RU203888U1 - Detachable magazine of gas-cylinder weapons - Google Patents

Abstract

The detachable magazine is intended for use in gas-cylinder weapons operating with compressed gas. The detachable magazine contains a housing located in the casing. On the body there is an indicator of readiness to fire, by the presence or absence of which above the surface of the gas-cylinder weapon, it is possible to determine the readiness of the weapon to fire. The body is fixed in the “no firing” position using fixing elements. This position simulates the absence of a cartridge in the chamber of a firearm. And just like in a firearm, in order to fire, you need to move the bolt to the rearmost position. The presence of an indicator of readiness to fire and the ability to fix the "no firing" position allows the methods of handling gas-cylinder weapons with the proposed detachable magazine as with firearms to be as close as possible and to increase the convenience and safety of using the weapon.

Description

The utility model relates to a gas-cylinder weapon operating using compressed gas and is a detachable magazine for it.

The closest to the claimed utility model and adopted as a prototype is a detachable magazine for gas-cylinder weapons (patent RU No. 2156427, IPC F41B 11/02, F41A 35/02, publ. 19.01.1999), containing a housing that is placed in a casing.

Using a weapon with the above-described detachable magazine does not allow you to fully learn the basic shooting skills necessary for firing a firearm. In order to make a shot, it is supposed to simply install a magazine filled with bullets and a tank with gas in a gas-cylinder weapon and pull the trigger. In firearms, before firing, you need to move the bolt to the rearmost position in order to ensure that the cartridge is sent into the chamber.

The objective of the claimed utility model is to create a detachable store, the use of which in gas-cylinder weapons will bring as close as possible the methods of handling them as with firearms, and will also increase the degree of safety and convenience when using weapons.

The problem is solved due to the fact that the detachable magazine of the gas-cylinder weapon contains a housing located in the casing, which, according to the utility model, is equipped with an indicator of readiness for firing and fixation elements in the "no firing" position. The technical result is also achieved by the fact that the ready-to-fire indicator is made in the form of a protrusion on the body. The fixing elements in the “no firing” position are made in the form of a fixing protrusion on the body, which comes into contact with the casing groove, and a spring interacting with the body and the casing.

The ability to fix the detachable magazine in the “no firing” position makes it possible to bring the methods of handling gas-cylinder weapons as close as possible to their firearms. And the inclusion of a ready-to-fire indicator in the design of the detachable magazine increases the convenience and safety of using the weapon.

The essence of the described utility model is illustrated by drawings.

FIG. 1 gas gun with detachable magazine, ready to fire.

FIG. 2 gas-cylinder weapons with a detachable magazine fixed in the “no fire” position.

FIG. 3 fixing element in the "no firing" position.

Detachable magazine of gas-cylinder weapons contains a housing 1, placed in a casing 2 (Fig. 1, 2). In the upper part of the housing 1, a ready-to-fire indicator 3 is made in the form of a protrusion, and a spring 4 acts on the lower part of the housing 1, one end of which is fixed in the casing 2. Thus, the housing 1 is spring-loaded in the casing 2.

A protrusion 5 is made on the body 1, which comes into contact with the groove 6 of the casing 2 (Figs. 2, 3). The groove 6 is shaped with the possibility of engaging the protrusion 5 over the contours of the groove 6 (Fig. 3). As a result of the joint operation of the spring 4 and the engagement of the protrusion 5 over the contours of the groove 6, a reliable fixation of the “no firing” position occurs.

In a ready-to-fire gas-cylinder weapon, the bullet 7 is located on the same axis with the gas supply valve 8, the drummer 9 and the breech bore channel 10 (Fig. 1). In this case, the ready-to-fire indicator 3 protrudes above the surface of the gas-cylinder weapon.

In the "no fire" position, the axis of the gas supply valve 8 is below the axis of the striker 9, the bullet 7 is also displaced relative to the bore 10 of the breech. In the "no firing" position, the ready-to-fire indicator 3 is not visible on the surface of the gas-cylinder weapon.

A shot is possible only if you move the bolt 11 to the extreme rear position (Fig. 2), thereby simulating the sending of the cartridge into the chamber as occurs in a firearm.

The detachable store of gas-cylinder weapons works as follows.

When installing a detachable magazine in a gas cylinder weapon, the protrusion 5 of the housing 1 comes into contact with the groove 6 of the casing 2, and the spring 4 creates pressure at the point of contact, ensuring reliable fixation in the "no firing" position. In this position, a shot is impossible due to the fact that the axis of the gas supply valve 8 is below the axis of the striker 9 and the bullet 7 is displaced relative to the bore 10 of the breech. In order to shoot, it is necessary to move the shutter 11 to the extreme rear position. Then the shutter 11 acts on the body 1 and the protrusion 5 of the body 1 comes out of contact with the groove 6 of the casing 2. As a result, the body 1 under the action of the spring 4 moves upwards, which aligns the axes of the gas supply valve 8, the striker 9, the breech channel 10 , 7 bullets and gas weapons are ready to fire. This can be determined visually and tactilely by the ready-to-fire indicator protruding above the surface of the gas-cylinder weapon 3.

When a shot is fired, the striker 9 strikes the gas supply valve 8, a portion of gas under pressure acts on the bullet 7 and the bullet, passing through the breech bore channel 10, flies out of the barrel of the gas-cylinder weapon.

The proposed utility model makes it possible to fix the “no firing” position, which simulates the absence of a cartridge in the chamber of a firearm. And just like in a firearm, in order to fire, you need to move the bolt to the rearmost position. In addition, using the readiness to fire indicator, it is possible to visually and tactilely determine the readiness of the weapon for firing, which increases the convenience and safety in using gas-cylinder weapons with the proposed detachable magazine. All this makes it possible to create a gas-cylinder weapon that is as close as possible to a firearm not only in external forms, but also in the way of handling it, which is necessary for initial training in shooting skills and increasing the degree of safety when working with any weapon.

Claims (3)

1. Detachable magazine of gas-cylinder weapons, containing a housing located in a casing, characterized in that it is equipped with an indicator of readiness to fire and fixing elements in the "no fire" position. 2. Detachable magazine according to claim 1, characterized in that the ready-to-fire indicator is made in the form of a protrusion on the body. 3. Detachable magazine according to claim 1, characterized in that the fixing elements in the "no firing" position are made in the form of a protrusion on the body, coming into contact with the casing groove, and a spring interacting with the body and the casing.

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