KR20180123208A - Shooting training ground target control device - Google Patents

Abstract

The present invention relates to a shooting training site target control device capable of performing practical training. The training site has a screen, a laser gun, and a target so that a trainer can perform shooting training in the shooting training site. The target control device comprises: a command unit remotely controlled by being connected to a human sensor or the CCTV and a broadcasting system and controlling a training situation by monitoring a monitor screen; a control unit connected to the command unit and connecting each terminal unit to display the training situation necessary for the training; and a database interlocking each terminal unit with a control system and storing data displayed on the monitor screen of the command unit. The command unit and the control unit automatically detect movement of the trainer detected from the human body sensor or the CCTV so as to separately operate the terminal units, and receive data of the database to entirely operate the terminal units so that training various versions of scenarios can be performed.

Description

Immediate action shooting training center capable of practical training. {Shooting training ground target control device}

The present invention relates to an immediate action shooting training site target control device capable of realistic training, and more particularly, to an integrated shooting control training device capable of integrally controlling and monitoring each terminal in a large shooting training field, ≪ / RTI >

Conventional military shooting ranges are operated with 1,453 units, and the environmental rights of surrounding residents due to noise, vibration, etc. are being violated, and often the loss of hearing and stress are caused by this.

In general, the shooting training ground for military training was conducted at the hill, etc. Recently, a shooting training center was installed in the building and the building, and a virtual reality system and the like were used to train a training room such as a real situation. In the past, there were frequent complaints about the shooting noise and damage to the livestock farmers near the training area.

To solve these problems, an indoor shooting simulation system capable of shooting using a firearm has been developed due to the recent development of multimedia technology and computer programming techniques.

The indoor shooting simulation system is a system that triggers toward an image target projected on a screen using a firearm. The position of the nonvisible laser projected from the firearm is recognized as a camera, and the impact point is confirmed. Such a wireless screen shooting simulation system can solve the danger of safety accident, noise generation, control of civilian access to the shooting range, which is a problem of the conventional shooting training by enabling the shooting training without using the actual firearm, and the general public To experience an interesting experience similar to real shooting.

In the simulation system, information such as firearm triggering time, triggering time or laser power control triggered during the triggering must be communicated between the firearm and the control device controlling the firearm. However, in the case of the wired simulation system, there is a problem that it is difficult to apply it to the indoor environment flexibly because the signal line must be provided for every firearm, so that it can not freely move. Therefore, recently, A wireless screen shot simulation was developed.

The wireless screen shooting simulation system includes a screen for projecting an image, a beam projector for outputting an image to the screen, a camera for capturing an invisible laser impact point shot on the screen, a laser continuously firing to match the direction of the muzzle, A control board for outputting a laser output signal and outputting a trigger signal when a trigger signal is input, and a control board for outputting a trigger signal when the trigger signal is input, It is composed of a screen image and a PC that analyze / convert the target image of the screen and the impact point of the invisible laser into the laser coordinate value.

However, in the conventional wireless shooting system, a plurality of firearms are made of firearms or machine guns, so that it is impossible to confirm the exact spot of impact when a short period of time has occurred. In addition, the conventional shooting system provides only the impact point position by operating the laser at the time of triggering, and it is difficult to expect the effect of improving the shooting ability by the posture correction because information about the correct posture of the shooter is not provided.

KR10-1551698B1

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide an apparatus and a method for training an image target projected on a screen, It is aimed to perform the training and accumulate the results in the database.

It is another object of the present invention to find a method of maximizing the training effect while discussing and discussing the training results while watching the video after the data accumulated in the above-described manner.

Another effect of the present invention is that the training can be carried out at any time, and the result is immediately grasped and the effect of the training is enhanced by reflecting the results discussed at the same time.

In order to achieve the above-mentioned object, an immediate action shooting training training target control device capable of real training is composed of a training training room equipped with a screen, a laser gun and a target machine for shooting training for training in a training room, The target control device is connected to the human body sensor or CCTV and broadcasting system, and is remotely controlled to monitor the training situation while watching the monitor screen. The control part is connected to the control part and connects each terminal part, And a database for storing data displayed on a monitor screen of the control unit in cooperation with each control unit; Wherein the controller and the controller automatically operate the terminal unit by sensing the movement of the trainee sensed by the human body sensor or CCTV or receive the data of the database to operate the terminal unit as a whole So that training of various scenarios can be produced.

The instant control training device capable of realistic training of the present invention is composed of a system which makes it possible to practically perform military training. Each terminal of the system produces a suitable training situation during training and accumulates the result in a database, And to verify the effect on training results.

