KR102068417B1 - gun bullet for toy gun - Google Patents

Abstract

The present invention relates to a bullet for a toy gun, comprising: a shell main body where a discharge spring generating a predetermined elastic repulsive force when a BB bullet is fired is installed at upper inside; a detonator member installed at a lower end unit of the shell main body and operating to allow the BB bullet to be launched when a trigger acts; a firing member installed to slidingly move inside the shell main body and firing the BB bullet according to whether the detonator member operates; and a bullet shell member seated on an upper part of the shell main body, embedded with an upper part of the firing member to make the BB bullet be fired to inside, and configured to provide the predetermined elastic repulsive force for the upper part of the firing member after firing of the BB bullet to make discharge of the shell main body.

Description

Bullet for toy gun {gun bullet for toy gun}

The present invention relates to a bullet for a toy gun. More specifically, as the ejection from the toy gun is caused by the elastic force of the spring configured at the time of launching the BB bullet, the bullet for the toy gun can be loaded, reloaded, fired, and the casing discharged like a real gun. will be.

In general, in the case of a toy gun, that is, a toy gun, in addition to the usual shape and texture, the appearance of the toy gun is similar to that of the real object. Among these toy guns, a model in which a slider arranged along a barrel moves in accordance with a triggering operation is used. In addition, by firing a bullet loaded in a long magazine installed at a rear end portion of the barrel by gas pressure, The supply of the bullet to the gas is also configured to be performed using gas pressure.

For example, the Republic of Korea Patent No. 10-0291131, the accumulator chamber which is connected to the gas outlet passage portion, the on-off valve unit for controlling the opening and closing of the gas outlet passage portion, the long shot chamber provided in the rear end of the barrel portion, and the barrel portion A movable member provided with a slider portion capable of moving in a direction, a first internal space opening toward the long magazine, and a second internal space opening toward the hydraulic pressure section, and a retraction of the movable member to generate a retract of the magazine from the magazine. A toy gun with an automatic bullet supply mechanism has been published to prepare bullet supply to the bullet chamber.

In addition, the Republic of Korea Utility Model Registration No. 20-0325700 has a built-in percussion device, the barrel is coupled to the front of the gun body, the bullet is mounted to the toy gun in which the bullet is supplied by the spring elastic force is coupled to the gun body And a loading lever installed to be rotatably hinged to the gun body so as to be rotatable, and a locking latch integrally formed on the loading lever to rotate in a coaxial shaft with the lever, so that the locking lever moves in a horizontal direction with the piston coupled to the piston. There was a toy gun trigger.

However, the above-mentioned prior art document does not implement the structure of the actual firearm at all, and there is a problem of lowering the user's satisfaction with the toy gun as it does not implement the structure in which the casing discharge or the movement of the ball pile is performed.

Republic of Korea Patent No. 10-0291131 Republic of Korea Utility Model Registration No. 20-0325700

In order to solve such a problem, the present invention has been made by the background art described above, and as the ejection from the toy gun due to the elastic force of the spring configured therein at the time of launching the BB bullet, reloading, reloading the bullet like a real gun It is an object of the present invention to provide a bullet for a toy gun that can improve the satisfaction when using the user by using the toy gun, so that it can be loaded, continuous shooting, and casing discharge.

However, the object of the present invention is not limited to this, and even if not explicitly mentioned, the object or effect that can be grasped from the solution means or embodiment of the problem is of course included.

According to an embodiment of the present invention for achieving the above object, the casing body having a discharge spring for generating a predetermined elastic repulsive force when firing the BB bullet is configured inside the upper side; A primer member which is configured at the lower end of the casing body and operates so that a firing operation of the BB bullet is made during a trigger operation; A firing member configured to make a sliding movement inside the casing body and to fire the BB bullet according to whether the primer member is operated; And an upper portion of the firing member mounted on an upper portion of the shell body and having an upper portion of the firing member configured to launch the BB bullet therein, and providing a predetermined elastic repulsion force to the upper portion of the firing member after firing the BB bullet. Characterized in that it comprises a; bullet-proof member configured to be discharged of the main body.

