Plane anti-terrorism monitoring processing system and method

Abstract

A general control system of an aircraft anti-terrorism monitoring disposal system is located in cockpit and is connected with a control switch of a monitoring network, an induced paralysis gas pipe network and a gun array network. A micro-camera and a microphone are arranged in each hidden sites on the top of chamber and are connected to form an array, with real-time feedback to the general control system as well as sound, light and address alarm. The gun array network is arranged in a channel between the cockpit and a cabin, a plurality of firing gun heads are arranged orderly with interval in a bulkhead on one side of the channel, the bulkhead on the other side is provided with a bullet-proof steel wall, with anesthesia and live ammunition. Paralysis-induced gas is stored in a gas storage tank with a switch valve, the gas storage tank with a switch valve is communicated with the original gas supply pipeline of an engine room through a pipeline with a switch and is merged into the original gas supply pipeline system of the engine room, with no incorporation of gas supply system of the cockpit. System organic, ground connection and monitoring dispose black box storage. Captain transfers order according to actual situation and ground instruction. The invention can monitor in real time and dispose terrorism incident before serious consequence occurs while ensuring security of the whole aircraft.

Description

Technical field [0001] The invention relates to a monitoring and handling system and method, in particular to an aircraft anti-terrorism monitoring and handling system and method. Background technique [0002] With the occurrence of terrorist incidents, anti-terrorism on the plane has become the focus of public attention. Worldwide, some terrorists have extended their claws to high-altitude aircraft, and there are more and more incidents of hijacking or suicide attacks on aircraft, seriously threatening the safety of high-altitude flights. How to prevent and monitor the terrorist events on the disposal machine in real time is the key. In the past, when terrorist incidents were encountered, passive methods were generally used. After the plane was hijacked and landed, the enemy and our two sides went to a stalemate or sought a negotiation solution. The delay was long, the loss was great, and the damage to passengers and even the industry was also great. . But so far there i...

AI Technical Summary

Problems solved by technology

In the past, when terrorist incidents were encountered, passive methods were generally used. After the plane was hijacked and landed, the enemy and our two sides went to a stalemate or sought a negotiation solution. The delay was long, the loss was great, and the damage to passengers and even the industry was also great.

But so far there is no better solution

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