KR102615872B1 - Shooting booth wall - Google Patents

Abstract

The present invention relates to a shooter protection and auxiliary partition that is installed in a shooting booth at a shooting range to partition individual shooting ranges and efficiently assists the shooting training of shooters in the shooting range while preventing safety accidents at the shooting range. As a shooter protection and auxiliary partition located on the side of the city, it includes a standing wall; a computing unit installed on the upper part of the standing wall; An entrance holder installed at the lower part of the computing unit and capable of holding a shooting aid when the shooter enters the entrance posture by changing the posture to a horizontal plane parallel to the ground; and a knee cradle installed at the lower part of the incident cradle, and capable of holding a shooting aid when the shooter is in a kneeling or prone posture by changing his posture to a horizontal plane parallel to the ground. It is characterized by including.

Description

Shooter protection and auxiliary partition {SHOOTING BOOTH WALL}

The present invention relates to shooter protection and auxiliary partitions, and more specifically, to a partition installed in a shooting booth at a shooting range to partition individual shooting lanes and efficiently assist shooting training of shooters within the shooting range while preventing safety accidents at the shooting range. It concerns protective and auxiliary partitions.

In general, shooting training refers to training that is conducted continuously to aim at a target installed at a predetermined distance and hit it, and the shooting training system is mainly 'shooting equipment, shooter's target, targeting system, bulletproof system, and control system.' 'This technology is applied to indoor and outdoor live-fire shooting ranges equipped with lights, video shooting ranges using simulators, and complex shooting ranges where both live-fire shooting and video shooting are possible.

In particular, for the training and education of the military and police, each region has its own dedicated live ammunition shooting range for shooting training. At most shooting ranges, a target is attached to a shooting target device fixed to the ground, and live ammunition is fired at the above target. This entails training to develop shooting skills. In this type of shooting training, the shooter is provided with live ammunition, enters each shooting range, aims at the target area, and fires according to the instructions of the fire control officer.

In such shooting training, the shooting range where each shooter is located is the space that must be treated as the most important for safety, and in particular, various convenience devices must be provided so that the shooter can focus on shooting training comfortably and efficiently.

However, the shooting ranges to date are simply spaces divided by the installation of partitions and are not equipped with separate safety or convenience devices for shooters, resulting in frequent safety accidents caused by the shooter's unexpected behavior or inexperience in using a firearm. The situation is that the shooter is unable to concentrate on shooting, reducing the efficiency and concentration of shooting training.

However, the shooting ranges to date are simply spaces divided by the installation of partitions and are not equipped with separate safety devices for shooters, resulting in frequent safety accidents caused by the shooter's unexpected actions or inexperience in using firearms. Since there are no special shooting convenience devices, the shooter is unable to concentrate on shooting and is reducing the efficiency and concentration of shooting training.

The present invention was created to solve the problems described above, and its purpose is to provide a shooting range that can be installed in a shooting booth at a shooting range to demarcate individual shooting ranges, efficiently assist shooting training of shooters in the shooting range, and prevent safety accidents at the shooting range. The purpose is to provide protection and auxiliary partitions.

According to the present invention, the shooter protection and auxiliary partition located on the side when the shooter shoots in a shooting booth, comprising: a standing wall; a computing unit installed on the upper part of the standing wall; An entrance holder installed at the lower part of the computing unit and capable of holding a shooting aid when the shooter enters the entrance posture by changing the posture to a horizontal plane parallel to the ground; and a knee cradle installed at the lower part of the incident cradle, and capable of holding a shooting aid when the shooter is in a kneeling or prone posture by changing his posture to a horizontal plane parallel to the ground. Provides a shooter protection and auxiliary partition comprising a.

Preferably, the computing unit includes an upper inner mouth portion that is recessed in a planar shape on one surface of the partition; Sliding rails installed in the vertical direction on the left and right sides of the upper inner entrance, respectively; A stepper guide installed in the vertical direction between both sliding rails and having a plurality of teeth along the vertical direction; an installation plate movably coupled to the sliding rail; a stopper installed at the lower part of the installation plate and engaging with one of the teeth of the stepper guide; and a computing device whose back surface is coupled to the installation plate and is capable of moving in height in an up and down direction along the sliding rail. It is characterized by including.

