is solved. The stress compensation device comprises a compensation control unit connected with a stress measuring unit and a stress compensation unit connected with the compensation control unit. The stress measuring unit includes a stress measurement module connected with a first power supply module and a first modulus conversion module connected with the stress measuring module. The compensation control unit includes a stress signal receiving module connected with the first modulus conversion module, a compensation control module connectedwith the stress signal receiving module and a man-machine conversation module connected with the compensation control module. The stress compensation unit includes a motor module connected with the compensation control module and a stress adjustment module connected with the motor module. The stress compensation device for preventing the electric pole tower from collapsing is used as the auxiliaryconfiguration of the electric pole tower, can detect the stress of the electric pole tower in real time to prevent the occurrence of the tower collapse accident of the electric pole tower.

Description

technical field [0001] The present application relates to the field of power poles and towers, in particular to a stress compensation device for preventing power poles from falling down. Background technique [0002] The power pole tower is a basic equipment to support the power overhead line, which can keep the power overhead line and the ground, trees, houses, etc. at a sufficient safe distance. After the erection of the power pole tower is completed, due to ground subsidence, tower foundation subsidence, and tower support parts being damaged by external forces, tower collapse accidents may occur. Falling towers will endanger personal and equipment safety, affect the normal operation of power lines, and even endanger the safety of the entire power grid. [0003] In the prior art, tower collapse accidents are prevented by strengthening foundations, building retaining walls and intercepting ditches, and civil engineering reconstructions are carried out in combination with r...

AI Technical Summary

Problems solved by technology

[0004] The present application provides a stress compensation device for preventing the collapse of the power tower, so as to solve the problem that the power tower cannot be prevented from falling in real time in the prior art

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