Augmented reality-based power transmission line patrol method

Abstract

The invention belongs to the technical field of power system patrol and particularly relates to an augmented reality-based power transmission line patrol method. The method comprises the steps of wearing augmented reality intelligent glasses to perform patrol on a power transmission line; collecting environment information of the power transmission line by a camera unit of the augmented reality intelligent glasses, and transmitting the collected environment information to a main control unit through the camera unit; processing the received environment information by the main control unit, generating patrol data, and sending the patrol data to a display unit and a storage unit for performing display and storage; calling the patrol data from the storage unit to perform calculation for determining patrol results of different grades by a calculation unit, and sending the patrol results of the different grades to the main control unit by the calculation unit; and according to the patrol results of the different grades, sending instructions to an alarming unit by the main control unit to control whether the alarming unit is started or not. The purpose of providing effective decision support for fault prediction of the power line can be achieved.

Description

technical field [0001] The invention belongs to the technical field of electric power system inspection, and in particular relates to an augmented reality-based transmission line inspection method. Background technique [0002] The transmission line inspection is an important daily work of the power system. The traditional transmission line inspection is a written task issued by the inspection team leader. The inspection personnel rely on experience and memory to inspect along the transmission line, record it in paper, and return to it later. Organized and entered by a special person. [0003] The traditional inspection method mainly has the following disadvantages: 1. The inspection records are scattered and lack of organization, which is not conducive to statistical analysis; 2. The original inspection information is paper-based, which cannot be entered into the workload and is error-prone; 3. The inspection is complete. Relying on labor, poor reliability, and increasing ...

AI Technical Summary

Problems solved by technology

[0003] The traditional inspection method mainly has the following disadvantages: 1. The inspection records are scattered and lack of organization, which is not conducive to statistical analysis; 2. The original inspection information is paper-based, which cannot be entered into the workload and is error-prone; 3. The inspection is complete. Rely on labor, poor reliability, increase the probability of potential safety hazards; 4. Poor vision in mountainous forest areas, it is difficult to find transmission towers

[0004] In order to solve the above problems, modern inspection methods such as mobile phones, portable digital terminals, and unmanned aerial vehicles are used in the prior art. Provides effective decision support for failure prediction

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