KR101889319B1

KR101889319B1 - Indoor shooting training ground gunpowder smoke discharge device

Info

Publication number: KR101889319B1
Application number: KR1020160028256A
Authority: KR
Inventors: 서승호; 우순
Original assignee: (주)에프티에스
Priority date: 2016-03-09
Filing date: 2016-03-09
Publication date: 2018-09-20
Also published as: KR20170105267A

Abstract

The present invention relates to an apparatus for discharging gunpowder smoke in an indoor shooting training facility, and more particularly, to a gunpowder smoke discharging apparatus for discharging gunpowder smoke generated when a shooting training is performed in an indoor chamber shooting range.
The fire drill of the indoor type fire drill of the present invention is installed in a fire drill installed in an indoor space of a building. The fire drill includes a sound absorbing material and a rubber block installed inside the building wall, a building soundproofed by the soundproof wall A training space which is irregularly arranged with a projectile wall of a type, a b shape or a C shape so as to be suitable for military training, a target device or a target model irregularly installed in the training space, And a powder smoke discharging device for discharging the explosive smoke generated by the shooting training in the above training space to the outside of the building.
The explosive smoke discharging device of the indoor type shooting training room of the present invention can rapidly improve the effect of the training by discharging the explosive smoke generated at the indoor shooting training place or the shooting range to the outside so that the trainees can train at the comfortable training place.

Description

{Indoor shooting training ground gunpowder smoke discharge device}

The present invention relates to an apparatus for discharging gunpowder smoke in an indoor shooting training center, and more particularly, to a firepower smoke discharging apparatus in an indoor shooting range, To an explosive smoke discharge device for discharging gunpowder smoke from an indoor shooting training center.

In the past, the shooting training ground for military training was conducted at a hill, but recently, a shooting training center was installed in buildings and buildings, and a virtual reality system and the like were used to train a training room like the actual situation. In the past, there were frequent complaints about the shooting noise and damage to the livestock farmers near the training area.

The building indoor type training area is composed of a training area or shooting area, a control room, a gun room, and other waiting rooms, and a sound system for noise isolation as well as a safety system such as an automatic fire control system and a peat protection facility.

However, in the case of such an indoor training field or shooting range, the visual field is obscured due to the explosive smoke generated when the bullet is fired, and the trainee can not concentrate on the training.

KR10-1385724B1

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems and it is an object of the present invention to quickly and easily discharge the gunpowder smoke generated in an indoor type shooting training center.

It is also intended to provide a laser vision system for providing real situations in order to attain the purpose of training of an indoor type shooting training center.

In addition, it is aimed at irregularly installing a target model, a prototype wall, and the like in an indoor shooting training room so that the trainer can concentrate on the training, and to secure the health of the trainee from the smoke of gunpowder and the polluted air.

In order to achieve the above-mentioned object, the gun smoke discharging device of the indoor type shooting training place is installed in the shooting training place installed in the indoor of the building, and the shooting training place includes a soundproofing material, A training space which is irregularly arranged with a projectile wall of a type, a b shape or a C shape so as to be suitable for military training in a soundproofed building, a target unit or a target model irregularly installed in the training space, , And a powder smoke discharging device for discharging the explosive smoke generated in the training space in the training space to the outside of the building.

In addition, a laser vision system is provided in the training space to scan and measure each area of an object to be measured, to emit a three-dimensional image, to perform the same training as the actual situation, and to measure a training result .

The firing training site is further provided with a catwalk for facilitating the movement of a trainer who can supervise and supervise the training situation of the trainer at a certain height.

A shooting range in which a target is set at a predetermined distance from the upper two layers of the training room and shooting training can be performed on the shooting range, a gun smoke discharging device installed in the shooting range to discharge gunpowder smoke generated during shooting training, And a sound absorbing material installed on the wall surface for soundproofing inside the shooting range.

The explosive smoke discharging device of the indoor type shooting training room of the present invention can rapidly improve the effect of the training by discharging the explosive smoke generated at the indoor shooting training place or the shooting range to the outside so that the trainees can train at the comfortable training place.

It also has the effect of promoting the respiratory health of the trainee who is shooting training in the indoor space by rapidly discharging the gunpowder smoke and polluted indoor air.

With this effect, it is possible to obtain the data that can be utilized in the actual practice by improving the training effect of the soldiers who are engaged in the reserve army training or the military training, and by statisticalizing the training results.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side view of an indoor type shooting training room showing a discharge device of the present invention. FIG.
Fig. 2 is another side view of the indoor type shooting training room showing the discharging device of the present invention
FIG. 3 is a partial enlarged view of a side view of an indoor type shooting training room showing a discharge device of the present invention
Fig. 4 is a top plan view of the indoor type shooting training room showing the discharge device of the present invention
FIG. 5 is a top plan view of a first floor catwalk plan of an indoor type shooting training room showing a discharge device of the present invention
6 is a plan view of a two-layer discharge device of an indoor type shooting training room showing a discharge device of the present invention

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a powder smoke discharging apparatus of an indoor type shooting training ground 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.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side view of an indoor shooting training room showing a powder smoke discharging device of the present invention. FIG.

As shown in FIGS. 1 to 4, the gun smoke discharging device of the indoor type shooting training station 11 of the present invention is installed in a shooting training room or a shooting range installed in a building interior. The shooting training center uses the sound absorbing material or the rubber block on the inner wall of the building so as to prevent the shooting noise from leaking out. The soundproof wall is installed by sealing the access door, the building wall and the window, and the soundproof effect is better in the case of a building without a window.

