JPH06147796A - Bullet loading unit for air soft gun - Google Patents

Abstract

PURPOSE:To charge at once spherical bullets to be fed in one row from a bullet supply port by sorting into a plurality of bullet loading units or a gunpowder chamber assembled in an air soft gun. CONSTITUTION:(a) A bullet loading unit body 1 has a bullet supply port 1a, an upper bullet loading port 1b, a lower bullet port 1c and an upper nozzle port 1d, a lower nozzle port 1e. (b) An upper stopper 3 for closing a port 1b by pressing an upper spring 2 is provided. (c) A lower stopper 5 supported to a lower spring 4 is provided at a lowermost part of the port 1a. (d) An upper nozzle 7a and a lower nozzle 7b integrated by a cylinder body 7 are provided.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a loading unit incorporated in an air soft gun.

[0002]

2. Description of the Related Art In the case of an air-soft gun that has recently become popular, such as a shotgun, which fires two or more spherical bullets at the same time, a plurality of guns can be provided in a single insertion portion at the base of a barrel or a chamber portion. Load the ball bullets of
Alternatively, the so-called single-barrel multi-shot loading air soft gun is the only system that has been put to practical use and is commercially available.

[0003]

DISCLOSURE OF THE INVENTION The present invention has a plurality of barrels, which are not provided in the prior art, and one spherical bullet is loaded into each of the bullet-inserting portions or the medicine chambers to obtain compressed air or vaporized gas. In order to adopt and put into practical use the air soft gun of the method of firing with a multi-barrel single bullet loading method, the bullet loading method, spherical bullets sent side by side from the bullet feed port in a row, Alternatively, the invention was invented in order to realize a method of distributing to a medicine chamber part and loading it at one time.

[0004]

The operation mechanism of the present invention will be described with reference to the drawings. From the shell 1a provided in the shell unit main body 1, spherical bullets 6a and 6b, and subsequently other spherical bullets are arranged in a row. They are sent side by side. At this time, the upper stopper 3 presses the upper spring 2 to completely close the upper bullet hole 1b like a wall, so that the spherical bullet 6a reaches the lower stopper 5 without being caught by the upper bullet hole 1b. The role of the lower stopper 5 is to prevent the spherical bullet 6a from arbitrarily entering the lower bullet slot 1c, and due to its shape and the presence of the spherical bullet 6a, ensure that the spherical bullet is at a position at the height of the upper bullet slot 1b. The bullet 6b is waiting. The upper nozzle 7a and the lower nozzle 7b, which are integrated by the cylinder body 7, start moving from the right to the left in the figure manually or automatically in order to load spherical bullets into the respective impacting portions. At this time, since the spherical bullet 6b surely enters the upper bullet insertion opening 1b before the loading operation of the spherical bullet 6a, the upper nozzle 7a is longer than the lower nozzle 7b by an arbitrary size. The upper nozzle 7a that has entered from the upper nozzle port 1d contacts the spherical bullet 6b, continues to move, and tries to push the upper stopper 3 away with the spherical bullet 6b. The upper stopper 3 is a spherical bullet 6
It is pushed by b and starts to rotate clockwise in the figure, but when it reaches a certain position it does not rotate and it slides up while compressing the upper spring 2 and finally the spherical bullet 6b passes and the upper bullet The upper nozzle 7a is further pushed by the upper nozzle 7a to be loaded from the insertion opening 1b to the insertion portion. At the same time, the lower nozzle 7b coming in from the lower nozzle port 1e with a little delay contacts the right slope in the figure of the lower stopper 5 and continues to move, overcoming the pressure of the lower spring 4 and directly pushing down the lower stopper 5. The spherical bullet 6a is moved to the tip of the lower nozzle 7b itself, and is further pushed by the lower nozzle 7b from the lower bullet insertion opening 1c to the insertion portion to be loaded.

[0005]

[Operation] Since the present invention is the above-described operating mechanism,
Spherical bullets sent in a line from one supply slot,
It is now possible to reliably distribute and load into a plurality of insertion parts or a medicine chamber part.

[0006]

EXAMPLE As an actual example of the present invention, (a) four barrels capable of simultaneously firing a total of four spherical bullets by arranging two of the above-mentioned configurations side by side into one unit And an air soft gun provided with four compressed air or nozzles for ejecting vaporized gas are completed by incorporating the present invention. (B) Upper spring 2 and lower spring 4
Uses other elastic materials such as leaf springs in addition to push springs.

[0007]

The features of the air soft gun provided with a plurality of barrels and a plurality of air ejection nozzles by incorporating the unit of the present invention are as follows: (a) One spherical bullet has one barrel and one air. Since it is fired by the ejection nozzle, the bullet velocity is stable and there is little danger that the force exceeds the regulation, and safety is secured. (B) If the mutual balance of multiple barrels and the accuracy of the line of sight and the gun axis of the gun body are secured, the straight-line performance of spherical bullets is improved, and the bullets do not fly in unexpected directions, and are safe. Is secured. From the above, the present invention is expected to contribute to the future as an important part that constitutes a game gun excellent in safety and sound.

[Brief description of drawings]

[Figure 1]

[Fig. 2]

[Figure 3]

FIG. 4 is a side sectional view showing the actuation mechanism of the present invention.

[Explanation of symbols]

 1 unit body 1a bullet feed port 1b upper bullet port 1c lower bullet port 1d upper nozzle port 1e lower nozzle port 2 upper spring 3 upper stopper 4 lower spring 5 lower stopper 6a spherical bullet 6b spherical bullet 7 cylinder body 7a upper nozzle 7b Lower nozzle

Claims (1)

[Claims] 1. A bullet feed opening 1 is provided in the loading unit main body 1.
a, an upper insertion port 1b, a lower insertion port 1c, an upper nozzle port 1d, and a lower nozzle port 1e. (B) An upper stopper 3 that closes the upper insertion port 1b by pressing the upper spring 2 is provided. (C) A lower stopper 5 supported by the lower spring 4 is provided at the lowest portion of the bullet feed opening 1a. (D) An upper nozzle 7a and a lower nozzle 7b which are integrated by the cylinder body 7 are provided. An airsoft gun loading unit configured as described above.