GPS-and-video-analysis-combination-based on-line monitoring apparatus for external damage at power transmission line

Abstract

Disclosed in the invention is a GPS-and-video-analysis-combination-based on-line monitoring apparatus for an external damage at a power transmission line. The monitoring apparatus comprises a front-end high-definition camera, a power supply module, a communication module, a power source management module, a video analysis and integrated alarming processing module, and a GPS data collection alarming module. The power supply module is connected with the power source management module; and the front-end high-definition camera, the GPS data collection alarming module, and the power source management module are respectively connected with the video analysis and integrated alarming processing module. The communication module includes a plurality of sub modules respectively arranged at the power source management module, the GPS data collection alarming module, and the video analysis and integrated alarming processing module; and the power source management module is also connected with the GPS data collection alarming module. According to the apparatus, on the basis of combination of GPS with a video analysis and an integrated alarming analysis, distances at space between dangerous objects and the power transmission line as well as object type determination can be provided; and different alarming strategies can be taken according to the object types and distances between the objects and the line.

Description

technical field [0001] The invention relates to an on-line external force damage monitoring device for transmission lines combined with GPS and video analysis. Background technique [0002] As transmission lines become longer and longer, the environment of the areas they pass through is complex and changeable, and there are many construction situations. During the construction process, the most serious damage to power transmission lines is large machinery, including tower cranes and tankers. If large machinery is not properly operated, it may accidentally touch the transmission line. If large machinery touches the transmission line by mistake, it will have serious consequences. The consequences include damage to large machinery and large-scale power outages caused by damage to power transmission lines, which have a serious impact on production and life. As more and more cases of damage to transmission lines by external forces occur, the power authorities have higher and h...

AI Technical Summary

Problems solved by technology

The traditional online external force damage monitoring device has no concept of distance, high false alarm rate, and cannot achieve the purpose of full automation and unattended

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