Railway geological detection and protection alarm system based on cloud platform internet of things

Abstract

The invention discloses a railway geological detection and protection alarm system based on a cloud platform internet of things. The system comprises a mainframe, a disaster monitoring device, a protection alarm device and a cloud platform, wherein the mainframe is in communication with the disaster monitoring device, the protection alarm device and the cloud platform separately. The disaster monitoring device comprises a monitoring network on which a displacement monitor and a tilt detector are mounted, and the monitoring network comprises two supporting columns, a protective net and magneticpositioners, wherein the protective net is disposed between the two supporting columns; the displacement monitor and the tilt monitor are connected to the main frame, the tops of the two vertical sides of the protective net are hinged to the supporting columns, and the magnetic positioners comprise static magnets and moving magnets, wherein the moving magnets are opposite in magnetism to the static magnets and are attracted to the static magnets; the static magnets are disposed on the supporting columns, and the moving magnets are arranged on the protective net. A detection result is sent tothe cloud platform so that a user can remotely access and query the detection result, operate and control equipment, modify system parameters and the like, and convenience is provided for understanding situations of sections with potential accident hazards in real time.

Description

technical field [0001] The invention relates to the technical field of geological disaster monitoring equipment, in particular to a railway geological detection protection alarm system based on the cloud platform Internet of Things. Background technique [0002] Existing railway geological disaster detection technologies mainly include grating network (pipeline), electrical resistance, infrared radar, video image comparison, satellite or base station positioning, etc. Although these technologies are very mature, they are limited by geological landforms and climate temperature, and railway geology The conditions and natural environment are extremely complex, so the monitoring effect is not ideal. If the existing railway security equipment is damaged by disasters, it will lose its monitoring and security functions. Most of the existing railway security equipment is in the trial stage, and the means of protection and alarm are not comprehensive enough. The protection methods ...

AI Technical Summary

Problems solved by technology

Most of the existing railway security equipment is in the trial stage, and the protection and alarm methods are not comprehensive enough

The protection methods and logic of the existing railway security equipment are not set according to the actual regulations and requirements of relevant departments such as train affairs, public works, locomotive affairs, electric affairs, signals, and communications; Hidden danger

Existing railway security equipment usually uses electronic equipment as a detection method. Electronic equipment is easily affected by temperature and environment, and electronic equipment is also prone to interference and interference. However, there are many communication equipment, signal interference, and harsh environments along the railway. factors, leading to lower security and reliability of its technology

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