KR20200058703A - Vibration and sound device for game gun - Google Patents

Abstract

Disclosed is a vibration and sound device for a game gun. According to the present invention, the vibration and sound device for a game gun comprises: a cylinder which is mounted on a main frame of a game gun; a front coil and a rear coil which are wound around outer circumferences on both end parts of the cylinder, respectively, and to which the power is alternately applied and cut off at regular time intervals; a front collision member and a rear collision member which have exhaust holes and are coupled to the inside of both end parts of the cylinder, respectively; a magnetic body piston which is movably accommodated in the cylinder and makes a reciprocating motion between the front collision member and the rear collision member by a magnetic field alternately formed on the front coil and the rear coil; and a controller which is linked with a trigger of the game gun to control the application of power to the front coil and the rear coil. When a user is shooting with the game gun, a vibration in accordance with the shooting is caused to the hand of the user gripping the game gun as if the user is shooting with a real gun and at the same time, a shooting sound is sufficiently generated even without having a separate sounding means.

Description

Vibration and sound device for game guns {Vibration and sound device for game gun}

The present invention relates to a game model gun (hereinafter referred to as a "game gun") used in various shooting game machines, and more specifically, to shoot a real gun in the hand of a user holding a game gun when shooting with a simple mechanical configuration. It is related to the vibration and sound device of a game gun that induces the vibration according to the shooting and at the same time makes the gunshot sound without having a separate sound means, so that the user feels the reality and feels as if they are actually shooting. .

As is well known, electronic entertainment games using programs have been widely used as children and teenagers for a long time, and in recent years, as the spread of high-speed Internet along with advanced PCs has been expanded, online games have been rapidly activated and anyone, regardless of gender, age or age. It is not an exaggeration to say that it has established itself as a culture that can be easily enjoyed.

On the basis of this, the game industry is continually progressing rapidly, and the game types cover a wide range of fields from simple brain games to various shooting games, sports games, motorcycles, and car racing games. You can choose a game that suits your taste and enjoy it.

On the other hand, among the various types of games, in the case of a shooting game, various targets are displayed on the screen of the monitor, and the player who plays the player directly grasps the game gun and shoots it toward the target displayed on the screen to determine whether or not it is hit. It is common to play in a judgmental way.

Therefore, compared to other games operated simply by a joystick, a button, or a mouse, it has been spotlighted by many users according to the advantage that a user can feel a more enhanced reality.

An example of such a shooting game is Korean Utility Model No. 20-0299719. This technology consists of a gun built in a game gun and a light sensor for identifying a target, so that shooting is done electronically. have.

Therefore, in addition to the action of grasping the gun and triggering the gun directly during shooting, not only the vibration caused by shooting cannot be felt at all, but also the shooting sound generated during shooting is implemented by a separate electroacoustic means. It was difficult to satisfy the interest of the user because it could not provide the same realism.

On the other hand, as a technique for solving the problem of such a game gun, Korean Registered Utility Model No. 20-0197377 is equipped with a trigger device consisting of a mechanism, and the trigger device is interlocked with the trigger when shooting toward the target displayed on the monitor. By operating at the same time, a shooting sound is generated without a separate electroacoustic means, and vibration is caused in the user's hand.

However, this technique can give a certain degree of realism by generating a shooting sound while the triggering device operates during shooting, but the structure is quite complex and the vibration transmitted to the user's hand during shooting is also minimal, which is the same as the actual shooting. It was difficult to provide enough feeling.

In other words, it is a structure that strikes the percussion sound generating plate while revolving reciprocally rotates a certain angular range elastically by a swinging link interlocking with the trigger, and vibration is inevitably insignificant, and the shooting sound is not so realistic. It is not possible to realize the feeling of real shooting properly.

In addition, it can provide the feeling of a single shot or a speaker like a pistol, but it can't provide the effect of an imminent and speedy shooting to multiple targets like a machine gun, effectively responding to targets in game screens that appear in various forms. There were difficult disadvantages.

