KR101382096B1 - Multiple integrated laser engagement system - Google Patents

Abstract

The present invention relates to a MILES system having a MILES laser bullet and a wireless target detector. The MILES system includes the MILES laser bullet that is inserted into a powder chamber formed in a barrel of a pistol or an automatic rifle for laser emission; a personal detecting unit where the wireless target detector having a detecting element receiving the laser is disposed; a DMR personal wireless controller that is interlocked with the detecting element; and an effect simulator. According to the present invention, a laser emitter, which has been inconveniently mounted on a flash hider of a conventional barrel to be damaged, can be conveniently inserted into the powder chamber of the barrel to freely emit laser. Also, the laser shooting position of a shot person can be easily recognized at a distance because of light-emitting portions of the wireless target detectors emitting light in case where a shooting person emits laser to shoot at the wireless target detectors of the shot person because of the wireless target detectors attached at will to the personal detecting unit of the shot person. In addition, the function of laser shooting and shot recognition at the time of laser-shooting of the shooting person to the shot person, the communication between trainees, and the scope of training can be expanded because of the DMR personal wireless controller and the effect simulator. [Reference numerals] (AA) Shooting person; (BB) Shot person

Description

Miles system with Miles laser bullet and wireless target detector {Multiple integrated laser engagement system}

The present invention relates to a Miles system having a Miles laser bullet and a wireless target detector, and more particularly, a Miles laser bullet inserted into a chamber formed in a barrel of a pistol or an automatic rifle, and a laser beam being fired and a detection for receiving a laser. The chamber of the barrel of the personal gun which is equipped with a wireless target detector having the element, the DMR personal wireless controller which is linked with the sensing element, and the laser launcher which is inconveniently mounted and damaged in the anti-flame provided in the existing barrel with an effect description device. Easily fires the laser by inserting it into the target and randomly attaches the laser to the subject's personal sensing unit, and the sniper fires the laser to shoot the target's wireless target detectors, and emits light from the wireless target detectors. Easily recognize the laser shooting position of the subject over long distances Quoted relate to wireless governor and effects describe a group sniper is provided with a laser shot and the shot cognitive Miles laser projectile and target wireless sensor one to extend the communication range of the training and tracking sniper training character shot by a laser Miles system.

As is well known, in recent years, the military has detected small hits (Small Arms Transmitter, SAT) attached to rifles and other projectile weapons to fire lasers instead of bullets. Many integrated laser engagement systems (hereinafter referred to as the Miles system), which consist of optical detectors, have been used to train soldiers to perform realistic simulated combat training.

Briefly explaining the operation of the Miles system shown in Figure 1 as follows.

When a soldier aims at a target and pulls a trigger of a personal or common weapon 111, a dread bomb is fired, and an acoustic sensor or a light receiving sensor, which is an internal device of the SAT (laser launcher) 112, is detected at this time. By activating the infrared laser diode also mounted on the SAT (laser launcher) 112, a pulsed infrared laser is fired from the aimed target therefrom.

If the fired laser hits some of the plurality of sensing elements 113 of the sensing device 116 mounted on the outside of the target, such as a helmet and body of each soldier, or a tank, the detected sensing element The incident laser signal is converted into an electrical signal and then transferred to an MPU (microprocessor unit, hereinafter referred to as a sensing device MPU) built in the sensing device module 114. The MPU recognizes this signal as a shot signal, and visually and audibly displays the shot with a beacon mounted on the soldier's body according to a predetermined logic. At the same time, the SAT (laser launcher) 112, which is the projectile of the soldier, is detected. ) You can stop the operation.

In addition, by using a communication module of the sensing module module 114 is transmitted to the central control system 115 that signals that the hit has been configured to be able to centrally control whether or not the hit.

Hereinafter, the individual light-receiving module is referred to as the sensing element 113, and the unit which is composed of such sensing elements and the sensing module module 14 and mounted on one target is classified as the sensing device 116.

However, if the laser beam emitted by the sniper that fires the laser to the SAT (laser launcher) 112 installed in the commonizer 111 is hit by the detection element 113 of the detection device MPU of the opponent subject The person who is hit by the sound and the light emitting device connected to the detection device 116 can immediately know whether the person is hit, and when the sniper who fired the laser is located at a distance, the laser fired by the sniper is the person of the person. There was a problem in not immediately knowing whether the sensing device 116 was hit.

In addition, the central control unit used for the Miles system had a lot of difficult problems when moving to the central control unit installed in the building.

In addition, a sniper equipped with a laser launcher, a personal sensor, a personal controller, an effect writer, a sniper equipped with a laser launcher, a personal sensor, a personal controller, an effect writer, and a sniper, a sniper, a fighter and a target There is a problem that wireless voice communication and wireless text communication that can communicate with each other between the enemy and the target (enemy) is not possible to communicate with each other, only the sniper or the shooting with a laser launcher without communication.

