KR20190097660A - Bullet supply device for shooting game - Google Patents

Abstract

The present invention relates to a bullet supply apparatus for a shooting game, which is able to automatically continue to supply bullets to an electric gun in a shooting game arcade, wherein a user shoots a bullet by the electric gun to acquire a prize based on the user′s scores or the like. According to the present invention, the bullet supply apparatus for the shooting game comprises: a bullet storage unit which is able to contain a fixed amount of bullets; and a bullet supply unit which is able to align the bullets in a row by a motor power and to continuously supply the bullets. Accordingly, the present invention is able to automatically supply bullets into the electric gun which is being used at the shooting game arcade without replacing magazines, to smoothly proceed the shooting game, to increase the interest and satisfaction experienced by the user, to supply a clutch method using a surface contact method, which uses a wave-shaped clutch spring to be placed between the motor side and the bullet supply wheel side, to completely solve the problem that an overload occurs on the motor in a process of continuously or intermittently supplying bullets, to simultaneously improve an overall power transfer efficiency, to have a bullet push apparatus, which introduces the bullets as they move from the bullet supply unit towards the bullet supply wheel side, to completely solve the problem that the bullets are stuck, hung, or blocked in the process of being continuously supplied, and to improve the users′ satisfaction by the smooth execution of the shooting game.

Description

Bullet Feeder for Shooting Games {BULLET SUPPLY DEVICE FOR SHOOTING GAME}

The present invention relates to a bullet supply device for a shooting game, and more particularly, to an apparatus for automatically supplying a bullet to an electric gun at a shooting game site in which a bullet is fired with an electric gun to obtain goods through a score or the like.

In general, amusement shots for entertainment are widely used indoors or amusement parks, and they have various amusements depending on the type of bullet or effective range.

As an example, in the case of rubber bullets using compressed air, the product may be used to hit a product displayed at a predetermined distance from an amusement park and knock down the product.

As another example, in the case of using the coal briquettes, if a puncture or a trace is left due to the hit by shooting in the target where the scores are arranged, the scores are summed up and used to raise the skill.

As another example, in a survival game, the liquid is fired to provide a play that is lost when there is a trace of the liquid, and thus, various types of play are provided according to the bullet type.

In recent years, recreational guns are similar to real guns, and their effective ranges are also designed to be fired far away. Therefore, a lot of old bullets made of such guns and resin materials, for example, shooting practice or recreational equipment using bibitan appeared. Doing.

In particular, the shooting game for play is used to acquire the product after hitting and knocking down the displayed goods by firing the vivid bullet using spring or compressed air, or through the puncture by hitting the target with the scored target. Sometimes scores are added up.

This shooting game is an electric gun that puts a bullet called bibitan into the magazine and fires the bullet with spring or air pressure. It is a game that shoots toward the target at the arcade shooting range.When the bullet fired from the electric gun hits the target, the appropriate score is displayed. Or the target falls or rolls back.

Normally, shooting games use electric guns to fire bullets, ie bullets, and most of these firearms are automatically and continuously supplied from the bullet feeder.

As an example of such a bullet supply device, Korean Patent No. 10-1678180 discloses a bullet game supply device for shooting games, and as another example, Korean Patent Registration No. 10-1796215 discloses an automatic feed device for shotgun shooting. And as another example, Korean Utility Model Model No. 20-0482287 discloses a game gun simulation bullet supply device.

However, in the case of conventional bullet supply devices, even if there is no clutch means to solve the overload of the motor, even if there is no clutch means or a spring spring, etc., the method of using a coil spring or a spring spring, etc. But also in terms of power transmission, the efficiency is inferior.

In addition, the conventional bullet supply devices are frequently stuck in a row in the process of supplying the bullets in the process of being stuck, jammed, clogged, etc. frequently occurs, resulting in a delay in the game does not supply the bullet to the electric gun in time or There is a problem that users frequently complain about it being suspended.

Korean Patent Registration No. 10-1678180 Korea Patent Registration 10-1796215 Korea Utility Model Registration No. 20-0482287

Accordingly, the present invention has been made in view of the above, and provides a new type of bullet supply unit including a bullet storage unit capable of holding a predetermined amount of bullets, and a bullet supply unit capable of continuously supplying the bullets in a line by motor power. By implementing the system, we can supply bullets for shooting games that can increase the interest and satisfaction that users experience through the smooth running of shooting games, such as automatically supplying bullets to the electric guns used in shooting games without changing magazines. The purpose is.

