Equipment and facility safety inspection intelligent patrolling operation system and application method thereof

Abstract

The invention discloses an equipment and facility safety inspection intelligent patrolling operation system and an application method thereof. The system consists of a handheld wireless interconnection security patrolling device, a radio frequency identification (RFID) label card reader module and a central server, wherein a passive RFID label is distributed on a security facility in a closed space; the label number and three-dimensional (3D) virtual digital modeling data of the closed space are input into a computer system and / or a server by utilizing a global information system (GIS); when an inspector enters the closed space to inspect by carrying the handheld wireless interconnection security patrolling device; and identification codes stored in the passive RFID label, use information of related security facility and equipment and location information thereof, and to-be-collected data which are collected by the security equipment through manual and automatic wireless sensing and collected by manual artificial detection are uploaded to the central server or transmitted to the computer system by the handheld wireless interconnection security patrolling device automatically, and are determined by the central server or the computer system. The system prompts and monitors the inspectors to maintain the security facility and equipment in time, so that the safety, effectiveness and reliability of the security facility and equipment can be improved.

Description

technical field [0001] The invention relates to the technical field of security inspection, in particular to an application method of an intelligent inspection operating system for equipment and facility security inspection. Background technique [0002] In the existing inspection field, in many places where the inspection technology can be applied, such as various above-ground or underground buildings or factories, national defense projects, civil air defense projects, underground, municipal facilities, underground pipe networks, large marine ships, live offshore drilling platforms, etc. In the confined space, there are fire-fighting facilities, switch valves, pressure gauges and other security devices to ensure safety in the above-mentioned confined space. Due to the lack of an effective intelligent inspection technology supervision system, whether the daily inspection personnel are realistic I personally went to the site to test the reliability of the security device, and...

AI Technical Summary

Problems solved by technology

[0002] In the existing inspection field, in many places where the inspection technology can be applied, such as various above-ground or underground buildings or factories, national defense projects, civil air defense projects, underground, municipal facilities, underground pipe networks, large marine ships, live offshore drilling platforms, etc. In the confined space, there are fire-fighting facilities, switch valves, pressure gauges and other security devices to ensure safety in the above-mentioned confined space. Due to the lack of an effective intelligent inspection technology supervision system, whether the daily inspection personnel are realistic I personally went to the site to test the reliability of the security device, and it is impossible to determine the high reliability of the security equipment for use at any time. The authenticity of the transmitted technical parameter data is also likely to be artificially forged, resulting in the security equipment being in disrepair and uncertain security. The reliability state will eventually lead to a substantial increase in the possibility of unprevented safety accidents, and daily inspection and prevention will become an artificial incentive that leads to failure to timely wall accidents

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