RU83609U1 - GUN (OPTIONS) - Google Patents

Abstract

1. A gun containing a barrel, a magazine, a magazine feed, a feed spring, a frame, a reflector, an ejector installed in the bolt, characterized in that the magazine body is folded to hold the next cartridge on the axis of the barrel or close to it and withdraw the shot shells from a weapon, and a reflector is made in the rear part of the case for interacting with the sleeve when it moves backward at the moment of ejection, and the shutter has a cutout to accommodate the bend of the store. ! 2. A gun containing a barrel, a magazine, a magazine feed, a spring, a frame, a reflector, an ejector mounted in the bolt, characterized in that the barrel has a protrusion or part connected to the barrel to fix another cartridge, hold it on the axis of the barrel or at a close distance to it and withdrawing the spent cartridge case from the weapon, in the rear part of the barrel protrusion or part connected to the barrel, a reflector is made for interacting with the cartridge case when it moves backward at the moment of ejection, and the store has a locking protrusion for the car release of the upper cartridge with the magazine inserted in the frame. ! 3. The gun according to claim 2, characterized in that the upper cartridge in the magazine is located below the axis of the barrel. ! 4. A gun containing a barrel, magazine, magazine feed, feed spring, frame, reflector, ejector mounted in the bolt, characterized in that the frame has a protrusion or part connected to the frame to fix another cartridge, hold it on the axis of the barrel or on close to it and the withdrawal of the spent sleeve from the weapon, in the rear of the protrusion of the frame or part connected to the frame, a reflector

Description

The utility model relates to weapons technology and can be used in the army, law enforcement agencies, shooting sports.

A known gun containing a magazine in which the upper part of the body has bends holding the upper cartridge in the magazine. The bends are symmetrical. At the front of the magazine, a cutout is made to feed the cartridge forward and upward. In the rear, a cutout is made for the passage of the lower part of the shutter. The gun contains an inclined surface of the frame located in front of the barrel chamber, a sleeve reflector located on the frame, an ejector mounted on the bolt [V.I. Murakhovsky, S.L. Fedoseyev Infantry weapons, M. - 1992, p. 37].

The disadvantage of this mechanism is that the next cartridge installed in the store is located below the axis of the barrel. When the cartridge is sent to the chamber by the shutter, it hits the inclined surface of the frame with a bullet, warps between the inclined surface of the frame and the magazine bends, and the next time it is moved forward, it hits the upper part of the chamber and when the bottom of the sleeve is released from the magazine bends under the action of the store spring and feeder along the axis of the trunk and is sent to the trunk. With such loading, bullet deformations are inevitable, which leads to a deterioration in accuracy and accuracy of firing, as well as to “distortions” and “poking” of the cartridge, which, in turn, leads to failures during firing, thereby reducing the reliability of the weapon. Such a loading and ejecting mechanism allows for the presence of a separate part on the frame - a reflector that interacts with the sleeve at the time of ejection of the spent sleeve from the weapon. The inclined surface of the frame lengthens the shutter and shortens the barrel.

The utility model is based on the task of improving both the design of the pistol as a whole and its individual parts by means of new technical solutions that, due to their complex use, as well as due to the design features of each part, improve operational characteristics - eliminate the possibility of delays during shooting and increase accuracy and accuracy of fire.

The problem is solved in that in a gun containing a barrel, magazine, magazine feed, feed spring, frame, reflector, ejector installed in the bolt, according to a utility model, a bend is made in the magazine body to hold the next cartridge on the barrel axis or close to her distance and

the withdrawal of the spent sleeve from the weapon, and a reflector is made in the rear part of the store for interacting with the sleeve when it moves backward at the time of ejection, and the shutter has a cutout to accommodate the bend of the store.

The problem is also solved by the fact that in the gun containing the barrel, magazine, magazine feed, feed spring, frame, reflector, ejector installed in the bolt, according to a utility model, the barrel has a protrusion or part connected to the barrel to fix another cartridge, holding it on the axis of the barrel or close to it and withdrawing the spent sleeve from the weapon, a reflector is made in the rear part of the barrel protrusion or part connected to the barrel to interact with it when it moves backward at the moment you mildew, and the store has a locking lug to automatically release the upper cartridge when inserted into the frame store, the upper cartridge in the store may be located below the barrel axis.

The upper cartridge in the store is located below the axis of the barrel.