In addition, a sniper equipped with a laser launcher, a personal sensor, a personal controller, and an effect writer, and a laser launcher, a personal sensor, a personal controller, and an effect writer, the Miles system cannot accurately determine the position of the sniper and the subject. In addition, the wireless distance between the personal controller and the personal controller is limited, so the training of the Miles system was extended and the training was impossible.

In addition, the SAT (laser launcher) 112 is mounted to the front of the muzzle or barrel provided at the end of the barrel of the common weapon or personalizer, the participant who participates in the Miles training carrying the common weapon or personal weapon, the barrel of the common weapon or personalizer The problem of undergoing an uncomfortable process of mounting or removing the tip or front barrel in front of the barrel, and the SAT (112) is attached to the end of the barrel of the common weapon or personal weapon, and the SAT (112) is damaged by an external shock during training, and the laser blast room is damaged. There was a problem with not doing properly.

In addition, the sensing device 113 of the sensing module module 114 is fixed to the harness and the helmet, there is a problem that can not adjust the position of the laser-shielded portion because the sensing device 113 is not freely installed.

In order to solve the above problems, the present invention is inserted into the chamber formed in the barrel of the pistol or automatic rifle, the laser detector is fired a laser detector, and a personal detection unit is provided with a wireless target detector having a detection element for receiving the laser And DMR personal wireless controller interlocked with the sensing element, and an effect description device to easily insert a laser launcher that is inconveniently mounted and damaged in the anti-inflambine provided in the existing barrel to insert the chamber into the chamber of the barrel. When the sniper fires the laser and shoots the target's wireless target detectors due to the wireless target detectors attached randomly to the personal detection unit of the ruler, the laser target of the target can be easily located at a long distance due to the light emitting parts emitted from the wireless target detectors. Recognized, the sniper used the DMR personal radio controller and effect Miles provides a system comprising a laser sniper sniper shot towards me and cognitive training, tracking of communication and training new laser Miles bullet and a target wireless sensors have to expand the range has its purpose.

In order to achieve the above object, the present invention provides a rear face of the barrel 14 such that the trigger 13 of the pistol 10 or the automatic rifle 10a and the ball 13 operated in conjunction with the tumbler 12 come into contact with each other. A control drive circuit 22 inserted into the chamber 14a and having a tumbler 21 at the rear, interlocked with the tumbler 21, and a laser tube 23 connected to the control drive circuit 22; ), A first laser (B1), and the Miles laser bullet (20) consisting of a first wireless transmitter and receiver (W1) provided around the tumbler (21); Sensing element 31 for receiving the laser (R) emitted from the laser tube 23, the control unit 32 in conjunction with the sensing element 31, the signal amplifier 33 in conjunction with the control unit 32 ), A wireless target detector 30 composed of a second wireless transmitting and receiving unit W2, a plurality of first light emitting units E1, and a second battery B2; A personal sensing unit 40 comprising a plurality of radio target detectors 30 installed on a helmet H, a vest J, and a body part of a trainer so as to be detachable by detachable means; A third transmitter / receiver W3 interlocked with the second wireless transmitter / receiver W2 associated with the sensing elements 31, a microcomputer C interoperable with the third transmitter / receiver W3, and The microcomputer C operates a plurality of second light emitting units E2 linked to the third battery B3 and a display unit Z for selectively emitting light, and a GPS transmitter / receiver connected to the microcomputer C. (A1) to the speaker A4 connected to the display unit Z and controlled by the alphanumeric graphic input means A2 and the text transmitter / receiver A2a and the voice transmitter / receiver A3 and the voice transmitter / receiver A3. A DMR (Data Mobile Radio) personal wireless controller 50 provided in conjunction with the; The microcomputer C is configured to be driven to include a plurality of third light emitting units E3, a vibration generating device Q, and an effect sound generating unit ES interlocked with the third battery B3. Descriptor 60; It is characterized in that it comprises a mobile portable central control unit 70 associated with the third transmitter and receiver (W3) or the GPS transmitter and receiver (A1).

In addition, the Miles laser bullet 20 is used when the bullet (B) in the chamber 14a of the barrel 14 of the pistol 10 or the automatic rifle 10a, the miles laser bullet 20 is the barrel ( 14) is inserted into the front of the front, and installed on the trigger 11 of the pistol 10 or automatic rifle 10a to be transmitted and received with the first wireless transmission and reception unit (W1) to turn on the operation of the trigger (11) and On-off switch unit 15 for switching off, and characterized in that it is composed of a wireless transmitter 16 connected to the on-off switch unit (15).

In addition, the detachable means of the wireless target sensor 30 has a plurality of upper portions of the support part 35 fixedly installed on the rear surface of the wireless target sensor 30, and both of the female parts are provided on the inner surface of the lower part of the support part 35. The button 36a or the female snare belt 37a is installed, and the male snap button 36b or the hydration snare Velcro 37b is installed on the wireless target sensor 30 corresponding to the lower inner surface of the support part 35. It is characterized by.

