KR200415376Y1 - Shooting apparatus for zero in on - Google Patents

Abstract

The present invention can adjust the zero point indoors without a separate shooting range, and since it does not use real bullets, it can reduce the consumption and noise damage, prevent safety accidents, and adjust the zero of the rifle from time to time, thus increasing the accuracy of the shooting. To simulated firing devices.

To this end, the present invention includes a sleeve which is selected to the base of the rifle and has a laser launcher inside; A switch mounted behind the trigger of the rifle to operate the laser launcher when the trigger is pulled; A light receiving unit which receives the laser light from the laser launcher; And a display unit connected to the light receiving unit to display the light receiving position of the laser light as light emission.

Laser Launcher, Receiver, Display, High Brightness LED

Description

Simulation apparatus for zero adjustment {Shooting apparatus for zero in on}

1 is a front view of the rifle of the embodiment of the present invention

Figure 2 is a cross-sectional view showing a laser launcher mounting structure of the rifle of an embodiment of the present invention

3 is a side sectional view showing a light receiving unit and a display unit according to an embodiment of the present invention;

4 is a front view showing a light receiving unit and a display unit according to an embodiment of the present invention;

<Code Description of Main Parts of Drawing>

1: Muzzle 2: Trigger

3: scale 4: scale

10: sleeve 11: hole

20: laser launcher 21: switch

25: adjusting screw 26: adhesive

30: light receiving unit 31: light receiving sensor

32 filter 40 display unit

41: high brightness LED 42: target

50: stand 60: height adjustment means

61 substrate 62 control shaft

64: ball 67: ball spot

The present invention relates to a device capable of adjusting the zero point of a rifle without using a real bullet. More specifically, the laser gun is fired from the anti-weapons when the trigger is pulled after the laser launcher is mounted on the rifles of the rifle. The target location of the light receiver is reflected on the target location of the display unit so that the light receiving position of the laser beam is emitted from the target location of the display unit, so that the target location is emitted as the impact point (the bullet mark) remains on the target site, so that the zero point of the rifle can be easily adjusted. To simulated firing devices.

In general, a rifle such as the M16 will regularly exercise training to improve the accuracy of the shot by adjusting the zero point. Since zeroing is the actual use of live bullets, training is performed in a separate shooting range to reduce safety accidents and noise damage. The shooting range uses plywood with targets attached, and the soldiers fire their rifles toward the targets to zero. Since the rifle is equipped with scales and scales, it is possible to adjust the zero of the rifle by adjusting these scales and scales while checking the location of the impact point on the target.

However, since the shooting range must be used to adjust the zero point, there were disadvantages in that it was accompanied by limitation of the place and wasted time to move to the shooting range. In addition, since the ammunition is used, the ammunition is wasted, and a safety accident may occur if carelessness occurs during the shooting process. In addition, in the case of the plywood attached to the target paper was damaged in the process of forming an impact point, there was a hassle such as frequent replacement and repair.

The present invention was developed in view of the conventional problems, the purpose of the present invention can be adjusted to zero in the room without a separate shooting range, since it does not use a real bullet can reduce the consumption and noise damage and prevent safety accidents, Since the rifle's zero point can be adjusted from time to time, the aim is to provide a simulated firing device to increase the accuracy of the shot.

It is another object of the present invention to provide a zero point simulated firing device which has improved the utilization of the simulated shooting device by disassembling the laser launcher, the switch and the simulated magazine for easy shooting and handing over to the next shooter.

Another object of the present invention is to provide a means for precisely matching the center between the simulated shooting laser launcher and the sleeve for mounting the same so that when the sleeve is fitted to the muzzle of the rifle, the launcher center of the laser launcher and the rifle This exact match provides a zero-range simulated shooting device that increases the accuracy of zero adjustment.

In addition, another object of the present invention is to adjust the height of the light receiving unit receiving the simulated shooting laser light easily, for zero adjustment to actively cope with changes in shooting posture and shooting distance, such as sitting or lying down To provide a simulated shooting device.

In order to achieve the above object, the present invention includes a sleeve which is selected to the base of the rifle and has a laser launcher inside; A switch mounted behind the trigger of the rifle to operate the laser launcher when the trigger is pulled; A light receiving unit which receives the laser light from the laser launcher; And a display unit connected to the light receiving unit to display the light receiving position of the laser light as light emission.

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

1 is a front view of a rifle of an embodiment of the present invention, Figure 2 is a cross-sectional view showing a laser launcher mounting structure of the rifle of an embodiment of the present invention, Figure 3 is a side cross-sectional view showing a light receiving portion and the display portion of the embodiment of the present invention. A sleeve 10 is provided in the base unit 1 of the rifle with a scale 3, a scale 4, and an anti-base 1 and a trigger 2.

The sleeve 10 is formed in a cylindrical shape and can be easily assembled since it is simply connected to the anti-trigger 1 by inserting it into the sleeve 10. The laser launcher 20 is formed in the sleeve 10 so as to be concentric with the center of the anti-trigger 1. Is built. In front of the sleeve 10, a hole 11 coinciding with the center of the laser launcher 20 is formed to guide the laser light to be emitted.