According to an embodiment of the present invention, the casing body, the bullet shell member is seated, and when the seating member is seated, the discharge spring is formed so as to achieve a maximum compression state, and the lower surface of the discharge spring A first charge part comprising a support plate seated thereon and supporting sliding movement of the firing member; The support plate is divided into the lower portion of the first charge portion, and the lower end of the primer member is accommodated so that the sliding member is made to the sliding movement, and formed in the upper portion of the primer receiving hole, the sliding of the primer member and the firing member A second charging part including a guide rail for guiding movement; And a launch support configured on both sides of the second charge part and configured to have a launching operation member operative to perform the launching operation of the launching member.

According to one embodiment of the present invention, the launching operation member is formed in a shape corresponding to each other on both sides of the second charge portion, the primer connection portion configured to be in contact with the primer member; A firing stopper for releasing contact with the firing member by a rotational operation only when the primer member and the primer connecting portion are released. And a rotatable support shaft, each of which is connected to the primer connector and the launch stopper, which is inserted into the launch support so as to rotate the launch operation member.

According to an embodiment of the present invention, the launch member includes: a launch guide configured to perform an upward sliding operation while the pressing force is released due to the rotational operation of the launching operation member only during the launch of the BB bullet; A plurality of guide protrusions formed at positions corresponding to each other along the outer circumferential surface of the launch guide, the sliding protrusions being moved along the guide rails; A launch shaft extending vertically to the top of the launch guide, the launch shaft being configured to penetrate both the first charge part and the bullet holes member; And a seating plate configured at an upper end of the firing shaft and configured to be accommodated inside the bullet box member, the BB bullet being seated at an upper end thereof, and a seating plate configured to be in close contact with an upper end of the firing spring at a lower end thereof. do.

According to an embodiment of the present invention, the bulletin member may include a bullet body body configured to be detachable from the shell body and accommodate the BB bullet seated therein; A bullet hole guide extending downwardly under the bullet body part to guide the sliding movement of the firing member; And a firing spring which provides a predetermined elastic force so that the firing of the BB bullet is made and at the same time, a predetermined elastic repulsive force toward the discharge spring.

According to an embodiment of the present invention, the launching operation member, the lifting member is configured in the lower end of the second charge portion, the lifting operation is performed by the primer member; A lower end portion rotatably coupled to the elevating member, and an upper end portion of the primer connecting portion configured to move up and down to the launch support; A guide hole formed in the launch support and coupled to an upper end of the primer connector to guide the lifting operation of the primer connector; A firing stopper configured on an upper side of the primer connection part and maintaining a contact state with the launching member, and releasing a contacting state with the launching member only during the lifting operation of the elevating member; And a rotatable support shaft, each of which is connected to the primer connector and the launch stopper, is inserted into the guide hole and slides along the guide hole during the lifting operation of the elevating member.

According to one embodiment of the invention, the firing operation member is a bullet guide projection formed on the lower end of the bullet member; A primer connection portion coupled to the launch support and configured to contact the primer member; A launch stopper which makes contact with both the launch member and the bullet guide projection and releases contact with the launch member and the bullet guide projection only by rotational operation only when the primer member and the primer connection projection are released; And a rotatable support shaft, each of which is connected to the primer connector and the launch stopper, which is inserted into the launch support so as to rotate the launch operation member.

According to this embodiment of the present invention, by loading the bullet, reloading, continuous shooting and casing ejection like a real gun, it is possible to provide a feeling like the use of a real gun when a user uses a toy gun. There is an effect that can improve the satisfaction.

In addition, various and advantageous advantages and effects of the present invention is not limited to the above description, it will be more readily understood in the process of describing a specific embodiment of the present invention.

1 is an exploded perspective view showing a bullet for a toy gun according to an embodiment of the present invention,
2 is a cross-sectional view illustrating a bullet for a toy gun according to an embodiment of the present invention;
3 is a view showing a guide rail of a bullet for a toy gun according to an embodiment of the present invention,
4 to 8 is a view showing the operation of the toy gun bullet according to an embodiment of the present invention,
9 and 10 are another embodiment showing a bullet for a toy gun according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals have the same reference numerals as much as possible even if displayed on different drawings. In addition, in describing the present invention, if it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

In addition, in describing the component of this invention, terms, such as 1st, 2nd, A, B, (a), (b), can be used. These terms are only for distinguishing the components from other components, and the nature, order or order of the components are not limited by the terms. If a component is described as being "connected", "coupled" or "connected" to another component, that component may be directly connected or connected to that other component, but there may be another configuration between each component. It is to be understood that the elements may be "connected", "coupled" or "connected".

