KR100816389B1 - Simulated magazine and gun simulator using the simulated magazine - Google Patents

Abstract

A simulated magazine and a gun simulator system using the same are provided to emit laser beam at the same time as drawing the trigger of a gun, and to perform a semi-automatic mode, an automatic mode and a lock mode in accordance with a preset firing mode. A simulated magazine(20) includes a percussion signal generator and a main body. The percussion signal generator includes a percussion lever(210), a percussion lever support member(220), a percussion bracket(230), and a percussion switch lever(250). The percussion lever is arranged in the vicinity of the rear surface of the trigger of a gun, and interlocks with the trigger. The percussion lever support member has a rotating shaft, and allows the percussion lever mounted on the rotating shaft to move within a predetermined angle range. The percussion bracket fastens the percussion lever support member onto one side of the main body and below the trigger. The percussion switch lever is connected to the rotating shaft of the percussion lever support member, and interlocks with the percussion lever. The main body includes a percussion switch which is turned on by the percussion switch lever, a central controller for receiving percussion signals from the percussion switch and generating a predetermined firing signal, and a firing signal output unit for outputting a firing signal to the outside.

Description

Simulated magazine and gun simulator using the simulated magazine

1 is a perspective view showing a gun simulation system according to a preferred embodiment of the present invention.

FIG. 2 is a perspective view of the simulated magazine of the gun simulation system according to the preferred embodiment of the present invention.

Figure 3 is a block diagram schematically showing the internal configuration of the simulated magazine of the gun simulation system according to a preferred embodiment of the present invention.

4 is an exploded perspective view illustrating an exploded view of the trigger signal generation unit of the simulated magazine of the gun simulation system according to the preferred embodiment of the present invention.

5 is a state diagram used to explain the operation of the trigger lever of the trigger signal generating unit of the simulated magazine of the gun simulation system according to the preferred embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: gun simulation system

12: gun body

20: simulated magazine

30 laser beam projectile

200: trigger signal generation unit

210: Percussion Lever

220: percussion lever support member

230: percussion bracket

250: lever for a trigger switch

300: main body

310: Percussion Switch

320: central control unit

330: fire mode setting switch

340: the firing signal output unit

350: firing effect generator

The present invention relates to a magazine shaped housing or simulated magazine used for a Miles system or a survival game, and a gun simulation system including the same. More specifically, a trigger signal having a structure capable of operating in conjunction with the movement of a trigger of a firearm. A simulated magazine having a generating unit and a gun simulation system including the same.

In recent years, the military has been conducting realistic simulated combat training by introducing multiple integrated laser engagement systems (hereinafter referred to as Miles systems) to soldiers' training. The Miles system is equipped with a small arm transmitter (M16, K2, etc.) that fires a laser instead of a bullet into the rifle or machine gun barrel. It is a training method of judging whether or not to hit a target by firing, and it was developed for the purpose of improving the combat ability of each soldier and the commanding ability of the commander since it is possible to engage in enemy training without actual killing.

In the conventional Miles system, a method of firing a light bomb, that is, a laser beam, is a method of emitting a laser beam by inserting a real dread bomb into the magazine and then firing the shot. Therefore, all operations are the same as when firing live bullets, except firing a dread bullet.

However, this method of firing a bomb has a problem that the cost of a bomb is greatly consumed in the case of a company or battalion training in view of the number of bombs consumed by individual soldiers despite the simplicity and accuracy of the operation.

On the contrary, the direct method of emitting laser light by pressing the switch protruding from the side of the projectile attached to the barrel has the advantage of not using the dread bullet, but it is different from the actual triggering of the firearm. In addition, since the single shot and the continuous shot cannot be performed separately, there is a drawback that the training effect is lowered because it is different from the actual situation.

In order to solve the above problems, the applicant has been proposed by the Korean Patent Registration No. 10-584928 "gun simulation system". The simulated magazine proposed by the registered patent is made of a housing having the same or similar shape as the actual magazine, and is mounted on the simulated firearm to trigger and fire laser light in the same manner as the real shot. As a result, the gun simulation system can have an effect similar to shooting a real bullet without using a dread bullet.