Preferably, the individual teeth of the stepper guide are composed of a horizontal surface formed horizontally on the upper side centered on the tip and an inclined surface formed diagonally with an inclination on the lower side, and the stopper is disposed in a horizontal direction from the lower part of the installation plate. A support plate formed to protrude; A bending plate that is coupled to the joint portion of the support plate and the installation plate on the bottom of the support plate and includes a grip plate that protrudes forward and a locking plate that is bent and extended from the grip plate; and a spring hinge connecting the support plate and the grip plate; It includes, wherein the stopping plate is engaged with a horizontal surface of one of the teeth of the stepper guide to fix the vertical height of the installation plate.

Preferably, an upper corrugated plate with one side coupled to the upper end of the upper inner entrance and the other side coupled to the upper end of the computing device, the horizontal width of which is formed to correspond to the horizontal width of the upper inner entrance; and a lower corrugated plate, one side of which is coupled to the lower end of the upper inner entrance and the other side of which is coupled to the lower end of the computing device, and whose width is formed to correspond to the width of the upper inner entrance. It is characterized in that it further includes.

Preferably, the computing device is configured with a touch panel to display the target state or control situation and allow the shooter to control the target state or respond to the control.

Preferably, the incident mounting portion includes a central inner entrance portion that is planarly recessed in the lower part of the upper inner entrance portion; A vertical rotating hinge in which one fixed end is coupled to the upper part of the central inner part; and an incident shelf to which the other free end of the vertical pivoting hinge is coupled and rotated in the vertical direction by rotation of the vertical pivoting hinge. It is characterized by including.

Preferably, the incident shelf includes: a first shelf that is coupled to the other free end of the vertical rotation hinge and rotates in an upward and downward direction to change its posture to a horizontal plane parallel to the ground; and a second shelf that is coupled to the outside of the first shelf by a horizontal pivoting hinge and, depending on the rotational state of the horizontal pivoting hinge, overlaps with the first shelf or rotates around the position of the horizontal pivoting hinge to develop into a shape or a straight line. 2 shelves; It is characterized by including.

Preferably, the central interior portion is characterized by having an area and depth that can be installed in a state in which the first shelf and the second shelf are overlapped.

Preferably, the knee mounting portion includes a lower inner inlet portion that is planarly recessed in the lower part of the central inner inlet portion; a vertical rotating hinge having one fixed end coupled to the lower part of the lower inner part; and a knee shelf to which the other free end of the vertical pivoting hinge is coupled and rotated in the vertical direction by the rotation of the vertical pivoting hinge. It is characterized by including.

Preferably, when the knee shelf is rotated and deployed in a horizontal state, it is supported by an inner lip located at the bottom of the lower inner lip.

Preferably, a locking protrusion is formed on the knee shelf, and a locking groove corresponding to the locking protrusion is formed on the inside of the lower inner lip to maintain the built-in state when installed in the lower inner lip of the knee shelf.

Preferably, a blocking plate made of a transparent material is installed on the target side of the standing wall.

Preferably, the screen plate is characterized in that at least one shooting window is formed.

Preferably, the shooting window is characterized in that it has a rectangular shape formed to be long in width in the transverse direction on the screen.

Preferably, the blocking plate can be opened and closed by an opening and closing hinge, and the blocking plate rotates around the position of the opening and closing hinge, so that when opened, it unfolds in the target direction and unfolds in a straight line with the standing wall, and when closed, it unfolds on the standing wall. It is characterized by being folded in a right angle direction to block the target direction.

Preferably, the screen is opened and closed manually or controlled by a remote control from a control room.

According to the present invention, it can be installed in a shooting booth at a shooting range to partition individual shooting lanes, and in particular, it has the advantage of not narrowing the shooting space within the shooting shooting range because all safety devices or convenience devices do not protrude outside the partition.

In addition, the computing device installed in the partition allows shooters to easily and conveniently recognize fire control information and express their situation to the control room, thereby maximizing the efficiency of shooting training.

In addition, the computing device is configured to easily slide up and down, which has the effect of allowing shooters with various physical conditions to easily set the height of the computing device to suit their height.

In addition, due to the nature of the computing device moving up and down in the part inside the partition, the internal part may be exposed. By shielding this internal part with an expandable shielding plate, the internal part can be shielded regardless of the height of the computing device, and the power supply placed in the internal part can be used. It also has the effect of increasing the durability of the device by preventing the signal cable from coming into direct contact with the hot shell.

