An integrated cross-regional rescue support system

Abstract

The invention discloses an integrated cross-area rescue guarantee system. Each monitoring area is equipped with an active detection and protection system. The active detection and protection system includes an active monitoring network, a passive monitoring network, a tilt detector and a camera. The tilt detector, Beidou positioning module and camera are all connected to the remote monitoring system. The invention divides the mountain area into multiple monitoring areas, the base station and the base station form a rescue network, and the active detection and protection system forms a disaster detection array, which can monitor the disaster situation in real time and report it in time through the base station, which is convenient for relevant departments to quickly discover the disaster situation and quickly formulate disaster relief Plan and form a disaster relief team to achieve efficient disaster emergency rescue command. The tilt detector of the present invention can monitor disasters such as falling rocks, mudslides, and landslides in real time. The Beidou positioning module can monitor the overall displacement of the mountain, and the camera can monitor the road conditions of the rescue path in real time, which is convenient for formulating the best rescue route and strategy during rescue.

Description

technical field [0001] The invention relates to the field of disaster prevention, mitigation and relief, in particular to an integrated cross-regional rescue guarantee system. Background technique [0002] my country has a vast land and abundant resources, and natural disasters often occur, especially in mountainous areas, where landslides, rockfalls, mudslides, fires and other disasters are more common. On the one hand, because mountainous areas are often located in remote areas, the environment is complex, and the construction of information technology is difficult, it is impossible to realize an efficient early warning and monitoring mechanism for natural disasters, which is not conducive to the relevant departments to grasp the situation of disasters in the first place, and is not conducive to disaster emergency rescue command Work. On the other hand, due to the complex terrain in mountainous areas, inconvenient transportation and extreme shortage of rescue supplies, th...

AI Technical Summary

Problems solved by technology

On the one hand, because mountainous areas are often located in remote areas, the environment is complex, and the construction of information technology is difficult, it is impossible to realize an efficient early warning and monitoring mechanism for natural disasters, which is not conducive to the relevant departments to grasp the situation of disasters in the first place, and is not conducive to carrying out disaster emergency rescue command Work

On the other hand, due to the complex terrain in mountainous areas, inconvenient transportation and extreme shortage of rescue supplies, there are many difficulties in rescue.

Due to the limitation of traffic conditions, people cannot be evacuated and rescued in time, especially the elderly, weak, sick, disabled and pregnant, which brings greater challenges to the rescue work.

Moreover, during the rescue and evacuation process, due to the uncertainty of natural disasters, it is easy to encounter danger during the evacuation process.

For mountainous areas, the air and ground environment in the rescue area is often not conducive to helicopter rescue operations

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