Technology for analyzing group of multi-tower images of power transmission line

Abstract

The invention provides a technology for analyzing a group of multi-tower images of a power transmission line. The wireless multi-channel communication system comprises a wireless multi-channel communication host and a wireless multi-channel communication extension set; the wireless multi-channel host comprises a host shell, an ARM core processor, a host 4G communication module and a high-definition full-color night vision camera. The host 4G communication module is integrally mounted on the ARM core processor; the ARM core processor is installed in the host shell. The high-definition full-color night vision camera is installed at one end of the host shell. A host directional data transmission antenna is arranged in the host shell; the ARM core processor is electrically connected with the high-definition full-color night vision camera and the host 4G communication module; and the host 4G communication module is electrically connected with a host directional data transmission antenna. The power transmission line one-group multi-tower image analysis technology is reasonable in design, the operation and maintenance time of a power transmission line channel can be prolonged, and it is ensured that various hidden dangers occurring in the channel within 24 hours all day long are effectively monitored.

Description

technical field [0001] The invention belongs to the technical field of transmission line monitoring, and in particular relates to an image analysis technology for a group of multiple towers of a transmission line. Background technique [0002] With the rapid development of the national economy, the environment of transmission line channels is becoming more and more complex, and hidden dangers such as offline construction operations and wildfires occur frequently, and most of them are in the evening and night, making line maintenance more and more difficult. Most of the existing online monitoring equipment can only monitor a fixed channel perspective, which only plays a limited role in the daytime, and cannot realize clear patrols and more comprehensive and systematic monitoring at night, especially for important "three-span" areas, which cannot be monitored at night. Realize 24-hour color monitoring, which undoubtedly brings great difficulties to the discovery, alarm, analys...

AI Technical Summary

Problems solved by technology

Most of the existing online monitoring equipment can only monitor a fixed channel perspective, which only plays a limited role in the daytime, and cannot realize clear patrols and more comprehensive and systematic monitoring at night, especially for important "three-span" areas, which cannot be monitored at night. Realize 24-hour color monitoring, which undoubtedly brings great difficulties to the discovery, alarm, analysis and treatment of hidden dangers in the transmission line channel. At the same time, in addition to the safety monitoring of the transmission channel, the transmission equipment has been in the harsh outdoor environment for a long time, and faces many corrosions and oxidations. Risks such as external breakage, theft, etc. Once accidents such as tower collapse and tripping occur, the economic loss will be huge. How to extend the operation and maintenance time of the transmission line channel to ensure that various hidden dangers that occur in the channel 24 hours a day are effectively monitored, and alarms are timely and timely. Accurate analysis and proper handling can alleviate the heavy degree of line inspection and maintenance work, and at the same time can predict the trend of equipment such as transmission iron tower fittings, which has become the primary problem that urgently needs to be solved in power transmission operation and maintenance. For this reason, this invention proposes a transmission line A Group of Multiple Tower Image Analysis Techniques

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