In addition, shelves are provided at two heights to match various shooting postures with different gun heights, such as standing, facing, and kneeling, so that not only the shooting firearm but also shooting training aids such as magazines, headphones, glasses, target scopes, and gloves are maintained in the shooting posture. It also has the effect of increasing the efficiency and concentration of shooting training because it can be easily stored and mounted in one state.

In particular, the entrance cradle is composed of two shelves to match the entrance shooting posture in which most training takes place, and the two shelves are configured to be deployed horizontally in a plane, further increasing the convenience of the entrance shooting posture.

In addition, it has the effect of preventing safety accidents at the shooting range that may occur due to an external hit or sudden action of the shooter by being configured to close the shooter's front area with an openable and shuttable screen.

Figure 1 is a perspective view showing a shooter protection and auxiliary partition according to an embodiment of the present invention.
Figure 2 is a diagram for explaining a computing unit according to an embodiment of the present invention.
Figure 3 is a diagram for explaining a stopper according to an embodiment of the present invention.
Figure 4 is a diagram for explaining a corrugated plate according to an embodiment of the present invention.
Figure 5 is a diagram for explaining the operation of the incident cradle according to an embodiment of the present invention.
Figure 6 is a diagram for explaining the operation of the knee holder according to an embodiment of the present invention.
Figure 7 is a diagram for explaining the front closure according to an embodiment of the present invention.

Since the present invention can make various changes and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention. While describing each drawing, similar reference numerals are used for similar components.

Terms such as first, second, A, and B may be used to describe various components, but the components should not be limited by the terms. The above terms are used only for the purpose of distinguishing one component from another. For example, a first component may be named a second component, and similarly, the second component may also be named a first component without departing from the scope of the present invention. The term and/or includes any of a plurality of related stated items or a combination of a plurality of related stated items.

When a component is said to be "connected" or "connected" to another component, it is understood that it may be directly connected to or connected to the other component, but that other components may exist in between. It should be. On the other hand, when it is mentioned that a component is “directly connected” or “directly connected” to another component, it should be understood that there are no other components in between.

The terms used in this application are only used to describe specific embodiments and are not intended to limit the invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person of ordinary skill in the technical field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and unless explicitly defined in the present application, should not be interpreted in an ideal or excessively formal sense. No.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the attached drawings.

Figure 1 is a perspective view showing a shooter protection and auxiliary partition according to an embodiment of the present invention.

In one embodiment of the present invention, the shooter protection and auxiliary partition is located on the side when the shooter is shooting in the shooting booth, dividing the individual shooting range, and efficiently assisting the shooting training of the shooting ranger in the shooting range. At the same time, it has the function of preventing safety accidents at the shooting range. do.

Referring to FIG. 1, such a shooter protection and auxiliary partition includes a standing wall 100 that is formed in a plate shape and can be erected, a computing unit 200 installed on the upper part of the standing wall 100, and the computing unit 200. An entrance holder 300 installed at the lower part of the unit 200 and capable of holding a shooting aid during the shooter's entrance posture by changing its posture to a horizontal plane parallel to the ground, and at the lower part of the incident holder 300 It is installed and can be configured to include a knee holder 400 that can be changed to a horizontal plane parallel to the ground and can hold a shooting aid when the shooter is in a kneeling or prone posture.

The standing wall 100 is formed in a plate shape with a certain thickness, and is firmly fixed to the floor of the shooting range in an upright state. In particular, this standing wall 100 functions to partition individual roads. A shooting range is a place in a shooting range where a gun can be fired at a target, and the middle space where the standing walls 100 are installed on the left and right sides becomes a shooting range.

The computing unit 200 performs both display and control functions.

Figure 2 is a diagram for explaining a computing unit according to an embodiment of the present invention.

Referring to FIG. 2, the display function of the computing unit 200 includes a function of displaying the progress of shooting training delivered from the fire control room to the shooter and a function of displaying the target status during training to the shooter. This display function will be achieved through text, images, or video.

The control function of the computing unit 200 includes a function of receiving a target status control command from the shooter and transmitting it to the target machine, and a function of receiving a response command for control of the fire control room and transmitting it to the fire control room.

