Wearable technology based intelligent power routing inspection system

Abstract

The invention discloses a wearable technology based intelligent power routing inspection system, and belongs to the portable tool field. The system includes intelligent watches, intelligent helmets, 2.4G wireless base stations and routing inspection system platform monitoring software. The intelligent watches are responsible for collecting, processing and issuing control tasks and displaying prompt messages like temperature, path, etc.; the intelligent helmets can realize the detection of environment temperature, equipment temperature, sound information, oxygen content information and video information and an indoor personnel positioning function; the 2.4G wireless base stations are responsible for the data transmission and instruction communication between the intelligent watches and intelligent helmets and the routing inspection system platform monitoring software operated by a monitoring host; and the routing inspection system platform monitoring software is responsible for the storage queries of detection data, the record playback of audio and video, visual information display, route planning and alarm processing mechanisms, and for realizing distributed data collection, distributed transmission structures, personnel positioning and route planning, performing system function allocation scheduling and the centralized processing, analyzing, merging and sending of summarized information, and achieving multifunctional collaborative works.

Description

technical field [0001] The invention belongs to the field of portable tools, in particular to a wearable system for power inspection. Background technique [0002] The substation is the core control hub of the power grid at all levels, and the electrical equipment in the substation needs to be inspected regularly. [0003] The currently widely used inspection methods are mainly traditional manual inspection and emerging mobile robot inspection. The former is to manually detect and record the operation status and data information of the equipment through the staff entering the substation. This method of work is labor-intensive, the quality of detection is scattered, and it is greatly disturbed by bad weather. On this basis, domestic and foreign countries have gradually begun to develop mobile inspection robots, replacing manual access to substations by robots, reducing the labor intensity of staff and improving the detection efficiency of power equipment. At present, inspec...

AI Technical Summary

Problems solved by technology

[0007] At present, wearable devices have been used in many fields, including health care, medical equipment, social entertainment, and business media, but they have not been applied in the field of power systems. Because wearable devices have convenient interaction methods, close human body integration, and friendly Excellent user experience, its application prospect is very broad

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