Intelligent earthquake emergency rescue aid decision making system

Abstract

The invention provides an intelligent earthquake emergency rescue aid decision making system which comprises an image collecting structure and a display screen. The image collecting structure comprises a rear shell, a bearing, a rotating shaft, a guide pipe, a front shell, motors, impellers, an inflation pipe, a sleeve, a circuit board, short screws and long screws. The rotating shaft is arranged on a stand column on the rear side of the rear shell. The guide pipe is installed in a guide pipe fixing cavity in the front side of the rear shell. The impellers are in pin joint to motor shafts of the motors. The motors are installed in motor installation holes in the front shell. The rolled-up part of the tail end of the inflation pipe is wound around the rotating shaft. The top end of the inflation pipe sequentially penetrates a gas pipe inlet in the center of the rear shell, the guide pipe and a gas pipe penetrating-out hole in the center of the front shell and is turned up outwards from the inner side of the connecting portion of a gas pipe. Finally, a left upper gas pipe, a right upper gas pipe, a left lower gas pipe and a right lower gas pipe are connected with the left upper motor installation hole, the right upper motor installation hole, the left lower motor installation hole and the right lower motor installation hole correspondingly. The rotating speeds of the different stepping motors are controlled to control the forward moving direction of the inflation pipe.

Description

technical field [0001] The invention relates to a rescue facility, in particular to an intelligent auxiliary decision-making system for earthquake emergency rescue. Background technique [0002] The mutual extrusion between the crustal plates causes dislocation and rupture at the edge of the plates and inside the plates, and vibrations will occur during the energy release process, so earthquakes are a natural phenomenon that cannot be resisted by manpower. Earthquakes often cause serious casualties, and can cause fires, floods, toxic gas leakage, bacteria and radioactive substances, and may also cause secondary disasters such as tsunamis, landslides, collapses, and ground fissures. [0003] With the continuous improvement of human construction level, the earthquake resistance of buildings is getting better and better. However, in some economically underdeveloped areas, the collapse of houses caused by earthquakes is often the main cause of casualties. The scene after the co...

AI Technical Summary

Problems solved by technology

The scene after the collapse of the house is generally very complicated, with wires, roof beams, cement, bricks, furniture and other objects mixed in, which makes the rescue work extremely difficult

At present, people use life detection equipment to detect the location of life in collapsed buildings, and then use cranes and other equipment to remove various items one by one. Because it is difficult to control the intertwined and complex collapsed objects around survivors, survivors are often caused during the rescue process. of secondary injuries or even death

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