KR200279366Y1 - A revolver - Google Patents

Abstract

The present invention is designed to improve the performance of the air gun, to make the second outlet and the third outlet to the discharge valve and to reload the iron automatically by the force of the compressed air discharged by attaching a cylinder with a built-in piston to reload automatically left and right The zigzag teeth are formed in the rear of the barrel.The bullets are formed on the bottom of the barrel.The lead plate with the magazine stop bar is placed on the magazine. It is a very useful design that can be fired continuously by supplying bullets one by one when it is full and by shooting a trigger.

Description

Continuous air gun {omitted}

The purpose of this paper is to improve the performance of the air gun, and to make the outlet and second outlet third outlet at the exhaust valve, install it in the compression tank and attach the cylinder with the piston to the second outlet to fix the piston head to the compartment and It forms a valve hole and puts it in front of the valve rod so that the compressed air discharged during firing pushes the piston and the rod into the rod so that the barrel is reloaded. It was installed in front of the muzzle and covered with a lead plate with a magazine stop bar on the teeth and secured to the side pins.

Conventional air guns are loaded with the next manual almost manually, but some are registered automatically. However, they are not practical because of their complicated structure. will be.

Due to the above problems, a device that automatically fires a bullet continuously without failure is required.

1 is a cross-sectional view of the present invention

2 is a plan view of the magazine of the present invention.

3 is a side view of the present invention

4 is a front view of the magazine of the present invention

5 is a bottom view of the lead plate of the present invention

FIG. 6 is a trigger device diagram of the present invention. FIG. 7 is a lower lever partial view of the present invention. FIG. 8 is a partial view of the magazine before moving.

Explanation of symbols on main parts of drawings

1: engine part 2: compression tank 3: discharge valve

3: Valve Bracket 4: Valve Rod 5: Third Outlet

5 ': Inlet 6: Bulk 6': Balbroad Hole

6 ": Bulkhead pin hole 7: Outlet port 8: 2nd outlet port

9 cylinder 10 piston 11 connection portion

12: Magazine 12 ': Tooth 12 ": Bullet

12 '": Groove 13: Lead plate 13': Magazine stop bar

13 ": connecting rod 14: barrel 15: muzzle

16: trigger lever 17: trigger 18: the stop bar

19: Return pin 20: Lever 20 ': Lever hole

20 ": Cutout 21: Push rod 22: Magazine spring

FIG. 1 is a cross-sectional view of the present invention, which inserts a valve bracket 3 'having a center hole in the compression tank 2 and having an outlet 7 and a second outlet 8 formed therein, and having an inlet 5' at the valve rod 4; And a discharge valve 3 having a third discharge port 5 drilled therein, and a rib 6 having a drilled hole 6 'in the front of the valve rod 4, and having a piston at the second discharge port 8. Attach the cylinder (9) with the built-in (10) to fix the head of the piston (10) to the rib (6) with the connecting portion (11) and the teeth on both sides of the top of the discharge valve (3), the muzzle (15) inlet. 12 ') is formed by crossing the magazine 12 in which bullet holes 12 "are perforated in a row at the bottom, and the magazine stop bar 13' is formed to face the left and right. (12) It is composed of a cover.

Unmarked 1 is the trachea, 14 is the barrel, 16 is the trigger lever and 17 is the trigger.

FIG. 2 is a plan view of the insecure magazine, in which a magazine 12 having teeth 12 'formed on both sides is mounted across the engine 1, and a magazine spring 12 is inserted into the side surface.

3 is a side view of the present invention, a lever hole 20 'and a rib pinhole 6 "are formed on the right side of the engine part 1, and the pusher 21 of which the cutout 20" is formed is a cutout part of the lever 20. (20 ") and the lid plate 13 covered on the magazine 12 is bolted to the rib 6 with a connecting rod 3" and the lever 20 is pushed forward to push the lever 21 into the rib 6 By pushing the bolt fixed in the) and retracts the partition (6) is caught by the stop bar 18, and the lever 20 is shown to be configured to be fixed to the original position.

4 is a front view of the magazine according to the present invention, wherein a tooth 12 'is formed at the top of the rectangular magazine 12, and a recess 12' "is formed in the middle, and a bullet casing 12" is formed in a row at the bottom; It is shown.

FIG. 5 is a bottom view of the lead plate according to the present invention, and shows an arrowhead magazine stop bar 13 'formed at the bottom of the lead plate 13 facing each other.

6 is a trigger device diagram of the present invention, the trigger lever bar 16 is provided with a ring stop bar 18 having a ring formed at the front of the bottom of the arm 6, and a return pin 19 moving up and down by a spring is attached thereto. Figure 7 shows the handle at the bottom of the lever in the right angle to the lever 20. Fig. 8 is a spring as the part of the magazine just before moving in the spring. The magazine 12 pushed in the direction of the arrow is hung on the magazine stop bar 13 '. FIG. 9 shows the magazine part after the movement of the main article. (18) moves to the right, and the magazine stop bar 13 'supported on the right side is disengaged, and the magazine stop bar 13' on the left side stops the magazine 12 moved one space forward.

Referring to the operation and effects of the present invention is as follows.

After inserting the magazine and pushing the lever 20 by hand, pull the trigger 17 after loading it, the rib 6 hits the ball rod 4, and the discharged compressed air fires a bullet through the outlet 7 and partially compresses it. The air pushes the piston 10 through the second outlet 8, pushes the rib 6 through the third outlet 5, retreats, and engages the rib stop bar 18 to reload. When the lead plate (13) fixed to the back and forth advances, the teeth on both sides of the center center intersect the magazine stop bar (13 ') and are caught in a zigzag and the magazine spring (22) is pushed forward. It is a very useful design that can be used conveniently because you do not need to reload by hand every time you can shoot continuously by pulling the trigger (17).

Claims (1)

In a conventional pneumatic gun equipped with a barrel, a barrel and a compression tank, an outlet (7) and a second outlet (8) are formed in the valve bracket (3) of the air gun, and the third outlet (5) and Equipped with a discharge valve (3) drilled through the inlet (5 '), a rib (6) perforated the ball bearing hole (6') in front of the valve rod (4) and a piston (10) in the second outlet (8) ), The piston (9) is attached to the piston (10) head to the rib (6) by the connecting portion 11, the rear side of the barrel 14 is formed with zigzag sawtooth (12 ') at the top left and right and at the bottom Mount the magazine 12 having the magazine 12 "in a row to move from side to side, and cover the lead plate 13 with the magazine stop bar 13 'formed on both sides of the magazine 12 with a connecting rod 13". The lead plate 13 is connected to the rib 6 to be fixed by bolts, and a lever hole 20 'is formed on the right side to form a lever 20 and a pusher 21 in which the pits 20 "are formed. 20 ") and the pusher (21) Continuous air gun, characterized in that configured to push the bolt fixed to the partition (6).