The problem is solved also by the fact that in the gun containing the barrel, magazine, magazine feed, feed spring, frame, reflector, ejector installed in the bolt, according to a utility model, the frame has a protrusion or part connected to the frame for fixing another cartridge, holding on the axis of the barrel or at a close distance to it and withdrawing the spent sleeve from the weapon, a reflector is made in the rear part of the protrusion of the frame or part connected to the frame to interact with it when it moves backward at the moment of ejection, and The store has the locking protrusion to automatically release the upper cartridge when inserted into the frame store, the upper cartridge in the store may be located below the barrel axis.

The upper cartridge in the store is located below the axis of the barrel.

Improving both the design of the pistol as a whole and its individual parts by means of new technical solutions makes it possible, due to their complex use, as well as due to the design features of each part, to improve operational characteristics - to exclude the possibility of delays during firing and to increase accuracy and accuracy of fire.

The utility model is illustrated by drawings.

Figure 1 shows a store with a bend and another cartridge mounted on the axis of the barrel, side view;

figure 2 - magazine with a cartridge, rear view;

figure 3 - shutter with a cutout to accommodate the bend of the store, front view;

figure 4 - fixing the protrusion of the barrel and the magazine with the upper cartridge mounted below the axis of the barrel;

figure 5 - locking protrusion of the barrel and the store, rear view;

figure 6 - locking protrusion of the frame and the magazine with the upper cartridge mounted below the axis of the barrel;

Fig.7 is a locking protrusion of the frame and the store, rear view.

The gun contains a magazine 1 (Figure 1, Figure 2), having a bend 2, interacting with the next cartridge 3, located in the magazine 1 at a height of the axis of the barrel 4 or close to the axis distance. The bend 2 covers the cartridge 3 from above to a depth L (Figure 2), thereby keeping it from falling out. From the bottom, the cartridge 3 interacts with the feeder 5 with the spring 6 or the lower cartridge 3 in the magazine 1. The cartridge 3 has the possibility of reciprocating movement relative to the magazine 1 and the barrel 4. The magazine 1 in the rear has a reflector 7 that interacts with the bottom of the spent cartridge case when the cartridge case moves and shutter 8 back. From the side of the bend 2, the magazine 1 has a cutout H (FIG. 2), through which the spent sleeve is removed and a suction protrusion 9 of the shutter 8 is placed. The barrel 4 has a chamber 10. The magazine 1 is located in the frame 11 immediately in front of the barrel 4 (Figure 1). The shutter 8 has a cutout 12 (Figure 3), in which the bend 2 of the magazine 1 is located at the front location of the shutter 8.

In the second embodiment, the gun contains the protrusion 13 of the barrel 4 (Figure 4, Figure 5) as an element that interacts with the next cartridge 3 at its upper position at the height of the axis of the barrel 4 or close to the axis distance. The protrusion 13 has a bend 14, covering on top of the cartridge 3 to a depth L (Figure 5), thereby keeping it from falling out. The cartridge 3 has the ability to reciprocate relative to the protrusion 13 of the barrel 4. The protrusion 13 of the barrel 4 in the rear has a reflector 7 that interacts with the bottom of the spent sleeve when the sleeve and the shutter 8 move backward. From the side of the bend 14, the protrusion 13 of the barrel 4 has a cutout H (Figure 5), through which the spent sleeve is discharged and a suction protrusion 9 of the shutter 8 is placed. The inner part of the protrusion 13 is a continuation of the chamber 10. The shop 1 is located under the surplus protrusion 9 of the shutter 8. Shop 1 in the upper part has a locking protrusion 15, interacting with the upper cartridge 3 in the magazine 1. The locking protrusion 15 in the upper part has an inclined surface 16 that interacts with the corresponding inclined surface 17 of the protrusion 13 of the barrel 4 when the magazine 1 is inserted SG in the frame 11. The locking protrusion 15 is spring loaded magazine 1 and

has the possibility of limited lateral movement.

