Landslide disaster monitoring device and monitoring method thereof

Abstract

The invention provides a landslide disaster monitoring device, which comprises a vegetation remote sensing monitoring device, a seismic wave monitoring device, a groundwater monitoring device, a rainfall monitoring device, a determining device, a slope monitoring device, a data analysis device, a data transmitting device and an early warning device. The invention also provides a monitoring methodfor the landslide disaster monitoring device. The method comprises the steps of: acquiring the geological data of a landslide monitoring area, the geological data including vegetation image data, seismic wave data, groundwater data and rainfall data; determining whether a landslide may occur according to the geological data, if so, using the slope monitoring device to monitor the displacement of the slope that may cause the landslide, using the data analysis device to analyze the displacement of the slope to determine whether a landslide occurs, and if a landslide occurs, enabling the data analysis device to give an early warning signal; and receiving the early warning signal by the data transmitting device and converting the early warning signal into an intervention processing alarm and transmitting the intervention processing alarm to the early warning device. The landslide disaster monitoring device has high monitoring efficiency.

Description

technical field [0001] The invention relates to the technical field of slope monitoring, in particular to a landslide disaster monitoring device and a monitoring method thereof. Background technique [0002] Landslide disaster is one of the highest occurrence rates among geological disasters. Landslide disaster refers to the disaster caused by the rock and soil mass sliding down the slope under the action of gravity or earthquake. Due to the strong cutting of mountainous terrain and the relatively concentrated distribution of landslides, mountainous terrain is a landslide disaster. Because of the large scale of formation, the damage caused by landslide disasters is relatively serious. Through landslide monitoring, we can grasp and understand the evolution process of landslides, capture the characteristic information of landslide disasters in time, and provide reliable data and scientific basis for correct analysis and evaluation of landslides, as well as landslide prediction...

AI Technical Summary

Problems solved by technology

Therefore, doing a good job of monitoring landslide disasters in mountainous areas can effectively reduce the probability of landslide disasters. However, due to the wide distribution of mountainous areas, it is difficult to monitor, and the return information of monitoring data lags behind, resulting in insufficient early warning of landslide disasters. timely

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