WO2016104985A1

WO2016104985A1 - Toy gun

Info

Publication number: WO2016104985A1
Application number: PCT/KR2015/013181
Authority: WO
Inventors: 김광석
Original assignee: 주식회사 지비엘에스
Priority date: 2014-12-24
Filing date: 2015-12-21
Publication date: 2016-06-30
Also published as: KR101548253B1

Abstract

The present invention relates to a toy gun wherein the bolt assembly is configured such that the principle of operation of internal components thereof is as close as possible to the principle of operation of an actual gun, and the bolt moves forward/backward in a manner similar to that of an actual gun and thus gives a realistic feeling, a recoil, and a feeling of striking, thereby improving the degree of satisfaction during use.

Description

Toy gun

The present invention relates to a toy gun, and more specifically, to construct a bunch of bolts so that the operating principle of the internal components as close as possible to the operating principle of the real gun, so that the old key is moved forward and backward like a real gun to give a sense of thrust, recoil and hitting. It is related with the toy gun which can improve a use satisfaction.

In particular, by constructing a multi-stroke gear unit, a multi-stroke controller and a multi-stroke development controller, it is possible to prevent component breakage caused by the failure of the forward movement, to prevent the twisting of the cycle, and to mock shots generated from a real gun. The present invention relates to a toy gun that provides stability of operability and convenience of tuning by preventing jamming of the vehicle.

In general, a toy gun refers to a toy in the form of a gun, and is produced to be used for various play by an infant or a child. These toy guns are made in the form of toys used for various types of play and play, and then the actual guns are developed using a ring-shaped mock bullet called BB bullets. As a result, children's or toddlers' play equipment has been developed and used as toys for use by teenagers and the general public.

In the early stages of development of toy guns in which peacocks are fired, the force to be fired is weak, the scope of firing is small due to the manual supply of peat fire, and the supply time of peat fires is high. It was hard to use.

Accordingly, recently, as a toy gun is automatically fired by reinforcing the force of firing as the peat is automatically supplied, a survival sport in which a simulation battle concept is introduced has been introduced from the conventional play and play concept. Such a survival game is a sport in which game participants enjoy fun through simulated battles similar to those in which they have various military equipments with toy guns in which a peat is continuously fired. Such a survival game is widely played through many clubs at home and abroad, and its interest is also increasing.

In the survival game described above, there is an increasing demand for good-performance toy guns in order to conduct safe and realistic mock combat. Therefore, the technology has been developed to produce a toy gun in a form similar to the actual automatic rifle, and to increase the effective distance in which the peat is generated, improve the firing strength as well as to improve the rapid launch ability. As the performance of the toy gun improves, users are demanding not only the appearance similarity to the actual automatic rifle and the firing performance, but also various demands on the operation configuration, shape, and the feeling of impact of the parts similar to the actual automatic rifle. There is a demand for a technical invention for realizing this.

In the above-mentioned automatic rifle, when the gun is loaded with the gun powder loaded into the barrel, the gun is fired by the operation of the trigger and the ball is hit by the explosion and the bullet is shot by the explosion. In addition, the bullet is fired automatically while repeating the reloading process using the explosive gas pressure. At this time, the actual automatic rifle is retracted forward when the loading of the rifle forwards the shock delivered to the shock, even when reloaded by the firing has a sense of impact is transmitted.

However, conventional toy guns push the peat supplied by elastic force by using compressed air, and there is no internal impact amount during loading or firing, so the shotgun does not have a feeling of impact caused by the firing and thus feels like a real automatic rifle. It was hard to implement.

Recently, as the compressed air required for firing the peat is generated by the retreat forward of the piston connected to the electrically driven motor and the gear body, a toy gun is developed that makes the impact felt by the forward and backward movement of the piston feel at the time of launch. It is used.