In the third embodiment, the pistol comprises a protrusion 18 of the frame 11 (Fig.6, Fig.7) as an element interacting with the next cartridge 3 at its upper position at the height of the axis of the barrel 4 or close to the axis distance. The protrusion 18 has a bend 19, covering on top of the cartridge 3 to a depth L (Fig.7), thereby keeping it from falling out. The cartridge 3 has the ability to reciprocate relative to the protrusion 18 of the frame 11. The protrusion 18 of the frame 11 in the rear has a reflector 7 that interacts with the bottom of the spent sleeve when the sleeve and the shutter 8 move backward. From the side of the bend 19, the protrusion 18 of the frame 11 has a cutout H (Fig. 7) through which the spent sleeve is discharged and a suction protrusion 9 of the shutter 8 is placed. The magazine 1 is located under the supersize protrusion 9 of the shutter 8. The magazine 1 has a locking protrusion 15 interacting with the upper cartridge 3 in the magazine 1. The locking protrusion 15 in the upper part has an inclined surface 16 that interacts with the corresponding inclined surface 17 of the protrusion 18 of the frame 11 with the magazine 1 inserted in the frame 11. The locking protrusion 15 of the magazine 1 is spring-loaded and zhnosti limited transverse motion.

The mechanism works as follows.

To load weapons, you need to take the shutter 8 in the rear position and insert the magazine 1 into the weapon frame 11. In this case, the next cartridge 3 (Figure 1, Figure 2) is located at the height of the axis of the barrel 4 or close to the axis distance. The next cartridge 3 is fixed by the bend 2 of the store 1, covering it from above to a depth of L (Figure 2), keeping it from falling out. When the shutter 8 moves forward, it sends a protrusion 9 of the next cartridge 3 into the chamber 10 of the barrel 4. In this case, the cartridge 3 enters the chamber 9 along the axis of the barrel 4 without any distortions and interactions with the weapon frame 11. When the shutter 8 moves forward, the bend 2 of the magazine 1 passes along the cutout 12 of the shutter 8. After the shot, the shutter 8 moves backwards, pulling the spent cartridge case out of the chamber 10 using a ejector (not shown). When reaching the reflector 7 of the store 1, the bottom of the sleeve abuts against it with its edge and the latter is thrown out of the weapon.

In the case of the location of the bend 13 on the barrel 4 (Figure 4) or bend 19 on the frame 11 (Figure 6) to retract the shutter 8 back in order to insert the magazine 1 into the frame 11 is not required. In this case, when sending the magazine 1 upward, the inclined surface 16 of the spring-loaded locking protrusion 15 of the cartridge 3 of the magazine 1 interacts with the corresponding inclined surface 17 (FIG. 4, FIG. 5) of the protrusion 13 of the barrel 4 or inclined surface 17 (FIG. 6, FIG. 7 ) of the protrusion 18 of the frame 11. At the next

upward movement of the magazine 1, the inclined surfaces 16, 17 deflect the fixed protrusion 15, releasing the upper cartridge 3, as a result of which when the shutter 8 is retracted back under the action of a spring-loaded feeder 5, the cartridge 3 rises up to the sending line - the axis of the barrel 4.

Claims (5)

1. A gun containing a barrel, a magazine, a magazine feed, a feed spring, a frame, a reflector, an ejector installed in the bolt, characterized in that the magazine body is folded to hold the next cartridge on the axis of the barrel or close to it and withdraw the shot shells from a weapon, and a reflector is made in the rear part of the case for interacting with the sleeve when it moves backward at the moment of ejection, and the shutter has a cutout to accommodate the bend of the store. 2. A gun containing a barrel, a magazine, a magazine feeder, a spring, a frame, a reflector, an ejector installed in the bolt, characterized in that the barrel has a protrusion or part connected to the barrel to fix another cartridge, hold it on the axis of the barrel or at a close distance to it and withdrawing the spent cartridge case from the weapon, a reflector is made in the rear part of the barrel protrusion or part connected to the barrel to interact with it when it moves backward at the moment of ejection, and the store has a locking protrusion for the car release of the upper cartridge with the magazine inserted in the frame. 3. The gun according to claim 2, characterized in that the upper cartridge in the magazine is located below the axis of the barrel. 4. A gun containing a barrel, magazine, magazine feed, feed spring, frame, reflector, ejector mounted in the bolt, characterized in that the frame has a protrusion or part connected to the frame to fix another cartridge, hold it on the axis of the barrel or on close to it and withdrawing the spent sleeve from the weapon, a reflector is made in the back of the protrusion of the frame or part connected to the frame to interact with it when it moves backward at the moment of ejection, and the magazine has a locking protrusion for automatically Skogen release the top of the cartridge at the store, framed. 5. The gun according to claim 4, characterized in that the upper cartridge in the magazine is located below the axis of the barrel.