SK500172018A3 - Projective interactive target - Google Patents

Abstract

The projection-interactive target comprises a main portion and a target portion, wherein the main portion comprises a control and communication unit to which the projection device for projecting the image onto the target portion, the sensing device for sensing the missile path and the impact of the projectile from the target portion are connected. movement of the shooter and / or sound emitted by the shooter, and wherein the target portion includes a projection surface to capture the projected image.

Description

Technical field

The invention relates to a member designed for all firearms tips as well as mechanical firearms such as bow or crossbow for use in competitive sport shooting as well as for training military and police personnel.

BACKGROUND OF THE INVENTION

Nowadays, sport shooters, hunters, police and soldiers have several options available when choosing a target.

Paper or metal targets are most often used in trainings as well as leisure activities. These targets may be stationary or mechanically movable. The disadvantage of paper targets is that there is only one graphic representation per target, for example, an image of a classic circular target, or an animal or human silhouette. Such graphical images are printed directly on the paper target and cannot be changed or customized. With metal targets, there is a problem in determining the exact impact of the projectile. With mechanical moving targets, there is a problem with frequent mechanical failures, impracticality and inaccuracy, since the exact target location cannot be read from mechanical targets.

Another option is electronic targets that can evaluate the shooting using a camera and send the result to a mobile device. However, these are stationary or mechanically movable targets.

The disadvantage of these targets is the stereotype of shooting as well as the need for manual replacement of the target.

When training police and military forces, it is very important to achieve the best possible authenticity with real situations, eg. retention of hostages, etc. The above targets do not provide such authenticity.

SUMMARY OF THE INVENTION

It is an object of the present invention to provide a projection-interacting target which removes all the disadvantages mentioned above and is as close to reality as possible.

A projection-interactive target according to the invention consists of a main part and a target part, wherein the main part further comprises a control and communication unit to which they are connected:

- a projection device for projecting the image onto the target part,

- a sensing device for sensing the trajectory of the projectile, the impact of the projectile from the target part and the penetration of the projectile by the target part,

- a sensing unit for sensing the movement of the shooter and / or the sound emitted by the shooter, and wherein the target portion comprises:

- a projection screen for capturing the projected image which represents the area to be shot.

Where the projection device can be a projector (video projector, 3D, laser, LCD, CRT, RCA DTP, LCOS, etc.). The projector projects the selected image to the target portion. The image can be initially selected by the user according to the purpose for which the target is used. For hunters, hunting scenes, police and military forces, hostage scenes, etc. Subsequently, the image will be selected by the control and communication unit according to a preselected algorithm (as explained below).

The image may be a stationary image, animation or video of a certain thing, an animal or a person to be hit. The projection apparatus may comprise various scenes, e.g. hunting scenes: deer as it grazes, deer as it runs, deer as it falls to the ground, or a similar hostage scene: a terrorist holds a hostage, a terrorist falls with the ground, a terrorist shoots at a hostage. The advantage is that the projected images can be varied and adapted to the needs and requirements of users.

The capture device may be a camera or a camera. The sensing device senses the trajectory of the missile as well as the penetration of the missile by the target portion on which the image is projected. The imaging device sends the images to the control and communication unit, which compares the images to the projected image at the time the target hits. Upon intervention, the control and communication unit changes the image of the projection device according to the appropriate algorithm. E.g. hunting scene: a projection device projected onto a target part of a deer in a forest that is pasted. If. the hunter fires at the target part, the capture device intercepts it and sends information to the control and communication unit, which evaluates it and changes the image projected by the projection device accordingly. If a hunter hits vital organs, the deer in the animation will fall dead. If the hunter does not intervene with important organs, the deer will escape.

The sensing unit may be a motion and / or sound sensor microphone, to sense the movement of the shooter and to sense the level of noise emitted by the shooter. When the sensor is switched on, the control and communication unit changes the image of the projection device according to the appropriate algorithm. For example, a video for hunters: the projection device is projected onto the target part of a deer in the woods' grazing. This deer moves around

S K 50017-2018 Α3 self. When the sensing unit detects a steeper movement, or noise above a certain level, the deer is flushed and escapes.

This ensures interactivity between the behavior of the shooter and the behavior of the animals / people displayed on the target area. By using an ostracotry target according to the present invention, it is possible to create the most realistic shooting conditions and prepare the hunter for a real hunting, possibly a cop or a soldier for a real hostage situation.

The target portion includes a projection screen, which may be e.g. monochromatic metal surface in the form of a metal plate or metal foil. The projection surface may also be a canvas or paper, or another flat substrate, preferably white. The metal foil, canvas, or paper may be stretched between the two rotating rollers on which they are wound. The target part may further comprise a cylinder rotation motor, which winds up a damaged portion of the projection surface onto one cylinder and replaces it with an intact projection surface from the other cylinder.

Advantageously, the projection and sensing device may form a single integral unit.

The main part may further comprise a loudspeaker - an audio device, which may be part of a projection device or as a separate unit, for reproducing an audio track belonging to the projected image.

Preferably, the main body is provided with an outer shell of a bulletproof material such as a combination of bulletproof glass and metal.

The main part may further advantageously comprise an output on a network joint ;, wifi, Bluetooth to transmit information from the control and communication unit to an external device, which may be e.g. mobile, PC, server or other electronic device where. display shooting results and through which it is possible to control, adjust and operate projector-interactive target. Alternatively, the main portion may comprise a control panel for operating the projecting-interactive target. This panel can be touch or mechanical.

