Debris flow video monitoring 3G network transmission alarm system

Abstract

The invention discloses a debris flow video monitoring 3G network transmission alarm system. The debris flow video monitoring 3G network transmission alarm system is characterized by comprising a video monitoring alarm module, a mud water level sensor, a 3G transmission module and a monitoring center, wherein the video monitoring alarm module comprises a 3G web camera, a tripod head, a seeking searchlight, a solar cell panel, a solar charge controller and a storage battery. The monitoring center comprises a monitoring center service end and a monitoring center client-side, the 3G web camera is connected with the tripod head, the seeking searchlight is installed above the 3G web camera, the solar cell panel and the storage battery are connected with the solar charge controller, the 3G web camera is connected with the monitoring center through the 3G transmission module, and the monitoring center service end is connected with the monitoring center client-side. The 3G web camera and the 3G transmission module are adopted, the operating cost of the system is also reduced while arrangement of massive cables are avoided by utilizing an existing 3G network, and unattended real-time monitoring on the site is achieved.

Description

technical field [0001] The invention belongs to the field of mud-rock flow natural disaster monitoring and alarming, in particular to a mud-rock flow video monitoring 3G network transmission alarm system. Background technique [0002] Landslides and debris flows are two types of gravity erosion that occur in parts of the upper reaches of rivers and reservoir areas in my country, and are recognized as one of the four major geological disasters. Debris flows are caused by torrential rains or heavy rainfalls that cause flash floods. Debris and floods are mixed together to form a liquid-solid two-phase flow, and the solid matter is in a supersaturated state. Under the action of water flow momentum and gravity, water, soil, sand, and stones are mixed. Surge forward. After the formation of mud-rock flow, its destructive force is great, silting up river courses, blocking rivers, interrupting traffic, destroying farmland houses, and even destroying cities and towns. In order to...

AI Technical Summary

Problems solved by technology

In the above-mentioned monitoring situation, the on-site monitoring mode needs to send personnel in the local area for a long time, and the off-site personnel cannot check the on-site situation in real time. Intelligence is solved by setting up dedicated lines, which are expensive and difficult to maintain, and dedicated lines cannot be set up in some areas

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