The firearm simulation system disclosed in the aforementioned patent has a trigger signal generating means for generating a trigger signal when the trigger of the gun is pulled, a trigger signal output means for outputting the generated trigger signal, and an upper end portion of the bullet insert portion of the firearm. And a laser beam projectile attached to the gun and emitting a laser beam for firing onto a target. Here, the housing, the trigger signal input means for receiving the trigger signal output from the trigger signal output means, a firing mode designation means for designating the firing mode of the laser beam projectile, if the trigger signal input means receives the trigger signal And a firing signal output means for recognizing the firing mode designated by the firing mode designation means and generating a firing signal corresponding to the firing mode, and providing the firing signal generated from the microcomputer to the laser beam projectile. The laser beam projectile includes a firing signal input unit for receiving a firing signal output from the firing signal output unit, and emits the laser beam by the firing signal input from the firing signal input unit. When the laser beam emitted from the laser beam projectile is incident on the sensing element mounted on the target, the target is simulated.

The trigger signal generating means of the firearm simulation system disclosed in the above-described registered patent has to generate a trigger signal when the trigger of the gun is pulled, and therefore must be linked with the trigger. Accordingly, the present applicant intends to propose a gun simulation system having a new signal generation means of the triggering structure that can be linked to the trigger of the gun.

SUMMARY OF THE INVENTION An object of the present invention for solving the above-mentioned problems is to provide a simulated magazine having a new structure of trigger signal generation means that can be interlocked with the trigger of a gun.

Another object of the present invention is to provide a gun simulation system that operates by mounting the simulated magazine.

A feature of the present invention for achieving the above technical problem relates to a simulated magazine composed of a trigger signal generating unit and a main body,

The trigger signal generator

A percussion lever that is positioned adjacent to the back of the trigger of the gun and moves in conjunction with the trigger movement;

A percussion lever support member provided with a rotation shaft at a predetermined position and allowing the percussion lever to move within a predetermined range by mounting the percussion lever on the rotation shaft;

A percussion bracket for fixedly mounting the percussion lever support member to one side of the main body, and being disposed below the trigger;

A lever for a percussion switch connected to a rotational shaft of the percussion lever support member and interlocked with a movement of the percussion lever;

And a tension spring portion connected to the rotating shaft of the trigger lever supporting member, and the trigger lever is moved back to its original position after a predetermined angle movement by the tension spring portion.

The main body portion

A percussion switch fixedly mounted at a position close to the percussion switch lever and turned on by a movement of the percussion switch lever,

Fire mode setting switch which can set the operation mode of the gun,

A central control unit receiving a trigger signal from the trigger switch in the on state and generating and transmitting a predetermined firing signal;

A firing effect generator for simulating the effects of firearms; and

It has a firing signal output unit for outputting a firing signal provided from the central control unit to the outside,

The central control unit may generate a firing signal according to information on the firing mode set by the firing mode setting switch, and drive the firing effect generator when generating and transmitting the firing signal.

The firing effect generating portion of the main body portion of the simulated magazine having the features described above

A sound control unit for controlling an operation of the speaker and the speaker, or

A flash control unit for generating a flash and a flash control unit for controlling an operation of the flash unit, or

It is preferable to include at least one of a vibration generating unit for generating an impact or vibration and a vibration control unit for controlling the operation of the vibration generating unit.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and operation of a simulated magazine having a trigger signal generation means of a new structure and a gun simulation system equipped with the simulated magazine in accordance with a preferred embodiment of the present invention. The simulated magazine according to the preferred embodiment of the present invention is mounted on an actual firearm such as M16, M60, K1, K2, K3, and the simulated magazine mounted on the actual firearm is driven together as the trigger of the firearm is pulled.

FIG. 1 is a perspective view of the gun simulation system 10 in which a simulated magazine according to a preferred embodiment of the present invention is mounted to a magazine insert of a firearm. As shown in FIG. 1, the gun simulation system 10 includes a firearm main body 12, a simulated magazine 20, and a laser beam projectile 30. The simulated magazine 20 is attached to the magazine insertion part of the said firearm main-body part 12, The trigger lever of the trigger signal generation means of a simulated magazine is arrange | positioned adjacent to the back of a trigger. In addition, the laser beam projectile 30 is disposed in an area adjacent to the muzzle of the firearm main body 12. The laser beam projectile 30 is generally attached to the barrel or barrel, but can also be attached to the body of the gun or the like if the laser light is not obscured. The laser beam projectile generates a predetermined pulse wave according to the firing signal from the central control unit, and emits the laser beam according to the generated pulse wave.