In addition, another object of the present invention is to apply the clutch of the surface contact method using a wave-shaped clutch spring between the motor side and the bullet supply wheel side, the problem that the motor is overloaded in the process of supplying the bullet continuously or intermittently It is possible to completely solve the problem, and to provide a bullet supply device for shooting games that can improve the overall power transmission efficiency.

In addition, another object of the present invention is to have a bullet push device that enters the bullet exiting the bullet supply unit to the bullet supply wheel side, thereby preventing problems such as jamming, jamming, clogging of the bullet in the process of continuously supplying the bullet. It is to provide a bullet supply device for the shooting game that can improve the user's satisfaction through the smooth progress of the shooting game, such as completely solved.

The shooting game bullet supply device provided by the present invention in order to achieve the above object has the following features.

The shooting game bullet supply device has a box-type bullet storage unit for storing a predetermined amount of bullets while having an openable cover and a bullet outlet at the lower end, and a rotating structure inside the bullet storage unit to stir the bullets. A stirrer motor providing power for rotating the bullet stirrer and the bullet stirrer, and a means for supplying the bullets while being aligned in a line while being located at the bottom of the bullet reservoir, wherein the bullet inlet and the electric gun side communicate with the bullet outlet of the bullet reservoir; A bullet movement plate having a bullet exit communicating with the bullet outlet, and a bullet movement path formed between the bullet inlet and the bullet outlet; and an outer circumferential surface of the bullet movement plate installed in parallel with the plate near the bullet movement path and rotating by a motor power. A plurality of bullet grooves formed in the A bullet supply unit comprising a bullet supply wheel for moving the bullet by using a supply unit and a supply unit motor providing power for rotation of the bullet supply wheel, and interposed between the supply unit motor side and the bullet supply wheel side of the bullet supply unit to control the power ( V) a structure including a clutch device.

Here, the clutch device may be composed of a clutch disc which is coaxially coupled to the shaft portion of the supply unit motor, at least one clutch spring and the clutch ring rotated together to form a concentric circle on the rear surface of the bullet supply wheel, Therefore, it is possible to intermittent the power between the supply motor side and the bullet supply wheel side through the surface contact between the clutch ring and the clutch disc that are elastically supported by the clutch spring.

The clutch device includes a disc integrally formed coaxially with a shaft of a supply motor, a clutch ring coupled to the rear surface of the bullet supply wheel, and rotating together, and arranged in a concentric circle between the disc and the clutch ring through surface contact. It may be made of a structure including at least one or more clutch spring for engaging the clutch ring.

In particular, the clutch spring of the clutch device may have a plate-like ring shape in which waves are repeatedly formed along the circumferential direction.

At this time, the clutch ring is made of a synthetic resin material, the clutch disc may be made of a metal material.

The shooting game bullet supply device may further include a bullet pushing device that is installed at one side of a bullet inlet formed on the bullet moving plate of the bullet supply unit and pushes the bullet exiting the bullet inlet into the bullet groove of the bullet supply wheel. have.

The bullet push device may be composed of a rod-type push device body portion is installed in a fastening structure on the bullet movement plate, and spring and ball are inserted in turn from the inside into the groove portion formed along the axis of the push device body portion, At this time, the ball is partially exposed to the outside of the groove portion can push the bullet while in contact with the bullet.

In a preferred embodiment, the bullet agitator is positioned close to the bottom of the bullet storage unit and arranged horizontally parallel to the bottom, and rotates at a rotation radius covering the position of the bullet outlet, thereby helping the bullet enter the bullet outlet. can do.

The shooting game bullet supply device provided by the present invention has the following effects.

First, the magazine can be continuously supplied to the electric gun side by using a bullet storage unit that can hold a certain amount of bullets, and a bullet supply unit that can supply bullets in a line by motor power. It is possible to automatically supply bullets without the hassle, such as to increase the interest and satisfaction that the user experiences through the smooth running of the shooting game.