1 is an exploded perspective view showing a bullet for a toy gun according to an embodiment of the present invention, Figure 2 is a cross-sectional view showing a bullet for a toy gun according to an embodiment of the present invention, Figures 3 to 8 is one embodiment of the present invention 9 and 10 are views illustrating an operation process of a toy gun bullet according to an embodiment of the present invention.

As shown, the toy gun bullet of the present invention is each component is mounted therein so that the firing of the BB bullet, discharge spring 140 so that the discharge from the toy gun by the elastic repulsive force after the firing of the BB bullet The casing body 100 is configured, the primer member 200 is formed at the lower end of the casing body 100, and the firing member 300 for firing the BB bullet according to the operation of the primer member 200. And a ball spring member 400 seated on an upper portion of the shell body 100 and having a firing spring 430 embedded therein for firing the BB bullet and generating a predetermined elastic repulsive force after firing the BB bullet. It is configured to include.

The casing body 100 is formed to penetrate the inside and is divided into a first charge portion 110 and the lower portion of the first charge portion 110 is seated on the upper charcoal member 400, the primer at the lower end The member 200 is configured to include a second charge portion 120 is configured.

The first charging unit 110 has a discharge spring 140 is built therein, the bullet tip member 400 is configured to the upper end of the discharge spring 140, the discharge according to the operation of the bullet pen 400 The shell body 100 is configured to be discharged from the toy gun by a predetermined elastic repulsion force generated from the spring 140.

The first charge part 110 is configured in the form of the upper end is opened, the bullet support jaw 112 is formed so that the bullet seat mounting portion 414 of the bullet hole member 400 is seated along the upper inner surface.

Here, the bullet bar jaw 112 is formed so that the discharge spring 140 in contact with the lower surface of the bullet seat seating portion 414 achieves the maximum compression state when the bullet hole member 400 is seated.

In addition, the first charge part 110 is divided into a space forming the first charge part 110 and the second charge part 120 to the lower end, and supports the lower surface of the discharge spring 140 to be seated, and firing The support shaft 114 of the member 300 is configured to penetrate and contact the outer circumferential surface thereof, and the support plate 114 having the support hole 116 supporting the sliding movement is formed.

Here, when the discharge spring 140 is fired of the BB bullet, the shell body 100 is opposite to the position at which the BB bullet is fired by the elastic repulsive force generated when the BB bullet is fired, that is, the bolt ( 10) and the casing rake 20 is pushed to the rear to be discharged to be made.

The second filler part 120 is positioned below the first filler part 110, and a primer receiving hole 122 is formed at the lower end to receive the primer member 200 in a sliding movement, and the primer member ( It serves to support the sliding movement of the firing member 300 according to the operation of the 200.

The second charge part 120 is vertically formed from the upper end of the primer receiving hole 122 to the lower end of the support hole 116 formed in the support plate 114 to slide the primer member 200 and the firing member 300. Guide rail 124 is further configured to guide the movement.

At this time, the guide guide 230 of the primer guide member 230 and the launch member 300 of the primer member 200 is inserted into the guide rail 124 so that the sliding movement is made along the guide rail 124. The rail groove 126 is further formed.

In addition, the second filler part 120 is further provided with a rake groove 128 is fixed to the casing rake 20 is configured in the toy gun depending on whether the shell body 100 is discharged.

In addition, the second charging unit 120 is configured to support the launch support 130 to operate whether or not the sliding operation of the firing member 300 to both sides inside.

The launch support 130 is configured to make a sliding movement of the firing member 300 according to the operation of the primer member 200, the firing member 300 is the BB bullet due to the elastic force of the firing spring 430 It is configured to include a firing operation member 135 and the rotation support groove 132a for supporting the rotation operation of the firing operation member 135 to make the launch of the.

