Inspection method for urban underground comprehensive pipe gallery based on WI-FI (Wireless Fidelity) positioning

Abstract

The invention discloses an inspection method for an urban underground comprehensive pipe gallery based on WI-FI (Wireless Fidelity) positioning. The inspection method comprises the following steps: aserver records an MAC address and position information of a WIFI positioning base station as well as an MAC address of inspection equipment; the inspection equipment is automatically communicated withthe WIFI positioning base station when passing through the WIFI positioning base station, transmits inspection information and own MAC address to the server and transmits information of the WIFI positioning base station communicated with the inspection equipment to the server at the same time; the server calculates out the position of the inspection equipment according to the information transmitted by the inspection equipment and a preset calculation procedure. The method has the advantages of quickness and simplicity; the work procedure of inspection personnel can be simplified, and an administrator can be helped to effectively supervise the inspection personnel and ensure that the inspection of the inspection personnel is in place, therefore, the operational efficiency of the urban underground comprehensive pipe gallery is effectively ensured.

Description

technical field [0001] The invention relates to the technical field of comprehensive utility gallery inspection methods, in particular to a WI-FI positioning-based urban underground comprehensive utility gallery inspection method. Background technique [0002] In the inspection personnel management system of the pipe corridor industry, in order to enable managers to understand and accurately grasp the production dynamics of their posts in a timely manner, and to control and deal with various safety hazards such as running, risking, dripping, and leaking, wireless intercom inspections have been implemented in each area. At the same time, it is linked to the daily attendance assessment, and has gone through various methods such as inspection bells, listed inspections, inspection instruments, and inspection sticks. In order to realize the real inspection intelligence, and require real-time recording of equipment conditions and timely confirmation and reporting during the inspec...

AI Technical Summary

Problems solved by technology

[0003] At present, the mainstream methods are the inspection bell method, the listing method, and the inspection stick method, which are relatively backward and have potential safety hazards; the inspection personnel hold the inspection stick in one hand and the walkie-talkie in the other, which is extremely inconvenient to move and work; non-online inspection You can only come back to read the information when the battalion is handed over. The information is not real-time, and the recordable data only stays on the "sign-in" and is not combined with the specific business. It can only be supervised after the event; the recorded data is large, the cost is high, and the non-real-time method is adopted. , cannot be timely and fast, low in efficiency, and narrow in scope of application; inspection in place and recorded data are invalid to grasp its authenticity; a large amount of inspection information is inconvenient to save, easy to lose, time-consuming, and inconvenient for information query

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