Geological disaster remote monitoring system and monitoring method thereof

Abstract

The invention discloses a geological disaster remote monitoring system and a monitoring method thereof. The geological disaster remote monitoring system comprises a sleeve base, wherein an earth surface monitoring mechanism is installed on the upper surface of the sleeve base, and an air monitoring mechanism is installed on the inner side wall of the earth surface monitoring mechanism; and the earth surface monitoring mechanism comprises a rotary base, two symmetrical connecting brackets, a signal transceiver, a wind speed sensor, two fixed brackets, two connecting sleeves and two second servo motors. According to the geological disaster remote monitoring system and the monitoring method thereof, the earth surface monitoring mechanism is matched with the air monitoring mechanism, so that rescue teams and background workers can be effectively helped to comprehensively and accurately check geological disaster conditions at any time and in any section in real time in a spatial three-dimensional investigation form, and 24-hour uninterrupted intelligent analysis is provided for emergency departments; and meanwhile, pre-monitoring can be carried out according to weather omen before a disaster accident occurs, so that timely discovery, timely early warning and timely preparation are realized, and the number of casualty accidents caused by sudden geological disasters is effectively reduced.

Description

technical field [0001] The invention relates to the technical field of disaster monitoring devices, in particular to a geological disaster remote monitoring system and a monitoring method thereof. Background technique [0002] In the rainy season, some mountainous areas are prone to natural disasters such as mountain floods and mudslides due to their special structures and regions; while traditional rescue methods require on-the-spot surveys to understand the stability of each disaster point, which cannot take into account to every dead corner of the disaster area; if there is a device to help rescuers know the information of the disaster area in time, or to realize remote monitoring through omens before the disaster occurs, and make relevant dispatches based on this, it will be possible to a large extent. Reduce the number of tragic accidents. [0003] Therefore, a remote monitoring system for geological disasters and its monitoring method are proposed. Contents of the i...

AI Technical Summary

Problems solved by technology

[0002] In the rainy season, some mountainous areas are prone to natural disasters such as mountain floods and mudslides due to their special structures and regions; while traditional rescue methods require on-the-spot surveys to understand the stability of each disaster point, which cannot take into account to every dead corner of the disaster area; if there is a device to help rescuers know the information of the disaster area in time, or to realize remote monitoring through omens before the disaster occurs, and make relevant dispatches based on this, it will be possible to a large extent. Reduce the number of tragic accidents

Images