In addition, it is possible to perform the preliminary military training efficiently by performing the gradual training by applying the accumulated training results to the novice trainee who is training for the first time, and it is advantageous to perform the stepwise training.

In addition, it can be trained by simulations in the room, so it is less costly, can be stably carried out in bad weather conditions such as weather, There are advantages.

1 is a basic configuration diagram of a shooting training site target control device of the present invention
FIG. 2 is a view showing a control system connection diagram

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a preferred embodiment of an immediate action shooting training site target control device capable of practicing actual training according to the present invention will be described in detail with reference to the accompanying drawings. It is to be understood that the present invention is not limited to the disclosed embodiments, but may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, It is provided to inform.

FIG. 1 is a basic configuration diagram of a shooting training site target control device of the present invention, and FIG. 2 is a control method connection diagram of the shooting training target target control device of the present invention.

As shown in FIGS. 1 and 2, the immediate action shooting training site target control device capable of realistic training according to the present invention is connected to a CCTV and a broadcasting system, and is remotely controlled to control a training situation A control unit 200 connected to the control unit 100 and connected to each of the terminal units 400 to control the training situation necessary for the training process, And a database 300 for storing the data displayed on the monitor screen of the control unit in cooperation with each other.

The shooting training target control device is composed of a training room equipped with a screen, a laser gun and a target machine for shooting training for training in a training room.

In addition, the target control device of the shooting training site is connected to the control system and each terminal unit 400 connected to the control unit 200 stores data. Each terminal unit 400 is detected by a human body sensor, It is controlled through the control system so as to be able to direct the training situation.

In the control unit 100, the target unit, the simulated opponent group, the smoke generator, the sound generator, and the flare generator connected to the control system are remotely controlled and the training situation can be monitored in real time. The target unit is moved by the terminal unit 400 that manages the target unit. The target unit is remotely controlled by the target controller and the target acquisition camera. When the trainer fires, the laser is triggered by the laser beam launcher, The noise generator is triggered by the gunshots and the training situation is displayed like the actual display situation.

The database 300 can confirm the operation result and the CCTV information of the control system in a real-time training course, and store the training result in the database 300, and reproduce the training data afterwards, And a post-criticism system for discussing the results of the training, so that the performance of the training can be improved based on the database 300.

In the laser gun, which is the terminal used by the trainee for shooting, gunpowder smoke is ejected, and the effect is such that the actual firearm is triggered by the fire reaction machine. The trainee's shot and the hit of the target are displayed on the monitor of the control unit and the image of the training process is stored in the database. Also, the shooting result of the trainee is analyzed by the shooting statistical analysis system, Training is re-simulated to increase training effectiveness.

When the trainer takes the laser beam to the training area with the firearm, the training simulator is activated in the control unit, and the training situation corresponding to the condition of the trainer is produced in the control part of the control system according to the training simulation. In other words, when the trainee enters the training area for training, the human sensor detects the trainee 's position and a simulated opposing group appears on the screen.

The trainee will train towards the target on the screen, and the control system connected to the control unit will cause the smoke situation to occur, such as smoke generation or flare. In addition, when the trainer triggers the target, the firearm recovers like a firearm that is fired by a realistic shotgun, the gun sounds at the sound generator, the laser fired by the laser beam launcher hits the target, The target controller and the target management system are transmitted to the control unit to store data on the training situations.

To this end, the terminal unit is provided with a human body sensor for detecting a position of a trainee, a simulated opposing body displayed on a screen when a trainee's position is sensed by the human body sensor, a target unit displayed on the screen, and a control system connected to the control unit A sound generator for generating sound by a control system connected to the control unit, and a flare generator for generating illumination by the control system.

The image displayed on the screen is projected from the beam projector controlled by the control unit and displayed on the screen.

The beam projector is connected to the control unit through the control system and installed on the ceiling or wall of the room, and projects the image provided by the control system on the screen. The provided image can be provided with images according to various shooting programs according to the user's selection. For example, at high speed, the clay shot that shoots the target with instant judgment and motion, Targeted firing with high concentration and accuracy, sniper-like images destroying terrorists armed with mortars and high-powered weapons in a virtual city for a period of time can be provided.

The screen has a rectangular screen and is connected to the control system and installed on the wall of the room facing the beam projector. According to the present invention, it is desirable that the screen is a wide screen having a length longer than the vertical length so that a plurality of trainers can train toward the screen.

The camera is installed on the ceiling or wall to face the screen, and captures and transmits the image of the screen under the control of the control system. As the camera is photographed in synchronism with the laser drive signal, it correctly recognizes the laser position projected on the screen from the gun of the trainee during firing. The photographed image is transmitted to the control system as described below and provided to the shooter as an impact point or laser locus information. When the screen is wide, a plurality of cameras may be installed. Each camera is installed at an appropriate position spaced apart from each other so as to recognize a divided area of the screen divided into a predetermined size.