However, the toy gun of the prior art has additionally installed a weight and the like interlocked with the piston due to the insignificant feeling of the impact only by the forward and backward movement of the piston, but due to the high weight, the force of the gear body and the motor is increased and the service life is reduced. There was a problem that damage occurs.

In addition, the toy gun of the prior art can feel the impact due to the impact amount only when firing, there is no configuration of the loading method and apparatus for loading the bullet in the actual automatic rifle, and since the peat is supplied by elasticity, the actual gun There was a problem that can not realize the operation loaded in.

In addition, the toy gun of the prior art is supplied while being pushed up by the elastic force installed in the magazine that is mounted and detached during the briquettes of the briquettes, and is not equipped with other devices according to the loading, so that it is loaded correctly one shot at the time of firing. Can not be loaded several times at a time there was a problem that was wrongly fired.

Due to such a problem, the present inventor proposed a domestic toy patent publication No. 10-2013-0142460 No. 10-2013-0142460 of the patent document 1, the lever is actually retracted before and after recharging by the pressing force to the pressure of the piston As the peat is fired by the toy gun, a blow gun that can be felt by the real gun is transmitted to the user.

However, the above-mentioned toy gun has the effect of transferring the feeling of hitting the actual gun to the user by the piston being fired back and forth by the piston, but the gears are broken because the connection between the gears is not smooth. There was this. In addition, there is a difficulty in disassembling the entire component when replacing the damaged components, it was difficult for the individual to disassemble.

In addition, the motor, the spring, etc. must use the motor and the spring of the set state, and if the motor of different setting, for example, a motor with a different rotation rate and a spring with different tensile strength, the meshing between the gears is wrong, there is a risk of damage, There was a problem that does not work, such as loading and firing.

Therefore, the present invention has been proposed to improve such a conventional problem, by constructing a bunch of bolts so that the operating principle of the internal components as close as possible to the operating principle of the real gun, the old and the backward like the real gun, the reverse and the feeling of thrust and recoil and hitting The present invention aims to provide a new type of toy gun that can improve the user satisfaction.

In particular, by constructing a multi-stroke gear unit, a multi-stroke controller and a multi-stroke development controller, it is possible to prevent component breakage caused by the failure of the forward movement, to prevent the twisting of the cycle, and to mock shots generated from a real gun. It is an object of the present invention to provide a new type of toy gun that prevents the jamming phenomenon to provide stability of operation and ease of tuning.

According to a feature of the present invention for achieving the above object, it has a chamber 220 is equipped with a peat supplied from the magazine 210, has a barrel 230 connected to the chamber 220, therein A main body 200 having a driving motor 240 installed therein and having a handle 250 formed to be gripped by a user; The piston 200 and the piston 320 is elastically supported so that the elastic force acts in the forward direction in which the peat is fired in the main body 200, and the piston 310 and the bolt 320 of the It is disposed in the upper forward direction, one side is fixed to the bolt (320), the other side is located outside of the main body 200 for loading the user to drive the bolt (320) by the user's operation in the gripped state A bundle of balls 300 having a handle 330 and a drive unit 400 disposed inside the main body 200 and configured to drive the bundle of balls 300 for loading and firing the peat. In the toy gun 100, the drive unit 400 is a gear unit 410 is connected to the drive motor 240 of the main body 200 to receive power; and interlocked with the gear unit 410 to supply power A power switch 420 to supply and cut off the main body 200; It is installed on the outside, the control unit 430 is connected to the gear unit 410 to set the firing state of the simulated bullet by the user's operation; and the handle 250 of the main body 200 is disposed on the front side of the user A trigger unit 440 which rotates by operation of the simulated bullet, and is installed outside the main body 200 and exhausts the briquettes supplied from the magazine 210 when the shot bundle 300 is exhausted. It characterized in that it comprises a stopper unit 450 for controlling to stop the retraction operation of the stopper 320 of the).