The center of the laser launcher 20 is adjusted with the sleeve 10 through a plurality of adjustment screws 25 provided radially on the outer circumferential surface of the sleeve 10. Three adjustment screws 25 are fastened to the inside of the sleeve 10 at intervals of 120 degrees to support the laser launcher 20 three points. Centering between the laser launcher 20 and the sleeve 10 is performed as follows.

The laser launcher 20 is embedded in the sleeve 10, and the laser launcher 20 is fixed with the adjustment screws 25, and then the sleeve 10 is mounted and rotated on a separate turntable center. Laser light is emitted from the launcher 20 to match the target. At this time, if the laser light appears as a single point at the center of the target site, the center of the sleeve 10 and the laser launcher 20 are coincided. If an ellipse or a crushed circle appears, the laser launcher 20 is connected to the sleeve 10. Since it is mounted in an unbiased state, while repeating the loosening and tightening of the adjusting screws 25, the ellipse or the crushed circle does not appear, and the correction work may be continued until the laser light appears as a single point.

When the center calibration operation between the laser launcher 20 and the sleeve 10 is completed, the adhesive 26 is injected into the sleeve 10 to fix the laser launcher 20 to the inside of the sleeve 10. The center of gravity is fixed so that the accuracy of the product is improved.

The trigger 2 of the rifle is provided with a switch 21. Pulling the trigger 2 activates the switch 21 and is configured to emit a laser beam from the laser launcher 20. The rifle is equipped with a model magazine 22, the battery 23 for supplying power to the laser launcher 20 and the switch 21 once pressed from the laser launcher 20 as if a bullet was fired The circuit part 24 which controls a laser beam to be emitted by a single shot is built-in.

The present invention includes a light receiving unit 30 receiving the laser light from the laser launcher 20 and a display unit 40 connected to the light receiving unit 30 by wire or wirelessly. The light receiving unit 30 is provided with a plurality of light receiving sensors 31 arranged vertically and horizontally therein, the front is provided with a filter 32 to block unnecessary visible light and to pass only necessary laser light. And the target paper 33 is attached to the front of the filter 32.

The display unit 40 is provided with a plurality of high-brightness LEDs 41 arranged vertically and horizontally therein, and a target paper 42 in front of the display unit 40. The high brightness LED 41 is arranged so as to correspond one-to-one with the light receiving sensor 31 so that the laser light receiving position of the light receiving sensor 31 is displayed on the high brightness LED 41, and the light receiving unit 30 and the display unit are arranged. 40, the light receiving position and the light emitting position are controlled by the controllers 34 and 43. In addition, the display unit 40 is provided with a reset switch 44 to turn off the high-brightness LED 41 emitted from the display unit 40 to allow the next trainee to train.

The light receiving unit 30 and the display unit 40 are fixedly stored on the stand 50. And the stand 50 has a height adjusting means 60 that can adjust the height of the light receiving portion 30 and the display portion 40 according to the shooting position and shooting distance, such as sitting or lying down shooting.

The height adjusting means 60 is provided with a substrate 61 having a pair of adjusting shafts 62 having a ball seat 67 formed in multiple stages, and a pair of fittings fitted to the adjusting shaft 62 on the stand 50. Axial hole 63 is formed. Each of the shaft holes 63 has a ball 64 that is pressed by the adjustment screw 66 and the spring 65 and is elastically fitted to the corresponding seat 67 of the adjustment shaft 62. .

The simulated firing apparatus of the embodiment of the present invention, which is configured as described above, does not use a real bullet, and thus there is no restriction on a zeroing position. Therefore, it is possible to adjust the zero point in the indoor quarter or indoor gymnasium to reduce the time to move to the shooting range, and to perform zero adjustment in all weather regardless of the weather.

Zero adjustment method according to an embodiment of the present invention is as follows.

First, the sleeve 10, in which the laser launcher 20 is embedded, is plugged into the anti-trifle 1 of the rifle and the switch 21 is mounted on the trigger 2. In this case, the switch 21 and the laser launcher 20 may be connected by wire or wirelessly and are not shown in the drawings. The light receiving unit 30 and the display unit 40 are installed side by side on the stand 50, and the light receiving unit 30 and the display unit 40 are connected by wire or wirelessly. In the case of wireless connection, the light receiver 30 is installed only on the stand 50, and the display unit 40 may be installed in a control room having a fire controller or the side of the shooting soldier. In the case of wireless, the soldier moves to the target site to check the impact point. There is no need to reduce the zeroing time.

Pulling the trigger 2 of the rifle activates the switch 21 and briefly fires the laser light from the laser launcher 20 in a single shot. The laser beam is emitted to the light receiving unit 30 through the hole 11 of the sleeve 10 and is hit by one of the light receiving sensors 31 of the light receiving unit 30. When the signal from the light receiving sensor 31 receiving the laser beam is transmitted to the corresponding high-brightness LED 41 of the display unit 40 via the controllers 34 and 43, any one of the target sites 42 is emitted. Since it emits light, the impact point can be checked.