FIG. 2 is a perspective view of the simulated magazine 20 as a whole according to a preferred embodiment of the present invention, and FIG. 3 is a block diagram schematically illustrating an internal configuration of the simulated magazine 20. Referring to FIG. 2, the simulated magazine 20 includes a trigger signal generator 200 that generates a trigger signal according to the movement of the trigger, and a main body 300 that generates a firing signal according to the trigger signal. On the other hand, the laser beam projectile 30 of the gun simulation system 10 generates and outputs a laser pulse wave incorporating a Miles code according to the firing signal from the simulated magazine 20.

Referring to FIG. 3, the simulated magazine 20 according to the preferred embodiment of the present invention includes a trigger signal generation unit 200 and a main body 300, and the main body 300 includes a housing 302 and a main body 300. A trigger switch 310, a central control unit 320, a firing mode setting switch 330, a firing signal output unit 340, and a firing effect generator 350 mounted to the housing unit 302 are provided. The operations of each component described above will be described in detail. For convenience of description of the present specification, hereinafter, a signal generated by the trigger switch 310 by the trigger signal generator 200 located in the trigger is referred to as a 'trigger signal', and the trigger signal is simulated magazine 20 The signal converted into a signal for controlling the laser beam projectile 30 by the central control unit 320 of the main body 300 of the reference is referred to as an 'firing signal'.

The trigger signal generation unit 200 is configured to be linked to the movement of the trigger is disposed on one side of the main body portion 300 of the simulated magazine, and simultaneously turn on the trigger switch 310 simultaneously with the movement of the trigger (ON) Done. The structure and operation of the trigger signal generation unit 200 will be described later.

The housing part 302 of the main body 300 of the simulated magazine 20 is made to have the same or similar shape as the actual magazine using iron or hardened plastic material, and can be mounted to the magazine insert of the firearm. It consists of a shape. In the housing 302, instead of a chamber or spring for loading a bullet like an actual magazine, a trigger switch 310 for processing a trigger signal and converting it into a firing signal, a central control unit 320, and a firing signal output The part 340 is mounted, and the shooting mode setting switch 330 is fixedly mounted on the outer surface of the housing part. The upper end ('A' area) of the housing is configured to be inserted into the magazine insert portion of the firearm, so that it is inserted into the firearm and used as a real magazine.

The trigger switch 310 is mounted inside the housing of the main body 300, and is temporarily turned on by an operation of the trigger switch lever 250 of the trigger signal generator 200. The trigger switch lever 250 is connected to the trigger lever 220 of the trigger signal generator 200 and interlocked with the movement of the trigger lever 220. If the trigger lever 210 is moved, the trigger switch lever 250 is also moved so that the trigger switch 310 is turned on. When the trigger switch 310 is ON, the trigger switch 310 transmits a predetermined trigger signal to the central controller.

The firing mode setting switch 330 may use the same or similar form as the firing mode designation switch of the actual firearm which rotates the handle protruding about the rotation axis. It is provided to the central control unit 320. For reference, the firing mode is an automatic mode for firing the entire ammunition loaded in the magazine with a single triggering when firing a bullet, a semi-auto mode for firing a single shot, and an accidental firing. Lock mode (lock), etc. to prevent. In an actual firearm, this is a method of mechanically controlling operations such as a bolt and a gas pipe, but in the present invention, the central controller sets this to program logic that can be calculated.

The central control unit 320 may be a microcomputer or a microprocessor. If the central control unit 320 receives a triggering signal from the triggering switch 310 that is temporarily turned on, the central control unit 320 may switch to the firing mode setting switch 330. Generates a firing signal corresponding to the shooting mode set by the transmission signal to the laser beam projectile 30 through the firing signal output unit 340.

The firing effect generator 350 includes a speaker 351, an acoustic controller 352 for controlling an output signal to the speaker, a flash unit 353 for generating a flash, and a flash controller 354 for controlling an operation of the flash unit. ), A vibration generating unit 355 for generating an impact or vibration, and a vibration control unit 356 for controlling the operation of the vibration generating unit, and the like. To be generated. Accordingly, the central control unit 320 transmits a control signal to the sound control unit 352, the flash control unit 354, and the vibration control unit 356 before and after generation of the firing signal, and thus the speaker 351 and the flash unit 353. And / or driving the vibration generator 355 to produce effects such as glare, firing sound and / or shock generated when the gun is fired.

