RU2343395C1 - Battle complex of fast response - Google Patents

Abstract

FIELD: weapons.

SUBSTANCE: invention is intended for combat purposes, border surveillance and struggle against terrorists. The battle complex of fast response contains at least one unit of remote operated small arms. The complex is carried out in the form of mobile installation and the stationary operating equipment. Thus mobile installation is carried out armoured, with the jet engines established on wings, with installation for shooting by rocket missiles, with unit of distantsionno-operated small arms placed from above in a forward unit of mobile installation and containing a videocamera of prompting, consolidated on the weapon. It contains drives of vertical and horizontal moving of the weapon, a drive of the trigger mechanism, connected by a communications channel with the controller of the weapon which is connected to the onboard computer. The onboard computer is connected to the send-receive device with the onboard aerial. The stationary control system contains the operating send-receive device with the operating computer having the monitor and a control mean, for example a "joystick".

EFFECT: expansion of functionality.

3 cl, 4 dwg

Description

The invention relates to military equipment, in particular to means of warfare, border protection and defense, and the fight against terrorists. A weapon design has been developed for installation on a mobile installation for the purpose of remote control of fire during the assault on concrete or armored structures.

Known machine for shooting weapons according to US Pat. RF №2082932, IPC 6 F41A 31/00, publ. 06/27/97, the Machine contains a massive base, a fixture for fixing and a back emphasis. The device is not intended for military operations and does not contain a remote control system.

A known installation for mounting weapons on a vehicle according to US Pat. RF №2026527, IPC 6 F41A 23/34, a prototype that contains a barrel, horizontal and vertical displacement drives and limiters of the angles of rotation of the barrel in the horizontal and vertical plane. Shooting is carried out from the vehicle, aiming is carried out by the shooter by horizontal and vertical rotation of the barrel manually. The movement of the vehicle and its turn provide an additional expansion of the shelling sector.

The disadvantages of the device are that it is not intended for remote control of shooting, and the shooter is exposed to significant danger during the fighting. A remote control (security) system is not provided at all.

A known method and device for radio wave detection of an intruder according to the patent of the Russian Federation for invention No. 2145441. This alarm method is designed to enhance border protection in addition to other well-known activities. To achieve this goal, the invention poses the following technical tasks: to introduce features that make it possible to synchronize and power the device and receiver spaced apart in the space of the sensor, to introduce features that specify the procedure for adjusting the phase of the spatial wave.

The technical result is achieved by the fact that in the method and device with the transmitter and receiver of the RF oscillations spatially separated, the surface radio wave line performs several functions: the sensitive element of the security detector, the low frequency line, time synchronization and the power line of the transmitter.

The objective of the invention is the provision of remote combat, mining of the field, protection and defense, including the conduct of combat with violators of the border and terrorists using remotely controlled small arms and the complete exclusion of personnel losses.

Rapid response combat complex, containing at least one unit of remotely controlled small arms, characterized in that the complex is made in the form of a mobile installation and stationary control equipment, while the mobile installation is armored, with jet engines mounted on the wings, with the installation for firing rockets, with a unit of remotely controlled small arms, placed on top of the front of the mobile unit and containing a camcorder hover weapons mounted, vertical and horizontal weapons movement actuators, a trigger mechanism connected by a communication channel to the weapon controller, which in turn is connected to the on-board computer. The on-board monitoring and control system comprises an on-board computer connected to the on-board receiving and transmitting device with an on-board antenna, drives and a drive controller, connected to the computer, at least one video camera connected to the on-board computer, and a controller for firing rockets, a controller weapons and jet engine controller. The stationary control system comprises a control receiving and transmitting device with a control computer having a monitor and a control device, for example, a “joystick”.

Patent studies have shown that the proposed technical solution has novelty, inventive step and industrial applicability.

The invention is illustrated in figure 1 ... 4, where:

figure 1 shows a schematic diagram of a system,

figure 2 shows the block diagram of the installation,

figure 3 shows a top view of a mobile installation,

figure 4 shows a diagram of a remotely controlled small arms ..

The system comprises (FIG. 1) a mobile unit 1 and ground control equipment 2.

