RU2577604C1 - Kochetov method for protection of crowded facilities from terrorists - Google Patents

Abstract

FIELD: security system.

SUBSTANCE: method of protecting facilities from terrorists consists in that nonlethal means based on irritant are installed on unmanned aerial vehicles and neutralisation by terrorists. Armoured vehicle equipped with system of "anti-terror" is moved towards facility and complex for fighting terrorism is deployed. On system is based returned apparatus with three flying robots equipped with remote-controlled anti-terrorist weapons. From control panel system "anti-terror" programmed flying robots task. Vehicle is equipped with unit with extension of conveyor belt. Programmed task for penetration into settled by terrorists flying robots fitted with remotely-controlled anti-terrorist weapon, and neutralisation of terrorists.

EFFECT: higher efficiency of controlling anti-terrorist equipment.

1 cl, 4 dwg

Description

The invention relates to methods for protecting objects with a large crowd of people from emergency situations, for example, terrorist seizure of theater and entertainment buildings, cinema objects, as well as other entertainment and hotel complexes.

The closest in technical essence and the achieved result is the system according to the patent of the Russian Federation No. 2503951, based on the use of non-lethal weapons in the fight against terrorists who hijacked an aircraft.

A technically achievable result is an increase in the effectiveness of the fight against terrorism at civilian entertainment facilities.

This is achieved by the fact that in the method of protecting objects with a large crowd of people from terrorists, namely, that a non-lethal means of destruction based on an irritant, for example CS, is installed on unmanned aerial vehicles and neutralizes terrorists, an armored vehicle is advanced to an object captured by terrorists equipped with a programmable anti-terror system, and deploy a complex to combat terrorism, which is based on at least one return unit, which is placed on the edge at least three flying robots equipped with a remotely controlled anti-terrorism weapon equipped with a neutralizing charge, while the anti-terror system controls the flying robots to penetrate and neutralize the building besieged by terrorists, and the vehicle is equipped with a unit with a retractable conveyor belt to move to the object of the robot, which program the task of opening the window openings in the building besieged by terrorists, while the operations of robots and flight a Paratov controlled using the remote "anti-terror" of the system, after an operation performed by opening the window openings, the problem is programmed to penetrate the besieged terrorists building a flying robot, equipped with remote-controlled anti-terrorist weapons, and neutralize terrorists.

In FIG. 1 shows a general scheme for eliminating terrorists who have captured an object with a large crowd of people, for example, an object for theatrical and entertainment performances, FIG. 2 - rubber bullet of 9 mm caliber with illegal means of destruction based on irritant, for example CS, in FIG. 3 - cartridge of 23 mm caliber with shock-shock coloring element, in FIG. 4 - remote stun gun.

A device for implementing the method (Fig. 1) for protecting an object 1 with a large crowd of people 2 from terrorists contains a specialized cross-country vehicle 3 equipped with a programmable anti-terror system, on which a specialized complex for fighting terrorism with at least one returnable is based apparatus 5, such as, for example, a mini-helicopter Sprite RPH with a take-off mass of 36 kg and with a horizontal projection in the form of a circle with a diameter of 1.6 m (rotor). With such dimensions and weight, it can be placed on any platform of the vehicle 3, including the roof of the container. In normal mode, such devices are used for reconnaissance of “targets of the battlefield,” such as small military units, single vehicles, firing points, etc. The time spent in the air of a Sprite RPH helicopter, at a flight speed of 110 km / h at altitudes of up to 3 km, is about 2 hours. Therefore, for continuous monitoring of an object captured by terrorists, you can use 2-3 of these devices at once or alternately. The dimensions and the total mass of vehicles with a fuel supply (6 kg per refueling) allow them to be freely placed on the vehicle 3. At least 5 flying robots 6, equipped with a remotely controlled small arms anti-terrorism weapon equipped with a neutralizing charge, are placed on the returned vehicle 5. which is penetration into a building besieged by terrorists. As a neutralizing charge, a rubber bullet of 9 mm caliber (Fig. 2) with a non-lethal means of destruction based on an irritant, such as CS, or a 23 mm caliber cartridge (Fig. 3) with an irritant and shock-shock coloring element is used. A variant is possible when a remote stun gun is used for these purposes. The ammunition nomenclature of a remotely controlled weapon may include the following types of cartridges: 23 mm Cherry Bird-7M cartridge with a gas grenade stuffed with CN Irritant, with a maximum effective firing range of up to 150 meters; 23 mm Lilac-7 cartridge with a gas grenade stuffed with CS irritant.

