WO2023200413A1

WO2023200413A1 - Easy magazine loader

Info

Publication number: WO2023200413A1
Application number: PCT/TR2022/050339
Authority: WO
Inventors: Abdullah Oguz TASYAGAN
Original assignee: Tasyagan Abdullah Oguz
Priority date: 2022-04-15
Filing date: 2022-04-15
Publication date: 2023-10-19

Abstract

The present invention relates to an easy magazine loader (8) that consists of a filler cap (4) with a barrier (4.1) larger and longer than the ammunition size, more than one disc placed on top of each other to an indexed magazine (7), and a lower cap (5), allowing loading ammunition easily and providing ease of transport such that more than one spare magazine can be carried.

Description

EASY MAGAZINE LOADER

Technical Field

The present invention relates to a magazine loader that consists of a filler cap with a rim larger and longer than the ammunition size, more than one disc placed on top of one another to an indexed magazine, and a lower cap, allowing loading ammunition easily and providing ease of transport such that more than one spare magazine can be carried.

Prior Art

Indexed magazines used in the state of the art are the magazines formed by opening shot slots side by side on a rounded and/or variable shaped magazine. Pawn shaped shots fit into these slots and are inserted into the shot slots individually. When the user is in the field or after he/she has already finished shooting, he/she takes out the round-shaped magazine and fills it individually. This situation both creates a waste of time and makes it difficult for the user to hold the gun and insert the ammunition while loading the bullets. In order to prevent this situation, a wall was built around a single magazine, and bullets were filled. After the user fills the wall magazine with shots, shakes them and makes them fit in place. The remaining excess shots are taken and put back into the spare. There is no loss of ammunition during shaking since the shot slots on the rimmed magazine are exactly such that the shots will fit. However, the user's holding a rifle, reloading ammunition on the one hand, taking the excess ammunition individually and putting them back in place and similar actions render this magazine useless.

After filling the shot magazines used in the state of the art individually by hand or ensuring that the shot is placed in place with the help of the rim, the disadvantages of situations where redundant shot needs to be collected individually and operations such as backup/fast loading necessitated an R.&D study in this area. Objects of the Invention

The object of the present invention is to perform the magazine filling process easily, with more than one magazine on top of each other having shot slots that can rotate independently of each other on the central axis.

Detailed Description of the Invention

Figures related to the easy magazine loader were given below.

Figure - 1 illustrates the Exploded View of the Easy Magazine Loader.

Figure - 2 illustrates the Assembly View of the Easy Magazine Loader.

Figure - 3 illustrates the Inner Side Section View of the Easy Magazine Replacement Apparatus.

Figure - 4 illustrates the Assembly Side Inner Section View of the Indexed Magazine with Lower Cap.

Figure - 5 illustrates the General View of the Lower Cap

Reference Numerals:

1. Nut

2. Spring

3. Disc

3.1. Ammunition Slot

3.2. Protrusion

4. Filler Cap

4.1. Barrier

5. Lower Cap

5.1. Rib

5.2. Tab Housing 5.3. Ball Socket

5.4. Tab

6. Shaft

6.1 Shaft Socket

7. Indexed Magazine

7.1. Rib Socket

7.2. Indexed Magazine Ammunition Slot

8. Magazine Loader

9. Spring Housing

10. Ball

The easy magazine loader (8) of the present invention, which is illustrated in an exploded view in Figure 1 consists of a concentric, overlapping filler cap (4) that can rotate independently of each other on a shaft (6) axis and has more than one ammunition slot (3.1) thereon, one lower cap (5) and plurality of discs (3).

The filler cap (4), located at the top of the magazine loader (8) is surrounded by a conical barrier (4.1). Thus, the user is allowed to shake the magazine loader (8) up and down to ensure that the ammunition enters the ammunition slots (3.1) quickly and individually, and during said shaking, the ammunition is prevented from falling over the filler cap (4). The height of said conical barrier (4.1) is preferably greater than the ammunition sizes used.

In the magazine loading apparatus (8) there is a shaft (6) passing through the middle of said discs (3), which enables the discs (3) to be connected by putting them one on top of another. A nut (1) is positioned on the end of said shaft (6) that comes out of the middle of the filler cap (4), and thereby, connecting the discs (3) by standing together on one axis.

Discs (3) seen in Figure - 2 comprise at least one shaft socket (6.1) in the center thereof, ammunition slots (3.1), at least two ball socket (5.3), at least one tab housing (5.2), at least one tab (5.4), and at least one alignment protrusion (3.2) on the side wall thereof. While the discs (3) are connected to each other on the same axis by means of the shaft (6) engaging the shaft socket (6.1) on the center axes, the tabs (5.4) on the lower surface of each disc (3) engages to the tab housing (5.2) on the other disc (3) on which it is fitted. The maximum rotation angles of the discs (3) are limited by the length of the tab housings (5.2) into which the tabs (5.4) enter. Thus, the rotation limit of the filling and discharging positions of the discs (3) is determined. When the protrusions (3.2) which are positioned on the side walls of said discs (3), filler cap (4) and lower cap (5) vertically aligned, the ammunition slots (3.1) which are positioned on said discs (3), filler cap (4) and lower cap (5) overlap each other concentrically.

In the loading position, the ammunition slots (3.1) on all discs (3) overlap each other on the coaxial. When the ammunition slots (3.1) in the filler cap (4) and the discs (3) line up, an ammunition thrown from the filler cap (4) is aligned such that it comes out from the lower cap (5).

