TR2023005629U5 - TANK TRAINING FIRING SYSTEM - Google Patents

Abstract

The invention is related to the tank training shooting system, in which the shooting is carried out on the target remotely and with a laser beam through the control unit, without using bullets, and the shooting environment is simulated with sound and visual effects. The said shooting system is controlled by the barrel clamp (2) attached to the barrel of the tank (1), the laser pointer (3) placed on the barrel clamp (2) and the target control unit (5), which is controlled by the laser pointer (3) and automatically fires with the laser beam. It is related to the fact that it contains a falling target (4) that determines the location where the laser beam is hit by the sensors located on it.

Description

DESCRIPTION TANK TRAINING SHOOTING SYSTEM Technical Field The invention is related to the tank training shooting system, in which shooting is carried out on the target remotely and through the control unit with laser beam, without using bullets, and the shooting environment is simulated with sound and visual effects. State of the Art Today, machine guns are used to train soldiers in military vehicles such as tanks, cannons and armored vehicles. In this case, training is carried out with real bullets by going to the training range. In order for the mentioned training to take place, private security ranges are required. In addition, although security measures are taken during training, security gaps will occur because real bullets are used. During the research conducted on the current technique, the application number GB1386830A was encountered. The application relates to a system in which gun firing at the target is simulated. However, the target of the mentioned system does not have electronic and remote controllable features. As a result, due to the negativities described above and the inadequacy of existing solutions on the subject, it has become necessary to make a development in the relevant technical field. Purpose of the Invention: The invention is inspired by current situations and aims to solve the above-mentioned drawbacks. The main purpose of the invention is to enable soldiers to train military vehicles such as tanks, cannons and armored vehicles with laser beam without using bullets. The purpose of the invention is to enable training to be carried out with a target controlled by an electronic unit. Another purpose of the invention is to enable control of target movement with a remote control. Another purpose of the invention is to enable the simulation of the real shooting environment with sound and visual effects. The structural and characteristic features and all the advantages of the invention will be more clearly understood thanks to the figures given below and the detailed explanation written by making references to these figures, and therefore the evaluation should be made taking these figures and detailed explanation into consideration. Figures to Help Understand the Invention Figure 1 is a representative view of the system subject to the invention. Figure 2 is the view of the barrel clamp. Figure 3 is the appearance of the laser pointer. Figure 4 is the view of the target control unit. Figure 5 is the view of the target. Description of Part References Barrel clamp Laser pointer Target control unit Firing control unit NFDWPWNf 8. Sound simulator Detailed Description of the Invention In this detailed description, the preferred embodiments of the tank training firing system, which is the subject of the invention, are explained only for a better understanding of the subject. The invention is related to the tank training shooting system, in which the shooting is carried out remotely on the target via the control unit, without using bullets. The said shooting system is controlled by the barrel clamp (2) attached to the barrel of the tank (1), the laser pointer (3) placed on the barrel clamp (2) and the target control unit (5), which determines the location of the target when hit by the laser pointer (3). (4) is about inclusion. The barrel clamp (2) is attached to the barrel of the tank (1). It is placed on the barrel clamp (2). When the laser pointer (3) hits the target (4), the target (4) falls automatically with the laser beam. The impact point of the laser beam on the target (4) is determined by the sensors located on the target (4). By sending a signal to the target control unit (5) via the remote control, the target (4) is enabled to move. The firing of the laser pointer (3) is controlled by the firing control unit (6). The number of shots to be made is determined by the fire control unit (6). When the shot is fired, the sound simulator (8) creates the explosion sound. The laser beam mentioned is not visible to the eye. With the calibration method applied to the barrel clamp (2), parallax between the barrel of the tank (1) and the laser beam is minimized. A visible green laser is used during calibration. The hitting status of the target (4) can be controlled remotely via the screen (7) located on the firing control unit (6). The barrel clamp (2) can be mounted on different models of tanks or armored vehicles with its adjustable structure. The target (4) has a structure that will not be affected by sunlight. The target (4) is adjusted to be fixed or moving via the target control unit (5). Working principle of the system: The laser pointer (3) is placed on the tank (1) via the barrel clamp (2) and the digital magazine is installed. The tank (1) is powered and the required amount of ammunition is loaded into the digital magazine. All of the targets (4) placed in the shooting area are in a lying position. The instructor determines, selects and turns on the targets (4) with the RF remote control. When the firing command is given to the tank (1) via the RF remote control, the user must fire within the specified time (preferably 20 seconds). If no shooting occurs within the specified time, the targets (4) automatically close back. When a shot is made from the tank (1), which is controlled by the fire control unit (6), the hit point is determined by the sensors on the target (4). When the target (4) is hit, the target (4) turns off after the specified time (preferably 3 seconds). If a moving target (4) is selected in the target control unit (5), it moves up and down with the RF control command. Since the target (4) is installed on the rail line, it performs sine motion. TR TR

Claims (1)

1.STEMS. Tank (1) is a training firing system and its features are; o barrel clamp (2) attached to the barrel of the tank (1), o laser pointer (3) placed on the barrel clamp (2), o controlled by the target control unit (5), automatically with laser beam when shot by the laser pointer (3). The falling object contains a target (4) that determines the location where the laser beam is hit by means of the sensors located on it. It is a tank (1) training firing system according to claim 1 and its feature is; It contains a remote control that allows the target (4) to move by sending a signal to the target control unit (5). It is a tank (1) training firing system according to claim 1 and its feature is; It contains a fire control unit (6) that controls the firing of the laser pointer (3) and determines the number of shots. It is a tank (1) training firing system according to claim 3 and its feature is; It consists of a screen (7) located on the fire control unit (6) that allows remote control of the hit status of the target (4). It is a tank (1) training firing system according to claim 1 and its feature is; It contains a control unit (5) that allows the target (4) to be adjusted to be fixed or moving. It is a tank (1) training firing system according to claim 1 and its feature is; It contains a sound simulator (8) that creates an explosion sound when fired. TR TR