In addition, in front of the wireless target detector 30, the laser (R) of the laser tube 23 is contacted and diffused from the outside into the diffusion acrylic unit 38 is installed to deliver to the sensing element 31, The outer surface of the wireless target sensor 30 is characterized in that the charging battery terminal 39 for charging the second battery (B2) is installed.

 The present invention is inserted into the chamber formed in the barrel of the pistol or automatic rifle, Miles laser bullet is laser firing, a personal detection unit is provided with a wireless target detector having a sensing element for receiving the laser, DMR personal interlocking with the sensing element Equipped with a wireless controller and an effect description machine, the laser launcher, which was inconveniently mounted and damaged in the anti-trifle provided in the existing barrel, can be easily inserted into the chamber of the barrel to fire the laser at random, and attach it to the personal sensing unit of the subject. When the sniper fires a laser to shoot the target's wireless target detectors due to the wireless target detectors, there is an effect of easily detecting the laser shooting position of the target at a long distance due to the light emitting parts emitted from the wireless target detectors.

In addition, the present invention has the effect of extending the communication and training range between the sniper cognitive function and the sniper sniper sniper sniper shooter with a DMR personal wireless controller and effect description and laser.

In addition, the present invention is provided with a detachable means on a plurality of supports installed on the rear of the wireless target detector to be attached to any part of the body of the individual sensor and the participant participating in the Miles training at will, the wireless target detectors Freely detachable to the head and torso, arms and legs, the wireless target detector has the effect of easily knowing the laser hit position of the trainer when the laser hits.

In addition, the present invention is to install the diffusion acrylic portion on the front of the wireless target detector to extend the laser emitted from the outer side of the diffusion acrylic portion to the inside more easily transmitted to the sensing element of the wireless target detector, the first light emission interlocked with the sensing element There is an effect of making light emission easier.

1 is a schematic diagram showing a Miles system using a conventional laser launcher.
2 is a schematic diagram of a Miles system according to the present invention;
Figure 3 is a schematic diagram of the Miles laser bullet according to the present invention installed in a barrel chamber of a pistol or automatic rifle.
Figure 4a is a schematic diagram of the Miles laser bullet according to the present invention.
Figure 4b is an exploded view of the Miles laser bullet in accordance with the present invention.
Figure 4c is a rear view of the Miles laser bullet in accordance with the present invention.
5 is a schematic diagram of a wireless target sensor according to the present invention;
6 is a schematic cross-sectional view of a wireless target sensor according to the present invention.
7 is a rear view of the wireless target sensor according to the present invention.
8 is a schematic diagram of a DMR personal radio controller in accordance with the present invention.
9 is a schematic view of the effector according to the invention.
10 is another embodiment of a wireless target sensor in accordance with the present invention.
11 is another embodiment showing that the miles laser bullet according to the present invention is installed in the front barrel.

For a better understanding of the present invention, a preferred embodiment of the present invention will be described with reference to the accompanying drawings.

The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. The present embodiments are provided to explain the present invention more safely to those having ordinary skill in the art.

Therefore, the shapes and the like of the elements in the drawings can be exaggeratedly expressed to emphasize a clearer description. It should be noted that in the drawings, the same members are denoted by the same reference numerals.

Figure 2 is a schematic diagram of the Miles system according to the present invention, Figure 3 is a schematic diagram of a Miles laser bullet according to the present invention installed in a barrel chamber of a pistol or automatic rifle, Figure 4a is a schematic diagram of a Miles laser bullet according to the present invention, 4b is an exploded view of the miles laser bullet according to the present invention, FIG. 4c is a rear view of the miles laser bullet according to the present invention, FIG. 5 is a schematic view of a wireless target detector according to the present invention, and FIG. 6 is according to the present invention. 7 is a schematic cross-sectional view of a wireless target sensor, FIG. 7 is a rear view of the wireless target sensor according to the present invention, FIG. 8 is a schematic view of a DMR personal wireless controller according to the present invention, and FIG. 9 is a schematic view of the effector according to the present invention. 10 is another embodiment of the wireless target sensor according to the present invention, Figure 11 is another embodiment showing that the Miles laser bullet according to the present invention is installed in the front barrel. All.

Miles system equipped with a miles laser bullet and a wireless target sensor according to the present invention will be described in detail with reference to those shown in Figs.

Miles laser bullet and wireless target detector according to the present invention is a pistol 10, automatic rifle 10a, Miles laser bullet 20, wireless target detector 30, personal detection unit 40, DMR The personal wireless controller 50, the effect description machine 60, and the mobile portable central control unit 70.

The Multiple Integrated Laser Engagement System is a multi-integrated laser engagement system consisting of a laser launcher that attaches to rifle and other projectile weapons in the military and fires a laser instead of a bullet, and a sensing element that can detect and detect the laser. It is called.

The pistol 10 and the automatic rifle 10a are composed of a tumbler 12 that works in conjunction with the trigger 11.

The tumbler 12 hits a tumbler (not shown) of a bullet (not shown) inserted into the chamber 14a formed behind the barrel 14 of the pistol 10 and the automatic rifle 10a. It is configured to ignite the gunpowder in the bullet to allow a warhead (not shown) of the bullet (not shown) to be fired through the barrel (14).