When any of the discs (3) is rotated, the ammunition slots (3.1) are misaligned. Thus, an ammunition thrown from above will be stopped in the ammunition slot (3.1) of the disc (3) located one above the rotated disc (3) and will seat thereon.

While the easy magazine loader (8) is being filled, first, the ammunition slots (3.1) at the lower side or on the lower cap (5) will be filled. For this, first the lower cap (5) is rotated such that the alignment of the alignment protrusion (3.2) changes. Then the ammunition is left in the filler cap (4) and the easy magazine loader (8) is shaken up-down, right-left. During this shaking, the ammunition that seats in the ammunition slots (3.1) passes through the ammunition slots (3.1) in each disc (3), which is aligned, and goes down to the ammunition slot (3.1) on the lower cap (5) and fixed thereon. Thus, the ammunition slots (3.1) on the lower cap (5) are filled. This process is repeated for each disc (3), respectfully, and all ammunition slots (3.1) in all discs (3) are filled. Thus, the user has the advantage of being able to carry and load as many spare ammunitions as he/she desires.

In addition thereto, there is at least one spring (2) in the spring housing (9) on the disc (3), and at least one ball (10) just below the spring (2) so that each disc (3) can be locked in the filling or discharging position. In said balls (10), it fits into one of the ball sockets (9) on the disk (3), which is under said disk (3). These ball sockets (5.3) are positioned according to the above-mentioned filling and discharge positions, wherein said balls (10) fit in one ball socket (5.3) in the filling position and in the other ball socket (5.3) in the discharge position. The balls (10) that fit into the ball socket (5.3) with the pressure of the spring (2) lock the position of the disc (3). By turning the disc (3), the balls (10) coming out of the ball socket (5.3) compress the spring (2) and apply pressure. With the pressure of the spring (2), which is compressed, the ball (10) has to be positioned in one of the two positions.

In order to ensure that the easy magazine loader (8) is fully seated on the indexed magazine (7), There is a rib (5.1) seen in Figure - 5 under the lower cap (5). Said rib (5.1) completely fits into the rib socket (7.1) on the indexed magazine (7). There is a spring inside the indexed magazines (7). This spring must be installed when loading the indexed magazine (7). The indexed magazine ammunition slots (7.2) are turned counterclockwise to install said spring, and in order to keep the indexed magazine ammunition slots (7.2) locked in the final position, an ammunition index magazine (7) is inserted into the ammunition slot (7.2). The rib (5.1) on the lower cap (5) is inserted into the rib slot (7.1) on the indexed magazine (7), which is in the ready state. Then, the lower cap (5) of the filled easy magazine loader (8) is brought to the same position as the previous disc (3), and the ammunition inside the ammunition slot (3.1), which aligns with the lower cap (5), falls into the ammunition slots (7.2) of the indexed magazine (7). Thus, the indexed magazine (7) is filled. This process ensures that each time the user desires to fill the indexed magazine (7), it aligns the previous disc (3) with the other, allowing it to be loaded in a fast and easy manner.

By means of the easy magazine loader (8) of the present invention, the disadvantages of the prior art have been eliminated, and since the desired number of discs (3) can be used, ease of use of spare ammunition can be provided as ready and in line without the need of refilling the indexed magazine (7) individually.

Claims

CLAIMS asy magazine loader (8) comprising; a. at least two discs (3) which are seated on top of each other, b. a filler cap (4) located above the said discs (3) that contains a barrier (4.1) ensuring that the loaded ammunition does not scatter, c. a lower cap (5) positioned under the said discs (3), b. at least one shaft (6) that allows said lower cap (5) and said filler cap (4) can rotate independently on their central axis by passing through the shaft socket (6.1) located in the center of said discs (3) and said lower cap (5) and said filler cap (4) and said discs (3), d. an adjustment protrusion (3.2) located on the outer rims of said discs (3) and said lower cap (5) and said filling cap (4), c. at least one ammunition slot (3.1) located on the surfaces of said discs (3) and said lower cap (5) and said filler cap (4) that line up when said adjustment protrusions (3.2) are aligned vertically, c. a rib (5.1) that is located at the bottom of said lower cap (5), and that enables said lower cap (5) to be positioned on the indexed magazine (7), d. at least one tab (5.4) that provides connection by being located on the lower surfaces of said discs (3) and said lower cap (5), and the filler cap (4), e. a tab housing (5.2) that is located on the surface of said discs (3) and said lower cap (5) and into which said tabs (5.4) are positioned, and that allows for determining the maximum rotation limit of said discs (3) in the filling and discharging positions, e. a spring housing (9) located on the bottom surface of said filler cap (4) and said discs (3), and a spring (2) positioned in said spring housing (9), a ball (10) that is positioned under said spring (2), two ball sockets (5.3) that allows for locking the position of said discs (3) by sitting one in the filling position and another in the discharge position with the force of said spring (2) of said ball (10), and that is positioned said discs (3) and said lower cover (5).

2. An easy magazine loader (8) according to Claim 1, characterized in that, it comprises; at least one nut (1), that is screwed to the end of said shaft (6) coming out of said shaft socket (6.1) located in the center of said filler cap (4), and that ensures the hardening of the connection of said discs (3), after said discs (3) are connected on each other in one axis.