Intelligent monitoring and early-warning device for slope geological hazard

Abstract

The invention provides an intelligent monitoring and early-warning device for a slope geological hazard, and the device comprises an environment detecting device, a base station device and a monitoring and early warning device, which are in sequential communication connection. The environment detecting device comprises a plurality of wireless sensor nodes which are randomly arranged in a set slopegeological disaster monitoring area, and the plurality of wireless sensor nodes constitutes a wireless sensor network for sensing and collecting the sensing data of the slope environment through a self-organizing mode. The slope environment sensing data collected by the wireless sensor nodes is finally transmitted to the base station device, and then the base station device transmits the receivedsense data of the slope environment to the monitoring and early-warning device for centralized processing, storage and display, and an alarm is given when the sensing data of the slope environment exceeds a set safety threshold.

Description

technical field [0001] The invention relates to the field of slope geological disaster monitoring, in particular to an intelligent monitoring and early warning device for slope geological disasters. Background technique [0002] The slope environmental sensing data of the traditional slope geological disaster monitoring and early warning system is usually transmitted in a wired manner, but the geographical adjustment of mountainous areas is complex, and the line erection is difficult, which is inconvenient to implement a large-scale node layout for the entire landslide and slope geological disaster monitoring area , the depth of data collection cannot be guaranteed, and it cannot provide a huge amount of data basis for the monitoring and early warning of slope geological disasters, so that the remote real-time monitoring and early warning of slope geological disasters cannot be automatically realized. SUMMARY OF THE INVENTION [0003] In view of the above problems, the pre...

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Problems solved by technology

[0002] The slope environmental sensing data of the traditional slope geological disaster monitoring and early warning system is usually transmitted in a wired manner, but the geographical adjustment of mountainous areas is complex, and the line erection is difficult, which is inconvenient to implement a large-scale node layout for the entire landslide and slope geological disaster monitoring area , the depth of data collection cannot be guaranteed, and it cannot provide a huge amount of data basis for the monitoring and early warning of slope geological disasters, so that the remote real-time monitoring and early warning of slope geological disasters cannot be automatically realized

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