For this purpose, the computing unit 200 is comprised of a computing device 250, which is comprised of a touch panel to display the target status or control situation and allow the shooter to control the target status or respond to the control. It becomes possible.

Therefore, the computing device 250 is not fixed at a fixed height, but must be able to vary its height depending on the shooter's physique (eye height and hand position) so that the above-described display and control functions can be performed smoothly.

To this end, the computing unit 200 includes an upper inner part 210 that is recessed in a planar shape on one side of the partition, a sliding rail 220 that is built in the vertical direction on the left and right sides of the upper inner part 210, respectively, and A stepper guide 230 installed in the vertical direction between the sliding rails 220 on both sides and having a plurality of teeth 231 along the vertical direction, and an installation plate movably coupled to the sliding rail 220 ( 240), a stopper 260 installed at the lower part of the installation plate 240 and engaged with one of the teeth 231 of the stepper guide 230, and the rear surface is coupled to the installation plate 240. It may be configured to include a computing device 250 capable of moving in height in the vertical direction along the sliding rail 220.

The upper inner part 210 is provided so that the computing device 250 is built in so as not to protrude to the outside and can move up and down in the built-in state. Accordingly, the horizontal width of the upper inner part 210 will correspond to the horizontal width of the computing device 250, and the vertical width will be formed to correspond to the height adjustment width of the computing device 250.

The back of this computing device 250 is coupled to the installation plate 240 and is linked to the height movement of the installation plate 240.

The sliding rail 220 is installed on the left and right sides of the upper inner part 210 in the vertical direction. The back of the installation plate 240 is coupled to the sliding rail 220, so that the installation plate 240 can move vertically along the sliding rail 220, and the vertical movement of the installation plate 240 is This will result in a height movement of the computing device 250 coupled to the mounting plate 240.

Here, in order to fix the height of the installation plate 240 moving in the vertical direction along the sliding rail 220 and the computing device 250 coupled thereto, a stepper guide 230 and a stopper are provided between the sliding rails 230 on both sides. (260) is installed.

Figure 3 is a diagram for explaining a stopper according to an embodiment of the present invention.

The stepper guide 230 is installed in the vertical direction between both sliding rails 220 and has a plurality of teeth 231 along the vertical direction.

The teeth 231 are formed so that their tip portions 231c protrude toward the front, that is, in the display direction of the computing device 250. Here, the individual teeth 231 are formed with a horizontal surface 231a formed horizontally on the upper side centered on the tip 231c, and an inclined surface 231b formed diagonally with an inclination on the lower side. A plurality of these teeth 231 are formed along the vertical direction of the stepper guide 230.

Meanwhile, the stopper 260 formed on the installation plate 240 at a position corresponding to the stepper guide 230 is configured to engage with one of the teeth 231 of the stepper guide 230, through which It will be possible to fix the height of the installation plate 240 and the computing device 250 coupled thereto.

That is, the vertical position movement of the computing device 250 along the sliding rail 220 can be easily adjusted in height by the stepper guide 230 and stopper 260 installed in the upper inner part 210. there is.

The stopper 260 is coupled to a support plate 261 protruding forward from the lower part of the installation plate 240 and a joint portion of the support plate 261 and the installation plate 240 at the bottom of the support plate, A bending plate 262 consisting of a grip plate 262a protruding in the front direction and a locking plate 262b bent and extending from the grip plate 262a, the support plate 261 and the grip plate 262a. It may be configured to include a connecting spring hinge 263, and the stopping plate 262b is engaged with the horizontal surface 231a of one of the teeth 231 of the stepper guide 230 to attach the mounting plate 240. This will fix the vertical height.

When the shooter pulls the grip plate 262a with his thumb in contact with the upper surface of the support plate 261 and his index finger in contact with the lower surface of the grip plate 262a, the locking plate 262b moves forward. As it comes out, it comes out of the gear 231, and through this, the installation plate 240 and the computing device 250 coupled thereto become free and can move up and down along the sliding rail 220.

In addition, when the shooter moves the installation plate 240 and the computing device 250 coupled thereto to the desired height and releases the pulled grip plate 262a, the stopping plate (262a) is moved by the restoring force of the spring hinge 263. As 262b) enters the rear direction, it will be caught on the horizontal surface (231a) of a specific tooth (231). Therefore, the installation plate 240 and the computing device 250 coupled thereto are firmly raised and fixed at the corresponding height.