The firing operating member 135 is formed in a shape corresponding to each other on both sides of the second charge portion 120, the primer connecting portion 134 is configured to contact the outer peripheral surface of the pressure plate 220 of the primer member 200, and The firing stopper 136 and the primer connector 134 to release the contact with the launch guide 330 of the firing member 300 only by the rotational operation only when the pressing plate 220 and the primer connector 134 are released. And the launch stopper 136 are integrally formed, respectively, and are formed of the rotation support shaft 138 inserted into the rotation support groove 132a to perform the rotation operation of the launch operation member 135.

Here, the primer connector 134 is rotated counterclockwise around the rotation support shaft 138 only when the primer member 200 moves upward along the guide rail 124 and the pressure plate 220. The contact state is configured to be released.

In addition, the firing stopper 136 is rotated in the counterclockwise direction about the rotation support shaft 138 during the rotation operation of the primer connector 134, the contact with the launch member 300 by the rotation operation. As the release member 300 is released, the firing of the BB bullet is made by the elastic force of the firing spring 430.

The launch stopper 136 is configured to be in contact with the upper surface of the launch guide 330, when the primer connector 134 is in contact with the pressing plate 220, predetermined as the upper surface of the launch guide 330 By providing a pressing force of the firing member 300 is preferably configured to prevent the launching operation is made by an external impact or the like.

Primer member 200 is configured to pull the trigger of the toy gun, the release of the lock (10) and the collision plate 210 is generated, the sliding movement along the inner circumferential surface of the primer receiving hole 122 during the collision This is done by releasing the contact state of the firing operation member 135 and the pressure plate 220 is configured to be the firing operation of the firing member 300.

The primer member 200 rotates the firing operation member 135 so that the firing of the BB bullet is carried out, and the primer member 200 is moved inside the second charging unit 120 when colliding with the bolt 10. And a pressure plate 220 configured to be in contact with the impingement plate 210, and the upper surface of the impingement plate 210, the outer surface of which is in contact with the primer connector 134 of the launching operation member 135. And the primer member 200 is configured to include a primer guide member 230 for guiding the sliding movement is made along the guide rail 124.

The firing member 300 is a component for firing the BB bullet while the sliding member is made during the collision between the primer member 200 and the bolt 10, and an upper end portion of the bullet body member 410 of the bullet body member 400. It is coupled to enable the sliding movement, the lower end is configured to be located in the second charge part 120 of the casing body (100).

The firing member 300 is configured at the lower end, the firing stopper 136 of the firing operation member 135 and the non-firing of the BB bullets to maintain the original position at a predetermined pressing force, the BB bullets only when firing The launch guide 330 is configured to perform the upward sliding operation while the pressing force is released due to the rotation operation of the launch stopper 136.

At this time, the launch guide 330 is formed in a position corresponding to each other along the outer circumferential surface, respectively, a plurality of guide protrusions are sliding movement along the guide rail 124 and the rail groove 126 of the second charge portion 120 332 is configured.

In addition, the launch member 300 is formed to extend vertically to the upper portion of the launch guide 330, the support hole 116 and the bullet hole member 400 formed in the support plate 114 of the first charge portion 110 A launch shaft 320 configured to penetrate all the bullet guides 420 is configured.

In addition, the firing member 300 is configured to the upper end portion of the firing shaft 320, is configured to be accommodated in the bullet body body 410, the BB bullet is seated at the upper end, the lower end of the firing spring ( The mounting plate 310 is configured to be in close contact with the upper end of the 430.

At this time, the seating plate 310 is configured such that the firing spring 430 maintains the maximum compression state when the BB bullet is not fired.

The firing member 300 may further maximize the firing speed of the BB bullet by generating a predetermined elastic force while the compression state of the firing spring 430 is released during the sliding movement of the firing guide 330.

The bullet hole member 400 guides the sliding movement of the firing shaft 320 of the firing member 300, while simultaneously firing the BB bullets seated on the seating plate 310. ) Is the component that makes the discharge.

