Intelligent helmet system and pressing plate state identification method

Abstract

The invention provides an intelligent helmet system and a pressing plate state identification method. The system comprises an intelligent helmet and a server, wherein the intelligent helmet comprisesa camera module and a communication module; the camera module is used for acquiring a screen cabinet identifier and a pressing plate array image on a screen cabinet in real time when receiving a camera control instruction; the communication module is used for sending the acquired screen cabinet identifier and the pressing plate array image to the server; the server comprises a communication unit and a pressing plate identification unit; the communication unit is used for receiving the screen cabinet identifier and the pressing plate array image sent by the intelligent helmet; and the pressingplate identification unit is used for performing image identification on the pressing plate array image and determining state information of each pressing plate in the pressing plate array image corresponding to the screen cabinet identifier according to an image identification result. An inspector takes a picture of a pressing plate part of the screen cabinet by using the intelligent helmet in aninspection process and transmits the picture to the server of the intelligent helmet system in real time; and the state information of the pressing plate is identified through an artificial intelligence algorithm, so that the problems of high workload and high error rate of artificial identification are avoided.

Description

technical field [0001] The invention relates to the technical field of intelligent identification, in particular to an intelligent helmet system with the function of identifying the state of a pressing plate. Background technique [0002] With the continuous improvement of the refined management requirements of electric power equipment, the tasks of the equipment in the manual inspection station are heavy, and the process is cumbersome. At present, the existing intelligent inspection helmet system has video interaction, voice recognition, GPS positioning, inspection operation management, Visible light / infrared thermal imaging inspection and other functions rely on the inspection personnel to judge the status of the equipment. When the inspection personnel perform the inspection task, the status of the inspection equipment is manually confirmed, which will increase the workload of the inspection personnel and There are problems such as the failure to record the status informa...

AI Technical Summary

Problems solved by technology

[0002] With the continuous improvement of the refined management requirements of electric power equipment, the tasks of the equipment in the manual inspection station are heavy, and the process is cumbersome. At present, the existing intelligent inspection helmet system has video interaction, voice recognition, GPS positioning, inspection operation management, Visible light / infrared thermal imaging inspection and other functions rely on the inspection personnel to judge the status of the equipment. When the inspection personnel perform the inspection task, the status of the inspection equipment is manually confirmed, which will increase the workload of the inspection personnel and There are problems such as the status information of the equipment cannot be recorded in time, and a more convenient intelligent identification terminal is needed to assist the work

[0003] When confirming the state information of the pressure plate of the substation equipment screen cabinet, due to the large number of pressure plates, manual confirmation by the inspection personnel is prone to errors

Images