Meanwhile, due to the nature of shooting training, shell casings protrude from the gun being fired. Due to the shell ejection structure of the gun, these shell casings usually protrude to the right of the shooter, i.e. toward the shooter's protection and auxiliary partition.

Due to the structural characteristics of ammunition, gunpowder is placed inside the shell and then struck with a pestle to explode the gunpowder inside and fly away, so the shell ejected through the shell discharge port has a very high temperature. If such a hot shell casing protrudes into the upper inner part 210 of the above-described structure, it may cause device failure of the computing device 250, which has various input/output ports and connection ports on the back, and may also cause device failure in the computing device 250 connected to the computing device 250. It may damage various cables and wiring.

To prevent this, the computing unit 200 may further include a shielding configuration that can shield the upper inner part 210, which is formed to be elongated up and down, from the outside for vertical sliding movement of the computing device 250.

Figure 4 is a diagram for explaining a corrugated plate according to an embodiment of the present invention.

That is, the computing unit 200 has one side coupled to the upper end of the upper inner part 210 and the other side coupled to the upper end of the computing device 250, and its width corresponds to the width of the upper inner part 210. The upper corrugated plate 270 is formed so that one side is coupled to the lower end of the upper inner portion 210 and the other side is coupled to the lower end of the computing device 250, and the horizontal width is equal to the width of the upper inner portion 210. It may further include a lower corrugated plate 280 formed to correspond to the width.

The upper corrugated plate 270 and the lower corrugated plate 280 have a structure that has a plurality of corrugations formed in the horizontal direction and can be extended in the vertical direction.

Accordingly, when the computing device 250 moves to a lower height within the upper inner part 210, the upper corrugated plate 270 will expand and become longer, and the lower corrugated plate 280 will fold and become shorter. Conversely, when the computing device 250 moves to a high height within the upper interior portion 210, the upper corrugated plate 270 will be folded and shortened, and the lower corrugated plate 280 will be unfolded and elongated.

Therefore, even if the height of the computing unit 200 is adjusted differently depending on the shooter's physique (eye height and hand position), the inside of the upper inner part 210 is not directly exposed, so the upper inner part 210 is protected from shell casings that protrude during shooting training. ) can be completely shielded.

Meanwhile, the entrance cradle 300 is located at waist height so that the shooter can easily use it in the entrance posture of the shooter without adjusting his posture, such as bending down or raising and extending his arms.

Figure 5 is a diagram for explaining the operation of the incident cradle according to an embodiment of the present invention.

In actual shooting training, the shooter enters the shooting range with shooting training aids such as magazines, headphones, glasses, target scopes, gloves, etc. in addition to the firearm for shooting.

The entrance holder 300 according to the present invention conveniently stores and mounts shooting firearms as well as shooting training aids such as magazines, headphones, glasses, target scopes, and gloves in accordance with the shooter's entrance shooting posture while maintaining the shooting posture. provided so that you can do so.

This incident mounting portion 300 is a central inner portion 310 that is recessed in a planar shape in the lower part of the upper inner portion 210, and a vertical end in which one fixed end is coupled to the upper part of the central inner portion 310. The pivoting hinge 330 and the other free end of the vertical pivoting hinge 330 are combined to include an incident shelf 320 that is rotated in the up and down direction by the rotation of the vertical pivoting hinge 330. .

To describe the incident shelf 320 in more detail, the incident shelf 320 is rotated in the vertical direction by combining the other free end of the vertical rotation hinge 330 and is positioned in a horizontal plane parallel to the ground. The first shelf 321 to be switched is coupled to the outside of the first shelf 321 by a horizontal pivot hinge (not shown), and overlaps with the first shelf 321 depending on the rotation state of the horizontal pivot hinge. It may be configured to include a second shelf 322 that rotates around the position of the horizontal pivot hinge and develops in an L-shape or straight line.

Here, the central interior portion 310 has an area that can be built in with the first shelf 321 and the second shelf 322 overlapped to prevent external exposure of the incident shelf 320 in a state of preparation for shooting. It is desirable to have depth.

Referring to FIG. 5, the operation of the incident shelf 320 is as follows.

First, as shown in (a) of FIG. 5, the first shelf 321 and the second shelf 322 are built into the central inner part 310 in an overlapping state.

