RU2807287C1 - Assault robotic system protection solution - Google Patents

Abstract

FIELD: military; protection of robotic devices.

SUBSTANCE: solution contains a remote control system, means of communication and transmission of control commands on board the robotic system, a receiver of control commands on board the robotic system, on-board control equipment, weapons, a robotic system engine, a chassis with propulsion, a block of robotic system smoke grenade launchers, a block of emergency protection of the robotic system from enemy fire when communication between the operator and the robotic system is disrupted. The first input of the emergency protection block is connected to the receiver of the robotic system control commands, the second input of the emergency protection block is connected to the output of the robotic system weaponry control unit, the first output of the emergency protection block is connected to the input of the robotic system weaponry control unit, and the second output of the emergency protection block is connected to the smoke grenade launcher block of the robotic system. The possibility of emergency activation of smoke grenade launchers is provided if communication between the operator and the robotic system is disrupted.

EFFECT: smoke screens are created and protection is increased.

1 cl, 2 dwg

Description

The invention is intended to increase the protection of an attack robotic complex (RTC), equipped with a block of smoke grenade launchers, from enemy fire when communication between the operator and the RTK is disrupted.

There are well-known shock RTK protection systems based on tanks and infantry fighting vehicles, fig. 1, where: 1 - RTK operator; 2 - remote control system (RCS) of the RTK: 3 - means of communication and transmission of control commands on board the RTK; 4 - receiver of control commands on board the RTK; 5 - onboard control equipment of the RTK; 6 - RTK weapons; 7 - RTK engine; 8 - chassis with RTK propulsion; 9 - block of smoke grenade launchers.

If the RTK control system is in good condition, the operator (1), using the remote control system (2), communication and command transmission means (3), sends control commands to the RTK board. On board the RTK, control commands received by the receiver (4) enter the onboard control equipment of the RTK, which controls the RTK weapons (6), the operation of the RTK engine (7), the chassis with the RTK propulsion device (8) in accordance with the commands of the operator (1). Protection of the RTK in this case is ensured by the armor of the RTK, its maneuvering on the ground and, if necessary, the placement of smoke screens in dangerous directions, which is ensured by the firing of smoke grenades by the launcher block (9) at the operator’s command.

The disadvantage of the existing RTK control system is that if the connection between the operator and the RTK is disrupted, for example, the failure of communication and command transmission means (3) or their suppression by enemy electronic warfare means, the operator’s commands will not be sent to the RTK, the RTK engine will stop working, The RTK will stop, turning practically into a stationary target easily destroyed by the enemy.

In order to increase the protection of the strike RTK in the event of a breakdown in communication between the operator and the RTK, a protection system is proposed that differs from the existing installation of a block (10) (Fig. 2) for emergency protection of the RTK from enemy fire in the event of a breakdown in communication between the operator and the RTK.

The proposed system works as follows. If there is a connection between the operator and the RTK, the control of the RTK and its protection is carried out in the same way as in existing shock RTKs. In this case, upon command from the control command receiver, the RTK emergency protection unit (10) is disconnected from the RTK on-board network, i.e. is in the off state. If the connection between the operator and the RTK is disrupted, the command to the unit (10) is not received from the RTK control command receiver, and the unit (10) is connected to the on-board network of the RTK. In this case, a command is received from block (10) to bring the RTK weapon to its original state, consistent with the RTK body. When the position of the body and weapon is coordinated, the block (10) sends a command to the block (9) of smoke grenade launchers. Programmable by the block (10), periodic firing of smoke grenades occurs in the direction of the enemy. At the same time, the resulting smoke screens prevent the enemy from firing at the RTK and facilitate the evacuation of the RTK from the battlefield to shelter.

The objective of the present invention is to create smoke screens in front of the RTK when communication between the operator and the RTK is disrupted and thereby ensure protection of the RTK from enemy fire.

The technical solutions of the proposed invention are:

1. Use of an additional control channel from the RTK control command receiver to the smoke grenade launcher unit.

2. Introduction of an additional function for emergency activation of smoke grenade launchers into the on-board control systems of the RTK.

The technical result of the proposed invention is the possibility of emergency activation of RTK smoke grenade launchers when communication between the operator and the RTK is disrupted.

Claims (1)

Protection system for the strike robotic complex (RTC), containing a remote control system, means of communication and transmission of control commands on board the RTK; receiver of control commands on board the RTK, on-board control equipment, weapons, RTK engine, chassis with propulsion and RTK smoke grenade launcher unit, characterized by the installation of an emergency protection unit for the RTK from enemy fire in the event of a communication failure between the operator and the RTK, the first input of the emergency protection unit connected to the RTK control command receiver, the second input of the emergency protection block is connected to the output of the RTK weapons control unit, the first output of the emergency protection block is connected to the input of the RTK weapons control unit, and the second output of the emergency protection block is connected to the RTK smoke grenade launcher unit.

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