The firing signal output unit 340 of the simulated magazine is composed of an antenna and a wireless communication module to transmit the firing signal provided from the central control unit 320 to the laser beam projectile 30 in the form of a radio signal. The antenna may be formed in a thin or loop shape and housed in a magazine rather than an external protrusion type according to a design method. It is also possible to configure the simulated magazine itself to serve as an antenna without separately providing the antenna means. The wireless communication module may selectively use one of communication modules such as Zigbee, Bluetooth, UWB, and wireless LAN.

Hereinafter, the structure and operation of the trigger signal generator 200 of the simulated magazine according to the preferred embodiment of the present invention will be described in detail with reference to FIGS. 4 and 5.

4 is an exploded perspective view illustrating the trigger signal generator 200 of the simulated magazine 10 according to the present invention. Referring to FIG. 4, the trigger signal generator 200 may include a trigger lever 210, a trigger lever support member 220, a trigger bracket 230, a trigger switch lever 250, and a tension spring unit (not shown). Or the like).

The trigger bracket 230 is fixedly mounted to the trigger lever support member 22 and is fixedly mounted to one side of the simulated magazine, and is disposed adjacent to a lower portion of the trigger of the gun.

The trigger lever support member 220 fixedly mounted to the trigger bracket 230 is fixedly mounted to one side of the simulated magazine, and is arranged in the lower region of the trigger of the gun, in particular the main body 300 of the simulated magazine. It is preferable to be mounted at a position adjacent to the trigger switch 310 mounted inside the.

The trigger lever 210 is connected to the rotating shaft formed on the trigger lever support member 220, and the trigger lever 210 is disposed close to the rear surface of the trigger of the firearm. The trigger lever 210 includes a main body 211 of the trigger lever connected to the trigger lever support member and a protrusion 212 extending in a vertical direction from a distal end of the main body of the trigger lever. The main body 211 of the erection lever is disposed on the side of the trigger, and the protrusion 212 is disposed close to the back side of the trigger. The projection of the trigger lever 210 is disposed close to the back of the trigger of the gun so as to move with the movement of the trigger (see FIG. 5A). Therefore, as the trigger is pulled, the protrusion 212 is forced by the trigger, and the trigger lever 210 is moved.

The trigger lever support member 220 is fixedly mounted to the trigger bracket 230 and has a groove 221 shaped to allow the trigger lever 210 to be seated.

The tension spring part is connected to the axis of the trigger lever support member 220 to which the trigger lever 210 is connected, and when the trigger lever is moved by the movement of the trigger, the tension spring part causes the separation. The erection lever will return to its original position.

One end of the trigger switch lever 250 is connected to the shaft of the trigger lever 210 and interlocked with the trigger lever 250. In addition, the other end of the trigger switch lever 250 is disposed adjacent to the trigger switch inside the main body 300. Accordingly, as the trigger lever 210 moves, the trigger switch lever 250 moves sequentially, and as a result, the trigger switch mounted inside the housing 302 of the main body 300 is turned on. (ON).

5 (a) and 5 (b) are partial perspective views illustrating the operation of a gun simulation system equipped with a simulated magazine according to a preferred embodiment of the present invention. Referring to FIG. 5A, the trigger lever 210 of the trigger signal generator 200 of the simulated magazine 20 is disposed adjacent to the rear surface of the trigger 15. As shown in (a) of FIG. 5, the trigger lever 210 is disposed on the rear side of the trigger 15 so that the trigger lever is pulled and the trigger lever moves. Referring to FIG. 5B, when not in use, the trigger lever 210 may be seated on the trigger lever support member 220.

The firearm simulation system having the above-described configuration can drive a trigger switch in the main body at the same time as the trigger moves by designing a simulated magazine having a trigger signal generating unit having a trigger lever having a structure arranged in an adjacent region of the trigger. Will be.

According to the present invention, it is possible to provide a simulated magazine having a trigger lever having a structure that cooperates with the movement of the trigger, thereby providing a gun simulation system that is stable in appearance as well as structurally. Therefore, according to the present invention, the laser light can be emitted simultaneously with the trigger.

