RU184371U1 - Target installation - Google Patents

Abstract

Target installation refers to the equipment of landfills and shooting ranges, in particular, fixed target installations with targets that disappear when hit, and can be used for visual and sound recording of a bullet hit when conducting small-arms shooting. The target installation contains relatively target axles with counterweight and limiter. New is that the frame is made collapsible and contains a protective plate and side walls with central and rear pillars. On the front of the side walls there are grooves for the placement of the protective plate. On the protective plate there are grooves corresponding to the grooves on the side racks. In the upper part of the central posts there are grooves for placing the target with a counterweight weight made from a set of plates. The target is made in the form of a plate of a complex configuration with a wide affected upper part, which turns at an angle into a narrow part, and protrusions for placing the target in the grooves of the central posts. To visualize the hit of the projectile in the target, a flag is set under the protrusions, the front and back sides of which are made in different colors. The target installation is made of high-strength aviation design steel and installed on support plates. Such a constructive solution allows you to create a mobile device used in the equipment of the shooting ranges, and to increase the effectiveness of training during training fire.

Description

The technical solution relates to the equipment of landfills and shooting ranges, in particular, fixed target installations with targets that disappear when hit, and can be used for visual and sound recording of a bullet hit during shooting practice of small arms due to the characteristic sound of a bullet hit and a tip overturning.

Known target installation (RF patent for useful model No. 84102), containing a frame with targets mounted on racks rotatably, a rod-shaped stop and weights-counterweights.

A disadvantage of the known solution is that it is cumbersome, which makes it difficult to move it to the shooting range, besides, during the firing practice, the visualization is not sufficient from a considerable distance of hitting the projectiles in the target part affected.

The objective of this solution is to create a mobile device that ensures its quick assembly and disassembly, increasing the effectiveness of training in firing by increasing the visualization of hitting projectiles.

The task is solved due to the fact that in a target installation containing a target installed in a frame with a rotation with respect to the axis with a counterweight and a limiter, the frame is made collapsible and contains a protective plate and side walls with central and rear pillars. On the front of the side walls there are grooves for the placement of the protective plate. On the protective plate there are grooves corresponding to the grooves on the side racks. In the upper part of the central pillars there are grooves for placing a target with a counterweight. The target is made in the form of a plate of a complex configuration with a wide affected upper part, which turns at an angle into a narrow part, and protrusions for placing the target in the grooves of the central posts. To visualize the projectile hit the target under the protrusions check box. The target installation is made of high-strength aviation design steel and is installed on the support plates. Weights-counterweights are made from a set of plates. The front and back sides of the box are made in different colors.

The essence of the utility model is illustrated by drawings, where:

in fig. 1 shows a general view of the installation,

in fig. 2 shows the components of the installation.

The target installation contains a collapsible frame 1, a target 2 with a counterweight 3 and a stopper 4.

The frame 1 contains the side walls 5 with the Central 6 and rear 7 racks, and a protective plate 8.

The target 2 with the counterweight 3 is installed in the frame 1 with the possibility of rotation about the axis 9. The counterweight 3 is made in the form of a set of plates (not shown in Fig.) With the possibility of changing the amount of the tilting moment.

On the front of the side walls 5 are grooves 10 for accommodating the protective plate 8.

On the protective plate 8 is made grooves 11, corresponding to the grooves 10 on the side walls 5.

In the upper part of the central posts 6, grooves 12 are made to accommodate target 2 with a counterweight 3.

Target 2 is made in the form of a plate of complex configuration with a wide affected upper part, which passes at an angle into a narrow part, and protrusions 13 for placing the target 3 in the grooves of the central posts 6.

To visualize the hit of the projectile in the target 2 under the protrusions checkbox 14 is selected.

The frame 1 of the target installation is placed on the support plates 15. The target is made of high-strength aviation design steel. The front and back sides of the flag 14 are made in different colors. The device works as follows.

To ensure the normal operation and durability of the operation of the installation, the shooting is carried out with the following ammunition: steel core bullets, enhanced penetrability bullets, tracer bullets, sniper bullets, pistol cartridges, as well as analogues of the above-listed ammunition.

The device is not intended for shooting armor-piercing bullets and their analogs.

Shooting at target 2 is carried out at an angle of no more than 30 ° from a distance of at least 100 meters for rifles and machine guns, 50 meters for machine guns and 15 meters for pistols.

In order to avoid damage to the affected upper part of target 2, it is recommended to deploy it every 200-300 shots.

To conduct shooting should prepare the installation.

To do this, install and pull off bolts (not shown in Fig.) Of the counterweight plate 3 so that 3-4 plates are on the front of target 2, and 4 are from the back. The bolt head and washer (not shown in Fig.) Should be located on the front side of target 2.

Install the affected part of the target 2 in the collection with the weights of the counterweight 3 on the frame

one.

Then it is necessary to install a protective plate 8 and check the operability of the installation, for which it is necessary to push the struck upper part of target 2, it should, without touching the side walls 5, hit the stop 4.

After this, you should fix the installation.

When installing on hard surfaces (concrete, asphalt), it is necessary to fix the support plates with 15 heavy objects, providing emphasis to the rear.

When installed on the ground, it is necessary to undermine the soil under the target to ensure its free movement, and fix the support plates 15 with pegs by placing them in the holes 16.

It is possible to install the target installation into the ground without a counterweight 3 and the protective plate 8, but without the possibility of automatically returning the target 2 to its original position, for this it is necessary to place the target in the pit so that above the ground surface there is only the affected part of the target. In this case, the frame 1 should be fully installed in the ground, and behind the lower part of the target 2 in the excavated recess, it is necessary to form a stopper from improvised means, while the upper part of the target 2 should be inclined by 5-10 ° in the direction of the arrow.

When shooting is carried out, if a bullet hits a target 2, a characteristic sound is heard and it overturns, as a result of which the red flag is raised. After about 2-3 seconds, target 2 returns to its original position.

The design of the claimed technical solution ensures its mobility due to quick disassembly and assembly of the device for its movement, as well as visualization of hitting the affected part of the target due to the presence of a flag with sides of different colors.

Thus, the task of creating a mobile device used in equipping shooting ranges and improving the effectiveness of training in firing has been solved.

Claims (4)

1. Target installation, containing a target with counterweight, mounted in a frame for rotation about an axis, a flag and a stop, characterized in that the frame is made collapsible and contains side walls with central and rear pillars, and a protective plate, at the front side walls are grooved to accommodate the protective plate; grooves are made on the protective plate corresponding to the grooves on the side racks; in the upper part of the central racks there are grooves to accommodate the target with a counterweight weight; It is made in the form of a plate with a wide affected upper part, which turns at an angle into a narrow part, and protrusions for placing the target in the grooves of the central posts. 2. Target installation under item 1, characterized in that it is installed on the support plates. 3. Target installation under item 1, characterized in that the target is made of high-strength aviation design steel. 4. Target installation under item 1, characterized in that the weights-counterweights are made from a set of plates.