A transmission line tower monitoring device based on microwave radar scanning

Abstract

The invention provides a transmission line tower pole monitoring device based on microwave radar scanning, which includes a monitoring device body, the monitoring device body includes a support plate, fixed shafts are installed on both ends of the support plate, and the fixed shafts are respectively installed There are a fixed frame one and a fixed frame two, and one end of the fixed frame one and the fixed frame two is equipped with a powerful magnet, and the fixed frame one and the fixed frame two are matched by a strong magnet, and the fixed frame one and the fixed frame two Friction pads are installed on the inner wall of the transmission line tower pole monitoring device based on microwave radar scanning. When in use, the box cover is opened to leak out the inner arc cover and the transmitter, and it is connected to it through an external device. Through the transmitter The wave is emitted, and the wave bounces after contacting the tower rod, and is collected through the arc cover. After the data is collected, the shape of the tower rod is modeled through an external device to observe whether it is normal, so as to quickly detect and use the tower rod.

Description

technical field [0001] The invention relates to the field of monitoring equipment for transmission line towers, in particular to a transmission line tower monitoring device based on microwave radar scanning. Background technique [0002] my country's power transmission lines basically use overhead lines, using towers to erect the lines in the air. Under such conditions, overhead transmission lines need to withstand the mechanical forces of self-weight, wind, blizzard, ice and snow, and the erosion of harmful gases such as wind and sand. , the operating conditions are very bad. When the transmission line passes through coal mining areas, soft soil areas, hillside areas, desert areas, riverbed areas and other unfavorable geological areas, under the action of the natural environment or external conditions, the tower foundation will slip , inclination, settlement and other phenomena, resulting in the deformation and inclination of the tower and burying various hidden dangers of ac...

AI Technical Summary

Problems solved by technology

[0002] my country's power transmission lines basically use overhead lines, using towers to erect the lines in the air. Under such conditions, overhead transmission lines need to withstand the mechanical forces of self-weight, wind, blizzard, ice and snow, and the erosion of harmful gases such as wind and sand. , the operating conditions are very bad. When the transmission line passes through coal mining areas, soft soil areas, hillside areas, desert areas, riverbed areas and other unfavorable geological areas, under the action of the natural environment or external conditions, the tower foundation will slip , inclination, settlement and other phenomena, resulting in the deformation and inclination of the tower and burying various hidden dangers of accidents, affecting the normal operation of the line. At the same time, it brings huge economic losses to the power company, related departments, and people. In the early stage of the tower tilt phenomenon, it is difficult for the power company inspectors to observe subtle changes with the naked eye, so that they cannot find hidden accidents in time.

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