The shooting training ground 11 is formed by a bracket wall 14 formed by arranging a projecting wall 14 in an inner bottom space and the projected wall 11 is irregularly arranged before and after a human height level when assembled and installed Thereby providing a training space and shielding the target unit 15 or the target model 13 installed in the training space. In the training space, a plurality of trainers' shooting zones (12) may be installed in a row on one side so that they can be shot by a group.

In addition to the projectile walls 11, a wooden sculpture, a shrub sculpture, or a sculpture such as a rock and a hill can be installed in the training space so that the trainee can feel a sense of training in a natural environment. In addition, the above-mentioned trainees' shooting zone (12) can maximize the effect of training by installing sculptures such as a ditch shape and a dungeon shape in addition to the shooting range capable of standing fire.

The apparatus includes a suction port (161) through which fresh air is introduced, a suction port (161) through which the fresh air flows, and a suction port An air intake duct 16 for transferring the air to various places inside the shooting training facility, and an air hole (not shown) installed in the air intake duct 16 to disperse fresh air into the shooting training area.

The contaminated air such as gun powder smoke generated in the indoor shooting training area 10 is sucked into the exhaust duct 19 and is discharged to the outside through the exhaust port 191. [ The air inlet 161 and the air outlet 191 are provided with blowers (not shown) for forcibly blowing air to be sucked and exhausted, and are blown by the operation of the motor.

FIG. 5 is a plan view of a catwalk 17 installed in an indoor type shooting training facility equipped with the explosive smoke discharging device of the present invention.

In the catwalk 17, the trainee is installed to check the training situation without interrupting the training of the trainee when the trainee is trained, and it is installed in a deck at a predetermined height so that the indoor training situation can be closely checked. A catwalk step 177 is installed on one side of the catwalk 17 so as to be able to ascend to the catwalk 17.

In the training space, each area such as the shape and position of the measurement object installed in the training space, that is, the projectile wall, the target unit, the target model, or the training model is scanned and measured, and the three- And a laser vision system capable of performing the training and measuring the result of the training. The laser vision system is installed in the interior of the indoor shooting training room so as to have the same effect as the actual training situation, and the training result is collected and utilized in the database.

FIG. 6 is a plan view of a shooting range and a powder smoke discharging device installed separately on the second floor as an indoor shooting range equipped with the powder smoke discharging device of the present invention.

A separate shooting range (21) is provided on the upper two layers of the training area to perform the shooting training by installing the two-layer target unit (22) and the like. A separate air conditioning system is installed in the shooting area 21 of the two-layered structure during the shooting training, and the air conditioning system supplies fresh air through the second-layer intake port 261 to the second-layer intake duct 26, Air in the indoor shooting range is collected in the two-layer exhaust duct 27 and discharged to the outside through the two-layer exhaust port 291. [ A blower (not shown) is also installed in the explosive smoke exhaust device of the above-mentioned two-layer shooting range to forcibly blow the wind.

In addition, the lighting training facility and the shooting range are provided with lighting facilities on the ceiling (29), respectively, so as to set the necessary conditions such as daytime, midnight, or night with stars and moon.

The protruding wall provided in the training space is made of rubber material, and a moving wheel or the like is installed at the lower part so as to be easily transported, and is manufactured and installed in the shape of L, C, or U, Adjustable.

Although the present invention has been described with reference to the drawings, it is to be understood that the invention is not limited to the disclosed embodiments and drawings, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the scope of the invention.

10: Indoor Shooting Training Ground 11: Training Ground 21: Shooting Range
12: Trainee 13: Target model 14: Projectile wall
15: Targeting unit 16: Intake duct 17: Catwalk
18: laser beam system 19: exhaust duct 21:
22: two-layer target 26: two-layer intake duct 27: two-layer exhaust duct 28: wall sound absorbing material 29: ceiling 40: inner door 41: waiting room 42: outer door 43: preparation room 50: soundproof wall 161: intake port 177: : Exhaust port 261: Two-layer intake port 291: Two-layer exhaust port
266: air hole

Claims

In an indoor shooting training facility in which a door, a building wall and a window are sealed by a sound absorbing material or a soundproof wall of a rubber block,
A protruding wall 11 formed in the inner space of the indoor type shooting training area as a bracket type, a b-shaped or a c-shaped wall, irregularly arranged at a human height level to provide a training space, (12),
In addition to the projectile walls 11 in the training space, a wooden sculpture, a shrub sculpture, or a rock and hill sculpture are further installed to provide a feeling of training the trainee in an actual natural environment,
An intake duct 161 for introducing fresh air into the training space so as to discharge smoke generated during shooting training to the outside, an intake duct 16 for transferring the air of the intake port 161 to the inside of the shooting training room, An air hole provided in the intake duct 16 to disperse fresh air into the shooting training area; And
The contaminated air such as the explosive smoke generated in the indoor shooting training area 10 is sucked into the exhaust duct 19 and discharged to the outside through the exhaust port 191,
The air intake port (161) and the air exhaust port (191) are blower operated by a motor for forcibly sending out intake air and exhausted air:
A catwalk (17) installed in a deck form at a predetermined height so as to ascend to the catwalk stair (177) and check the training situation: and
Scanning the respective areas including the shape and position of the mounted turret wall, the target machine, the target model, or the training model in the training space, measuring the respective areas and outputting the three-dimensional image, A laser vision system for measuring the results of training; And
And a database for collecting and storing training results by installing the laser vision system in an indoor shooting training room so as to have the same effect as an actual training situation,

delete

The method according to claim 1,
A shooting range in which a target is set up at a certain distance on the upper two stories above the training area and shooting training can be performed on the shooting range; And
A gun smoke exhaust device installed in the shooting range so as to discharge gun smoke generated during shooting training; and
A sound absorbing material installed on a wall surface of the shooting range for soundproofing; Wherein the soundproof wall is enclosed by an indoor type shooting training room