Second, by applying the method of transmitting the motor power to the bullet supply wheel side or causing slip through the clutch spring type clutch device of the wave shape, the overall power transmission efficiency can be improved and the problem of overloading the motor is completely solved. It can be effective.

Third, by applying the bullet push device that pushes the bullet out of the bullet supply part into the groove of the bullet supply wheel, accurate and continuous alignment transfer of the bullet is possible, thus improving the satisfaction of users through the smooth running of the shooting game. There is an effect that can increase, and improve the efficiency of the operation of the device.

1 and 2 are perspective views showing a bullet game supply device for shooting according to an embodiment of the present invention
3 and 4 are a plan view and a cross-sectional view showing a bullet supply device for shooting game according to an embodiment of the present invention.
5 and 6 are perspective views showing a bullet supply unit in the shooting game bullet supply apparatus according to an embodiment of the present invention
7 is a front view showing the operating state of the bullet supply device for shooting game according to an embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 and 2 are a perspective view showing a bullet game supply device for shooting according to an embodiment of the present invention, Figures 3 and 4 are a plan view and a cross-sectional view showing a bullet supply device for shooting game according to an embodiment of the present invention, 5 and 6 are perspective views showing a bullet supply unit in the shooting game bullet supply apparatus according to an embodiment of the present invention.

As shown in Figures 1 to 6, the shooting game bullet supply apparatus includes a bullet storage unit 12 as a means for storing a predetermined amount of bullets.

The bullet storage unit 12 is made of a rectangular box shape that is installed in a structure fixed to the front upper end of the frame 33 made of a plate shape, the upper end is provided with a cover 10 that can be opened and closed at this time ( 10) can open and charge the bullet.

The lower end of the bullet storage unit 12, that is, the bottom of the box is provided with a bullet outlet 11 of the tubular shape, whereby the bullet contained in the bullet storage unit 12 exits the bullet outlet 11 It can be sent to the bullet supply section 22 to be described later.

And, the front of the bullet storage 12 is provided with a confirmation window 34, through which the amount of bullet contained in the bullet storage 12 can be confirmed.

In addition, the bullet supply device for shooting game includes a bullet agitator 13 and agitator motor 14 as a means to help the smooth discharge of the bullet contained in the bullet storage unit 12.

The bullet stirring unit 13 is a cylindrical stirring unit body 35 is installed in a structure that is coupled to the shaft of the stirring unit motor 14 while being disposed close to the inner bottom of the bullet storage unit 12, the stirring Consists of a plurality of agitator blades 36 formed in a shape extending radially horizontally from the outer peripheral surface of the sub-body 35.

At this time, the stirring blade 26 of the bullet agitator 13 is positioned horizontally parallel to the bottom while being positioned close to the bottom of the bullet storage 12, the position of the bullet outlet 11 in this state While rotating in a rotating radius of the cover serves to help the bullet enter the bullet outlet (11).

That is, since the stirring blade 26 is stirred while rotating the bullets gathered around the bullet outlet 11, the bullets can enter one by one into the bullet outlet 11 one by one.

Here, the stirring blade 26 is produced in the shape of a circular bar, for example, coil spring, which can be flexed to some extent while having a moderate self-stiffness, the bullet is agglomerated in the bullet storage 12 It is desirable to be able to mix them more effectively.

The stirring unit motor 14 is installed in a structure that is fastened to the bottom portion of the bullet storage unit 12, the shaft of the stirring unit motor 14 is thus installed after passing through the bottom plate of the bullet storage unit 12 It can be coupled to the stirring body 25 while entering inward.

Accordingly, the agitator body 35 and the plurality of agitator blades 36 are rotated when the agitator motor 14 is operated, and the agitator blades 36 rotated in the bullet storage unit 12 are rotated. Since the bullets are mixed, for example, by hitting and stacking the bullets stacked in the vicinity of the bullet outlet 11, the bullets may be discharged while entering the bullet outlet 11 one by one.

In addition, the bullet game supply device for shooting game includes a bullet supply unit 22 as a means for supplying the bullets provided from the bullet storage unit 12 side by side alignment.

It includes a plate for moving a bullet 18, which serves to guide the line progress trajectory of the bullet supply unit 22.

