RU203317U1 - Device for identifying a destructive effect on a robotic anti-tank vehicle - Google Patents

Abstract

The device for identifying a destructive effect on a robotic vehicle (RTS) of an anti-tank vehicle refers to equipment installed on robotic means in order to ensure their survivability increase. Known ground-based robotic equipment (RTS) for military purposes: "Uranus-9", "Companion", "Kungas", "Platform-M" and others, which are carriers of weapons designed to defeat lightly armored vehicles and enemy manpower, which in their turn implies a response to similar weapons. The disadvantages of these RTSs is a low awareness of the destructive effects of anti-tank weapons of destruction of the enemy during active hostilities, due to the objective lack of a crew. The purpose of this utility model is to increase the survivability of military RTSs by identifying the destructive effects of anti-tank weapons on RTSs in the course of hostilities. The device for identifying the destructive effect on the robotic means of the anti-tank vehicle is installed on the RTS and contains a signal processing unit with vibration sensors connected to it located at the junction points of the planes of the RTS body and tower, and the signal processing unit is configured to calculate the place where the anti-tank vehicle enters the RTS, also identify the means of destruction. When the anti-tank weapon hits one of the planes of the object, a vibration pulse is generated that propagates at the same speed in all directions of the plane. Due to the different distances of vibration sensors, information about the impact reaches each sensor with a time difference. The processing unit records the signals from the sensors and calculates the epicenter of the vibration pulse, which coincides with the place where the anti-tank weapon enters the RTS, and also selects the pulse power, which makes it possible to cut off non-destructive effects and identify the weapon. After that, the information goes to the operator, who has situational awareness of the nature of the defeat and the plane in which the threat is located. 1 ill.

Description

The utility model is designed to increase the survivability of military-purpose robotic equipment (RTS VN) under the influence of anti-tank weapons of the enemy.

Known ground-based RTS VN: "Uran-9", "Companion", "Kungas", "Platform-M" and others, which are carriers of weapons designed to defeat lightly armored vehicles and manpower of the enemy. This, in turn, implies a response from similar weapons. The disadvantages of these RTS are low awareness of the destructive effects of anti-tank weapons of destruction of the enemy during active hostilities, due to the objective lack of a crew. So, when an anti-tank weapon hits the body of a robot (a shot of an anti-tank grenade launcher, an anti-tank guided missile, a bullet from a large-caliber machine gun, a shot of an automatic cannon), information about the place of impact and the nature of the damage is not transmitted to the operator of the complex manager. This leads to:

the operator cannot determine the direction of the enemy, which has a destructive effect, for its suppression and target designation to other means;

Information about the nature of the combat damage of the RTS and the possible reason for its failure is not received in a timely manner.

A similar problem exists with modern weapons and military equipment, for example, the T-14 Armata tank, where the crew is concentrated in one place of the vehicle and does not receive information about the destructive effects on the rest of the hull.

The purpose of this utility model is to increase the survivability of VN RTS by identifying the destructive effect of weapons on RTS in the course of hostilities.

This goal is achieved by including in the RTS a signal processing unit and vibration sensors connected to it, located at the junction points of the planes of the robot body and the tower. The utility model is illustrated in Fig., Where: 1 - RTS case; 2 - processing unit; 3 - vibration sensors; 4 - means of destruction; 5 - hit point. When the anti-tank weapon (4) hits one of the planes of the object (1), a vibration pulse is generated that propagates at the same speed in all directions of the plane. Due to the different distances of vibration sensors (3), information about the impact reaches each sensor with a time difference. The processing unit (2) captures the signals from the sensors and calculates the epicenter of the vibration pulse, which coincides with the place where the anti-tank weapon enters the RTS, and also selects by the pulse power, which makes it possible to cut off non-destructive effects and to partially identify the weapon. After that, the information is sent to the operator, who has situational awareness of the nature of the defeat and the plane in which the threat is located.

The technical solution to the proposed utility model is the inclusion in the RTS of a signal processing unit and vibration sensors located at the junction points of the planes of the RTS hull and tower.

The technical result of the proposed utility model is to increase the survivability of military-purpose robotic systems due to situational awareness of the destructive effects of anti-tank weapons.

Claims (1)

A device for identifying a destructive effect on a robotic means of an anti-tank vehicle, characterized in that the device is installed on the robotic means and contains a signal processing unit with vibration sensors connected to it located at the junction points of the planes of the body and tower of the robotic means, and the signal processing unit is configured to calculate the place where the anti-tank weapon enters the robotic means, and also identify the weapon.

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