The ballistic member 400 is configured to be detachable from the first charging unit 110 of the casing body 100, and is seated on the seating plate 310 and the seating plate 310 of the firing member 300 therein. The bullet body 410 accommodates the BB bullets, and extends downwardly under the bullet body body 410, and the bullet guide 420 and the BB bullet which guide the sliding movement of the firing shaft 320. It is configured to include a firing spring 430 to provide a predetermined elastic force to provide a predetermined elastic force to the shooting and at the same time the discharge spring 140 built in the first charge unit 110.

Tanza body portion 410 is configured so that the upper portion is opened and the insertion and seating plate 310 of the BB bullet is embedded, the firing spring 430 is built in the inner end to be compressed by the seating plate 310 Composed of the BB bullet launch unit 412 and the lower end portion of the bullet body portion 410, and pressurizing the discharge spring 140 while being seated on the bullet carrier jaw 112 of the first charge portion 110 It is configured to include a bullet seat 414.

Here, the bullet seat mounting portion 414 is configured such that the shell body 100 is discharged from the toy gun while pushing the discharge spring 140 during the launch of the BB bullet.

In addition, the firing spring 430 causes the BB bullet to be fired by the elastic force peculiar to the spring, and generates a predetermined elastic repulsive force, and the generated bullet repulsive force is discharged through the bullet seat 414. By being delivered to), after the firing of the BB bullet casing body 100 is discharged from the toy gun.

At this time, when the discharge of the casing body 100 is made in the toy gun of the present invention, a new bullet on which the BB bullet is seated from the magazine 40 is disposed between the muzzle 30 and the bolt 10 and the casing rake ( 20 is preferably configured to make the automatic operation of the bullet by engaging the rake groove 128 formed in the second charge portion 120 is made.

Accordingly, the present invention is to enable the loading, reloading, continuous shooting and the discharge of the bullet like a real gun, so as to provide a feeling like the use of a real gun when the user uses a toy gun to improve the satisfaction when using Could be.

On the other hand, the launch support 130 of the present invention, as shown in Figure 9, the lower end of the primer connecting portion 134 is rotatably coupled, the elevating member that the lifting operation is made with the lifting and lowering of the primer member 200 510 and the elevating support shaft 520 coupling the elevating member 510 and the primer connector 134.

At this time, the rotary support shaft 138 to which the primer connector 134 is coupled is inserted into the firing support 130, and the primer connector 134 and the launch guide 330 during the elevating operation of the primer member 200. Guide hole 139 is further formed to release the fixed (or contact state) with the guide protrusion 332 of the).

The guide hole 139 guides the primer connection part 134 to move up and down while the one-way rotation operation is made about the lifting support shaft 520, and in particular, the rotation support shaft 138 is the guide hole 139. While moving along) serves to guide the lifting operation of the primer connection 134 is made.

In addition, the launch support 130 of the present invention, as shown in Figure 10, may be configured such that the bullet guide 420 is directly coupled to the launch operation member 135.

That is, the bullet guide 420 is formed to extend to the inside of the second charge portion 120, and the bullet guide protrusion 422 is formed at the lower end thereof in contact with the launch stopper 136 of the launch operation member 135. By the contact of the bullet guide 420 and the firing operating member 135 is released according to whether the primer member 200 is operated so that the firing of the BB bullet is made.

That is, the launch stopper 136 of the present invention is configured to make contact with both the launch guide 330 and the bullet guide protrusion 422 of the launch member 300, and the launching operation of the primer member 200 during the lifting operation. It is configured to release the contact with both the guide 330 and the bullet guide projection (422).

At this time, the launching operation member 135 is inserted into the bullet guide guide 422 so that the bullet guide projection 422 and the launch stopper 136 is made, the launch guide groove for guiding the lifting operation It is preferred that 136a be further configured.