Then, as shown in (b) of FIG. 5, when the shooter pulls out the upper parts of the overlapping first shelf 321 and the second shelf 322, the vertical rotation hinge 330 is rotated 90° vertically. As a result, the posture is changed to a horizontal plane parallel to the ground with the first shelf 321 at the bottom and the second shelf 322 at the top overlapping. At this time, only the upper second shelf 322 will be provided to the shooter to store and place shooting training aids.

Thereafter, as shown in (c) of FIG. 5, the shooter rotates the upper second shelf 322 around the horizontal pivot hinge on the first and second shelves 321 and 322 that are stacked in a horizontal plane. When turned, the second shelf 322 is deployed in an L shape on the first shelf 321 by 90° horizontal rotation of the horizontal pivot hinge. At this time, the second shelf 322 and the first shelf 321 will be changed to an L-shaped position, allowing shooting training aids to be stored and mounted.

In addition, as shown in (d) of FIG. 5, the shooter moves the first shelf 321 and the second shelf 322 in the L-shaped state by further rotating the second shelf 322 around the horizontal pivot hinge. When turned, the second shelf 322 is unfolded straight from the first shelf 321 by an additional 90° horizontal rotation of the horizontal pivot hinge. At this time, the second shelf 322 and the first shelf 321 will be changed to a straight state so that shooting training aids can be stored and mounted.

Therefore, the entrance shelf in a ready state that does not protrude to the outside ((a) in Figure 5), and the incident shelf in an overlapping state that allows storage and mounting of shooting training aids while minimizing the space occupied within the furnace ((b in Figure 5) )), an L-shaped entrance shelf that allows you to classify, store and hold various shooting training aids ((c) in Figure 5), and a straight incident shelf that allows you to store and hold even long shooting training aids. Even the shelf ((d) in Figure 5) can be easily switched to four storage positions, which has the effect of increasing the efficiency and concentration of shooting training.

Here, the horizontal pivoting hinge is installed on the first shelf 321 and the second shelf 322, and a vertical pin protruding downward is installed on the bracket on the second shelf 322, and this is installed on the first shelf 321. It can be configured by providing a groove in which the vertical pin can be accommodated and rotated, and of course, the reverse arrangement of the vertical pin and the groove is also possible.

Meanwhile, the knee holder 400 is located at knee level so that the shooter can easily use it in the knee or prone posture without adjusting the shooter's posture, such as straightening the waist or raising and extending the arms.

Figure 6 is a diagram for explaining the operation of the knee holder according to an embodiment of the present invention.

The knee holder 400 according to the present invention conveniently accommodates shooting firearms as well as shooting training aids such as magazines, headphones, glasses, target scopes, gloves, etc., while maintaining the shooting posture, according to the shooter's knee or prone shooting posture. and is provided so that it can be mounted.

This knee holder 400 has a lower inner part 410 that is recessed in a planar shape in the lower part of the central inner part 310, and a vertical end in which one fixed end is coupled to the lower part of the lower inner part 410. The pivoting hinge 430 and the other free end of the vertical pivoting hinge 430 are coupled to each other and include a knee shelf 420 that is rotated in the up and down direction by the rotation of the vertical pivoting hinge 430. .

Here, when the knee shelf 420 is rotated and deployed in a horizontal state, it is supported by the inner lip at the bottom of the lower inner lip 410 and maintains a horizontal plane parallel to the ground.

At this time, a locking protrusion 421 is formed on the side of the knee shelf 420 facing the lower inner insert 410, and a locking groove 411 corresponding to the locking protrusion 421 is formed on the inner surface of the lower inner portion 410. ) is formed and will maintain the built-in state when embedded in the lower inner part 410 of the knee shelf 420. Here, the coupling and disassembly of the locking protrusion 421 and the locking groove 411 are toggle-type coupling by pressure. As an example, the locking protrusion 421 is pressed into and fastened to the locking groove 411 by external pressure, and when the external pressure is pressed again, the locking protrusion 421 comes out of the locking groove 411.

Referring to FIG. 6, the operation of the knee lathe 420 is as follows.

First, as shown in (a) of FIG. 6, the knee shelf 420 is built into the lower inner part 410. At this time, the locking protrusion 421 of the knee shelf 420 is attached to the locking groove 411 of the lower inner part 410 and the built-in state is maintained.