The bullet movement plate 18 is a plate in the form of a square plate, and a circular hole 37 and a wheel seating groove 38 around the plate are formed in a central region of the plate front surface, and the hole at this time ( 38 is coupled to the structure through which the cylindrical housing 39 to be described later penetrates, and the bullet supply wheel 20 to be described later is inserted into the wheel seating groove 38.

In addition, the bullet movement plate 17 is formed along the circumferential section of the wheel seating groove 38 in the bullet movement plate 18 and extends vertically at both end sections of the bullet movement path 17 at this time. The bullet inlet 15 and the bullet outlet 16 of the groove structure penetrating the upper end of the plate are respectively formed.

Here, the bullet inlet 15, the bullet outlet 16, and the bullet movement path 17 can be formed in the form of a trajectory of approximately "U" shape while being connected to each other.

The bullet moving plate 18 is located at the bottom of the bullet storage unit 11 to be installed in a fastening structure on the front surface of the lower end of the frame 33 with the bullet inlet 15 and the bullet outlet 16 facing upward. It becomes possible.

The bullet inlet 15 of the bullet moving plate 18 installed in this way is connected to the bullet outlet 11 of the bullet storage unit 12 via the supply side tube 40, and discharged to the bullet outlet 16. The side tube 41 is connected and at the same time the discharge side tube 41 is connected to the electric gun (not shown) side.

Here, the discharge side tube 41 is preferably applied to the flexible tube in consideration of the movement of the electric gun.

Accordingly, the bullet can be moved while drawing the trajectory of the "U" shape that enters the bullet inlet 15 and passes through the bullet movement path 17 and exits the bullet exit 16.

In addition, a cover plate 42 made of a transparent plastic material is installed on the front surface of the bullet movement plate 18, and the cover plate 42 is formed in a structure that is dug on the front surface of the bullet movement plate 18. It is possible to serve to close the open portion of the bullet inlet 15 and the bullet outlet 16, and the bullet movement path (17).

In addition, the bullet supply unit 22 includes a bullet supply wheel 20 that serves to substantially move the bullet.

The bullet supply wheel 20 is able to advance the bullet in one direction while rotating in response to the power provided from the motor side, and is accommodated in a concentric circle in the wheel seating groove 38 formed in the bullet movement plate 18. At the same time, the shaft portion 24b of the clutch disc 25 to be described later may be installed in a structure that is penetrated and supported by a bearing.

A plurality of bullet grooves 19 are formed on the outer circumferential surface of the bullet supply wheel 20 at a predetermined pitch, and the bullets can be moved by rotating in a state in which one bullet is accommodated in each of the bullet grooves 19 at this time. It becomes possible.

For example, the bullet supply wheel 20 is predetermined within the wheel seat groove 38 of the bullet movement plate 18 between the bullet groove 19 of the bullet feed wheel 20 and the wall surface of the wheel seat groove 38. The space of the space is formed, and the bullet can be moved while being pushed according to the rotation of the bullet supply wheel 20 in the state where the bullet is located in the space.

A spring seating portion 44 having a stepped staircase structure is formed on the rear portion of the bullet supply wheel 20, and the clutch spring 27 of the clutch device 23 is seated and installed on the spring seating portion 44. It becomes possible.

In addition, a supply unit motor 21 having a structure supported on a motor bracket 43 installed at a lower end of the bullet moving plate 18 is installed at the rear of the bullet moving plate 18, that is, at the rear part of the frame 33. do.

The shaft portion 24a of the supply part motor 21 installed in this way is connected to the clutch disc 25 side of the clutch device 23, so that the clutch disc 25 may also rotate together when the supply part motor 21 is operated. Will be.

In addition, the shooting game bullet supply device includes a clutch device 23 as a means for intermittent power between the supply unit motor 21 side and the bullet supply wheel 20 side of the bullet supply unit 22.

The clutch device 23 performs a function of controlling power by using a frictional force by surface contact.

To this end, a cylindrical housing 37 is installed in the housing hole 37 of the bullet moving plate 18, and the clutch disc 25, the clutch ring (from the rear side toward the front side) are installed inside the housing 37. 26), the plurality of clutch springs 26 are installed coaxially and sequentially.