The Miles Laser Bullet 20 is inserted into the chamber 14a.

The Miles Laser Bullet 20 is shown in Figures 2 to 4c, The Miles Laser Bullet 20 is a tumbler 21, a control drive circuit 22, a laser tube 23 and And a first battery B1.

The Miles Laser Bullet 20 is a ball 13 that is operated in conjunction with the trigger 11, the tumbler 12 of the pistol 10 or automatic rifle 10a, the ball 13 is in contact with It is configured to be inserted into the rear chamber 14a of the barrel 14.

The Miles Laser Bullet 20 is provided with a ball tracing unit 21 to the ball 13 is in contact with the rear, it is composed of a control drive circuit unit 22 linked to the ball tracing unit 21.

The control driving circuit part 22 further includes a switch part 22a which is in contact with the tumbler 21 and turned on and off.

The switch 22a is configured to turn on or off the laser tube 23 to fire or stop firing the laser R.

In addition, the control driving circuit unit 22 controls the number of shots of the laser tube 23 through the switch 22a to control to realize a limited number of shots of the pistol 10 or the automatic pistol 10a. For example, when the pistol 10 is a Beretta mf9, the number of laser shots is 15, and when the automatic rifle is m16, m4, k1, 2 series, the number of laser shots is limited to 20 and 30. It can be used in a variety of laser shots, and can be applied to various pistols, automatic rifles, and common firearms.

However, the number of laser shots is not limited to that.

Meanwhile, the control driving circuit unit 22, the laser tube 23, and the switch 22a are connected to the first battery B1 and interlocked with each other.

In addition, a rim portion 20a is formed at the rear of the miles laser bullet 20. That is, the rim part 20a is formed in the peripheral part of the said tumbler 21, and is comprised.

The first radio transmission receiver W1 is provided on the circumferential surface of the rim portion 20a.

The first wireless transmitter / receiver W1 is configured to interwork with the third wireless transmitter / receiver W3 of the DMR personal wireless controller 50 to be described later.

In this way, the first wireless transmission / reception unit W1 transmits the total number of laser shots or the number of remaining laser shots displayed by the control driver circuit 22 to the microcomputer C of the DMR personal wireless controller 50 for display. Mark it with a negative Z.

The above-mentioned Miles Laser Bullet 20 is inserted into the chamber 14a and configured to fire a laser such as to shoot a real gun at the cost of the pistol 10 or the automatic rifle 10a. The pistol 10 or automatic pistol 10 or automatic rifle 10a used to solve the hassle of mounting to the gun (14) or anti-flame (not shown), the pistol 10 or automatic equipped with a conventional laser launcher (not shown) When the mileage training with the rifle 10a, the laser launcher was damaged by external force, so the problem of failing to participate in the miles training was solved.

On the other hand, as shown in Fig. 11, the Miles Laser Bullet 20 is the Miles Laser when using the dread bullet B in the chamber 14a of the barrel 14 of the pistol 10 or the automatic rifle 10a. The bullet 20 is configured to be inserted into the front of the barrel 14 is inserted.

An on-off switch unit installed in the trigger 11 of the pistol 10 or the automatic rifle 10a to transmit / receive with the first wireless transmission / reception unit W1 to switch the operation of the trigger 11 on and off ( 15).

It consists of a wireless transmitter 16 connected to the on-off switch unit 15.

The wireless transmitter / receiver 16 is configured to interlock with the first wireless transmitter / receiver W1.

As described above, when using the fear bullet (B), the miles laser bullet 20 may serve as a fear bullet adapter in front of the barrel (14).

As shown in FIGS. 2 and 5 to 7, the wireless target detector 30 includes a sensing element 31, a controller 32, a signal amplifier 33, It consists of the 2nd wireless transmission / reception part W2, the 1st light emission part E1, and the 2nd battery B2.

The sensing element 31 is configured to receive the laser (R) emitted from the laser tube (23).

The controller 32 is configured to interlock with the sensing element 31.

The control unit 32 is interlocked with the signal amplifier 33, and the control unit 32 is configured to interlock with the second wireless transmission / reception unit W2.

The second wireless transmitter / receiver W2 is linked to transmit the signal of the laser R detected by the sensing element 31 to the third wireless transmitter / receiver W3 which will be described later.

The control unit 32 amplifies a laser signal through the signal amplifier 33 when the laser is detected by the sensing element 31 to emit light of the plurality of first light emitting units E1 interlocked with the control unit 32. It is composed.

The first light emitting unit E1 is preferably composed of four, but is not limited to the number thereof.

As described above, the first light emitting unit E1 emits light so that the wireless target detector 30 is detachably attached to the helmet H, the vest J, and the arms and the legs by detachable means described later. It is installed, so that the sniper can easily visually grasp the position of the wireless target detector 30, the laser hit.

The second battery B2 is configured to interlock with the control unit 32 and the first light emitting units B1.

