Intelligent helmet and inspection method suitable for intelligent substation inspection

Abstract

The invention discloses an intelligent helmet suitable for intelligent substation inspection. The helmet comprises a helmet body, a display module, a video acquisition module, a processing module, a first input module and a work order module. The output end of the command terminal is in communication connection with the first receiving module. The first receiving module is connected with the display module. The video acquisition module is connected with the first sending module. The first sending module is in communication connection with a person input end of the swing terminal. The output end of the command terminal is in communication connection with the second receiving module. The second receiving module is connected with the work order module. The work order module is connected withthe first input module. The work order module is in communication connection with the second sending module. The second sending module is in communication connection with a person input end of the command terminal. The intelligent helmet has the beneficial effects that the command terminal can accurately position the polling person according to the polling video, the command terminal and the polling person verify the polling result mutually, information input can be effectively standardized, and the invention further provides an intelligent substation inspection method using the intelligent helmet.

Description

technical field [0001] The invention relates to the technical field of electric power inspection auxiliary equipment, in particular to an intelligent helmet and an inspection method suitable for inspection of intelligent substations. Background technique [0002] At present, domestic electric power inspections mostly use manual paper media records, barcode identification methods, etc. The inspection effect depends entirely on the inspection personnel. There is no accurate data record of the inspection lines and the location of the inspection personnel. Ensuring the presence rate of inspection personnel often leads to missed inspections and wrong inspections, and the inspection effect is not good; the temperature and status parameters of inspection equipment have problems such as irregular information input and unscientific management of untimely equipment information updates. And the inspection takes a long time, which can no longer meet the requirements of the current power...

AI Technical Summary

Problems solved by technology

[0002] At present, domestic electric power inspections mostly use manual paper media records, barcode identification methods, etc. The inspection effect depends entirely on the inspection personnel. There is no accurate data record of the inspection lines and the location of the inspection personnel. Ensuring the presence rate of inspection personnel often leads to missed inspections and wrong inspections, and the inspection effect is not good; the temperature and status parameters of inspection equipment have problems such as irregular information input, unscientific management of untimely equipment information update, etc. And the inspection takes a long time, which can no longer meet the requirements of the current power system development

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