Power distribution room fire emergency repair method and system based on augmented reality technology

Abstract

A power distribution room fire emergency repair method and system based on augmented reality technology are disclosed, based on a hybrid augmented virtual scene, in combination with a current emergency place equipment operation state and on-site real-time data acquired by an emergency robot, levels, association and other situations between equipment can be clear in a fire hazard. By comparing historical equipment operation data of the scene, reasoning and judging reasons and influences of current dangerous cases and giving emergency rescue strategies and prompts according to rescue knowledge in a system library, guidance is provided for emergency rescue operation, and rapid emergency repair response of emergency accidents in an electric power equipment accident environment is achieved.

Description

technical field [0001] The invention relates to the technical field of electric power safety, in particular to an emergency repair method and system for a power distribution room fire based on augmented reality technology. Background technique [0002] There are fire-fighting, flooding and abnormal gas generation scenes on the power equipment site that require emergency rescue. Among them, the high temperature generated by the fire at the power failure emergency site, the hidden high temperature point caused by the equipment insulation breakdown, and the thick smoke and obstacles that affect the line of sight and other risk factors , It will bring great risks and hidden dangers to the safety of mobile operation terminals performing work tasks on site. At the same time, there are many on-site equipment and complex structures of power equipment. Based on artificial basis, the management of power grid equipment is based on tables and ordinary databases, and it faces difficultie...

AI Technical Summary

Problems solved by technology

[0002] There are fire-fighting, flooding and abnormal gas generation scenes on the power equipment site that require emergency rescue. Among them, the high temperature generated by the fire at the power failure emergency site, the hidden high temperature point caused by the equipment insulation breakdown, and the thick smoke and obstacles that affect the line of sight and other risk factors , will bring great risks to the safety of mobile operation terminals performing work tasks on site

At the same time, there are many on-site equipment and complex structures of power equipment. Based on artificial basis, the management of power grid equipment is based on tables and ordinary databases, and it faces difficulties such as unclear levels and complex associations between power equipment.

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