On the other hand, the detachable means of the wireless target sensor 30 is configured to be fixed to the upper portion of the plurality of support portion 35 on the rear surface of the wireless target detector (30).

A female button 36a or female fastener belt 37a is provided on the inner surface of the lower part of the support part 35 and on the wireless target sensor 30 corresponding to the lower inner surface of the support part 35. The tip button 36b or the hydration fastener Velcro 37b is installed.

 The lower part of the support part 35, the upper part of which is fixed to the rear surface of the wireless target sensor 30, is connected to the rear surface of the wireless target sensor 30 by the male and female snap buttons 36a and 36b and the male and female fastener Velcros 37a and 37b. In addition to being detached from the personal sensing unit 40 to be described later, in addition to the plurality of body parts of the trainee participating in the Miles training to be installed so that the wireless target detector 30 can be installed in a plurality of the limbs of the trainer laser (R By widening the receiving and detecting unit, the laser (R) detection area is expanded.

In addition, in front of the wireless target detector 30, the laser (R) of the laser tube 23 is in contact with the diffused acrylic portion 38 is installed to be transmitted from the outside to the sensing element 31 is provided. It is composed.

By installing the diffusion acryl part 38 on the front surface of the wireless target sensor 30 as described above, the laser R which is fired is extended from the outside of the diffusion acryl part 38 to the inside to extend the wireless target detector ( It is more easily transmitted to the sensing element 31 of 30 to facilitate light emission from the first light emitting part E1 interworking with the sensing element 31.

In addition, the light emission of the first light emitting units E1 is diffused and diffused from the inside to the outside through the diffusion acrylo unit 38 to visually recognize light of the first light emitting units E1 more easily from the outside. To do this.

 A charging battery terminal 39 capable of charging the second battery B2 is installed at an outer circumference of the wireless target sensor 30.

The charging battery terminal 39 is further provided to facilitate charging of the second battery B2 with an external power source.

As shown in FIG. 2, the personal sensing unit 40 may include a helmet H, a vest J, and a trainer such that the wireless target sensor 30 is detachable by a detachable means. It is composed of a plurality of body parts installed.

The first light emitting unit E1 of the wireless target detector 30 emits light, wherein the wireless target detector 30 is detachably attached to arms or legs other than the helmet H, the vest J of the Miles trainer. It is installed detachably by, so that the sniper can easily visually identify the position of the radio target detectors 30, which are laser hit, and visually recognize the laser hit on any part of the body of the trainer. It is.

As shown in FIGS. 2 and 8, the data mobile radio (DMR) personal wireless controller 50 includes a microcomputer (C) and a third transmitter / receiver. W3, the second battery B2, the second light emitting unit E2, the display unit Z, the GPS transmitter and receiver A1, the alphanumeric graphic input means A2, and the character transmitter and receiver A2a. And a voice transmitting and receiving unit A3 and a speaker unit A4.

The DMR personal wireless controller 50 is provided with a registration button (X) associated with the microcomputer (C), the microcomputer (C) and the third transmission and reception unit (W3) due to the registration button (X) The second battery B2, the second light emitting unit E2, the display unit Z, the GPS transmitting and receiving unit A1, the text transmitting and receiving unit A2a, and the voice transmitting and receiving unit A3. At the same time to control the operation of the DMR personal wireless controller 50 to the mobile handheld central controller 70 to be described later due to the third transmitter and receiver (W3) or the GPS transmitter and receiver (A1) by wireless The central controller 70 is configured to register the operation.

A third wireless transmitter / receiver W3 interlocked with the second wireless transmitter / receiver W2 associated with the sensing elements 31, and a microcomputer C interoperable with the third wireless transmitter / receiver W3. It is composed.

The microcomputer C connected to the sensing elements 31 and the sensing element 31 for detecting the laser R emitted from the miles laser bullet 20 transmit the laser emission R signal to the microcomputer C. The microcomputer C is transmitted to a computer C, and the microcomputer C includes a plurality of second light emitting units E2 and a display unit Z interlocked with a second battery B2, a text transmitting / receiving unit A2a, and voice. The transceiver A3 is configured to operate.

The third transmitter / receiver W3 is linked to the microcomputer C to operate in conjunction with the GPS transmitter / receiver A1, or the second transmitter / receiver W2 and the GPS transmitter / receiver A1 are independent. Can be operated.

In addition, the third transmitter / receiver W3 or the GPS transmitter / receiver A1 is configured to wirelessly transmit and receive with the mobile central control unit 70 to be described later.

The third transmitter / receiver W3 and the GPS transmitter / receiver A1 are configured in association with the microcomputer C.

The microcomputer C is configured such that a plurality of second light emitting units E2 and a display unit Z, a text transmitting / receiving unit A2a, and a voice transmitting / receiving unit A3 interlocked with the second battery B2 are operated. do.

The second light emitting unit E2 is preferably configured of a light emitting diode lamp.

Preferably, the second light emitting unit E2 is provided in three, and the second light emitting unit E2 externally operates when the DMR personal wireless controller 50 is turned on by the microcomputer C. It is configured to display.

