JPH06317398A - Shooting training device - Google Patents

Abstract

PURPOSE:To provide a shooting training with a vivid feeling of actual scenes by providing a video deck, video projector, screen device and a light. CONSTITUTION:When a reproduction of a video deck 10 is started, a picture of a hunting field, etc., which is recorded on a video tape is projected on a screen device 14. A shooting trainee fires a gun 100 by aiming the gun 100 to a shooting objective when an animal, etc., as a shooting objective is projected on the screen device 14, and thus a shooting is done appropriately. When the firing sound of a bullet accompanying with a firing of the gun 100 is detected by a sound sensor 18, the reproduction of the video deck 10 is temporarily stopped, and a picture at the time of firing the gun 100 pauses on the screen device 14. The light of a lamp 20 can be seen by the shooting trainee through a penetrated hole of the bullet on the screen device 14, and whether the bullet hits the shooting objective or not can be easily confirmed. By this method, a shooting training with a vivid feeling of actual scenes can be easily provided.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a gun shooting training apparatus, and more particularly to a shooting training apparatus suitable for training shooting a moving target.

[0002]

BACKGROUND OF THE INVENTION In general, shooting a moving target with a gun involves shooting clay that resembles a bird, or running by running an animal-shaped target left and right.・ Boa is known.

Such clay shooting and running bore are not only for enjoying as sports, but also for example,
It is also used for shooting training in hunting.

However, when performing clay shooting or running boa as shooting training in hunting and the like,
There were the following problems.

That is, clay shooting and running bore
Since it shoots clay and targets in the shooting range set up exclusively for it, the atmosphere at the time of shooting is different from the actual hunting ground, and you can also shoot while watching the target different from the actual target animal Since this is done, there was a problem that it was not realistic.

[0006] Further, since a very large space is required as a dedicated shooting range, and it is also necessary to prepare a device for launching clay and running a target, it is extremely large for the construction of a shooting range. There was a problem that it was expensive.

Further, since such a shooting range is generally located in a remote place away from a residential area, there is a problem that it cannot be easily used.

The present invention has been made in view of the above-mentioned various problems of the prior art, and an object of the present invention is to make it possible to easily carry out shooting training with a high sense of presence. In addition, it is intended to provide a shooting training device that does not require special construction of a shooting range.

[0009]

In order to achieve the above object, a shooting training apparatus according to the present invention sequentially reproduces video data of an animal or the like to be shot, which has been previously shot, and detects a predetermined volume. Sometimes a video data reproduction device for temporarily stopping the progress of reproduction, a video projection device for projecting a video corresponding to the video data based on the reproduction of the video data by the video data reproduction device, and a projection by the video projection device A first screen forming a projection surface of an image, a second screen that is adjacent to the first screen in a substantially parallel manner, and is disposed on the opposite side of the image projection device; and the first screen. And a driving device that relatively moves the second screen and the second screen, and is disposed on the second screen side, the first screen and the second screen. It is obtained so as to have a light source for projecting light to over emissions.

[0010]

The video data reproducing device sequentially reproduces the video data of the animal to be shot and the video based on the reproduced video data is projected on the first screen by the video projection device.

Therefore, since the shooting trainer can shoot by arbitrarily firing a gun on the image displayed on the first screen, the shooting training should be extremely realistic. You can

When the gun is actually fired and fired, the video data reproducing apparatus detects the sound of the bullet fired by the firing of the gun and pauses the progress of reproduction. Therefore, the image when the gun is fired is projected as a still image on the first screen.

On the other hand, when the bullet is fired by the firing of the gun, bullet through holes are formed in the first screen and the second screen. The light from the light source passes through the through hole and is emitted to the shooting trainer side, so that the shooting trainer can confirm the bullet holes on the still image as bright spots.

When the drive device relatively moves the first screen and the second screen after checking the bullet holes, the positions of the through holes formed in the first screen and the second screen are displaced. , The light from the light source will not pass through the through hole and be emitted to the shooting trainee side,
You can start shooting training again before shooting.

[0015]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A shooting training device according to the present invention will be described in detail below with reference to the drawings.

