Reservoir area high slope unmanned aerial vehicle automatic monitoring system and method

Abstract

The invention discloses a reservoir area high slope unmanned aerial vehicle automatic monitoring system and method. The system comprises monitoring systems, a solar current collection apparatus, an unmanned aerial vehicle, an unmanned aerial vehicle mobile station, an inspection vehicle and a monitoring analysis center, the monitoring systems are arranged on high slopes and acquire monitoring data of the high slopes, the monitoring systems perform data transmission with the monitoring analysis center through a mobile network in high slope regions covered by the mobile network and perform short-distance data transmission through bluetooth and the unmanned aerial vehicle in high slope regions which are not covered by the mobile network, the unmanned aerial vehicle is connected with the monitoring analysis center through the mobile network to realize data transmission when flying into a mobile network covering region, the unmanned aerial vehicle mobile station is arranged on the inspection vehicle, provided with a fuel generator, and used for maintenance and charging of the unmanned aerial vehicle, and the monitoring systems can obtain electric energy through the solar current collection apparatus or the unmanned aerial vehicle. According to the system and method, rapid and automatic monitoring of a lot of high slopes of a reservoir area can be realized, assistance is provided for the security of the high slopes of the reservoir area, and the security of a reservoir dam and the high slopes of the reservoir area can be guaranteed.

Description

technical field [0001] The invention relates to the monitoring and monitoring field of high side slopes, in particular to the batch monitoring and monitoring of a large number of high side slopes under the complex environment of reservoir areas. Background technique [0002] So far, landslide disasters have occurred almost everywhere in the mountainous areas where human beings live and engineering activities, and landslides have become the most frequent and costly types of geological disasters among various disasters. A large number of reservoirs are built in high mountains and canyons, and there are often a large number of high slopes distributed on both sides of the reservoir area. Reservoir area landslides are typical landslides caused by human engineering activities. These high slopes are not only affected by rainfall and geology, but also affected by reservoir basin deformation and water level fluctuations. Due to the wide range of high slopes in the reservoir area and...

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Problems solved by technology

[0003] Existing landslide monitoring and monitoring technologies mostly focus on a certain or partial landslide; for the monitoring and monitoring and early warning of a large number of landslides, due to the wide range of landslides, inconvenient transportation, high monitoring costs, and difficult analysis, there is currently no An integrated and efficient monitoring system appears to realize batch monitoring of a large number of high slopes

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