In the toy gun according to the present invention, the gear unit 410 is connected to the drive motor 240 installed in the handle 250 of the main body 200 is a bevel gear 411 to receive power; A spur gear 412 connected to the bevel gear 411 to receive power; A multi-stroke gear bundle 460 connected to the spur gear 412 to receive power; A multi-stroke controller 413 interlocked with the multi-stroke gear 460 to supply and cut off the power of the power switch 420 during single-shot and continuous-drive operation; A multi-stroke engine controller 414 for releasing the interlocking operation with the multi-stroke gear unit 460 during continuous driving; A piston sheath 415 formed to engage the piston 310 of the bunch of balls 300 retracted by a user's operation; In conjunction with the multi-stroke controller 413 is characterized in that it comprises a piston shear driver 416 for driving the piston shear 415.

In the toy gun according to the present invention, the multi-stroke gear bundle 460 is connected to the spur gear 412, a plurality of gears are formed on the outside, the multi-stroke square formed by protruding an oval wheel on the center side Gear 461; A cylindrical center body in which the wheel of the multi-stroke flat gear 461 is located is formed on the center side, and the gear formed on the outside of the multi-stroke flat gear 461 on the outside spaced apart from the center body on one side of the center body; Some gears are formed to correspond, and multiple stroke gears 462 having cutouts on the other side of the center body; A gear separator positioned between the multi-stroke flat gear 461 and the multi-stroke gear 462 and positioned outside the central body of the multi-stroke gear 462 and rotatably installed on the multi-stroke gear 462. 463; Power supply wheel is formed on the outside, characterized in that it comprises a multi-stroke gear cap 464 coupled to the cutout of the multi-stroke gear 462.

In the toy gun according to the present invention, the adjustment inter-unit 430 is disposed outside the main body 200 so as to be rotated by a user's operation and adjuster for setting the firing state of the safety, single-shot, simulated bullet ( 431); A single firing controller 432 for controlling single shot and continuous firing by setting the adjuster 431; A single firing driver (433) positioned between the adjuster (431) and the single firing controller (432) for advancing or reversing the single firing controller (432) by the setting of the adjuster (431); It characterized in that it comprises a gear drive 434 for controlling the latching and releasing of the piston shear 415 of the gear unit 410 when setting the gear of the adjuster 431.

In the toy gun according to the present invention, the trigger unit 440 is interlocked with the bolt stop unit 450 and is separated from the multi-stroke controller 413 when the simulated burnout is exhausted, so that the power of the power switch 420 is reduced. It is characterized by being blocked.

According to the toy gun according to the present invention as described above, the operating principle of the internal components as close as possible to the operating principle of the gun gun by constructing a bunch of bolts, like the real gun to give the sense of repulsion and recoil and hitting to give a sense of thrust and recoil and hitting There is an effect to improve.

In particular, by constructing a multi-stroke gear unit, a multi-stroke controller and a multi-stroke development controller, it is possible to prevent component breakage caused by the failure of the forward movement, to prevent the twisting of the cycle, and to mock shots generated from a real gun. By preventing the jamming of the effect of providing the stability of the operability and the convenience of tuning.

1 is an overall cross-sectional view of a toy gun according to a preferred embodiment of the present invention,

Figure 2 is a view for explaining the operating state of the bundle of balls in the toy gun according to a preferred embodiment of the present invention,

3 is a perspective view of the driving unit in the toy gun according to a preferred embodiment of the present invention,

4 is a front view and a rear view of the drive unit in the toy gun according to a preferred embodiment of the present invention,

5 is an exploded perspective view of a driving unit in a toy gun according to a preferred embodiment of the present invention;

Figure 6 is an exploded perspective view of the multi-stroke gear in the toy gun according to a preferred embodiment of the present invention,

Figure 7 is an operating state of the inter-adjustment unit in the toy gun according to a preferred embodiment of the present invention,

8 is an operating state of the stopper unit in the toy gun according to a preferred embodiment of the present invention,

9a to 9b is a firing degree when a single shot in the toy gun according to a preferred embodiment of the present invention,

10a to 10c is a firing degree when firing in a toy gun according to a preferred embodiment of the present invention.