FIG. 1 shows an embodiment of a shooting training device according to the present invention. The shooting training apparatus includes a video deck 10 capable of reproducing a video tape recording a hunting ground including a state in which a deer or a boar appears, and a video deck 10.
A video projector 12 for enlarging and projecting an image reproduced by the screen projector 14, a screen device 14 capable of displaying an image projected from the video projector 12, a winding motor 16 capable of moving the screen of the screen device 14, and a predetermined unit. A sound sensor 18 for detecting a sound volume equal to or higher than the sound volume and a light 20 arranged on the opposite side of the video projector 12 with the screen device 14 interposed therebetween.

When the sound sensor 18 detects a volume higher than a predetermined volume (in this embodiment, it is the volume of the sound emitted from the bullet 102 associated with the firing of the gun 100), the video deck 10 detects the video -Pause the tape playback process.

FIG. 2 shows the detailed construction of the screen device 14. The screen device 14 fixes one end of the screen 30 to the delivery drum 32 and the other end of the screen 30 to the take-up drum. It is fixed to 34 and is wound around the delivery drum 32 by a predetermined amount in the initial state.
Further, it is folded back by the folding roller 36 and has a two-layer structure with respect to the video projector 12 and the light 20.

The screen 30 is a gun 100.
When the bullet 102 is fired by the above-mentioned firing, a material such as paper or cloth through which the bullet can penetrate can be appropriately selected and used.

Then, when the winding drum 34 is rotated by driving the winding motor 16, the screen 30 is wound around the winding drum 34 from the sending drum 32 while moving in the direction of the arrow in FIG.

In the above structure, the video deck 10
When the reproduction is started, an image of a hunting ground or the like captured on a video tape is projected on the screen 30 via the video projector 12. At this time,
When an animal or the like is projected on the screen 14 in full size,
The sense of presence is further amplified.

The shooting trainer, while visually observing the image projected on the screen 30, when the animal or the like to be shot is projected, points the gun 100 at the animal or the like to shoot and shoots appropriately. Just go. When the sound sensor 18 detects the sound emitted from the bullet 102 associated with the firing of the gun 100, the playback of the video deck 10 is temporarily stopped, and the image at the time of firing the gun is stopped on the screen 30. .

2 shows a state immediately after the bullet 102 has passed through the screen 30. In this state, as described above, the sound emitted from the bullet 102 is detected by the sound sensor 18. , The playback of the video deck 10 is temporarily stopped, and the gun 100 is displayed on the screen 30.
The image when shooting is still.

The light of the lamp 20 is transmitted through the through hole 10 of the bullet 102 formed on the screen 30 which is folded into two layers.
Since it is visually recognized by the shooting trainer via 2, 104, the bullet hole of the bullet 102 can be confirmed as a bright spot on the still image projected on the screen 30, and it is easy to determine whether or not the bullet 102 hit the shooting target. You can check.

In this way, after confirming the bullet holes of the bullet 102, the pause of the reproduction of the video deck 10 is released, and the reproduction of the video tape is started.
The shooting training will be conducted again.

Then, the pause of the progress of the reproduction of the video deck 10 is released and the winding motor 1
6 is driven to wind the screen 30 around the winding drum 34 by a predetermined amount (a length larger than the maximum diameter of the through holes 102, 104 on the screen 30), and the screen 30 is wound.
Is moved by a predetermined amount in the direction of the arrow in FIG.

By moving the screen 30 in this way, the through hole 1 of the bullet 102 formed in the screen 30 folded into two layers as shown in the region B in FIG.
Since the positions of 02 and 104 are displaced, the light of the lamp 20 is blocked by the screen 30 and is not incident on the shooting trainee side, the bright spots due to the formation of the through holes 102 and 104 disappear, and the bullet 102 is projected on the screen 30. You can resume shooting training in the same state as before penetration.

As the screen 30, the gun 100 is used.
If the bullet 102 is fired by
Since it is possible to appropriately select and use a material such as paper or cloth through which 2 can penetrate, for example, even if the power of the bullet is reduced by reducing the amount of explosive in the actual package, the screen 30 is adjusted accordingly. By selecting it, it is possible to perform training in a small room.

FIG. 3 shows a modification of the screen device 14, and the same or corresponding structures as those shown in FIG. 2 are designated by the same reference numerals, and detailed description thereof will be omitted.