At this time, the bullet feed wheel 20 which is installed in the wheel seating groove 38 of the bullet moving plate 18 is disposed at the front end of the housing 37.

In this case, the housing 27 is preferably made of a synthetic resin material in contact with the clutch disc 25 side and the bullet feed wheel 20 side made of a metal material.

And, the shaft portion in the center of the rear portion of the clutch disc 25 is coupled to the shaft portion 24a of the drive motor 21, so that the clutch disc 25 can be rotated together when the drive motor 21 is operated. In this case, the bullet supply wheel 20 is coupled to the shaft portion 24b formed at the center of the front portion of the clutch disc 25 in a freely rotating structure via a bearing.

In addition, at the rear end of the bullet feed wheel 20, the pin 45 is mounted in the radial direction, and at the same time, the pin groove 46 in which the pin 45 is fitted to one side of the clutch ring 26 is radiused. It extends in the direction and is formed in the form penetrating in the axial direction.

Accordingly, the clutch ring 26 can be rotated together with the bullet feed wheel 20 by the circumferential locking structure between the pin 45 and the pin groove 46, and within the pin groove 46. Through the flow structure of the pin 45 that can penetrate in the axial direction can be installed in a structure capable of flow in the axial direction.

At this time, the clutch ring 26 is preferably made of a synthetic resin material in consideration of frictional contact with the clutch disc 25 made of a metal material.

In particular, the clutch spring 27 is a spring formed in a plate-like ring, it can be applied in a combination of a plurality of laminated in a coaxial structure, the spring seating portion formed on the rear portion of the bullet supply wheel 20 While seated in the 44 can be installed in a coaxial structure with the bullet supply wheel 20.

The clutch spring 27 is formed in a ring shape in which the wave is repeatedly formed several times along the circumferential direction of the spring, and the clutch spring 27 is installed in a state in which the wave is opened by the wave restoring force. The elastic force can be exerted, and as a result of the contact force between the back of the clutch ring 26 and the front surface of the clutch disc 25 due to the elastic force of the clutch spring 27 exerted in this manner, power transmission is achieved. It becomes possible.

That is, the clutch spring 27 is interposed between the rear part of the bullet feed wheel 20 and the front part of the clutch ring 26 to exert an elastic restoring force and always push the clutch ring 26 toward the clutch disc 25. At this time, by the frictional contact force between the clutch ring 26 and the clutch disc 25, the power of the drive motor 21 side can be transmitted to the bullet supply wheel 20 side, and eventually the bullet supply wheel 20 By rotating the bullet can be moved.

In this way, by applying a method in which power is transmitted in a state in which the bullet supply wheel 20, the clutch spring 27, the clutch ring 26 and the clutch disc 25 are in close contact with the surface contact structure, power loss can be minimized. It is possible to improve the transmission efficiency, such as, it is possible to continuously secure excellent clutch function.

On the other hand, when the user stops the operation of the electric gun while the movement of the bullet is stopped while the rotation of the bullet supply wheel 20 is stopped, or when the rotation of the bullet supply wheel 20 is constrained for reasons such as a jam. In the case where the bullet is completely filled in the entire line from the supply shaft tube 40 to the discharge tube 41, slippage occurs between the clutch disc 25 and the clutch ring 26 which face each other. As the power is not transmitted to the supply wheel 20 side, the supply unit motor 21 and the clutch disc 25 are idle, and thus, the problem of overloading the driving unit motor 21 can be solved.

Here, the friction force (torque) for power transmission or interruption between the clutch ring on the bullet supply wheel side and the clutch disc on the supply motor side is the compression force of the clutch spring, the friction coefficient between the clutch ring and the clutch disc, the effective radius of the clutch spring, the clutch disc. It may be appropriately set in advance in consideration of the number of.

In addition, the bullet supply device for shooting game includes a bullet push device 28 as a means for stably seating and receiving the bullet in the bullet groove 19 of the bullet supply wheel 20.

The bullet push device 28 serves to guide precisely one bullet into each bullet groove 19 of the bullet feed wheel 20.

To this end, the bullet push device 28 includes a push device body portion 29 having a groove portion 30 of a shape that is dug at a predetermined depth along the axis from the front end to the rear end.

