Slope surface displacement remote monitoring system

Abstract

Disclosed is a slope surface displacement remote monitoring system. The slope surface displacement remote monitoring system comprises a hardware system and a software system, wherein the software system is installed into an upper computer; the hardware system and the software system are communicated with each other; the hardware system is composed of a surface displacement meter, a data collectionand transmission module and a power supply module; the software system comprises a remote real-time monitoring control system, a remote real-time monitoring information database and a remote online monitoring information management system; the surface displacement meter is connected in a wireless mode with the data collection and transmission module through short-distance ultrashort-wave communication, the data collection and transmission module remotely transmits monitored information to the remote real-time monitoring control module through remote wireless communication, and the remote real-time monitoring control module in real time receives and stores the monitored information inside the remote real-time monitoring information database. The slope surface displacement remote monitoringsystem achieves real-time storage and query management of the monitored data, so that related personnel can query the monitored information by logging on to the Internet at any place.

Description

Technical field [0001] The invention relates to the technical field of remote real-time monitoring of a side slope, in particular to a remote monitoring system for the surface displacement of a side slope. Background technique [0002] Mountain highway slopes have the characteristics of point-like distribution along the highway, large numbers, long separation distances, and relatively small scale. Under the influence of environmental and engineering factors such as rainfall and excavation, the geomechanical characteristics of the slope rock and soil will change Changes may occur. The slope is easy to deform, which may induce landslides, collapses and other geological disasters, interrupt traffic, cause traffic accidents, and cause great harm to road traffic infrastructure and personal safety, and cause jams, chaos and paralysis of lifeline projects. In order to ensure the safety of highway construction and operation periods, disaster prevention and mitigation measures must be tak...

AI Technical Summary

Problems solved by technology

[0003] Highway slope geological disasters often occur in dangerous areas along the highway, power supply is difficult, the weather is bad before the disaster, conventional manual monitoring methods are inefficient, it is difficult to realize remote real-time monitoring and forecasting, and it is difficult for decision-making departments and experts to understand geological disasters On-site dynamic monitoring results, thus affecting rapid decision-making and disaster prevention and mitigation work

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