Korean Registered Utility Model No. 20-0299719 Korea Utility Model No. 20-0197377

The present invention was devised to solve the above-described conventional problems, and at the same time reliably induces vibrations according to the shooting, as if shooting with a real gun in the hand of a user holding a game gun when shooting with a simple mechanical configuration. The object of the present invention is to provide a vibrating sound device for a game gun that allows the user to enjoy the interest while feeling the reality as if the user is actually shooting by allowing the shooting sound to be sufficiently generated without having the sound means of the user.

Another object of the present invention, depending on the situation of the target displayed on the screen, single shot and continuous shooting, as well as instant shooting to multiple targets are possible, so that the display situation of the target appearing in various forms can be quickly and effectively responded to play satisfaction. It is to provide a vibration sound device for a game gun that can greatly improve.

Vibration sound device for a game gun according to the present invention for achieving the above object, a cylinder mounted to the body of the game gun; Front and rear coils wound on the outer circumferences of both ends of the cylinder, the power being alternately applied and short-circuited at predetermined time intervals; Front and rear collision members having exhaust holes and coupled to both ends of the cylinder, respectively; A magnetic body piston movably accommodated inside the cylinder and reciprocating between the front and rear collision members by magnetic fields alternately formed on the front and rear coils; And a controller that interlocks the application of power to the front and rear coils in conjunction with the trigger of the game gun.

According to one preferred feature of the present invention, the cylinder further includes front and rear sensors for sensing the advance and retract positions of the magnetic piston, respectively, and the controller applies power to the front and rear coils according to the detection signals of the front and rear sensors. Crack down.

According to another preferred feature of the present invention, the rear collision member is further provided with an acceleration spring for accelerating the movement of the magnetic body piston, thereby generating stronger vibration and shooting sound.

And in the present invention, the magnetic piston is preferably composed of a neodymium magnet (neodymium magnet) having a strong magnetism, the cylinder is excellent in thermal conductivity to quickly and effectively release the heat generated by the reciprocating motion of the piston It is preferably composed of either a copper material or an aluminum material.

Further, more preferably, the cylinder may be further provided with a heat dissipation means for promoting heat dissipation, and such heat dissipation means may be configured in various forms, for example, at predetermined intervals along the longitudinal direction of the outer circumference of the cylinder. It may be formed of a plurality of heat radiation fins (放熱 fin) formed one after another.

On the other hand, according to another preferred feature of the present invention, the front and rear collision members are made of a hard synthetic resin material having excellent heat resistance, so that it is possible to suppress the damage of the magnetic piston repeatedly colliding.

In this case, it may be desirable to fix the magnetic piston so that the magnetic piston does not move when a piston stopper made of a magnetic material is inserted into the collision surface of the magnetic piston of the front collision member.

According to the vibration sound device of the game gun according to the present invention, the magnetic piston is rapidly reciprocated back and forth within the cylinder by the magnetic field formed by the front and rear coils to which power is alternately applied as the trigger of the game gun is pulled. While hitting the front and rear collision members, it is possible to reliably cause vibration according to the shooting, as well as shooting with the collision of the magnetic piston at the same time as shooting with a real gun in the hand of the user holding the game gun during shooting. The sound is also sufficiently generated.

In particular, since the rear collision member is provided with an acceleration spring, the magnetic body piston is accelerated more rapidly by imparting an elastic repulsion force to the autosomal piston, and thus the efficiency of vibration and shooting sound generated in the user's hand can be further increased.

Therefore, it is possible to effectively generate vibration and shooting sounds such as real shooting with a simple mechanical configuration, so that the user can enjoy the interest while feeling the reality as if the user is actually shooting.

In addition, since the magnetic body piston reciprocates back and forth rapidly and collides against the front and rear collision members, single shots and continuous shooting are possible depending on the situation of the target displayed on the screen, as well as instant shooting to a number of targets. It is possible to respond quickly and effectively to the display situation of the target, which greatly improves the play satisfaction of the shooting game.