The display unit Z is preferably configured to selectively have a light emitting function.

On the other hand, GPS transmission and reception unit (A1) is configured to be transmitted and received with the mobile portable central control unit 70, installed in the DMR personal wireless controller 50 provided in the trainer participating in the Miles system training mobile portable central control unit ( 70) can accurately determine the location of the trainer '

In addition, the range of transmission and reception of the DMR personal wireless controller 50 of the trainer who participates in the Miles system training by switching the Miles system training to the GPS transmitter / receiver A1 is infinitely enlarged, thereby expanding the Miles system training place. The range can be extended indefinitely so that it can be implemented as a multi-mileage system with a large force.

In this way, the DMR personal wireless controller 50 has a wider communication range due to the GPS wireless transmitter / receiver A1, thereby extending the laser emission distance of the Miles laser bullet 20 that is linked to the DMR personal wireless controller 50. You can do it.

The alphanumeric character receiving unit A3 is configured to interlock with the alphanumeric graphic input unit A2 and the display unit Z to the alphanumeric graphic input unit A2 between the trainers participating in the Miles system training. The communication and training situation is input by text and configured to be displayed on the display unit Z through the text transmission / reception unit A2a.

The voice transmitter / receiver A3 is configured to interoperate with the speaker A4, the alphanumeric graphic input means A2, and the display Z, and the characters between the trainers participating in the Miles system training. The voice transmitter / receiver A3 is controlled by the numerical figure input means A2 so that the communication and training situations can be used through the speaker unit A4 by voice.

The voice transmitter / receiver A3 and the speaker A4 are added to the DMR personal wireless controller 50 to prevent a trainer or a trainer or a supervisor from having a separate voice radio when training a Miles system. It is.

In addition, when the laser launcher 20 of the sniper to shoot the laser to the sensing element 31 of the subject, the target of the subject from the third transmitter and receiver (W3) provided in the DMR personal wireless controller 50 of the subject The shot is transmitted to the third transmitter / receiver W3 provided in the DMR personal wireless controller 50 of the sniper and received by the third transmitter / receiver W3 of the DMR personal wireless controller 50 of the sniper. The third transmitter / receiver W3 is transmitted to the microcomputer C so that the second controller C2 displays the hit of the sniper on the display Z, and the DMR personal wireless controller 50 is provided in the sniper. The vibration generating device (Q) and the third light emitting unit (E3) of the effect description device (60) linked to the light emitting so that the sniper shoots the target.

That is, the sniper can know that the sniper shot the sniper from a distance.

Therefore, when switching to the GPS transmitter / receiver A1 which is operated in conjunction with the third transmitter / receiver W3 of the DMR personal wireless controller 50 or independently operated, the sniper shoots at a distance from the sniper. You can see the sniper.

On the other hand, the third transmitter and receiver W3 of the DMR personal wireless controller 50 of the sniper to the third transmitter and receiver (W3) of the DMR personal wireless controller 50 of the sniper The third transmitter / receiver W3 of the DMR personal wireless controller 50 of the target is notified directly by wireless or the sniper shoots the target by the third transmitter / receiver of the DMR personal wireless controller 50 of the sniper. W3) and the mobile portable central control unit 70 can be notified directly by wireless.

Here, the third transmitter / receiver W3 is operated together with the GPS transmitter / receiver A1, or the GPS transmitter / receiver A1 is operated independently so that the GPS transmitter / receiver A1 is operated by the third transmitter / receiver W3. By switching to the above operation can be made.

In addition, when the sniper's Miles laser bullet (20) of the sniper's sensing element 31 is laser shot, the sensing element 31 is the microcomputer (C) of the DMR personal radio controller 50 of the subject When delivered to the microcomputer C, the display unit Z displays the death or injury that is actually shot from the sniper, and the effector of the subject linked with the DMR personal wireless controller 50 of the subject. The vibration generating device (Q) and the third light emitting unit (E3) of the 50 to emit light so that the subject is sniped from the sniper to know the death or injury.

On the other hand, when the sniper of the sensing element 31 of the sniper with the laser of the Miles laser bullet 20 of the subject, the sensing element 31 is the microcomputer (C2) of the DMR personal radio controller 50 of the sniper When delivered to the microcomputer C2, the display unit Z displays the death or injury that is the fact of being hit by the subject, and the effect of the sniper in conjunction with the DMR personal radio controller 50 of the sniper. The vibration generating device (Q) and the third light emitting unit (E3) of the light emitting device 50 emits light so that a sniper may be shot from a person to know the death or injury.

In addition, the display unit Z displays the state of the second battery B2 through the microcomputer C.

As described above, the third transmitter / receiver W3 of the DMR personal wireless controller 50 of the sniper is switched to the GPS transmitter / receiver A1 and the third transmitter / receiver of the DMR personal wireless controller 50 of the subject is The firing distance of the laser launcher 20 equipped with the sniper and the target is also extended so as to convert the unit W3 to the GPS transmitter / receiver A1 so that the training range is extensively expanded during the miles system training.

