RU183244U1 - SHOOTING AGENT FOR MILITARY TACTICAL GAMES - Google Patents

Abstract

The utility model relates to small arms for military tactical games. The technical result of the proposed utility model is the emergence of a new type of small arms for military tactical games, which has maximum external resemblance to military counterparts, has a sound and the smell of a shot comparable to real, copies organs and control methods of real weapons (store equipment, reload, mode control fire, etc.), besides being structurally similar to a weapon by a product or pneumatic weapon, depending on the energy of the shot.

The claimed technical result is achieved using the proposed device containing a piston, rear support, return spring, combat spring, sear, magazine, cartridge, ball, nozzle, bolt, receiver insert, characterized in that it has a gas chamber for building cartridges, a combined magazine for building cartridges and airsoft balls, strikers and a disconnector.

Description

The utility model relates to small arms for military tactical games.

The device is intended for installation as an automation drive in products that are structurally similar to weapons (KSOI), which are used for military tactical games. When using the device, the appearance of the KSOI, as well as the light and noise impact, will be as close as possible to the military analogues of the weapon, while the purpose remains non-military.

Analogs of the developed solution are automatic drives of airsoft shooting tools (http://www.clubstalker.ru/arming/obzor/). According to the principle of their operation, they can be conditionally divided into two large classes: electro-pneumatic (see Fig. 1) and gas (http://forum.guns.ru/forum_light_message/74/402202.html). These classes have a number of disadvantages, the proposed utility model is aimed at overcoming of.

The first key drawback for all schemes is the sound and smell of a shot, different from a shot from a real weapon. This makes it impossible to immerse yourself in the atmosphere of a real battle during military tactical games.

The second key disadvantage is the extreme sensitivity to weather conditions and environmental influences. For different classes, it manifests itself in different ways.

For electro-pneumatic analogs, exposure to moisture is critical. If moisture or dirt gets directly into the gun drive, field repair will not be possible.

Pneumatic analogues can also contain electrics and electronics, so the above drawback is also true for a number of samples belonging to the class of pneumatic shooting means. There is no electrics and electronics in the proposed circuit, so moisture and dirt getting into it is not critical and most of the possible problems with dirt and moisture can be easily eliminated by washing and lubricating the automation parts.

The main disadvantages of the gas class of automatic drives of small arms, which is associated with weather conditions, is the sensitivity to ambient temperature. In this case, differences in environmental conditions will be significant in which the cylinder is refilled and in which it is operated. In various situations, this can lead either to a significant reduction in the number of shots that can be fired from a single charge of the cylinder, or to direct danger if, for example, the cylinder is refilled in a cool room, and during operation it will be exposed to direct sunlight. In the proposed device for firing, spring pneumatics is used, which means that the air for the shot will be taken from the external environment each time, the aforementioned drawback will be overcome.

The next disadvantage of the gas class, which is no longer related to weather conditions, is the very presence of a cylinder with compressed air or other gas used for firing. The cylinder adds weight, in some samples it is taken out of the dimensions of the product, which is extremely undesirable when solving the problem of external similarity with military counterparts. Also a common drawback is the drop in the speed of the shot when firing bursts as a result of a decrease in temperature due to the intensive gas flow from the cylinder. In the proposed device, on the contrary, there is no cylinder and in addition to this there is a store with building cartridges that look like military cartridges.

The proposed device is devoid of the main disadvantages of analogues and has a whole range of unique consumer qualities that distinguish it from its analogues.

Close to the achieved result is the decision on the patent No. RU 2557121 of 03/03/2013.

In this patent, the author, as one of the options, uses construction or blank cartridges to automate the reloading of weapons. This patent implies that for each shot, you must additionally press the button 30 behind the trigger in figure 7 (see patent description) to initiate reloading. This requires additional initiation devices that are not described in the patent. In the developed device, the initiation occurs due to the impact of the piston on the hammer. The developed mechanism allows both automatic and single fire. In addition, the patent describes a device that provides only reloading weapons. The proposed solution also provides a shot due to the forward movement of the piston.

The technical result of the proposed utility model is the emergence of a new type of small arms for military tactical games, which has the maximum external resemblance to military counterparts, has a sound and the smell of a shot comparable to the real one, copies organs and control methods of real weapons (store equipment, reload, mode control fire, etc.).

From the prior art, the authors do not know a solution that has the most similar set of common features with the proposed utility model.

In the proposed shooting means, the shot is fired by a spring pneumatic drive, reloading is carried out due to the energy of the building cartridge. The principle of operation of automation is based on working with a free shutter.

The claimed technical result is achieved using the proposed device containing a piston, rear support, return spring, combat spring, sear, magazine, cartridge, ball, nozzle, bolt, receiver insert, characterized in that it has a gas chamber for building cartridges, a combined magazine for building cartridges and airsoft balls, strikers and a disconnector.

The utility model is illustrated by drawings:

FIG. 1 Electro-pneumatic airsoft drive

FIG. 2 Moving parts in the extreme farthest position

FIG. 3 Moving parts in the extreme rear position

FIG. 4 The shutter sends the building cartridge in its frontmost position

FIG. 5 The shutter sends the ball to its frontmost position

FIG. 6 Mutual arrangement of the building cartridge and the ball in the receiver insert (top view).

The drawing shows the general scheme of the device, in which: 1 - the shutter, 2 - the piston, 3 - the rear support, 4 - the return spring, 5 - the fighting spring, 6 -whisper, 7 - the striker, 8 - disconnector, 9 - store, 10 - a cartridge, 11 - an insert of a receiver, 12 - a ball, 13 - a nozzle.

Initially, the device is in the extreme forward position (Fig. 2). To produce the first shot, the shooter must take the shutter 1 and the piston 2 of the automatics to the extreme rear position. The shutter under the action of the return spring 4 returns to its extreme forward position, and sends the building cartridge 10 into the chamber of the barrel insert 11, and the nozzle (Fig. 3, pos. 13) sends the ball (Fig. 4, pos. 12) into the nozzle of the barrel liner boxes (see FIG. 5 and FIG. 6). The piston at this time stands on the sear (Fig. 2, pos. 5) in the extreme rear position. After the shutter returns to its extreme forward position, when the trigger is pressed, the piston breaks off the sear and begins to push air in front of it. Under the action of pushed air, the ball begins to move along the pipe into the barrel. At the end of the stroke, the piston hits the striker 7 and punctures the building cartridge. Ignition of the powder charge of the building cartridge takes place and pressure develops in the chamber of the receiver insert. Due to the pressure, the moving parts begin their rollback. Having retreated to its extreme rear position, the piston again becomes in a whisper, and the shutter, having hit the support (Fig. 2, pos. 3), returns to the extreme forward position under the influence of a return spring (Fig. 2, pos. 4). The process is then repeated. For automatic fire in the trigger, a disconnector 8 must be provided, which is mechanically connected to the sear, so that, with the trigger pressed, it can automatically place the piston on the sear when the shutter and piston are in the extreme rear position and the piston is automatically removed from the sear when the shutter is in the frontmost position.

Claims (1)

A shooting means containing a piston, a back support, a return spring, a fighting spring, a sear, a magazine, a cartridge, a ball, a nozzle, a shutter, a receiver insert, characterized in that it has a gas chamber for building cartridges, a combined magazine for building cartridges and airsoft balls , striker and disconnector.

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