The terms "comprise", "comprise" or "having" described above mean that a corresponding component may be included unless specifically stated otherwise, and thus, other components are not excluded. It should be construed that it may further include other components, all terms including technical or scientific terms are to be generally understood by those of ordinary skill in the art unless otherwise defined Has the same meaning as

In addition, the above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains various modifications and variations without departing from the essential characteristics of the present invention. . Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: shell case 110: Chapter 1 medicine
120: second chapter 130: launch support
140: discharge spring 200: primer member
210: collision plate 220: pressure plate
230: primer guide member 300: launch member
310: seating plate 320: launch axis
330: launch guide 400: bullet casings
410: bullet body portion 420: bullet guide
430: launch spring

Claims (7)

An casing body having a discharge spring configured to generate a predetermined elastic repulsive force upon firing of the BB bullet;
A primer member which is configured at the lower end of the casing body and operates so that a firing operation of the BB bullet is made during a trigger operation;
A firing member configured to make a sliding movement inside the casing body and to fire the BB bullet according to whether the primer member is operated; And
The upper part of the firing member is mounted on the upper part of the shell body, and the upper part of the firing member is built in such that the firing of the BB bullet is made therein, and after the firing of the BB bullet, the upper shell of the firing member is provided with a predetermined elastic repulsion force Includes; bulletin member configured to be discharged
The bullet strip member,
A bullet body body configured to be detachable from the casing body and to accommodate a BB bullet mounted therein;
A bullet hole guide extending downwardly under the bullet body part to guide the sliding movement of the firing member; And
A firing spring which provides a predetermined elastic force so as to fire the BB bullet and provides a predetermined elastic repulsive force toward the discharge spring;
Toy bullet shell comprising a. The method of claim 1,
The casing body,
When the bullet member is seated, and when the bullet member is seated, a support plate for supporting the sliding movement of the firing member is seated, and the lower surface of the discharge spring is formed so that the discharge spring is the maximum compression state; The first chapter is configured;
The support plate is divided into the lower portion of the first charge portion, and the lower end of the primer member is accommodated so that the sliding member is made to the sliding movement, and formed in the upper portion of the primer receiving hole, the sliding of the primer member and the firing member A second charging part including a guide rail for guiding movement; And
A launch support provided at both sides of the second charge part and having a launching operation member configured to operate to launch the launching member;
Toy bullet shell comprising a.
The method of claim 2,
The launching operation member,
A primer connection part formed in a shape corresponding to each other at both sides of the second charge part and configured to contact the primer member;
A firing stopper for releasing contact with the firing member by a rotational operation only when the primer member and the primer connecting portion are released from each other; And
A rotating support shaft having the primer connecting portion and the firing stopper integrally formed therein and inserted into the firing support to rotate the firing operation member;
Toy bullet shell comprising a.
The method of claim 2,
The launch member,
A launch guide configured to perform an upward sliding operation while the pressing force is released due to the rotational operation of the launching operation member only during the launch of the BB bullet;
A plurality of guide protrusions respectively formed at positions corresponding to each other along an outer circumferential surface of the launch guide, the sliding protrusions being moved along the guide rails;
A launch shaft extending vertically to the top of the launch guide, the launch shaft being configured to penetrate both the first charge part and the bullet holes member; And
A seating plate configured at an upper end of the launch shaft and configured to be accommodated inside the bullet box member, the BB bullet being seated at an upper end thereof, and a top end of a launch spring configured at the lower end of the bullet hole member in close contact;
Toy bullet shell comprising a.
delete The method of claim 2,
The launching operation member,
A lifting member which is configured at the lower end of the second medicine part and is moved up and down by the primer member;
A lower end portion rotatably coupled to the elevating member, and an upper end portion of the primer connecting portion configured to move up and down to the launch support;
A guide hole formed in the launch support and coupled to an upper end of the primer connector to guide the lifting operation of the primer connector;
A firing stopper configured at an upper side of the primer connection part to maintain a state of contact with the launching member, and to release the contacting state with the launching member only during the lifting operation of the elevating member; And
A rotating support shaft having the primer connecting portion and the firing stopper integrally formed therein, the sliding support being inserted into the guide hole and sliding along the guide hole when the elevating member moves up and down;
Toy bullet shell comprising a.
The method of claim 2,
The launching operation member
A bullet hole guide protrusion formed at a lower end of the bullet hole member;
A primer connection portion coupled to the launch support and configured to contact the primer member;
A launch stopper which makes contact with both the launch member and the bullet guide projection and releases contact with the launch member and the bullet guide projection only by rotational operation only when the primer member and the primer connection projection are released; And
A rotating support shaft having the primer connecting portion and the firing stopper integrally formed therein and inserted into the firing support to rotate the firing operation member;
Toy bullet shell comprising a.

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