The main part can be either battery powered or wired from the mains.

The main body may comprise stabilizing means, e.g. in the form of legs or by means of anchoring to the ceiling or wall.

According to a preferred embodiment, per control a. the communication unit may be connected to one or more client stations. Where each client station includes a projection device, a sensing device and a sensing unit, possibly a speaker. Each client station has a separate target part.

BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1a shows the main part of the projection-interactive target in a separate version. Figure 1b shows the target portion of the projecting-interactive target.

Figure 2 shows a projection-interactive target in a north-client station version.

DETAILED DESCRIPTION OF THE INVENTION

Example 1

The main part of the projection-interactive target, as shown in Figure 1a, consists of a control and communication unit 3, which is equipped with a control panel 6, a wifi / Bktetooth transmitter and a receiver 11, a power cable outlet 18, cooling 12, power supply 5 and output. The projection device 1 - a projector for projecting the image onto the projection screen 15 shown in FIG. 1b, sensing device 2 - a camera for sensing trajectories and missile impact from the target portion shown in FIG. 1b, s stun unit 4 - a shooter motion sensing camera and a microphone 19 to sense the sound of the shooter and a loudspeaker 13 to play the sound belonging to the projected image. Connections between the components are indicated by arrows. Connections can be made using cables or wifi / Bluetooth connections.

The entire main body is enclosed in a housing 9 formed by a bulletproof iron with respective sensor openings filled with a bulletproof glass 7.

The main part is further provided with means for stabilizing such as legs 14 or means for fixing to the ceiling 10.

Example 2

The target portion as shown in Figure 1b comprises a frame 20 on which two rotatable rollers 16 are arranged, between which a white paper forming a projection surface 15 is projected onto which the image from the projection apparatus 1 shown in FIG. Ia. The white paper is wound on one of the rollers 16 and passes to the other rollers 16. The target part is further provided with a paper rewind motor.

S K 50017-2018 Α3 second cylinder. After firing, the damaged portion of the paper forming the projection stump 15 is rewound onto the second roller 16 by means of a motor 17, and the projection surface 15 again constitutes undamaged paper debrised from the first roller 16.

The target part further comprises means for communicating with the control and communication unit 3 (wi5 fi / Bluetooth) for controlling the motor 17 for turning the screen.

Example 3

A projection-interactive target with two client stations as shown in FIG. 2 comprises one control and communication unit 3 equipped with a control panel 6, wifvBluetooth transceiver 11, power cable outlet 18, cooling 12, power supply 5, and power supply connection 8. Two separate client stations are connected to the control unit. wherein each client station comprises: a projection device 1 and a sensing device 2 both oriented towards the projection surface 15 and a sensing unit 4 oriented towards the shooter, a loudspeaker 13 and a microtone 19.

Each client station has a corresponding target part. The target portion is the same as described in Figure 15 to 1b.

S K 50017-2018 Α3

List of reference marks:

- projection equipment

- sensing device

3 - control and conjunction unit

- scanning unit

- power supply

- control panel

- Bulletproof glass

8 - output to connect to e3. network

- packaging

- ceiling fixings

- wifi / bluetooth you with a transceiver

- cooling

13 - speaker

- adjustable feet ’

- projection screen

- rotary cylinder

- engine

18 - output to the network cable

- microphone

- frame

Claims (11)

P A T E N T O O N O R O K S ä. A projection-interactive target which 'comprises a main part and a target part', wherein the main part further comprises a control and confinement unit (3) to which a projection device (1) for projecting the image onto the target part is connected, a sensor (2) a sensing unit (4) for sensing the movement of the shooter and / or the sound emitted by the shooter, and wherein the target portion comprises a projection surface (35) for capturing the projected image which represents the target area to be fired. A projection-inactive target according to claim 1, further comprising a loudspeaker (13) for reproducing sound belonging to the projected image. Projection-inactive target according to claim 1 or 2, characterized in that the sensing unit (4) is a motion sensor, a sound sensor or a combination of a motion and sound or sensor. A projection-interactive target according to claim 1, 2 or 3, characterized in that it comprises a control panel (6) for communication with the communication and control unit (3). A projection-interactive target according to claims 1 to 4, characterized in that it comprises means 'for forwarding information from the control and communication unit' to the external device and back. A projection-inactive target according to claim 5, wherein the means for forwarding the information is output to a network cable (18), Wifi and a Bluetone (11). ' A projection-inactive target according to claim 5 or 6 wherein the external device is a mobile, PC or server. Projection-interactive target according to any one of the preceding claims, characterized in that it comprises a package (9) of a bullet-proof material. The projection-inactive ingot according to claim 7, characterized in that the bulletproof material is bulletproof iron and bulletproof glass (7). Projection-interactive target according to any one of the preceding claims, characterized in that the projection surface (15) is formed by a monochromatic metal foil, paper or canvas. The projection-interactive target of claim 9, wherein the target portion further comprises two rotatable roll (16) between which a projection surface (15) and a motor (17) for rotating the roll to wind a damaged projection surface onto one rotatable are mounted. the cylinder (16) and replacing it with a new projection surface from the cartridge on the second cylinder (16). 2 x drawings