As shown in Figs. 2 and 9, the effect writer 60 is configured in conjunction with the microcomputer C of the DMR personal wireless controller 50.

The microcomputer C is configured to drive the plurality of third light emitting units E3, the vibration generating device Q, and the effect sound generating unit ES that are linked to the third battery B3.

When the detection signal of the laser R is received at the third transmitter / receiver W3 of the DMR personal wireless controller 50, the microcomputer C is connected to the third transmitter / receiver W3.

The microcomputer C is configured to drive the plurality of third light emitting units E3, the vibration generating device Q, and the effect sound generating unit ES that are linked to the third battery B3.

The third light emitting unit E3 may be configured of a light emitting diode lamp.

It is preferable that the plurality of third light emitting units E3 are provided in different colors.

It is preferable to consist of red and green, for example.

When the sniper's Miles laser bullet 20 is used to shoot the laser on the sensing element 31 of the subject, the subject's hit from the third transmitter / receiver W3 provided in the DMR personal wireless controller 50 of the subject. The facts are transmitted to the third transmitter / receiver W3 provided in the DMR personal wireless controller 50 of the sniper and received by the third transmitter / receiver W3 of the DMR personal wireless controller 50 of the sniper. The three transmitter / receiver W3 is transmitted to the microcomputer C so that the microcomputer C displays the shot of the sniper on the display Z, and the DMR personal wireless controller 50 provided in the sniper is provided. Any one of the plurality of third light emitting units E3 interlocked with each other emits light so that the sniper may know that the target is shot.

Here, the third transmitter / receiver W3 is operated together with the GPS transmitter / receiver A1, or the GPS transmitter / receiver A1 is operated independently so that the GPS transmitter / receiver A1 is operated by the third transmitter / receiver W3. By switching to the above operation can be made.

Therefore, the third transmitter / receiver W3 may be switched to the GPS transmitter / receiver A1 to extend the range.

As described above, the third light emitting unit E3 simultaneously emits light and notifies the fact that the effect sound generating unit ES interworked with the microcomputer C shoots and kills a subject. The vibration generating device (Q) to be interlocked to vibrate so that the sniper shoots the target person in a three-dimensional manner through vision, hearing, and senses at a distance.

In addition, when the sniper's Miles laser bullet (20) of the sniper's sensing element 31 is laser shot, the sensing element 31 is the microcomputer (C) of the DMR personal radio controller 50 of the subject When delivered to the microcomputer C, the display unit Z displays the death or injury that is actually shot from the sniper, and the effector of the subject linked with the DMR personal wireless controller 50 of the subject. The vibration generating device (Q) provided in the (50) is in conjunction with the microcomputer (C) of the subject to generate vibrations, and at the effect sound generating unit (ES) that is linked to the microcomputer (C) of the subject A voice notification of death or injury is made, and any one of the plurality of third light emitting units E3 interlocked with the microcomputer C of the subject emits light so that the subject is shot from the sniper and dies. So know the fact that injury in three dimensions through the sight, hearing, touch.

And when the sniper's sensing element 31 is laser shot with the laser beam 20 of the subject, the sensing element 31 is connected to the microcomputer C of the DMR personal radio controller 50 of the sniper. When delivered, the microcomputer (C) displays on the display (Z) the death or injury that is the fact of being hit by the subject, and the effector of the sniper in conjunction with the DMR personal radio controller (50) of the sniper. The vibration generating device (Q) provided in the (50) is in conjunction with the microcomputer (C) of the sniper to generate vibrations, at the effect sound generating unit (ES) that is linked to the microcomputer (C) of the sniper A voice notification of death or injury, and any one of the plurality of third light emitting units E3 interlocked with the microcomputer C of the sniper emits light so that the sniper is shot from the subject and died or Allows you to see the injury in three dimensions through sight, hearing, and senses.

In addition, it is composed of a speaker 61 that is interlocked with the sound effect generator (ES).

The speaker 61 is for expressing an effect sound generated by the sound effect generator ES.

The mobile portable central control unit 70 is shown in Figure 2, the mobile portable central control unit 70 is the microcomputer (C) and the third transmitter and receiver of the DMR personal wireless controller 50. (W3) or a central wireless transmitter and receiver (not shown) and a mobile central controller (not shown) configured to be capable of transmitting and receiving in association with the GPS transmitter and receiver A1.

The mobile central controller (not shown) is configured in connection with a portable computer (not shown).

That is, the mobile central controller (not shown) and the portable computer (not shown) are connected by a wireless or USB connection line (not shown).

As such, the mobile central controller (not shown) is intended to be implemented as a portable portable by overcoming the central control unit used in the existing Miles system installed in the building.

Meanwhile, the mobile portable central control unit 70 transmits the DMR personal wireless controller 50 of the sniper and the DMR personal wireless controller 50 of the subject to a central wireless transmitter / receiver (not shown). GPS can be turned on and off to prevent snipers and subjects from joining or participating in Miles training, or wirelessly control the completion of Miles training.

