Real-time monitoring device for high-tension transmission lines

Abstract

The invention discloses a real-time monitoring device for high-tension transmission lines, which comprises a monitoring video camera, a solar panel, a storage battery, a third generation (3G) terminal device, an image work station, a personal computer (PC) work station and a short message calling device. The image monitoring video camera is used for collecting images and transmitting analog signals to the 3G terminal device; the 3G terminal device uses an H.264 compression mode to real-timely transmit the analog signals collected by the image monitoring video camera through a 3G network; the 3G network is based on telecom 3G wireless network channels and used for transmitting image data; the image work station is used for receiving, transmitting and managing the image data; and the PC work station is used for real-timely displaying front-end images. The real-time monitoring device for the high-tension transmission lines has the advantages of being capable of intelligently and real-timely monitoring the transmission lines, reducing the inspection cost of the transmission lines, improving the efficiency of monitoring the transmission lines, and the like.

Description

technical field [0001] The invention relates to a real-time monitoring device for high-voltage transmission lines. Background technique [0002] Transmission lines have the basic characteristics of long paths, large regional spans, and long inspection periods. The corridors are basically in the wild, where the natural environment is harsh and easily damaged by external forces. With the continuous and rapid development of the regional economy in recent years, the damage to the lines caused by trees, houses, quarrying and mining, and illegal construction in the transmission line corridors has increased greatly, as well as the construction of high-speed railways, highways, municipal roads, and park development. The fields that the lines pass through have become large construction sites, and the environment of the line corridors is more complicated. Once the power line is damaged, it will affect the power supply of users, and affect people's lives and enterprise production. At...

AI Technical Summary

Problems solved by technology

Once the power line is damaged, it will affect the power supply of users, affect people's life and enterprise production

At present, manual inspection is mostly used to monitor whether the transmission line is damaged, and the staff regularly inspects the line. This inspection method needs to waste a lot of manpower and material resources, and the degree of intelligence is very low.

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