Remote power cooperative interaction method and system based on intelligent glasses

Abstract

The invention discloses a remote power cooperative interaction method and a system based on intelligent glasses. The system comprises the intelligent glasses, a power big data platform, a decision support subsystem and an APP subsystem. The method comprises the following steps: S1, the decision support subsystem is used for sending patrol and construction dispatching tasks to the APP subsystem; S2, after a patrol operator logs in to the APP subsystem to accept the dispatching task, geolocation data and picture video data are acquired through the intelligent glasses and uploaded to the power big data platform in real time for being stored and managed until the task is completed; and S3, the decision support subsystem carries out remote cooperative command on the patrol construction task, the task completion condition is evaluated, and qualitative and quantitative assessment on work of each patrol operator is realized. The target of realizing intelligence, cooperativity, task quantization, task statistic analysis, personnel assessment and the like during the power system patrol and construction process can be realized.

Description

technical field [0001] The invention relates to an interactive system applied to power system inspection and construction operations, in particular to a smart glasses-based remote power collaborative interaction method and system. Background technique [0002] Power inspection and construction work are the basis for effectively ensuring the stable operation of power equipment and power systems. The purpose of patrol inspection is to grasp the operating status of equipment and systems and changes in the surrounding environment, find defects and hidden dangers that endanger safety, and ensure the safe operation of equipment and the stability of the power system. However, the current inspection terminals are limited in intelligence and cannot meet the needs of equipment inspections at high altitudes and in complex geographical environments. Due to the high risk of electric power construction, personal safety accidents are very prone to occur, and it is difficult to guarantee t...

AI Technical Summary

Problems solved by technology

Manual inspection has low labor efficiency and high work intensity, and relies heavily on the comprehensive analysis and judgment ability of inspectors; intelligent inspection has high work efficiency, high repeatability of inspection operations, portable testing equipment, and high intelligence. However, the workplace is relatively limited, and the reliability and stability are not good; remote inspections can only monitor fixed locations through high-definition cameras, and cannot obtain more in-depth information, especially when construction operations are carried out at high altitudes or in complex geographical environments. get collaborative support

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