In addition, the simulated magazine of the present invention is configured to perform a firing mode such as semi-automatic, automatic, or locking according to a preset firing mode, instead of simply firing one shot by generating a single trigger or trigger signal. With sounds, impacts, and strobes on fire, it's possible to simulate a situation close to a real shot without the use of a dread bullet.

In addition, the speaker mounted on the simulated magazine of the present invention can be configured to be used as a substitute for the radio, it is possible to maximize the operating efficiency of the equipment.

Those skilled in the art will understand the technical spirit of the present invention will be able to produce a variety of modifications easily applied to the present invention, for example, a grenade launcher, such as K-4, K-201 with a trigger, M60, These include variants that can be used on machine guns such as the K-3, or similar weapons such as 90mm recoil guns. In this case, the shell-shaped housing may be replaced by a shell shell mounted on an ammunition barrel or a launching port, or a housing having a shape of a grenade mounting barrel, in which the shooting mode is to set a lock and a firing mode.

In addition, the structure provided in the present invention is not necessarily used only in military miles system, but may also be used in civilian survival games and the like.

Claims (9)

In the simulated magazine composed of a trigger signal generator and a main body, The trigger signal generator A percussion lever that is positioned adjacent to the back of the trigger of the gun and moves in conjunction with the trigger movement; A percussion lever support member provided with a rotation shaft at a predetermined position and allowing the percussion lever to move within a predetermined range by mounting the percussion lever on the rotation shaft; A percussion bracket for fixedly mounting the percussion lever support member to one side of the main body, and being disposed below the trigger; and A lever for a percussion switch connected to a rotational axis of the percussion lever support member and interlocked with a movement of the percussion lever; The main body portion A percussion switch fixedly mounted at a position close to the percussion switch lever and turned on by a movement of the percussion switch lever, A central control unit which receives a trigger signal from an on trigger switch and generates and transmits a predetermined firing signal; And a launch signal output unit configured to output a launch signal provided from the central control unit to the outside. According to claim 1, wherein the trigger signal generating unit further comprises a tension spring portion connected to the rotation axis of the trigger lever supporting member, and after the angular movement of the trigger lever by the tension spring portion is returned to its original position again A mock magazine characterized by operating to come. The method of claim 1, wherein the main body further comprises a shooting mode setting switch for setting the operation mode of the gun, the central control unit for generating a firing signal according to the information on the shooting mode set by the shooting mode setting switch Simulated magazine. The simulated magazine of claim 1, wherein the main body further includes a firing effect generator that simulates the effect of the firearm, and wherein the central controller drives the firing effect generator when generating and transmitting the firing signal. . The method of claim 4, wherein the firing effect generating unit A sound control unit for controlling an operation of the speaker and the speaker, or A flash control unit for generating a flash and a flash control unit for controlling an operation of the flash unit, or And at least one of a vibration generating unit for generating an impact or a vibration and a vibration control unit for controlling the operation of the vibration generating unit. According to claim 1, The firing signal output unit is provided with a wireless communication module and an antenna, when the firing signal is provided from the central control unit for transmitting the firing signal to the outside in the form of a wireless signal using the wireless communication module and antenna Simulated magazine. 2. The simulated magazine of claim 1, wherein the percussion lever support member has a groove into which the percussion lever can be seated. The apparatus of claim 1, wherein the trigger lever comprises a main body of the trigger lever connected to the trigger lever support member, and a protrusion extending in a vertical direction from the main body of the trigger lever. It is disposed on the side of the trigger, the projection is simulated, characterized in that disposed close to the back of the trigger.  In a simulated magazine comprising a trigger signal generator and a main body, and a gun simulation system equipped with the simulated magazine, The trigger signal generator A percussion lever that is placed adjacent to the back of the trigger of the gun and moves in conjunction with the trigger's movement, A percussion lever support member provided with a rotation shaft at a predetermined position and allowing the percussion lever to move within a predetermined range by mounting the percussion lever on the rotation shaft; A percussion bracket for fixedly mounting the percussion lever support member to one side of the main body, and being disposed below the trigger; and A lever for a percussion switch connected to a rotational axis of the percussion lever support member and interlocked with a movement of the percussion lever; The main body portion A percussion switch fixedly mounted at a position close to the percussion switch lever and turned on by a movement of the percussion switch lever, A central control unit which receives a trigger signal from an on trigger switch and generates and transmits a predetermined firing signal; And a firing signal output unit configured to output a firing signal provided from the central control unit to the outside.

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