100: toy gun

200: body 210: magazine

220: chamber 230: barrel

240: drive motor 250: handle

300: bundle of balls 310: piston

320: bolt 400: drive unit

410: gear unit 411: bevel gear

412: spur gear 413: multi-stroke controller

414: multi stroke control controller 415: piston shear

416: piston shear actuator 420: power switch

430: inter-adjustment unit 431: regulator

432: single-shot, single-row controller 433: single-shot, single-shot drive

434: consecutive drive 440: trigger unit

450: latch stop unit 460: multi-stroke gear bunch

461: multi stroke gear 462: multi stroke gear

463: gear separator 464: gear cap

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, FIGS. 1 to 10C, and like reference numerals denote like elements for performing the same function in FIGS. 1 to 10C. Meanwhile, in the drawings and detailed description of the drawings, detailed descriptions and illustrations of specific technical configurations and operations of elements not directly related to technical features of the present invention are omitted, and only the technical configurations related to the present invention are briefly shown or Explained.

1 to 10C, the toy gun 100 according to the preferred embodiment of the present invention includes a main body 200, a bundle of balls 300, and a driving unit 400.

The main body 200 has a chamber 220 in which the pellets supplied from the magazine 210 are mounted, has a barrel 230 connected to the chamber 220, and a driving motor 240 is installed inside the user. It has a handle 250 is formed to hold. The shoulder 260 is formed on the side opposite to the barrel 230, and the scale 270 and the scale 280 are formed on the upper side of the barrel 260 so as to be aimed at the target.

On the other hand, the configuration and function of the magazine 210, chamber 220, barrel 230, handle 250, shoulder strap 260, scale 270 and scale 280 of the main body 200 is generally well Known details will be omitted.

The bunch of hex 300 is for firing a peat mounted in the chamber 220 connected to the barrel 230 of the main body 200, and includes a piston 310, a bolt 320 and a loading handle 330. It is done by

The piston 310 is closed on one side and the other side is opened to form a space 312 therein, the piston body 311 and the piston body 311 is formed in the interior of the piston body 311 is formed with a locking projection 313 on the other open side The elastic spring 314 is inserted into the internal space 312 of the piston body 311, and has an elastic spring guide 315 for guiding the elastic spring 314.

The piston 310 is retracted together with the bolt 320 by the loading handle 330 to be described later, the piston body 311 is fixed by the piston shear 415 of the drive unit 400 to be described later, the loading handle ( When the trigger 441 is pulled by the user after the 330 and the bolt 320 are moved forward, the piston body 311 fixed by the piston shear 415 is separated from the piston shear 415 to move forward and the chamber of the main body 200. Fire a peat mounted on 220.

Nor key 320 is for loading the peat, the piston 310 is located therein has an internal space 322 to be forward and retractable, the lower portion is connected to the gear unit 410 of the drive unit 400 The support body 324 for contacting the elastic body 321 having the gear 323 with the gear 323, the rear surface of the bolt body 321, and the elastic body so as to retreat by the operation of the driving unit 400, and the main body. It is disposed in a retracted position in the interior of the shoulder 260 of 200, one side is supported by the support 324, the other side comprises an elastic body 325 supported by the shoulder 260. At this time, when the piston 310 is retracted, the bolt body 321 is introduced with air into the front space.

The elastic body 325 is disposed inside the shoulder portion 260 so that the elastic force acts to press the bolt 320 in the forward direction so that the gear 320 and the gear 400 are operated by the driving unit 400 coupled to the bolt 320. When the gear coupling is released by the retraction of the drive unit 400, the bolt 320 is advanced while the gear coupling is released, thereby giving elastic force to load the peat into the chamber 220.