In the screen device 14, a front screen 40 and a rear screen 42 are arranged adjacent to each other in parallel to form a two-layer screen. The front screen 40 and the rear screen 42 are wound by a hoisting motor ( By the driving of (not shown), it is wound up from the delivery drum 32 to the winding drum 34, respectively. Therefore, the front screen 40 and the rear screen 42 move in opposite directions.

Even in such a structure, as shown in the part B, the through hole 102 formed in the front screen 40.
And the through hole 106 formed in the rear screen 42 can be displaced, so that the through holes 102, 10 formed by penetrating the bullet 102 shown in the region A are formed.
The bright spot by 4 can be erased.

In the modification shown in FIG. 3, either the front screen 40 or the rear screen 42 may be moved.

Further, similarly to the screen 30, the front screen 40 and the rear screen 42 of the modified example shown in FIG. 3 are paper, cloth, etc. through which the bullets 102 can penetrate when the bullets 102 are fired by the firing of the gun 100. The material may be appropriately selected and used.

The screen 30 of FIG. 2 and the screen of FIG.
The front screen 40 and the rear screen 42 of the
In addition, it is possible to maintain a good image projection state on the front screen 40.

[0035]

Since the present invention is constructed as described above, it has the following effects.

A video data reproducing device that sequentially reproduces video data of a shooting target animal or the like and also pauses the progress of the reproduction when a predetermined sound volume is detected, and a video by the video data reproducing device. A video projection device that projects a video corresponding to the video data based on reproduction of data, a first screen that forms a projection surface of the video projected by the video projection device, and a first screen that is substantially the same. A second screen adjacent to each other in parallel and arranged on the opposite side of the video projection device, a drive device that relatively moves the first screen and the second screen, and the second screen. Since it is arranged on the side and has a light source that projects light on the first screen and the second screen,
The image data reproducing device sequentially reproduces the image data of the animal to be shot, and the image based on the reproduced image data is projected on the first screen by the image projecting device.

Therefore, the shooting trainer can shoot by arbitrarily firing a gun on the image displayed on the first screen, so that the shooting training should be extremely realistic. You can When the gun is actually fired and fired, the video data playback device detects the sound of the bullet firing as the gun fires and pauses the playback process. The image at the time of shooting will be projected as a still image.

[0038] Also, the bullet is fired by the gun to form bullet through holes in the first screen and the second screen, and the light from the light source passes through the through holes. Since it is emitted to the shooting trainer side, the shooting trainer can confirm the bullet holes on the still image.

Further, after the confirmation of the bullet holes, when the first screen and the second screen are relatively moved by the driving device, the positions of the through holes formed in the first screen and the second screen are changed. Because of the deviation, the light from the light source does not pass through the through hole and is not emitted to the shooting trainee side, and the shooting training can be restarted in the state before shooting.

Therefore, according to the shooting training apparatus of the present invention,
You will be able to easily carry out extremely realistic shooting training.

[Brief description of drawings]

FIG. 1 is an overall configuration diagram showing an embodiment of a shooting training device according to the present invention.

FIG. 2 is a detailed configuration explanatory diagram of a screen device of the shooting training device shown in FIG.

FIG. 3 is a configuration explanatory view showing a modified example of the screen device.

[Explanation of symbols]

 10 Video Deck 12 Video Projector 14 Screen Device 16 Winding Motor 18 Sound Sensor 20 Light 30 Screen 32 Sending Drum 34 Winding Drum 36 Folding Roller 40 Front Screen 42 Rear Screen 100 Gun 102 Bullet 104 Through Hole 106 Through Hole

Claims (2)

[Claims] 1. A video data reproducing device for sequentially reproducing video data of an animal or the like, which is a shooting target, which has been photographed in advance, and for temporarily stopping the progress of the reproduction when a predetermined sound volume is detected; A video projection device for projecting a video corresponding to the video data based on reproduction of the video data by the device, a first screen forming a projection surface of the video projected by the video projection device, and the first screen A second screen that is substantially parallel to and adjacent to the image projection device, and a drive device that relatively moves the first screen and the second screen, and the second screen. And a light source for projecting light onto the first screen and the second screen, the shooting training device. 2. The shooting training apparatus according to claim 1, wherein the first screen and the second screen are formed by bending a series of long screens.