Highway geological disaster multi-source information monitoring and pre-warning device

Abstract

The invention provides a highway geological disaster multi-source information monitoring and pre-warning device. The highway geological disaster multi-source information monitoring and pre-warning device comprises an information acquisition device, a video monitoring device, a cloud database and a cloud controller, is used for marking the name, the position and the serial number of each point to be monitored and geological indicator allowable range values of each point to be monitored on a map, and stitching video information and embedding the video information with the map to form a monitoring video of the overall highway area to be monitored, and is also used for marking geological indicator real-time data in the monitoring video, comparing the geological indicator real-time data with the geological indicator allowable range values, and performing pre-warning when the geological indicator real-time data exceed the geological indicator allowable range values. The invention provides the highway geological disaster multi-source information monitoring and pre-warning device, which can promote the progress of highway geological disaster pre-warning, and can also produce remarkable economic and social benefits in the industries, such as traffic transportation, space information and geology.

Description

technical field [0001] The invention belongs to the field of highways, in particular to a multi-source information monitoring and early warning device for highway geological disasters. Background technique [0002] Geological disasters are sudden in time, random in space, diverse in types, harsh in conditions and serious in consequences, requiring real-time and accurate dynamic monitoring. [0003] Since the 1960s, China has paid attention to monitoring and early warning of geological disasters, conducted systematic research on the basic conditions of disaster formation, put forward the time scale of debris flow forecasting and the basis for discrimination of debris flow occurrence, carried out debris flow monitoring and observation, and established the identification model of debris flow occurrence. On the basis of the above theoretical research, a series of debris flow monitoring and forecasting instruments have also been developed, which have played a huge role in debris ...

AI Technical Summary

Problems solved by technology

[0005] Through the novelty search and analysis of international and domestic patents, it is found that there has not yet been a monitoring system that integrates real-time dynamic collection, transmission, and integration of multi-source disaster data, which makes research on comprehensive optical remote sensing, radar remote sensing, global satellite positioning systems and ground The multi-source monitoring technology of sensors, as well as the real-time transmission of wireless sensor network information and the collaborative inversion technology of multi-source heterogeneous data are of great significance to build a dynamic three-dimensional monitoring network for highway geological disasters integrated with space and ground.