Thereafter, as shown in (b) of FIG. 6, when the shooter presses the stopping protrusion 421 of the knee shelf 420 from the outside, the knee shelf 420 is rotated 90° vertically by the vertical rotation hinge 430. ) changes posture to a horizontal plane parallel to the ground. At this time, a knee shelf 420 will be provided to the shooter so that he can store and hold shooting training aids in a kneeling or prone position.

Meanwhile, a screen 510 may be additionally installed on the standing wall 100 to block the forward walking of a shooter entering the target direction.

Figure 7 is a diagram for explaining the front closure according to an embodiment of the present invention.

During actual shooting training, shooters who are not skilled in shooting often walk in the direction of the target for reasons such as checking the target during training. Such accidents occur not only due to shooters entering the target direction, but also to those in the surrounding road. It has a problem that makes it dangerous and reduces the concentration of the overall training.

Therefore, in the present invention, an open/close type screen 510 is connected to the end of the standing wall 100, and the road is closed with the screen 510 during shooting to fundamentally block the shooter from moving toward the target. Another feature is that after shooting, the shield 510 is opened to allow the shooter to move to the target.

The front closing portion 500 has a shielding plate 510 connected to the end of the standing wall 100, and an opening and closing mechanism that connects the standing wall 100 and the shielding plate 510 so that the shielding plate 510 can be rotated. It may be configured to include a hinge 520.

The blocking plate 510 can be rotated forward and backward by the opening and closing hinge 520 to open and close the passage. Opening and closing of this screen 510 can be done manually or controlled by remote control from the control room. More specifically, the shielding plate 510 rotates around the position of the opening and closing hinge 510, unfolds in the target direction when opened and unfolds in a straight line with the standing wall 100, and extends in a straight line with the standing wall 100 when closed. It is folded in a right angle direction and blocks the target direction.

The blocking plate 510 is preferably made of a transparent material to ensure visibility. Here, at least one shooting window 511 may be formed in the shielding plate 510. This shooting window 511 may have various shapes, but it is preferable to have a rectangular shape with a long width in the transverse direction from the blocking plate 510 so that shooting is possible even when the blocking plate 510 is closed. . The shooting window 511 is formed by penetrating the shield plate 510 in a penetrating shape, and a plurality of shooting windows 511 may be formed locally in various positions to suit various shooting postures such as incident, kneeling, and radiant. This shooting window 511 can be opened and closed individually, separately from the manual/remote opening and closing of the screen plate 510.

As described above, the optimal embodiment is disclosed in the drawings and specifications. Although specific terms are used here, they are used only for the purpose of describing the present invention and are not used to limit the meaning or scope of the present invention described in the claims. Therefore, those skilled in the art will understand that various modifications and other equivalent embodiments are possible therefrom. Therefore, the true scope of technical protection of the present invention should be determined by the technical spirit of the attached patent claims.

100: Standing wall 200: Computing department
300: entrance holder 400: knee holder
500: front closure

Claims (16)

