Wearable device for power security inspection operations

Abstract

The invention discloses a wearable device for power security inspection operations, and belongs to the field of wearable devices. The wearable device includes a smart watch, a wearable helmet and centralized monitoring software. The watch monitors the status of the staff, obtains health information of the staff, displays the collected data, and prompts the staff through vibration when the staff in the field misoperate. The helmet is based on the power safety helmet, collects ambient temperature, equipment temperature, sound, oxygen content and staff location information of an inspection site by setting various sensors thereon, obtains live video information in real time through a camera and sends the acquired information to the centralized monitoring software through a CPU control module. The centralized monitoring software receives the real-time information from the smart watch and the wearable helmet and completes the inspection operation task management, centralized operation process monitoring, data collection and storage functions; and sends a danger message to the smart watch when an abnormality occurs to the health condition of the inspection staff or equipment. The wearable device of the invention can be widely used in the field of power equipment inspection and management.

Description

technical field [0001] The invention belongs to the field of wearable devices, in particular to a wearable device used for electric power safety inspection operations. Background technique [0002] Regular inspection of power equipment is an essential part of power system construction. [0003] Traditional power inspection operations focus on recording the operation of equipment. With the development of power systems and information technology, power systems put forward higher requirements for inspection operation information, and traditional power inspection operations have been unable to meet their requirements. [0004] In recent years, the state has increased its efforts in power grid construction, especially the establishment of a series of long-distance transmission networks. While continuously increasing the scale of transmission lines, it has also put forward higher requirements for the management and inspection of current inspection operations. requirements. [00...

AI Technical Summary

Problems solved by technology

[0005] At present, domestic power line inspections mostly use manual paper media recording, strip identification method, radio frequency acquisition method, semi-automatic inspection and other methods. The inspection effect mainly depends on the personal quality of the inspection personnel, and the inspection effect of the line is difficult. Guarantee, there is no accurate data record for the location, video, sound, and gas concentration of the on-site inspection personnel, which often leads to missed inspections and wrong inspections, and cannot guarantee the arrival rate of inspection personnel. At the same time, there are also insufficient information input Standardization, insufficient scientific management and other issues, these methods can no longer meet the requirements of the current power system development

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