The zeroing is usually performed by firing three shots to see their impact point and to adjust the rifle's scale 3 and scale 4 so that the high-brightness LED 41 emitted by the laser light emitted from the laser launcher 20 is adjusted. By zeroing the light, you can see the impact point formed by firing a real bullet and perform the same zeroing.

After zero adjustment, the shooter removes the sleeve 10, the switch 21, and the model magazine 22 attached to his rifle, takes over to the next shooter, moves to the display section 40, and presses the reset switch 44 The high brightness LEDs 41 emitted from the display unit 40 are turned off so that the next shooter can continue the training.

And the stand 50 can adjust the height by the height adjusting means (60). When the stand 50 is raised or lowered, the stand 64 is elastically detached from the ball seat 67 or inserted into another ball seat 67 while being pushed by the spring 65. When the height is adjusted and the adjustment is completed, the stand 50 is fixed in the state where the ball 64 is fitted into the ball seat 67 is locked, it is convenient to adjust the height of the light receiving unit 30 according to the shooting posture.

As described above, according to the present invention, a laser launcher is mounted on the firearm of the rifle and a switch is mounted on the trigger, but the laser launcher is attached to the firearm through the sleeve, so the configuration is simple and easy to manufacture. It can be applied to all firearms, and after one person is trained, it can be delivered to the atmospheric shooter after disassembly for continued use. And the laser launcher mounted on the sleeve can increase the reliability of the product because the center of the sleeve is precisely adjusted through the adjustment screw that can adjust the center thereof.

The present invention is to prevent the shooting range safety accidents that may occur if the shooting training through the simulated shooting training device first during the training training of the trainees, and the shooting skill is mastered by the simulated zero shooting training. Breathing techniques, triggering techniques, formation of impact forces, scales for zero adjustment, and creep correction of scales, etc.), and because you can measure your shooting skills from time to time, gaining confidence in shooting and mastering the skills Capability can be cultivated, and even a small unit without a shooting range can use a simulated firing system to reduce the time and expense of moving to another unit for firing training. Repeated mastery training to cultivate confidence in night shooting and The effects of such concentration that education increases the simulated firing exercises available in the room without.

According to the present invention, since a plurality of light receiving sensors receiving the laser light of the laser launcher are arranged vertically and horizontally in a light receiving unit, and a filter is attached to block unnecessary visible light, the light receiving rate of the laser light can be increased, and a target paper is attached to the light receiving unit. It is the same as the target when shooting, so you can increase the effectiveness of your training.

The present invention is provided with a display unit having a high-brightness LED corresponding to the light-receiving unit one-to-one, so when the position of the laser light reaching the light-receiving unit is transmitted to the display unit, the high-brightness LED is emitted to accurately display the impact point location of the light-receiving unit soldier You can easily zero your rifle.

The present invention may be connected to the display unit by forming the display unit integrally on the light receiving unit integrally, and when connected to the light receiving unit wirelessly, the display unit can be used next to the shooting control room or the soldier to shoot, so as a target to check the impact point The inconvenience of moving can be reduced.

In addition, since the present invention does not use the actual bullet, it can reduce the consumption of the bullet and thereby reduce the noise damage. And since the zero can be adjusted regardless of the place, it can be easily adjusted in the room, thereby preventing safety accidents and improving the accuracy of the zero adjustment.

Claims (4)

A sleeve which is selected in the base of the rifle and has a laser launcher inside; A switch mounted behind the trigger of the rifle to operate the laser launcher when the trigger is pulled; A light receiving unit which receives the laser light from the laser launcher; And And a display unit connected to the light receiving unit and configured to display a light receiving position of the laser light as light emission. The method of claim 1, The light receiving unit is provided with a plurality of light receiving sensors arranged vertically and horizontally, The display unit includes a plurality of high-brightness LEDs arranged vertically and horizontally to correspond one-to-one with the light receiving sensors. The light receiving unit is provided with a filter that passes only the laser light, And a reset switch for turning off the high-brightness LEDs that are emitted. The method of claim 2, The sleeve is provided with a plurality of radially radial adjustment screws that can adjust the center of the laser launcher to match the center of the sleeve and the base of the rifle, The light receiving unit and the display unit are connected by a wire, and the light receiving unit and the display unit are provided as a stand so that the display unit is placed above the light receiving unit. The stand is a zero-measure simulated firing apparatus, characterized in that the height adjustment means for adjusting the height of the light receiving unit to adjust the position of the light receiving position according to the shooting position. The method of claim 3, wherein The height adjusting means is provided with a substrate having a pair of adjustment shaft to which the stand is fitted, In the stand, a ball is elastically caught in a ball seat formed in multiple stages on the outer circumferential surface of the control shaft. When the stand is elevated, the ball is elastically fitted to the ball seat so that the height of the stand is adjusted. A zero-range simulated shooting device, characterized in that.

Images