It is possible to use a remote stun gun (Fig. 4) - a special device from which two arrows are fired, after which thin wires are pulled directly to the target.

It is possible that when the coloring element is provided with a mark for automatically aiming at the target from the control panel 4, in order to increase the target aiming at the target.

Specialized armored vehicle 3 is equipped with a unit 7 with a retractable conveyor belt 9 to advance to the object 1 of the robot 8, whose task is to open the window openings of the building besieged by terrorists. For the same purpose, a telescopic sliding ladder 10 and a robot 11 (for example, like robots for cleaning glass windows and billboards from dirt), equipped with a window opening device, for example a glass cutter, serve. The operations of robots and the flight of apparatuses are controlled from the anti-terror system terrorist capture control panel 4 located, for example, in an armored vehicle 3. After the operation to open the window openings is completed, a command is given to penetrate the flying robots building besieged by terrorists 6, equipped with remotely controlled small arms anti-terrorism weapons.

It is possible that for the purpose of penetrating the building besieged by terrorists, the supply and exhaust ventilation system 12 with ventilation grilles 13 is used. In this case, the dimensions of the flying robots should be commensurate with the dimensions of the vents of the ventilation grilles 13, and the remote-controlled small-arms anti-terrorism weapon should be replaced with a miniature one. for example, a miniature gas canister opened from the control panel 4.

The way to protect objects with a large crowd of people from terrorists (Fig. 1) is as follows.

An armored vehicle equipped with a programmable anti-terror system is pushed to an object captured by terrorists, and a specialized anti-terrorism complex is deployed, on which at least one return vehicle is based, on which at least three flying robots equipped with remote controlled anti-terrorist weapons equipped with a neutralizing charge, while the remote control robots program the anti-terror system to penetrate the the building required by the terrorists and their neutralization, while the vehicle is equipped with a unit with a retractable conveyor belt to advance to the robot object, which is tasked with opening window openings in the building besieged by terrorists, while the operations of robots and the flight of devices are controlled from the anti-terror system console, after the operation to open the window openings is completed, the task is programmed for penetrating into the building besieged by terrorists of flying robots equipped with remotely controlled ntiterroristicheskim weapons and neutralize terrorists.

It is possible that for the purpose of penetrating the building besieged by terrorists, the supply and exhaust ventilation system 12 with ventilation grilles 13 is used. In this case, the dimensions of the flying robots should be commensurate with the dimensions of the vents of the ventilation grilles 13, and the remote-controlled small-arms anti-terrorism weapon should be replaced with a miniature one. for example, a miniature gas canister opened from the control panel 4.

Claims (1)

A way to protect objects with a large crowd of people from terrorists, namely, that non-lethal means of destruction based on an irritant, such as CS, are installed on unmanned aerial vehicles and render terrorists harmless, characterized in that an armored vehicle equipped with an object captured by terrorists is advanced programmable anti-terror system, and deploy a complex to combat terrorism, on which I base at least one returnable apparatus, which is placed at least three flying robots equipped with a remotely controlled anti-terrorism weapon equipped with a neutralizing charge, while the anti-terror system controls the flying robots to penetrate and neutralize the building besieged by terrorists, and the vehicle is equipped with a unit with a retractable conveyor belt to the object of the robot, which is programmed to open the window openings in the building besieged by terrorists, while the operations of robots and flight apparatus in control with the remote "anti-terror" of the system, after an operation performed by opening the window openings, the problem is programmed to penetrate the besieged terrorists building a flying robot, equipped with remote-controlled anti-terrorist weapons, and neutralize terrorists.

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