KR100403921B1 - A target of laser marksmanship training system - Google Patents

Abstract

The present invention relates to a target for training of shooting technique. In particular, the target 100m target is reduced to 1/10 and 200m targets by 1/20 and 250m targets by 1/25. Regardless of the weather conditions, firearms can be fired by distance in the same way as the actual fire drills of fire extinguishers (small rifles, pistols, automatic rifles, light machine guns, etc.). The same effect can be achieved by providing a laser reduction target that allows for more realistic and realistic shooting training.

Description

A TARGET OF LASER MARKSMANSHIP TRAINING SYSTEM}

The present invention relates to a target for training of shooting technique. In particular, the target 100m target is reduced to 1/10 and 200m targets by 1/20 and 250m targets by 1/25. Regardless of the weather conditions, firearms can be fired by distance in the same way as the actual fire drills of fire extinguishers (small rifles, pistols, automatic rifles, light machine guns, etc.). It is about a laser reduction target that can achieve the same effect and allow more realistic and realistic shooting training.

In general, prior to rifle shooting, a preliminary rifle instruction (aka P, R, I) is used.

The preliminary training of the shooting technique is to draw a 100m target, 200m target and 250m target on the cylindrical structure circumferential surface, and the shooters are trained with empty gun shooting at a predetermined interval around the structure.

In other words, the target drawn on the structure is aligned with the aiming line and the scale of the fire extinguisher, and then the trigger is pulled and the trigger is repeated while training.

However, the shooting preliminary training as described above is subject to a lot of restrictions on weather conditions because it must be carried out outdoors where a cylindrical structure is installed.

In addition, the empty shot of the shooting preliminary training as described above is very inefficient and reckless because the training was conducted only under the intention of repeated mastery without confirming whether or not the normal trigger was made by accurate aiming and whether the target was hit. It was training.

The invention devised to solve such problems of general shooting training is laser shooting training using a laser launcher.

In the laser shooting training, as shown in FIG. 1, a laser launcher R is attached to the barrel of the fire extinguisher K, a trigger switch is mounted on the trigger, and a shotgun with a built-in battery is attached to the magazine. It is in one configuration.

In addition, the target used for the laser shooting technique is 100m target (1), 200m target (11) and 250m target (21) of the actual size generally used as shown in Figure 1 will be used as it is.

In addition, the surface of the targets has a configuration attached to the reflective target for reflecting the laser.

In the conventional laser shooting technique as described above, the 100m target (1), the 200m target (11), and the 250m target (21) of the actual size are set at actual distances, that is, 100m, 200m, and 250m, and the shooter shoots at the firing line. .

In addition, the shooter of the firing line is aligned with the targets positioned at the actual size and the actual distance of the fire extinguisher (K), and after arranging the aiming line and pulling the trigger in the trigger bowl, the shotgun (R) in the laser launcher (R) Laser beam) is launched.

When the shot hits the target, it is reflected by the reflective target attached to the target and returned to the laser launcher R to generate the hit buzzer sound.

On the other hand, when the coal mine screams at the target, the shooter does not return to the laser launcher (R), so the buzzer is not generated, so the shooter can directly confirm that the scream was screamed.

The conventional laser shooting technique as described above has the advantage of being able to perform a very effective training because it is possible to check whether or not a normal trigger has been made by the accurate aiming and hitting the target.

However, the above laser shooting exercises are trained outdoors with the 100m target (1), the 200m target (11) and the 250m target (21) at a real distance, so the weather such as rain, snow or heat waves worsens. Not training was the same was true.

In addition, since 100m target (1), 200m target (11), and 250m target (21) for real distance used in the above laser shooting surgery are used as it is, it should be triggered by misalignment.

That is, since the laser launcher is mounted on the barrel in a state where the laser launcher is lowered below the bracket as shown in FIG. 1, a deviation occurs in the aiming line J and the light ballistic L. FIG.

Therefore, if the aiming line J aimed at the scale of the fire extinguisher K and the aiming line J are aimed at the lower end of the 100m target 1, that is, the cyst region, in the same manner as the real shot, the ballistic shot emitted from the laser launcher R is emitted. Since (L) is lower than the lower end of the 100m target (1), the hit signal does not come back, and the hit processing is performed.

In other words, although the shooter aligned with the line of sight in the same way as the real shot, the ballistic trajectory L was struck by the deviation depending on the mounting position of the laser launcher R.

Therefore, in order to overcome the screaming caused by the deviation, the shooters always fired by aiming and aiming at the middle part of the 100m target (1) during the training by the laser launcher (R). There was no choice but to achieve poor results.

The purpose of the present invention for solving and solving these conventional problems,

Regardless of the weather conditions outside, indoor and outdoor fire drills can be fired by distance in the same way as firearm fire drills, and can achieve the same effects as real fire drills, so that more realistic and realistic fire drills can be carried out. To provide.