Therefore, the present invention has an excellent effect that greatly contributes to the reality of the shooting game, to improve play satisfaction and reliability.

1 is a side cross-sectional view schematically showing a state in which the vibration sound device of the game gun according to the present invention is mounted on the main body of the game gun,
Figure 2 is a perspective view showing a vibration sound device for a game gun according to the present invention,
Figure 3 is a cross-sectional view showing a vibration sound device for a game gun according to the present invention,
4 is a cross-sectional view taken along line AA of FIG. 3.

The specific features and other advantages of the vibration sound device of the game gun according to the present invention will be further clarified through the description of the preferred embodiment below with reference to the accompanying drawings.

1 to 4, the vibration sounding device 1 for a game gun according to the present invention includes a cylinder 10 mounted on the main body B of the game gun G, and in the axial direction of the cylinder 10 The front and rear coils 20 and 30 disposed at intervals, the front and rear collision members 60 and 70 provided at the front and rear ends of the cylinder 10, respectively, and reciprocating inside the cylinder 10 Applying power to the front and rear coils 20 and 30 in connection with the trigger T of the magnetic piston 80 and the game gun G colliding with the front and rear collision members 60 and 70 while moving. It comprises a controller 120 to control.

The cylinder 10 has flanges 11 and 12 for fastening the end plates 80 to be described later on both ends, and a plurality of screw holes 11a and 12a are predetermined in each flange 11 and 12 It is formed at angular intervals.

The cylinder 10 is preferably composed of a metal having excellent thermal conductivity, such as copper or aluminum, so that heat generated during reciprocation of the magnetic piston 60 can be easily discharged, and more preferably, heat dissipation efficiency. It may be further provided with a heat dissipation means for increasing.

The heat dissipation means may be configured in various forms, for example, as shown in the figure, may be formed of a plurality of annular heat dissipation fins (放熱 fin: 13) formed at regular intervals along the axial direction on the outer circumference of the cylinder 10. .

At this time, in the predetermined length section of the front end and the rear end of the cylinder 10, the heat radiation fins 13 are not formed to wind the front and rear coils 20 and 30.

In addition, the wire holes 13a through which the electric wires 21 and 31 for applying power to the front and rear coils 20 and 30 pass may be formed on each heat dissipation fin 13 to be coaxial.

The front and rear coils 20 and 30 are respectively wound in sections of a predetermined length in which the heat radiation fins 13 of the front end and the rear end of the cylinder 10 are not formed. The front and rear coils 20 and 30 are electrically connected to the controller 70 through wires 21 and 31, and power is alternately applied and short-circuited to each other under the control of the controller 120.

That is, when power is applied to the front coil 20, the rear coil 30 is shorted, and conversely, when power is applied to the rear coil 30, the front coil 20 is shorted. This is because the front and rear coils 20 and 30 constitute a kind of solenoid, respectively, and when power is applied, the magnetic field is alternately formed at both ends of the cylinder 10, that is, when the power is applied. This is to allow the magnetic body piston 60 accommodated therein to be reciprocated back and forth by a magnetic field formed by alternating front and rear coils 20 and 30.

The interruption of the application of power to the front and rear coils 20 and 30 may be achieved by providing a timer or the like to the controller 120 to interrupt the power at predetermined time intervals, but preferably a cylinder ( 10) further comprising front and rear sensors 40 and 50 for detecting the front and rear positions of the magnetic body piston 80 and sending them to the controller 120 to detect these front and rear sensors 40 and 50 The controller 120 is configured to control the application of power to the front and rear coils 20 and 30 according to the signal.

The front and rear sensors 40 and 50 may be configured in various forms, for example, it is preferable to be formed of a hall sensor (hall effedt sensor) having excellent proximity detection efficiency.