The push device body 29 is in the form of a cylindrical rod, the outer circumferential surface is formed with a male thread, the male thread at this time, one side of the bullet moving plate 18, for example, the bullet inlet 15 and the bullet movement path ( 17) can be fastened to the female screw formed on one side of the boundary where they meet.

Accordingly, the push device body 29 may be installed in a horizontal position at the boundary between the bullet inlet 15 and the bullet movement path 17, and thus the groove of the push device body 29 is installed. 30 is directed toward the inside where the bullet movement path 17 is located.

In addition, the groove part 30 of the push device body 29 is inserted into the spring 31 and the ball 32 in order from the inside, and the ball 32 at this time the groove part while receiving the elastic support of the spring 31 It may be partially exposed to the outside of the 30, it is possible to push the bullet while in contact with the bullet through the exposed portion at this time.

Of course, in the case of the ball 32, it is preferable to use the jaw structure formed around the outer end of the groove portion 30 so as not to be completely separated in the groove portion 30.

Accordingly, the ball 32 of the bullet push device 28 can push the bullet exiting from the bullet inlet 15 toward the bullet groove 19 of the bullet feed wheel 20, which is eventually pushed out The bullet can be accurately inserted and seated in the bullet groove 19 of the bullet feed wheel 20.

For example, a bullet falling down while exiting the bullet inlet 15 is pushed toward the bullet supply wheel 19 side by being hit by the ball 32, and at the same time the bullet is a bullet of the bullet supply wheel 19 It is possible to stably settle in the groove 19, and finally, the bullet supply wheel 19 can completely solve the problem of the bullet being caught or caught in the process of receiving the bullets one by one.

Therefore, looking at the operating state of the bullet supply device for shooting game configured as described above are as follows.

7 is a front view showing an operating state of the bullet supply device for shooting game according to an embodiment of the present invention.

As shown in FIG. 7, when the shooting game using the electric gun is started at the shooting game site, the stirring unit motor 14 and the supply unit motor 21 are driven and the bullet is rotated by the rotation operation of the bullet supply wheel 20. It is continuously supplied to the electric gun side.

For example, the bullets filled in the bullet storage unit 12 are sequentially discharged one by one through the bullet outlet 11, and the discharged bullets pass through the supply side tube 40 and the bullet inlet 15. After that, one is accommodated in each of the bullet grooves 19 of the bullet supply wheel 20, and the bullet is driven along the bullet movement path 17 by the rotating bullet supply wheel 20.

Subsequently, the bullet exiting from the bullet movement path 17 is sent to the bullet outlet 16 and then supplied to the electric gun side along the outlet tube 41 connected to the electric gun side.

The bullets supplied in this way proceed in a state of being attached in series, and when bullets are generated according to the trigger operation of the electric gun, bullets corresponding to the shot bullets at this time can be continuously supplied.

When one bullet is accommodated in each of the bullet grooves 19 of the bullet supply wheel 20 in the bullet supply process, the bullet can be seated and accommodated in the bullet groove 19 accurately by the bullet push device 28. As a result, a smooth supply of bullets can be made without a problem such as a pinch or jam.

In addition, even in the case of the clutch device 23 for intermittent the power transmitted to the bullet supply wheel 20 side, the power is transmitted or interrupted by a surface contact method using a combination of a plurality of clutch springs 27, thereby transmitting power. The efficiency can be increased, and the clutch function can be maintained in aging and the like, thereby protecting parts such as a motor.

As described above, the present invention provides a new bullet supply system for continuously supplying the bullets supplied from the bullet storage unit by using a bullet feed wheel that rotates with motor power and continuously supplying the bullets, thereby automatically supplying the bullets without changing the magazine of the electric gun. Through the smooth progress of the shooting game, such as can increase the interest and satisfaction that the user experiences.

In addition, in the present invention, by applying a clutch system to control the power between the motor side and the bullet supply wheel side by the surface contact method using a clutch spring that is formed in a plurality of stacked combination wave form, in the process of supplying continuously or intermittently It can completely solve the problem of overloading the motor, and improve the overall power transmission efficiency with respect to bullet supply.