The loading handle 330 is disposed in the upper forward direction of the bolt 320, the other side is fixed to the bolt 320, the other side is located in the outward direction of the main body 200 to manually hold in the state held by the user It is provided to drive the bolt 320. As the loading handle 330 is loaded by the retreat forward of the lock 320, it performs the same operation as that of manually retracting the lock 320 in the case of a malfunction such as initial loading or a bullet jam in a typical real automatic rifle. In order to carry out the loading while the user grips and pushes the bolt 320 backward, it is possible to perform an operation similar to the actual automatic rifle.

As described above with reference to Figure 2, the operating state of the bundle 200 is installed on the main body 200 and the main body 200, first, by holding the loading knob 330 to retreat manually. As the retracting knob 330 retreats, the support 324 retreats in the direction of the shoulder portion 260, the elastic body 325 is compressed, and the frustum body 321 is retracted. At this time, the piston body 311 is retracted and locked by the piston shear 415 is fixed. Thereafter, when the loading handle 330 and the bolt body 321 are advanced, the piston body 321 is fixed by the piston shear 415 and at the same time air is introduced into the inner space 322 of the bolt body 321. The pellets are supplied from the magazine 210 and mounted in the chamber 220. That is, when the loading handle 330 and the bolt body 321 is in a fully advanced state, the briquettes are loaded in the chamber 220. Subsequently, when the trigger 441 is pulled, the piston body 311 fixed to the piston shear 415 moves forward, and compressed air is discharged to fire the peat loaded in the chamber 220.

As described above, by constructing the bundle of balls 300 in the inside of the main body 200 in the toy gun 100 according to the preferred embodiment of the present invention, the bolts 320 move forward and backward like a real gun to give a sense of thrust, recoil, and hitting. It is effective to improve the use satisfaction.

The driving unit 400 is disposed inside the main body 200 and is used to drive the bundle of balls 300 for loading and firing the peat, and is connected to the driving motor 240 of the main body 200 to transmit power. Receiving gear unit 410, the power switch 420 in conjunction with the gear unit 410 to supply and cut off the power, and is installed outside the main body 200, connected to the gear unit 410, the user's operation The control unit 430 for setting the firing state of the simulated bomb, the handle unit 250 of the main body 200 is disposed on the front side of the trigger unit 440 for rotating the user's operation by firing the simulated bullet, It is installed on the outside of the main body 200, when the feed briquettes supplied from the magazine 210 is exhausted, including a stop stop unit 450 for controlling to stop the retreat operation of the bolt 320 of the ball bundle 300 Is done.

The gear unit 410 is connected to the driving motor 240 installed inside the handle 250 of the main body 200, and is bevel gear 411 to receive power, and the spur gear 412 connected to the bevel gear 411. Multi-stroke controller 460 connected to the spur gear 412, and multi-stroke controller 460 for interlocking with the multi-stroke gear 460 to supply and cut off the power of the power switch 420 during a single-shot, continuous driving ( 413, the multi-stroke development controller 414 for releasing the interlocking with the multi-stroke gear 460 during the continuous operation, and the piston 310 of the buckled ball 300 retracted by the user's operation is formed to be caught The piston shear 415 and the piston stroke driver 416 for driving the piston shear 415 in conjunction with the multi-stroke controller 413 is made. At this time, the bevel gear, the spur gear, the multi-stroke gear assembly to amplify the power due to the gear ratio to transmit.

The multi-stroke gear unit 460 is connected to the spur gear 412, a plurality of gears are formed on the outside, the multi-stroke stroke gear 461 formed by protruding an oval wheel on the center side, and the multi-stroke on the center side A cylindrical center body in which the wheel of the spur gear 461 is positioned is formed, and some gears are formed so as to correspond to the gears formed on the outside of the multi-stroke spur gear 461 on the outer side of the center body and spaced apart from the center body. It is located between the multi-stroke gear 462 and the multi-stroke gear gear 461 and the multi-stroke gear 462 is formed outside the center of the multi-stroke gear 462, the multi-stroke gear ( A gear separator 463 rotatably installed on the 462, and a power supply wheel formed on the outside, and comprises a multi-stroke gear cap 464 coupled to the cutout of the multi-stroke gear 462.

