Inspection method of visual subway equipment inspection management system based on b/s architecture

Abstract

The invention discloses a B / S (Browser / Server) architecture-based polling method of a visual subway equipment polling management system. The B / S architecture-based polling method comprises the steps that: A, a polling person scans an identity identification tag of the polling person by using a smart mobile phone, the smart mobile phone displays a polling route electronic map and confirms a polling task; B, the polling person scans an NFC (near field communication) tag of a to-be-polled point according to a polling route displayed on the electronic map and displays equipment information and corresponding polling contents; C, the polling person uploads a polling result to a background server; D, a server analyzes the received polling information and sends a result to a scheduling center; E, a dispatcher monitors polling states of all equipment in real time and sends equipment information with abnormal state to a maintenance center; and F, an alarm is generated if the equipment leaves from a working site without permission. The B / S architecture-based polling method has the advantages of realizing zero maintenance of a client end, lowering the cost; the whole polling process is visual and clear, is simple and convenient to operate, thereby increasing the polling efficiency; and the standard management to workers is enhanced on the basis of positioning and alarming functions.

Description

technical field [0001] The invention relates to the application field of patrol inspection of subway line equipment, in particular to a patrol inspection method of a visualized subway equipment patrol inspection management system based on B / S architecture. Background technique [0002] The equipment inspection system is a system to improve the level of equipment maintenance by ensuring the quality of the inspection work and improving the efficiency of the inspection work. Take effective measures in time to ensure the safety of equipment and system stability. At present, the inspection of subway lines mainly uses hand-held inspection instruments to scan equipment labels. When equipment failures are found, they are reported by telephone. The failure information cannot be well recorded, and the information in the failure information database is incomplete. Equipment operation status and equipment defect information Failure to timely feedback, hidden dangers cannot be discovere...

AI Technical Summary

Problems solved by technology

At present, the inspection of subway lines mainly uses hand-held inspection instruments to scan equipment labels. When equipment failures are found, they are reported by telephone. The failure information cannot be well recorded, and the information in the failure information database is incomplete. Equipment operation status and equipment defect information Failure to timely feedback, hidden dangers cannot be discovered in time, leading to serious accidents

In addition, the traditional patrol inspection method cannot monitor the inspection line of the inspectors in real time, dereliction of duty occurs from time to time during the inspection, and it is impossible to standardize the management of the inspectors

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