It will be apparent to those skilled in the art that various modifications and equivalent arrangements may be made therein without departing from the scope of the present invention. . Therefore, it is to be understood that the present invention is not limited to the above-described embodiments.

Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims. It is also to be understood that the invention includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention as defined by the appended claims.

DESCRIPTION OF SYMBOLS 10 Pistol 10a: Automatic rifle 11: Trigger 12: Striking 13: Ball 14: Barrel 14a: Chamber 15: On-off switch part 16: Wireless transmitter 20: Miles laser bullet 21: Striking part 22: Control drive circuit part 23: Laser tube 30: Wireless target detector 31: sensing element 32: control unit 33: signal amplifier 35: support part 36a: female tip button 36b: male tip button 37a: black snap velcro 37b: hydration snuff Velcro 38: diffused acryl part 39: rechargeable battery Terminal 40: Personal sensing unit 50: DMR (Data Mobile Radio) personal wireless controller 60: Effect description 70: Mobile central control unit A1: GPS transmitter and receiver A2: Alphanumeric graphic input means A2a: Text transmitter and receiver A3: Voice transmitter and receiver Part A4: Speaker B: Dread bullet B1: First battery B2: Second battery B3: Third battery C: Microcomputer E1: First light emitting unit E2: Second light emitting unit E3: Third light emitting unit H: Helmet J: Vest Q: Vibration generating device W1: 1st wireless transmitter and receiver W2: 2nd wireless transmitter and receiver W3: 3rd wireless transmitter and receiver Z: D Splay

Claims (4)

The trigger 11 of the pistol 10 or the automatic rifle 10a and the ball 13 operated in conjunction with the tumbler 12 are inserted into the rear chamber 14a of the barrel 14 and tumble backwards. And a control unit 22 connected to the tumbler unit 21, a laser tube 23 connected to the control unit 22, a first battery B1, Miles laser bullet 20 consisting of a first wireless transmission and reception unit (W1) provided around the tumbler (21);
Sensing element 31 for receiving the laser (R) emitted from the laser tube 23, the control unit 32 in conjunction with the sensing element 31, the signal amplifier 33 in conjunction with the control unit 32 ), A wireless target detector 30 composed of a second wireless transmitting and receiving unit W2, a plurality of first light emitting units E1, and a second battery B2;
A personal sensing unit 40 comprising a plurality of radio target detectors 30 installed on a helmet H, a vest J, and a body part of a trainer so as to be detachable by detachable means;
A third transmitter / receiver W3 interlocked with the second wireless transmitter / receiver W2 associated with the sensing elements 31, a microcomputer C interoperable with the third transmitter / receiver W3, and The microcomputer C operates a plurality of second light emitting units E2 linked to the third battery B3 and a display unit Z for selectively emitting light, and a GPS transmitter / receiver connected to the microcomputer C. (A1) to the speaker A4 connected to the display unit Z and controlled by the alphanumeric graphic input means A2 and the text transmitter / receiver A2a and the voice transmitter / receiver A3 and the voice transmitter / receiver A3. A DMR (Data Mobile Radio) personal wireless controller 50 provided in conjunction with the;
The microcomputer C is configured to be driven to include a plurality of third light emitting units E3, a vibration generating device Q, and an effect sound generating unit ES interlocked with the third battery B3. Descriptor 60;
Miles laser bullet and wireless target detector, characterized in that consisting of the mobile handset central control unit (70) associated with the third transmitter and receiver (W3) or the GPS transmitter and receiver (A1). The method according to claim 1,
The Miles Laser Bullet 20 is a bullet laser beam (20) when using the bullet (B) in the chamber 14a of the barrel 14 of the pistol 10 or automatic rifle (10a) is the barrel 14 Is inserted into the front of the first wireless transmission and reception unit (W1) is installed on the trigger 11 of the pistol 10 or automatic rifle (10a) to be transmitted and received, the operation of the trigger (11) on and off Miles laser bullet and wireless target detector, characterized in that consisting of the on-off switch unit 15 for converting, and the wireless transmission unit 16 connected to the on-off switch unit 15 The method according to claim 1,
The detachable means of the wireless target sensor 30 has a plurality of upper portions of the support part 35 fixedly installed on the rear surface of the wireless target sensor 30, and both of the support buttons 35 have female tip buttons (inside). 36a) or a female fastener belt 37a, and on the wireless target detector 30 corresponding to the lower inner surface of the support part 35, a male snap button 36b or a hydration snuff Velcro 37b is installed. Miles system with a Miles laser bullet and a wireless target detector. The method according to claim 1,
In front of the wireless target detector 30 is a diffusion acrylic portion 38 is installed so that the laser (R) of the laser tube 23 is in contact with each other and diffused from the outside to the sensing element 31 to be delivered, Miles laser bullet and a wireless target detector, characterized in that the outer side of the wireless target detector 30 is provided with a charging battery terminal 39 for charging the second battery (B2).

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