The control unit 430 is disposed outside the main body 200 to set the firing state of the briquettes, the safety of blocking firing, a single shot to fire a pair of briquettes, to fire the briquettes continuously It is classified as a continuous state.

The inter-adjustment unit 430 is disposed outside the main body 200 so as to be rotated by a user's operation to adjust the setting of the adjuster 431 and the adjuster 431 to set the firing state of the safety, single-shot, and simulated bullet. The single shot controller 432 for controlling the single shot and the single shot, and positioned between the adjuster 431 and the single shot controller 432 to advance or reverse the single shot controller 432 by the setting of the adjuster 431. It includes a single-shot gear driver 433, and a gear driver 434 for controlling the engagement and release of the piston shear 415 of the gear unit 410 when setting the speed of the adjuster 431.

Referring to FIG. 7, the operation state of the inter-adjustment unit 430 is described below. When the adjuster 431 is in a safe state, the single-shot, firing controller is positioned below the trigger driver 443, which will be described later, to trigger the trigger 441. The trigger driver 443 does not operate even when pulled to stop the operation of the trigger 441 to control the firing state of the briquettes. In addition, when the adjuster 431 is set to single shot or continuous firing, the trigger driver 443 and the single shot and firing controller 432 which are interlocked with the trigger 441 may be spaced apart, and the trigger 441 may be pulled to launch the briquette. will be. On the other hand, the single shot of the briquettes, the firing of the firing is to be made by the multi-stroke gear (460).

In this way, in the toy gun 100 according to the preferred embodiment of the present invention, the intermodal adjustment unit 430 is disposed outside the main body 200 to set the firing state of the briquettes so as to be placed in safety when not in use. Prevention of the launch, and set to a single shot or a continuous shot has the effect that the user can feel a variety of pleasure.

The trigger unit 440 rotates by the user's operation to fire the peat, and the trigger 441 rotates by the user's operation, and the multi-stroke controller 413 retreats by the operation of the trigger 441. Trigger drive for turning on / off the power switch 420, and interlocking with the multi-stroke controller 413 when the peat is exhausted by interlocking with the stopper stop unit 450 to be described later to cut off the power of the power switch 420. Controller 442 is included. At this time, a trigger driver 443 is disposed between the trigger 441 and the trigger drive controller 442 to transmit an operation command of the trigger 441 to the trigger drive controller 442.

The stop latch unit 450 is to stop the retraction of the latch 320 of the ball bundle 300 when all the peat burnout is exhausted, so that the operation of the trigger 441 is stopped, disposed outside the main body 200 And a stop lever driver 452 for stopping the operation of the trigger 441 by pressing the trigger drive controller 442 in cooperation with the stop lever 451.

Referring to FIG. 8, the operation state of the stopcock unit 450 is described. When the pellets of the magazine 210 are exhausted, the top of the stopcock 451 is lifted, and the stopcock 451 is removed. When up, the bunch of hex 300 tries to move forward at the same time as the reverse end, but at the same time the latch stop 451 and the stop stop driver 452 moves forward in the direction of the stop 451. At this time, the end of the stop stop driver 452 is lowered by pressing the trigger drive controller 442, the multi-stroke controller 413 advances to turn off the power switch 420 to cut off the power. Thereafter, after filling the magazine 420 with the pellets, the magazine 210 is inserted into the main body 200, and the pressing stop 451 is advanced and the loading stop 451 is in a single-load state.

