Underground pipe gallery wireless monitoring system

Abstract

The invention discloses an underground pipe gallery wireless monitoring system, comprising a remote management platform, a data server, a wireless data collection terminal and monitoring devices which can carry out two-way data transmission in sequence. The remote management platform comprises a structure safety monitoring unit, an environment monitoring unit, a personnel monitoring unit, a smart robot inspection unit, a consultation scheduling command unit, a call unit, a BIM+GIS-based platform management module and a large-screen display module. The data server is mainly used for collecting and storing real-time data and processing results of various units, and allocating and storing all business data. According to the system, gallery structure safety monitoring, environment monitoring, personnel positioning, personnel health monitoring, smart robot inspection and wireless communication are integrated; the safety of a pipe gallery and personnel is ensured; the construction wiring is reduced; and the system maintenance is facilitated.

Description

Technical field [0001] The invention relates to the technical field of an integrated pipe gallery, in particular to a wireless monitoring system for an integrated pipe gallery. Background technique [0002] The monitoring of the traditional integrated pipe gallery is mainly realized by wired means. Wired sensors are arranged on site and connected to the data integration module through a data line (usually 485 transmission). The data is uniformly transmitted to the pipe gallery monitoring platform. The traditional wired The environment in the monitoring pipe gallery is complex, which is not conducive to the complicated wiring and later maintenance and construction. It is necessary to lay signal transmission and network transmission cables on site; the maintenance amount is large. Due to the large amount of monitoring equipment in the pipe gallery, when the equipment and transmission cables fail, they cannot Accurately locate the fault point; the cost is high, due to the considerat...

AI Technical Summary

Problems solved by technology

[0002] The monitoring of the traditional integrated pipe gallery is mainly realized through wired methods. By arranging wired sensors on site and connecting them to the data integration module through data lines (generally using 485 mode transmission), the data is uniformly transmitted to the pipe gallery monitoring platform. Traditional wired The environment in the monitoring pipe gallery is complex, which is not conducive to the wiring and subsequent maintenance. The construction is complicated, and signal transmission and network transmission cables need to be laid on site; the maintenance is large. Due to the large number of monitoring equipment in the pipe gallery, when the equipment and transmission cables fail, it cannot Accurately locate the fault point; the cost is high, due to the consideration of wired sensor data and network transmission issues, the design and construction costs that need to be invested are relatively high; the distance of the pipe gallery is long, and it needs to be measured in sections, and the demand for equipment is relatively large. Traditional The method can only collect data at fixed collection points, which is relatively low in flexibility

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