In order to achieve the above object, the present invention,

If the target 100m target is 1/10, the 200m target is 1/20, the 250m target is reduced to 1/25, and the target plate is attached, and the target plate is positioned 10m forward in the room so that shooting training can be performed. You can achieve your purpose.

1 is a view showing the relationship between the line of sight and ballistics and light ballistics of a typical fire extinguisher

Figure 2 shows a state of adjusting the zero point of the laser launcher mounted on the fire extinguisher using the present invention reduced target shooting target

Figure 3 is a view showing a state of training training the laser launcher loaded on the fire extinguisher using the present invention reduced target shooting target

4 is a view showing targets and reflective targets shrunk by distance in front of the present invention reduced target shooting target;

Figure 5 is a cross-sectional view showing the attachment configuration of the targets and the reflective targets reduced by the distance of the present invention reduced target shooting target

6 is a view showing a zero point reflecting paper and a confirmation target on the back of the present invention reduced shooting target;

<Code Description of Main Parts of Drawing>

101-target plate 102-100m

103-200m Target 104-250m Target

112-100m reflective site 113-200m reflective site

114-250m Reflective Site 115- Reflective Target for Up / Down Adjustment

116-Left / Right Reflective Targets 117-Check Reflective Targets

121-target

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

It is possible to perform shooting by distance in the same way as real shot training, indoor and outdoor regardless of weather conditions, and to achieve realistic shooting effect same as real shot training. A single target plate 101 to which the target 103 is reduced by 1/20 and the 250 m target 104 is reduced to 1/25, and

The target plate 101 is to be positioned 10m forward to be able to train. And, the 100m target 102, 200m target 103, 250m target 104 attached to the target plate 101 After aiming, the shot (laser beam) of the laser launcher R that is fired by triggering the fire extinguisher K is reflected upon hitting the targets 102, 103 and 104 and is returned to the laser launcher R. 100m target 102 and 100m target 102 attached to the 100m target 102 and 200m target 103 and 250m target 104 of the target plate 101 so that it can not be reflected in the case of hitting and not being reflected A 200 m reflective destination 113 and a 250 m reflective destination 114 were further provided.

In addition, the coal mine projected from the laser launcher R on the 100m, 200m, and 250m targets 102, 103 and 104 attached to the 100m, 200m and 250m reflective targets 112, 113 and 114, respectively. In order to be hit by this, the 100m reflective target 112 is attached about 80mm downward from the 100m target 102, and the 200m reflective target 113 is attached about 3.5mm downward from the 200m target 103. The 250 m reflective target 114 is attached in the same manner as the 250 m target 104.

The 100 m, 200 m, 250 m targets 112, 113, 114 are attached to the 100 m, 200 m, 250 m targets 102, 103, 104. Coloring the same color as and attached to the target plate 101 100m, 200m reflective targets 112, 113 were colored in the same color as the target plate 101.

In addition, the upper and lower tanks attached to the rear surface of the target plate 101 to adjust the upper and lower points of the laser launcher R mounted on the fire extinguisher (K) at a distance of 10 m before the shooting training using the target plate 101. Fixed reflective target 115,

Left and right adjustment reflection target 116 is attached to the rear surface of the target plate 101 to adjust the left and right zero point of the laser projector (R),

Confirmation target 105 is attached to the back surface of the target plate 101 in order to be able to confirm the top, bottom, left, right zero point of the laser launcher (R) after the adjustment is completed,

The confirmation target 105 is used to check whether or not the shot of the laser launcher R is reflected upon hitting and returning to the laser launcher R and not being reflected when not hitting the target target 105. It was further provided with a reflective reflective destination 117 to be colored and attached to the same color).

Referring to the operation of the present invention as described above is as follows.

First, by mounting a laser launcher (R) to the barrel of the fire extinguisher (K) whose zero point is adjusted by firing a real shot and adjusts the zero point of the coal (laser beam) emitted from the laser launcher (R).

Zero adjustment of the coal is carried out after placing the target plate 101 of the present invention target machine 121 at about 10 m as shown in FIG.

That is, the zero point is adjusted by using the upper and lower adjustment reflecting targets 115 and the left and right adjusting semi-targeting limbs 116 attached to the back surface of the target plate 101 as shown in FIG.

First, the shooter arranges the line of sight that matches the scale and scale of the fire extinguisher K and the reflecting target 115 for adjusting the upper and lower sides of the target plate 101.

When the alignment of the line of sight is completed, the trigger of the fire extinguisher K is pulled to continuously fire the coal mines that are already provided.

As described above, the fire continuously continues while the fire extinguisher K is moved up and down until the continuously fired coal is hit by the upper and lower reflective targets 115 of the target plate 101.