The front and rear collision members 60 and 70 are configured in a cylindrical shape, for example, to sufficiently withstand the collision with the magnetic body piston 80, and are respectively coupled to the insides of the front and rear ends of the cylinder 10.

The front and rear collision members 60 and 70 each have exhaust holes 60a and 70a at the center so that the magnetic body piston 80 can move smoothly inside the cylinder 10.

Although the front and rear collision members 60 and 70 may be made of a metal material, it may be desirable to be composed of a hard synthetic resin material having excellent heat resistance so that damage to the magnetic piston 80 repeatedly colliding innumerably can be effectively suppressed. have.

Accordingly, a piston stopper 61 of a metallic material made of a magnetic body is preferably inserted into the collision surface of the magnetic body piston 80 of the front collision member 60, which is a magnetic body piston when a game gun G is not used. This is to fix the 80 so as not to move within the cylinder 10.

An exhaust hole 61a communicating with the exhaust hole 60a of the front collision member 60 is also formed at the center of the piston stopper 61.

Meanwhile, an acceleration spring 90 for accelerating the magnetic body piston 80 by applying an elastic repulsion force to the magnetic body piston 80 may be further provided on the collision surface of the magnetic body piston of the rear collision member 70.

The acceleration spring 90 is compressed by a magnetic body piston 80 pulled backward by a magnetic field formed at the rear end of the cylinder 10 by power applied to the rear coil 30, and then stores energy, and then the front coil The magnetic piston 80 is accelerated by releasing the stored elastic energy when the magnetic piston 80 moves forward in the magnetic field formed in (20).

Accordingly, the magnetic body piston 80 is able to reciprocate inside the cylinder 10 faster than the strength of the magnetic field formed by the front and rear coils 20 and 30, whereby the front and rear collision members 60 By violently colliding with the (70), the user's hand is reliably provided with a vibration such as a real shot, as well as a sufficient shooting sound.

The acceleration spring 90 may be mounted to the rear collision member 70 by forming a spring receiving groove 70b so that a part thereof is inserted into the rear collision member 70.

The magnetic body piston 80 may be anything as long as it has appropriate magnetism capable of reacting to the magnetic fields of the front and rear coils 20 and 30, but preferably the magnetic fields formed in the front and rear coils 20 and 30. It can be composed of a neodymium magnet with strong magnetism so that it can react quickly and move quickly.

On the other hand, the end plates 100 and 110 for supporting the front and rear collision members 60 and 70 are fastened to the flanges 11 and 12 formed at the front and rear ends of the cylinder 10, respectively. At the center of each end plate 100 and 110, exhaust holes 100a and 110a communicating with exhaust holes 60a and 70 of the front and rear collision members 60 and 70 are respectively formed.

The controller 120 is connected to a power source (not shown), and embeds a predetermined control program to control the application of power to the front and rear coils 20 and 30. The controller 120 is connected to a trigger detection switch (not shown) operated by the trigger T of the game gun G, and the front and rear coils 20, 30, and wires 21, 31 It is connected through and the power is alternately applied to the front or rear coils 20 and 30 according to the triggering action of the trigger T.

In addition, the front and rear coils 20 are connected to the front and rear sensors 40 and 50 by reversing the application of power to the front and rear coils 20 and 30 according to the front and rear positions of the magnetic piston 80. ) 30, the magnetic field is alternately formed to induce reciprocating movement of the magnetic body piston 80.

The vibration sounding device 1 for a game gun according to the present invention having such a structural feature, when the user pulls the trigger T of the game gun G, the trigger detection switch operates, and accordingly the controller 120 First, power is applied to the rear coil 30.

Then, a magnetic field is generated inside the rear coil 30 so that the magnetic body piston 80 moves rearward to collide with the rear collision member 70. At this time, as the acceleration spring 90 is compressed by the magnetic body piston 80, elastic energy is stored, and the rear sensor 50 senses this and sends the signal to the controller 120.