In addition, in the present invention by applying a bullet push device that can stably seat the bullet supplied from the bullet supply side in the bullet groove of the bullet supply wheel, it is possible to completely solve the problem of defects such as pinch, jam, blockage, etc. The smooth progress of the shooting game can increase the user's satisfaction.

10: cover
11: bullet outlet
12: bullet storage unit
13: bullet stirring unit
14: stirring unit motor
15: bullet inlet
16: bullet exit
17: Bullet Movement Path
18: bullet moving plate
19: Bullet Home
20: bullet feed wheel
21: supply motor
22: bullet supply unit
23: clutch device
24a, 24b: axis
25: clutch disc
26: clutch ring
27: clutch spring
28: bullet push device
29: push device body
30: groove
31: spring
32: ball
33: frame
34: Confirmation window
35: stirring unit body
36: stirring blade
37: housing hole
38: Wheel seating groove
39: housing
40: supply side tube
41: discharge tube
42: cover plate
43: motor bracket
44: spring seat
45: pin
46: pin groove

Claims (7)

A box-shaped bullet storage unit 12 having an opening and closing cover 10 of the upper end and a bullet outlet 11 of the lower end and storing a predetermined amount of bullets;
A stirring part motor (14) provided with a rotatable structure inside the bullet storing part (12) to provide power for rotating the bullet stirring part (13) and the bullet stirring part (13);
As a means for supplying the bullets while being arranged in a row at the bottom of the bullet storage unit 12, a bullet inlet 15 communicating with the bullet outlet 11 of the bullet storage unit 12 and a bullet outlet communicating with the electric gun side ( 16 and a bullet movement plate 18 having a bullet movement path 17 formed between the bullet inlet 15 and the bullet outlet 16, and a bullet movement path 17 inside the bullet movement plate 18. Rotating the bullet feed wheel 20 and the bullet feed wheel 20 to move the bullet using a plurality of bullet grooves 19 formed on the outer circumferential surface while being installed in parallel with the plate and rotating with motor power in close proximity to the plate). Bullet supply unit 22 consisting of a supply unit motor 21 for providing power for;
A clutch device 23 intermittent between the supply part motor 21 side and the bullet supply wheel 20 side of the bullet supply part 22 to control power;
Shooting game bullet supply apparatus comprising a.
The method according to claim 1,
The clutch device 23 is at least one of the clutch disc 25 which is coaxially coupled to the shaft portion 24a of the supply unit motor 21, and coupled to form a concentric circle on the rear surface of the bullet feed wheel 20 to rotate together. It is composed of one or more clutch spring 27 and the clutch ring 26, and through the surface contact between the clutch ring 26 and the clutch disc 25 which is elastically supported by the clutch spring 27 and the supply unit motor 21 side The bullet supply device for shooting game, characterized in that it is possible to intermittent the power between the bullet supply wheel (20) side.
The method according to claim 2,
The clutch spring (27) of the clutch device (23) is a shooting game bullet supply device, characterized in that it is made of a plate-like ring shape that the wave is repeatedly formed along the circumferential direction.
The method according to claim 2,
The clutch ring 26 is made of a synthetic resin material, the clutch disc 25 is a shooting game bullet supply device, characterized in that made of a metallic material.
The method according to claim 1,
A bullet exiting the bullet inlet 15 and installed on one side of the bullet inlet 15 formed on the bullet movement plate 18 of the bullet supply part 22 into the bullet groove 19 of the bullet supply wheel 20. The bullet supply device for shooting game, characterized in that it further comprises a pushing push device (28).
The method according to claim 5,
The bullet push device 28 is a rod-shaped push device body portion 29 which is installed in a fastening structure on the bullet movement plate 18, and the groove portion 30 is formed along the axis of the push device body portion 29 ) Is composed of a spring 31 and a ball 32 which are installed in turn from the inside, the ball 32 is partially exposed to the outside of the groove portion 30 to shoot bullets, characterized in that to push the bullet Bullet Feeder.
The method according to claim 1,
The bullet agitator 13 is positioned close to the bottom of the bullet storage unit 12 and is horizontally arranged in parallel with the bottom, while rotating the bullet at a rotation radius covering the position of the bullet outlet 11, the bullet is discharged from the bullet outlet 11. A bullet supply device for a shooting game, characterized in that it serves to help enter.

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