As described above with reference to FIGS. 9A to 9B, the single shot firing state of the briquettes in the toy gun 100 according to the preferred embodiment of the present invention is described first. The state is set to a single state (1, 2). Thereafter, when the reload knob 330 is retracted, the bolt 320 and the piston 310 are retracted, and the piston 310 is fixed by the piston shear 415 (3). Then, when the loading handle 330 and the bolt 320 is advanced, air is introduced into the inner space 322 of the bolt 320 and the peat is loaded in the chamber 220 of the main body 200 (4, 5). When the trigger 441 is pulled, the piston 310 is advanced to fire a peat, and the power switch 420 is turned on by the multi-stroke controller 413 (6). When the power switch 420 is turned on and the power is supplied, the multi-stroke gear unit 460 is rotated to reverse the bolt 320 and the piston 310 (7, 8). When the bolt 320 and the piston 310 are reversed and the piston 310 is caught by the piston shear 415, the multi-stroke controller 413 moves forward to stop the rotation of the multi-stroke gear 460, and the power switch ( The power supply of 420 is cut off. At this time, air is introduced into the inner space 322 of the grit 320, and the peat is loaded in the chamber 220 of the main body 200 to be ready for firing (9, 10, 11). Thereafter, the trigger 441 is pulled to fire a peat, and the above-described process is repeated to fire the peat with a single shot.

On the other hand, Figures 10a to 10c shows the firing state of the briquettes in the toy gun 100 according to a preferred embodiment of the present invention, with reference to Figures 10a to 10c to explain the firing state of the briquettes , The state in which the peat is loaded in the chamber 220 of the main body 200 is made the same as the single-shot state described above (1 to 5). However, the adjuster 431 of the inter-adjustment unit 430 is set to a continuous state. Subsequently, when the trigger 441 is pulled, the piston 310 is advanced to fire a peat, and the power switch 420 is turned on by the multi-stroke controller 413, and the engine driver 434 is rotated. (6). When the power switch 420 is turned on and the power is supplied, the multi-stroke gear unit 460 is rotated to reverse the bolt 320 and the piston 310 (7, 8). Power continues to be supplied, and the bolt 320 is advanced so that the peat is loaded. At this time, the multi-stroke gear 462 and the multi-stroke stroke gear 461 of the multi-stroke gear bundle 460 is released, the multi-stroke gear 462 is caught by the multi-stroke development controller 414 to stop the rotation The multi-stroke flat gear 41 is rotated because the power of the driving motor 240 is supplied (9, 10). The piston 310 then advances to launch the peat. That is, when the bolt 320 moves forward, the lower portion of the bolt 320 presses the multi-stroke development controller 414 to release the multi-stroke gear 462 from the multi-stroke development controller 414, and the multi-stroke gear 462 is performed. ) And the multi-stroke flat gear 461 are combined again. Then, the bolt 320 moves forward and the lower part of the bolt 320 pushes the gear driver 434 to rotate, so that one side of the gear driver 434 raises the front of the piston 310 and the piston 310 and the piston shear 415. ) Is released and the piston 310 is advanced to fire the peat (11). When the peat is fired, the multi-stroke gear bundle 460 rotates, but the multi-stroke gear 462 and the multi-stroke gear 461 are recombined and rotated (12). Thereafter, even if the trigger 441 is released and the trigger 441 is returned to its original state, the multi-stroke controller 413 is connected to the power supply wheel of the gear cap 464 of the multi-stroke gear 460 so that power is continuously supplied. Since the multi-stroke gear unit 460 is in a state of being rotated to reverse the chuck 320 and the piston 310 (13, 14). When the throttle 320 and the piston 310 are reversed, the multi-stroke gear unit 460 is caught by the multi-stroke controller 413 to stop rotation, and the multi-stroke gear unit 460 is powered by the driving motor 240. It will be blocked and will stop firing. At this time, the driving motor 240 is rotated to a part of the remaining power to stop (15). Thereafter, when the trigger 441 is pulled again, the above-described process is repeated to continuously fire the peat.