Then, the controller 120 cuts off the power of the rear coil 30 and simultaneously applies power to the front coil 20. Accordingly, a magnetic field is generated inside the front coil 20 to move the magnetic body piston 80 forward. At this time, the magnetic force piston 80 moving forward is imparted with the elastic force stored in the accelerator spring 90 to move more quickly and strongly and collide with the front collision member 60.

When the magnetic body piston 80 moves forward and collides with the front collision member 60, the front sensor 40 senses this and sends the signal to the controller 120, and the controller 120 then transmits the front coil ( 20) The power applied to the power is cut off, and the power is applied to the rear coil 30 again.

By continuously repeating such an operation, a strong vibration is caused in the hand of the user holding the game gun G, and a shooting sound due to the collision of the magnetic body piston 80 can be sufficiently generated.

Therefore, the vibrating sound device 1 of the present invention can certainly cause vibration according to shooting as well as firing a separate shooting sound as well as shooting with a real gun in the hand of the user holding the game gun G when shooting. It is possible to generate sufficient shooting sound without sound means.

Therefore, the structure is very simple, and it is possible to effectively generate vibration and shooting sounds such as real shooting, so that the user can enjoy the interest while feeling the reality as if the user is actually shooting.

In addition, since the magnetic body piston 80 rapidly reciprocates back and forth and collides against the front and rear collision members 60 and 70, depending on the situation of the target displayed on the screen, single shots and continuous shooting as well as instantaneous shooting toward multiple targets is possible Accordingly, it is possible to respond quickly and effectively to the display situation of the target appearing in various forms, thereby greatly improving the satisfaction of the shooting game play.

The embodiments as described and illustrated above are not intended to limit the scope of the present invention, but are merely illustrative of the components presented in the claims of the present invention, and are included in the technical idea throughout the specification of the present invention. Embodiments including components that can be substituted as equivalents in the components of the claims can be included in the scope of the present invention.

1: Vibration sound device 10: Cylinder
13: heat sink fins 20, 30: front and rear coils
40, 50: front and rear sensors 60, 70: front and rear collision members
61: piston stopper 80: magnetic piston
90: acceleration spring 100, 110: end plate
120: controller G: game gun
B: Body T: Trigger

Claims (7)

A cylinder mounted on the body of the game gun;
Front and rear coils respectively wound on the outer circumferences of both ends of the cylinder, the power being alternately applied and short-circuited at predetermined time intervals;
Front and rear collision members having exhaust holes and coupled to both ends of the cylinder, respectively;
A magnetic body piston movably accommodated inside the cylinder and reciprocating between the front and rear collision members by a magnetic field alternately formed in the front and rear coils; And
And a controller for intermittently applying power to the front and rear coils in conjunction with the trigger of the game gun.
The method according to claim 1,
The cylinder further includes front and rear sensors for sensing the advance and retract positions of the magnetic body piston, respectively, and the controller controls the application of power to the front and rear coils according to the detection signals of the front and rear sensors. Vibration sound device for game guns.
The method according to claim 1 or claim 2,
The rear impact member is further provided with an acceleration spring for accelerating the movement of the magnetic body piston vibration sound device for a game gun.
The method according to claim 1,
Vibration and sound device for a game gun, characterized in that the cylinder is made of any one of copper or aluminum material having excellent thermal conductivity.
The method according to claim 1 or claim 4,
Vibration and sound device for a game gun, characterized in that the cylinder is further provided with heat dissipation means.
The method according to claim 5, The heat dissipation means,
Vibration and acoustic device for a game gun, characterized in that it consists of a plurality of heat dissipation fins (放 되는 fin) formed at a predetermined interval along the longitudinal direction on the outer periphery of the cylinder.
The method according to claim 1,
A vibration stop device for a game gun, characterized in that a piston stopper made of a magnetic body is inserted into the collision surface of the magnetic body piston of the front collision member.

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