By moving the fire extinguisher K up and down while the trigger is pulled as described above, when the coal mine hits the reflective target 115 for up and down adjustment, the mineral coal is reflected by the reflective target 115 for up and down adjustment. To return to the laser projector (R) to generate a buzzer sound.

At this time, the aim point of the fire extinguisher (K) by adjusting the upper and lower clicks (not shown) coupled to the laser launcher (R) in order to match the light ball point that makes the hit buzzer sound with the aiming line (J) of the fire extinguisher (K) ( J) coincides with the light trajectory L of the coal mine.

In addition, when the upper and lower zero point adjustment of the coal mine is completed, the reflector 116 for the left and right zero points positioned on the rear surface of the target plate 101, that is, the lower and upper zero point reflecting targets 115. ) To adjust the left and right zero points of the coal mine.

That is, the shooter arranges the line of sight that matches the scale of the fire extinguisher K, the scale, and the reflecting target 116 for adjusting the left and right of the target plate 101.

When the alignment of the line of sight is completed, the trigger of the fire extinguisher K is pulled to continuously fire the coal mines that are already provided.

As described above, the fire continuously continues to move the fire extinguisher K to the left and right until the continuously fired coal is hit by the left and right adjustment reflective targets 116 of the target plate 101.

By moving the fire extinguisher K to the left and right in the state of pulling the button as described above, if the coal mine hits the reflective target 116 for the left and right adjustment, the mine is reflected by the left and right adjustment reflector 116. To return to the laser projector (R) to generate a buzzer sound.

At this time, to adjust the left and right clicks (not shown) coupled to the laser launcher R to match the sight point J of the fire extinguisher K to the aiming line J of the fire extinguisher K. J) coincides with the light trajectory L of the coal mine.

After adjusting the zero point of the light ballistic shot emitted from the laser launcher (R) as described above to aim the confirmation target 105 attached to the lower side of the reduction target 101 to confirm confirmation fire.

Since the confirmation target 105 is attached to the 250m reflective target 117 by reducing the actual target of 250m to 1/25, the aiming line J of the fire extinguisher K matches the light trajectory L. It becomes the point of a point to say.

Therefore, if the shooter performs the aiming line alignment that matches the scale of the fire extinguisher (K) and the verification target 105, and triggers the firing point, the shooter hits the aiming line alignment, so the zeroing is completed.

On the other hand, when the zeroing of the laser launcher (R) mounted on the fire extinguisher (K) is completed as described above, the shooting training is in earnest.

In the above-described firing training, the target plate 101 is positioned at a distance of 10 m, and 100 m target 102, 200 m target 103, and 250 m target 104 appear at the front as shown in Figs. Done.

First, when shooting 100m, the aiming line (J), which is indicated by the shooter matching the scale of the fire extinguisher (K), is aimed at the 100m target (102) at the lower part of the target (101). Then pull the trigger to trigger.

When the trigger is made as described above, since the light trajectory L of the laser launcher R and the aiming line J of the fire extinguisher K coincide at 10 m as shown in FIG. 3, the light blasting of the laser launcher R is aimed at the point of aiming. The degree hits.

That is, the 100m target 102 of the present invention is attached with a 100m reflective target 112 of the same shape as the 100m target 102, as shown in Figs.

The reason why the 100m reflective target 112 is attached 8mm downward from the 100m target 102 of the target plate 101 as described above is that the actual trajectory shooting causes the trajectory T to be higher than the aiming line J as shown in FIG. 1. Passes about 80 mm upwards.

Therefore, the gunners during firing shots aim and shoot at the lower part of the 100m target 102 without aiming at the 100m target 102 due to the difference between the aiming line J and the trajectory T as described above. Only before the bullet hits the 100m target 102.

In consideration of the characteristics of the actual bullet, and aiming at the end of the 100m target 102 triggers the 100m reflective target 112 to the 100m reflective target 112 so that the coal mine hits the bright spot of the 100m reflective target 112 and returns. 8mm (the actual 80mm difference is reduced by 1/10 with the target).

According to the principle described above, when the shooter aligns the line of sight and normally aims at the lower end of the 100m target 102, the shots emitted by the laser launcher R hit the bright spot of the 100m reflective target 112.

Therefore, the shot coal hit by the 100m reflection target 112 is reflected and returned to the laser launcher R, so that the hit processing is performed.

In addition, 200 m reflective targets 113 having the same shape as the 200 m target 103 are attached downward by about 3.5 mm as shown in Figs.

The reason why the 200m reflective target 113 is attached 3.5mm lower than the 200m target 103 of the target plate 101 as described above is that when the actual shot is fired, as shown in FIG. 1, the trajectory T than the aiming line J is shown. ) Will pass in the direction of about 70mm upwards.