Mobile installation 1 (there is no crew in it and its dimensions are much smaller than that of an armored car and tank, but more powerful armor) contains an armored casing 3 mounted on wheels 4, a drive (s) 5, connected by an electric wire connection to the drive controller 6, which, in turn, is connected to the on-board computer 7. To the on-board computer 7 are also connected the on-board receiving and transmitting device 8 with the on-board antenna 9 and the weapon controller 10, connected on the other hand to the remote-controlled firearm unit weapons 11 (rapid-fire gun or mortar). At least one video camera 12 is also connected to the on-board computer 7, mounted on an armored casing 3 or partially inside a mobile unit 1 to protect against damaging factors. A second weapon controller 13 and an engine controller 14 are connected to the on-board computer 7. The engine controller 14 is connected to the jet engines 16 mounted on the wings 15. An installation 17 for firing rockets 18 is installed at the top of the mobile unit 1. All electrical connections are made by wire or wireless channels communication 19.

The ground control equipment 2 (Fig. 1) contains a control computer 20, consisting of a system unit 21, to which a monitor 22 and a control device 23 are connected, for example, a mouse-type manipulator, ground receiving and transmitting device 24 with a stationary antenna 25. Mobile communication installation 1 and ground control equipment 2 is carried out by radio channel 26.

Each unit of the remotely controlled firearm 11 (Fig. 2) contains a vertical displacement drive 27, a horizontal displacement drive 28, a trigger actuator 29, an optical sight 30, a guidance camera 31, a laser pointer 32 mounted or connected to a barrel 33, which is mounted on platform 34 using the hinge 35. The weapon controller 10 is connected by electrical wire connections to the drives 27, 28 and 29, with an optical sight 30, a guidance camera 31 and a laser target indicator 32. The barrel 33 is mounted on platform 34 using the hinge 35. All communications between the electronic components of the mobile and stationary systems are made, for example, wired or wireless channels communications 19.

The jet engine 16 may be, for example, as shown in FIG. 4, inside the wing 15. The jet engine 16 comprises an air intake 36, a compressor 37, a combustion chamber 38, a fuel pump 39 connected to it by a fuel line 40 and with an engine controller 14 using an electric communication channel 19. A turbine 41 and a jet nozzle 42 are installed behind the combustion chamber.

During operation, the operator controls the mobile installation 1, using the video image received from the video camera 12 (or several video cameras), the commands are sent by the operator from the control device 23 and the system unit 21 is then sent to the stationary transmitting and receiving device 24, then to the stationary antenna 25 and over the air 26 to the mobile antenna 9 and further to the on-board receiving and transmitting device 8, then to the on-board computer 7 and further to the drive controllers 6 for controlling the movement and to the weapon controller 10, the installation controller for firing rockets 17 to control the firing and to the jet engine controller 14 to carry out the flight of the mobile unit 1 to the combat zone.

The weapon controller 10 controls the remotely controlled small arms 11, and the second weapon controller 13 controls the installation 17.

The application of the invention will allow:

- significantly increase the combat readiness and maneuverability of the complex by introducing it into battle from a separated area by flight using jet engines,

- to storm heavily fortified positions with a high density of artillery and enemy personnel, remotely, being at a considerable distance in a safe place,

- personnel losses due to the absence of a crew in an armored vehicle and the remote deployment of operators will be reduced or almost completely eliminated,

- improve the comfortable conditions of duty of operators and increase the accuracy and efficiency of shooting at intruders, terrorists, armored vehicles and manpower of the enemy.

Claims (3)

1. A quick response combat complex containing at least one unit of remotely controlled small arms, characterized in that it is equipped with vertical and horizontal arms movement drives, a trigger mechanism, a weapon controller, an on-board computer, the complex being made in the form of a mobile installation and stationary control equipment, while the mobile installation is armored, with jet engines mounted on the wings, with an installation for firing reactive shells, and a unit of remotely controlled small arms is placed on top of the front of the mobile unit and contains a guidance video camera mounted on the weapon, vertical and horizontal movement weapons, the trigger mechanism is connected by a communication channel to the weapon controller, which is connected to the on-board computer. 2. The combat complex of claim 1, characterized in that it is equipped with an installation controller for firing rockets, an on-board monitoring and control system with an on-board computer connected to an on-board receiving and transmitting device with an on-board antenna, drives and a drive controller connected to the on-board computer at least one video camera connected to the on-board computer. 3. The combat complex according to claim 1, characterized in that the stationary control equipment comprises a control transmitting and receiving device with a control computer, a monitor and a control device, for example, a “joystick”.

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