The laser gun, which is a trainer's shooting terminal, may include a trigger, a barrel, a handgun, a pistol, a rifle and a machine gun capable of performing shooting, and a firearm is provided with a firearm control device connected to the control system for control .

The firearm control device includes a laser module for emitting an invisible laser, a triggering sensor, a triggering control unit, a storage unit, and a wireless communication module for communicating with the control system.

A laser gun used by a trainee for shooting training is a laser beam emitted by a laser module to a target unit. The laser module is detached from a muzzle of a gun and an invisible laser diode having a wavelength of 700 to 1,000 nm is used. The laser module controls the laser emission by the laser drive signal of the control system received through the wireless communication module. The laser drive signal SL is a periodic signal that turns on and off the laser, and can be sequentially transmitted to the guns of a plurality of trainees.

The control system connected to the control unit is wired or wireless, and the wireless communication module wirelessly transmits and receives the trigger signal such as the laser driving signal and the cumulative number of pulses generated by the trainee's gun, the trigger sequence, and the gun ID to the control system. Various schemes such as Bluetooth, RF, and IRDA can be used for communication, but a ZigBee communication system which is simple in system implementation and economical and consumes less power is preferable.

In order to counteract the trainee's firearm when the laser firearm triggers, the handle of the firearm contains a gas tank containing compressed gas and a control valve installed in an air tube connected to the gas tank to provide a path of compressed gas or compressed air A valve is provided. As the control valve, it is preferable to use a mechanical valve capable of real-time reaction so that compressed air can be discharged at the same time as the triggering, or an electronic or electric control valve having a relatively high operation speed.

The control system is an information processing apparatus such as a computer that performs overall control of a simulation system through a network. The control system includes an input unit for inputting a command for system control, an output unit for outputting images and various data to a screen, , A stor- age unit in which gun information data such as a triggering order, a triggering time, laser coordinates fired at each gun, and image data projected on the screen are stored, a screen including an impact point of the non-visible laser fired from the gun An image processing unit for receiving an image and converting the image into digital data, a system control unit for controlling each configuration of the system according to the present invention to execute shooting simulation, and a communication unit for transmitting and receiving data to and from external equipment.

The target control device of the shooting training site is connected to a control system so that each terminal connected to the control unit stores data and each terminal is detected by a human body sensor and is controlled by a control system through the corresponding terminal, do.

Although the present invention has been described with reference to the drawings, it is to be understood that the present invention is not limited to the disclosed embodiments and drawings, It is needless to say that various modifications can be made by those skilled in the art within the scope of the technical idea of the invention.

100: control unit 200: control unit
300: database 400:

Claims (2)

A shooting training site target control device capable of practical training,
The shooting training site target control device is composed of a training room equipped with a screen, a laser gun and a target machine for shooting training for training in a training room,
The target control device is connected to a human body sensor or a CCTV and broadcasting system, and is remotely controlled to monitor a training situation while monitoring a monitor screen.
A control unit connected to the control unit and connected to each terminal unit so as to control the training situation necessary for the training,
A database for storing the data displayed on the monitor screen of the control unit by interlocking the terminal units with the control system; And,
The terminal unit includes a human body sensor for detecting the position of the trainee and a simulated opposing body displayed on the screen when the position of the trainee is detected by the human body sensor and a target system displayed on the screen and a control system connected to the control unit, A sound generator for generating sound by a control system connected to the control unit, and a flare generator for generating illumination by the control system,
In the target control device of the shooting training site, each terminal connected to the control unit is connected to a control system to store data. Each terminal is sensed by a human body sensor and controlled by a control system through the corresponding terminal,
The control unit and the control unit automatically detect the movement of the trainee sensed by the human body sensor or CCTV to individually operate the terminal unit or receive data of the database to operate the terminal unit as a whole to perform various scenarios training Directed,
A plurality of cameras installed so as to face the screen photographs the divided areas of the screen in synchronism with the laser driving signals of each camera and photographs the corresponding divided areas projected on the screen during laser firing from the laser gun of the trainee The camera is shot in synchronization,
Characterized in that the laser gun used by the trainer in the shooting training is a nonvisible laser diode with a wavelength of 700 to 1,000 nm which is laser beam fired at the target unit by the laser module and the laser module is detached at the muzzle of the gun. Training site target control device.
The method according to claim 1,
The database is used to confirm the results of the operation of the control system and the CCTV information in a real-time training room, And a criterion system.

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