Therefore, the gunners during the live shooting should fire by aiming the navel of the 200m target 103 without aiming the nominal part of the 200m target 103 by the difference between the aiming line J and the trajectory T as described above. Only a bullet hits the 200m target 103.

In consideration of the characteristics of the actual bullet, and aiming at the navel of the 200m target 103 triggers, the 200m reflective target 113 is 200m target (103) in order for the coal mine to hit the 200m reflective target 113 and return. ) And 3.5 mm (the actual 70 mm difference is reduced to 1/20 with the target).

According to the principle described above, when the shooter aligns the aiming line and normally aims at the navel of the 200 m target 103, the shot from the laser launcher R hits the target of the 200 m reflective target 113. .

Therefore, the coal mine hit by the 200m reflective target 113 is reflected in the same manner as the 100m reflective target 112 and is returned to the laser launcher R so that the hit processing is performed.

On the other hand, when a 250m target is fired because the 250m target 104 is attached to the target plate 101 in a state of being reduced to 1/25 size and the 250m reflective target 114 which is the same as the 250m target 104 is overlapped and attached to the shooter. In the case where the aiming line is aligned and the aiming point of the 250m target 104 is normally aimed, the shots emitted by the laser launcher R hit the 250m reflecting target 114.

This is a point where the aiming point (J) and the trajectory (T) coincide, as shown in Fig. 1, even when the actual shot is fired. To hit.

Therefore, the coal mine hit by the 250m reflecting target 114 is reflected in the same way as the 100m reflecting paper 112 and the 200m reflecting paper 113 and is returned to the laser launcher R so that the hit processing is performed.

The 100m, 200m, and 250m targets 102, 103 and 104 have the same color as the targets 102, 103 and 104, respectively. At the same time, the lower part of the 100m, 200m reflective targets 112 and 113 attached to the target plate 101 are colored in the same color as the color of the target plate 101, so that the shooter is 100m, 200m, 250m target ( The 100m, 200m, and 250m reflective targets 112, 113, and 114 attached to the 102, 103, 104 and the target plate 101 can be fired without consciousness.

The reduced target area 101 of the present invention as described above has the advantage that it can achieve a great performance because it can be executed at any time in the room regardless of outdoor weather conditions such as snow, rain, sunlight.

In addition, since the training has the same effect as the actual shot shooting, it is possible to maintain a high-sensitivity shooting sense even when the shot is fired by realistic shooting training such as the actual shooting.

The present invention is equipped with a target plate attached by reducing the actual 100m target 1/10, 200m target 1/20, 250m target to 1/25, and then put the target plate in the room 10m forward to fire training By doing so, regardless of the external weather conditions, indoor and outdoor fire drills can be fired by distance in the same way as firearm fire drills, and the same effects as real fire drills can be obtained, resulting in more realistic and realistic fire drills. Has a useful effect.

Claims (5)

Regardless of the external weather conditions, you can fire the ball by distance in the same way as the real ball fire drill, indoor and outdoor, and get the real 100m target 1/10, 200m target 1 to get the same realistic fire effect. A single target plate with a 1/220 / 250m target reduced to 1/25, Laser target firing target, characterized in that the target plate to be positioned in the front 10m training. The method of claim 1, Aiming at the 100m target, 200m target, and 250m target attached to the target plate and then firing the fire extinguisher, the laser blast (laser beam) emitted by the target is reflected on the target and returned to the laser launcher Laser reduction shooting target, characterized in that the target 100m and 200m and 250m target targets attached to the target plate 100m and 200m and 250m reflective targets to further prevent the reflection of the target plate further equipped with group. The method of claim 2, 100m, 200m, and 250m targets are attached to the 100m, 200m, and 250m targets so that the shots emitted by the laser launcher can be hit at 100m, 200m and 250m targets. The reflective target is attached downward 3.5mm from the 200m target, the 250m reflective target is a laser reduced shooting target, characterized in that the same as the 250m target. The method of claim 2 or 3, The 100m, 200m, 250m reflective targets attached to the 100m, 200m, 250m targets are colored in the same color as the target, and the 100m, 200m reflective targets attached to the target plate are colored with the same color as the target plate. Laser collapsible shooting target. The method of claim 1, Reflective target for up and down adjustment attached to the rear surface of the target plate to adjust the upper and lower zero points of the laser launcher mounted on the fire extinguisher at a distance of 10 m before the target training using the target plate; Left and right adjustment reflective targets attached to the rear surface of the target plate to adjust the left and right zero point of the laser launcher, Confirmation target is attached to the back of the target plate to ensure that the top, bottom, left, right zero point of the laser launcher after adjustment is completed, The reflective reflection is colored and attached in the same color as the confirmation target so that the shot of the laser launcher can be reflected on the hit and returned to the laser launcher and not reflected when not hit. The laser reduction shooting target characterized in that it further comprises a target.