As a shooter protection and auxiliary partition located on the side when the shooter shoots in a shooting booth,
Standing walls;
a computing unit installed on the upper part of the standing wall;
An entrance holder installed at the lower part of the computing unit and capable of holding a shooting aid when the shooter enters the entrance posture by changing the posture to a horizontal plane parallel to the ground; and
A knee cradle installed at the lower part of the incident cradle and capable of holding a shooting aid when the shooter is in a knee slant or prone posture by changing his posture to a horizontal plane parallel to the ground; Includes,
The computing department,
An upper inner part formed in a planar depression on one side of the partition;
Sliding rails installed in the vertical direction on the left and right sides of the upper inner entrance, respectively;
A stepper guide installed in the vertical direction between both sliding rails and having a plurality of teeth along the vertical direction;
an installation plate movably coupled to the sliding rail;
a stopper installed at the lower part of the installation plate and engaging with one of the teeth of the stepper guide; and
a computing device whose back is coupled to the installation plate and capable of moving in height in an up and down direction along the sliding rail; Shooter protection and auxiliary partition comprising a.
According to clause 1,
The individual teeth of the stepper guide consist of a horizontal surface formed horizontally on the upper side and an inclined surface formed diagonally on the lower side centered on the tip,
The stopper is,
a support plate protruding from a lower portion of the installation plate in a horizontal direction;
A bending plate that is coupled to the joint portion of the support plate and the installation plate on the bottom of the support plate and includes a grip plate that protrudes forward and a locking plate that is bent and extended from the grip plate; and
a spring hinge connecting the support plate and the grip plate; Includes,
A shooter protection and auxiliary partition, characterized in that the stopping plate engages a horizontal surface of one of the teeth of the stepper guide to fix the vertical height of the installation plate.
According to clause 1,
an upper corrugated plate with one side coupled to the upper end of the upper inner entrance and the other side coupled to the upper end of the computing device, the horizontal width of which is formed to correspond to the horizontal width of the upper inner entrance; and
a lower corrugated plate with one side coupled to the lower end of the upper inner entrance and the other side coupled to the lower end of the computing device, the horizontal width of which is formed to correspond to the horizontal width of the upper inner entrance; Shooter protection and auxiliary partition further comprising:
According to clause 1,
A shooter protection and auxiliary partition, characterized in that the computing device is composed of a touch panel to display the target state or control situation and allow the shooter to control the target state or respond to the control.
According to clause 1,
The knee holder,
a lower inner entrance portion that is recessed in a planar shape in the lower part of the incident mounting portion;
a vertical rotating hinge having one fixed end coupled to the lower part of the lower inner part; and
a knee shelf to which the other free end of the vertical pivoting hinge is coupled and rotated in an up and down direction by rotation of the vertical pivoting hinge; Shooter protection and auxiliary partition comprising a.
According to clause 5,
A shooter protection and auxiliary partition, characterized in that when the knee shelf is rotated and deployed in a horizontal state, it is supported by an inner lip located at the bottom of the lower inner lip.
According to clause 5,
A locking protrusion is formed on the knee shelf, and a locking groove corresponding to the locking protrusion is formed on the inside of the lower inner entrance, so that the shooter protection and auxiliary partition is maintained when installed in the lower inner part of the knee shelf.
According to clause 1,
A shooter protection and auxiliary partition, characterized in that a screen made of a transparent material is installed on the target side of the standing wall.
According to clause 8,
A shooter protection and auxiliary partition, characterized in that at least one shooting window is formed on the screen.
According to clause 9,
The shooting window is a shooter protection and auxiliary partition, characterized in that it has a rectangular shape formed with a long width in the transverse direction on the screen.
According to clause 8,
The screen can be opened and closed by an opening and closing hinge,
The shielding plate rotates around the position of the opening and closing hinge, unfolds in the direction of the target when opened and unfolds in a straight line with the standing wall, and folds in a right angle direction on the standing wall when closed, blocking the target direction. and auxiliary partitions.
According to clause 11,
A shooter protection and auxiliary partition, characterized in that the opening and closing of the screen is done manually or controlled by a remote control from the control room.
As a shooter protection and auxiliary partition located on the side when the shooter shoots in a shooting booth,
Standing walls;
a computing unit installed on the upper part of the standing wall;
An entrance holder installed at the lower part of the computing unit and capable of holding a shooting aid when the shooter enters the entrance posture by changing the posture to a horizontal plane parallel to the ground; and
A knee cradle installed at the lower part of the incident cradle and capable of holding a shooting aid when the shooter is in a knee slant or prone posture by changing his posture to a horizontal plane parallel to the ground; Includes,
The entrance holder,
a central inner part formed in a planar depression in the lower part of the computing unit;
A vertical rotating hinge in which one fixed end is coupled to the upper part of the central inner part; and
an incident shelf to which the other free end of the vertical pivoting hinge is coupled and rotated in an up and down direction by rotation of the vertical pivoting hinge; Includes,
The incident shelf is,
a first shelf that is coupled to the other free end of the vertical pivot hinge and rotates up and down to change its posture to a horizontal plane parallel to the ground; and
A second shelf is coupled to the outside of the first shelf by a horizontal pivoting hinge, and depending on the rotational state of the horizontal pivoting hinge, overlaps with the first shelf or rotates around the position of the horizontal pivoting hinge to develop into an L shape or straight line. shelf; Shooter protection and auxiliary partition comprising a.
According to clause 13,
A shooter protection and auxiliary partition, characterized in that the central interior portion has an area and depth that can be installed in a state in which the first shelf and the second shelf are overlapped.
delete delete

Images