Transformer substation personnel location monitoring system

Abstract

The invention provides a transformer substation personnel location monitoring system which comprises a mobile location terminal, a location server and a monitoring terminal. The mobile location terminal and the monitoring terminal are both in communication with the location server; the mobile location terminal is used for collecting position information of personnel in a transformer substation; the location server is arranged in the transformer substation and used for generating monitored data according to the position information, pre-stored personnel archival information and pre-stored working area information; the monitoring display terminal is used for displaying the monitored data. By means of the transformer substation personnel location monitoring system, real-time location, tracking location and historical route inquiring can be carried out on the working personnel in the place.

Description

technical field [0001] The invention relates to positioning technology, in particular to a substation personnel positioning monitoring system. Background technique [0002] In electric power construction, due to the tight schedule and large amount of work, the construction work is staggered. The quality of construction personnel is uneven. Most of them have low education level and insufficient safety awareness. The safety management of construction personnel is the key issue that determines the success or failure of the project. In order to better control the safety of the work site and ensure the safety and stability of the construction site, according to the construction characteristics of the substation construction, measures should be taken according to local conditions to realize the personnel safety monitoring and management of the entire substation project. [0003] The traditional positioning mode records by manually recording who is there, and uses the naked eye of...

AI Technical Summary

Problems solved by technology

Low efficiency, unable to determine the location of personnel in real time and dynamically

In the prior art, although video surveillance systems are basically deployed in substations, the amount of video surveillance data is too large, the transmission cost and storage space are relatively large, and it is difficult to find useful data from surveillance videos, and it is easy to miss important information. At the same time, The camera of the video surveillance system can only monitor the working conditions of the staff within the specified range, and cannot form continuous monitoring. The transmission of video information has a certain delay and cannot be monitored in real time.

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