External damage prevention visual monitoring device for electric power communication optical cable line

Abstract

The invention relates to an electric power communication optical cable line external damage prevention visual monitoring device of the present invention. The device comprises a monitoring background and a signal acquisition assembly, wherein the signal acquisition assembly comprises a support, an inclination sensor and a horizontal base, the support and the inclination sensor are both arranged on the horizontal base, and the horizontal base is also provided with a wireless measurement module; a gateway and a data transmission device are arranged on the support. The device is advantaged in that an inclination signal of the horizontal base outputted by the inclination sensor is collected in real time through the wireless measurement module, the inclination condition of a tower can be monitored in real time, the gateway receives and stores the collected data, the data transmission device sends the data to the monitoring background, an operator reads and analyzes data through the monitoring background, so the inclination condition of the tower can be diagnosed, hidden dangers can be found as soon as possible, hidden dangers can be eliminated in time, faults can be eliminated in time, operation reliability of a communication line is improved, operation and maintenance personnel are reminded to reinforce a foundation, and tower falling accidents are prevented.

Description

technical field [0001] The invention relates to a visual monitoring device for preventing external breakage of electric communication optical cable lines. Background technique [0002] At present, driven by the continuous development of power grid automation construction, optical fiber communication technology is gradually applied in a wider and wider range of applications in the power industry. Optical fiber communication technology is used to connect optical cable lines between various sites in the power grid system, thereby realizing real-time communication at each site. , to ensure the normal operation of power grid automation, the existing optical cables are installed and fixed through the communication tower, and the communication tower is prone to tilting, and the tilting phenomenon of the existing communication tower is observed by the inspectors with the naked eye. It is difficult to observe small changes, therefore, the tower cannot be overhauled and maintained in ...

AI Technical Summary

Problems solved by technology

[0002] At present, driven by the continuous development of power grid automation construction, optical fiber communication technology is gradually being used in a wider range of applications in the power industry. Optical fiber communication technology is used to connect optical cable lines between various sites in the power grid system, thereby realizing real-time communication at each site. , to ensure the normal operation of power grid automation, the existing optical cables are installed and fixed through the communication tower, and the communication tower is prone to tilting, and the tilting phenomenon of the existing communication tower is observed by the inspectors with the naked eye. It is difficult to observe small changes, therefore, the tower cannot be repaired and maintained in time, resulting in the collapse of the tower

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