As described above, the toy gun according to the preferred embodiment of the present invention has been shown in accordance with the above description and drawings, but this is merely described, for example, and various changes and modifications may be made without departing from the spirit of the present invention. It will be understood by those skilled in the art that it is possible.

Claims

Has a chamber 220 is equipped with a peat feed supplied from the magazine 210, has a barrel 230 connected to the chamber 220, the drive motor 240 is installed therein is formed to be held by the user A main body 200 having a handle 250;

The piston 200 and the piston 320 is elastically supported so that the elastic force acts in the forward direction in which the peat is fired in the main body 200, and the piston 310 and the bolt 320 of the It is disposed in the upper forward direction, one side is fixed to the bolt (320), the other side is located outside of the main body 200 for loading the user to drive the bolt (320) by the user's operation in the gripped state A bundle of balls 300 having a handle 330;

A driving unit (400) disposed inside the main body (200) for driving the stack of nuts (300) for loading and firing the briquettes;

The drive unit 400 is connected to the drive motor 240 of the main body 200, the gear unit 410 receives power;

A power switch 420 interlocked with the gear unit 410 to supply and cut off power;

An adjustment unit 430 installed outside the main body 200 and connected to the gear unit 410 to set a firing state of the simulated bullet by a user's operation;

A trigger unit (440) disposed at the front side of the handle (250) of the main body (200) and rotated by a user's operation to fire the simulated bullet;

The stopper unit 450 which is installed outside the main body 200 and controls to stop the retreating operation of the bolt 320 of the bolt bundle 300 when the peat feed supplied from the magazine 210 is exhausted. In the toy gun comprising a),

The gear unit 410 is a bevel gear 411 is connected to the drive motor 240 is installed in the handle 250 of the main body 200 to receive power;

A spur gear 412 connected to the bevel gear 411 to receive power;

A multi-stroke gear bundle 460 connected to the spur gear 412 to receive power;

A multi-stroke controller 413 interlocked with the multi-stroke gear 460 to supply and cut off the power of the power switch 420 during single-shot and continuous-drive operation;

A multi-stroke engine controller 414 for releasing the interlocking operation with the multi-stroke gear unit 460 during continuous driving;

A piston sheath 415 formed to engage the piston 310 of the bunch of balls 300 retracted by a user's operation;

And a piston shear driver (416) for driving the piston shear (415) in cooperation with the multi-stroke controller (413).
The method of claim 1,

The multi-stroke gear unit 460 is connected to the spur gear 412, a plurality of gears are formed on the outside, the multi-stroke spur gear 461 is formed to protrude an elliptical wheel on the center side;

A cylindrical center body in which the wheel of the multi-stroke flat gear 461 is located is formed on the center side, and the gear formed on the outside of the multi-stroke flat gear 461 on the outside spaced apart from the center body on one side of the center body; Some gears are formed to correspond, and multiple stroke gears 462 having cutouts on the other side of the center body;

A gear separator positioned between the multi-stroke flat gear 461 and the multi-stroke gear 462 and positioned outside the central body of the multi-stroke gear 462 and rotatably installed on the multi-stroke gear 462. 463;

Power supply wheel is formed on the outside, toy gun, characterized in that it comprises a multi-stroke gear cap (464) coupled to the cutout of the multi-stroke gear (462).
The method according to claim 1 or 2,

The inter-adjustment unit 430 is disposed outside the main body 200 so as to rotate by a user's operation, and an adjuster 431 for setting the firing state of the safety, single shot, and simulated bullets;

A single firing controller 432 for controlling single shot and continuous firing by setting the adjuster 431;

A single firing driver (433) positioned between the adjuster (431) and the single firing controller (432) for advancing or reversing the single firing controller (432) by the setting of the adjuster (431);

Toy gun, characterized in that it comprises a gear drive (434) for controlling the locking and release of the piston shear (415) of the gear unit (410) when the setting of the adjuster (431).