FI123619B - shooting method - Google Patents

Description

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FIELD OF THE INVENTION

This invention relates to a method of shooting according to the preamble of claim 1 of the appended claims.

BACKGROUND OF THE INVENTION

Nowadays, shooting competitions are held in such a way that shooters gather at one place on the globe, where the shooting competitions are conducted in a controlled manner.

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The downside of current shooting competitions is that shooters and other shooters must travel to a pre-arranged location at the same time, resulting in high travel costs and extremely high environmental emissions eg. flights and vehicles. It is also a bad thing that the 15 competitors who are ill cannot enter the competition because the competition time is limited.

PURPOSE OF THE INVENTION

The object of the invention is that the shooter's weapon is structured in such a way that, regardless of the distance between the weapon and the target, the shooting accuracy corresponds to the selected 20 shooting ranges, in which case racing shooting can be performed via the Internet.

SUMMARY OF THE INVENTION

The above drawbacks can be overcome and the above objectives are achieved by the inventive method of shooting, which is characterized by what is defined in the characterizing part of claim 25. Preferred embodiments of the invention are claimed in the dependent claims.

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The advantage of the invention is that the shooter's weapon is structured such that, regardless of the distance between the weapon and the target, the shooting accuracy corresponds to the selected 30 to 30 shooting ranges, allowing rifle shooting to be performed over the Internet, oq The target is reduced as the weapon approaches the target. Because of this, the shooter does not need to keep the gun as stable as the shooter would be farther away. While near the weapon, the weapon interprets the target to be smaller in size, or am. cheat by firing closer to the target because, with the weapon close, the weapon interprets the target larger with the weapon nearer. It is also an invented advantage that the weapon detects movement of the weapon, whereby the shooter cannot shoot the weapon attached to e.g. a mechanical fastener, whereby the weapon would be immobile and the result of the shot would be the same with each shot. Em. Due to this, competitive shooting can be done via the Internet 5. The duration of the shooting competition can be set as long as everyone can take part in the competition, for example, after the illness has healed. It is clear that the use of the invented shooting method achieves great overall economic savings in shooting.

LIST OF FIGURES

The invention will now be described with reference to the accompanying figure.

Figure 1 is a diagrammatic view of an apparatus according to the invented shooting method.

DETAILED DESCRIPTION OF THE INVENTION

Figure 1 shows the following parts and points. Weapon 1. Shooting Target 2. Computer 3. Server 4 with Server 4a and Server 4b. Internet 5. In the figure, the weapons 1 are connected to a computer 3 by a wired connection, but the weapon 1 and the computer 3 can also communicate with each other by a known method, e.g. by means of various wireless remote control technologies 20 or the like. The Internet 5 number is not indicated in the texts since Internet 5 can be wired as in Figure 1 or wireless.

A method of shooting using one or more weapons 1 or other (similar) means of simulating shooting. In addition to a known weapon, a firing simulator co 25 means, for example, a hammer, a grenade launcher, an armored vehicle, a helicopter, an airplane, or the like.

i co o cm The shooter weapon 1 has now been invented so that, regardless of the distance between the weapon 1 and the ϊ target 2, the shooting accuracy corresponds to th 30 selected shooting ranges, therefore the shooter cannot fool by firing oq closer to the shooting target 2. As the target 2 decreases 1 approaching

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2, due to the above, the shooter can not so-called. cheat by firing closer to the target 2 because with weapon 1 close to target 2 you must have weapon 1 q target 2. The target 2 will shrink as weapon 1 approaches the target

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(3 holds as stable as shooting object 2 is further away. Weapon 1 recognizes movement of weapon 1, which prevents shooter from firing weapon 1 attached to, e.g., a mechanical fixture, causing the gun to be stationary and firing results with each shot. 2 changes or 5 changes its position after each shot, so the shooter has to change his aiming point after each shot.

The shooting sector is conical, whereby the movement of the weapon 1 affects the accuracy of the shooting, even if the target 2 is near or far. While near gun 1 10, gun 1 interprets target 2 to be smaller in size, or while target 2 is further away, gun 1 interprets target 2 to be larger.

The attachment of the weapon 1 is also revealed by the fact that the firing result is the same in successive shots, as the weapon 1 monitors the target 2 with great accuracy, e.g. The human hand is not so stable that he could shoot Fri-15 rifle shots so accurately that weapon 1 would not report the movement of weapon 1 to server 4. By detecting in exactly the same position in succession Shots fired, server 4 can be programmed to dismiss firing, has been attached during the shooting.

Further, one or more of the servers 4 have a server user 4b that communicates with the shooter (s) via the Internet, and that the server user 4b sends the settings of the selected shooter to the shooter (s) and the server (s) of the shooter (s). judge / host.

co 25 0 Through the Internet, server 4 provides non-shooters with the ability to g monitor the competition, encourage shooter (s), connect with shooter (s).

cc □ _ 30 Shooters can be ranked individually, by group, locally, nationally or internationally via the Internet. Each shooter performs his or her shooting action, for example, somewhere on the globe, the shooting is monitored all the time over the Internet 00 in real time, so that each shot immediately transmits information to the shooting control and monitoring server 4. Server 4 so-called. records the result of shooting 4. * of course and forward the information in real time to the desired entities, such as referees / shooters, shooter / shooters, shooter / shooter coach / trainers, spokespersons / media, the public, any other individual / general body, allowing the shooting to be monitored in real time by such people, with 5 servers to send tracking opportunity over the internet.

The shooting competition described above can be carried out over the Internet under the control of a server 4 very locally, e.g., there are several shooters in the same room or several shooters in the same shooting range. The advantage of this is that the technique monitors the firing and firing results, whereby, for example, the firing referee (s) is not needed, and in addition the firing competition can be advantageously broadcast to a large number of people via internet or TV, e.g. Viewers can be billed, for example, with F1 tracking cards or other tokens, as with F1 races.

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A shooter competition in the same space / location allows multiple shooters to shoot with the same weapon 1, each shooter logging on to the server 4 via the weapon 1 or the computer 3 prior to the shooting.

Each shooter has his or her own ID / password, the password may be associated with a known authentication method of the already-20 honk, and / or may be e.g. a personal ID, a person's fingerprint authentication, iris authentication or other known authentication method. The detection may also be located in the weapon 1, e.g., the gun identifies the hand or the trigger / trigger of the weapon 1 identifies the trigger finger. Identification can verify the shooter even if the shooter is not visible.

co 25 ° Another identification of the shooting method shooter may be accomplished by a camera connected to the computer i o 3, which transmits an image of the shooter to the real-time servicer 4, server 4 enables monitoring of the shooting of server user 4b by image ir monitoring. In addition, the microphone can also be connected to the monitor so that the Q_ ^ 30 service user 4b can also monitor the firing by voice. Server user 4b can either be the referee / host of the shooting competition or pass the competition on the internet c \ j

The shooting event may be such that the shooter will contact the judges, coaches, media and competition followers via g via the Internet.

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one or more servers 4, from which the shooter receives the IDs to connect / connect his weapon 1 to server 4. Upon contact, the shooter may or may not have selected a shooting at contact with server 4, which may be a precision shooting, trap shooting / position shooting, shooting / shooting skiing or shooting run related to exercise 5, group shooting, club shooting, home shooting, some well-known shooting competition.

In the shooting competition, server 4 enters the shooter's weapon 1 into the competition settings, whereby all shooters have the same settings in their weapon 1, which results in all shooters having the same shooting performance requirements relative to each other.

According to the shooting method, the shooter communicates with the server 4 via the Internet via a computer, having identified the shooter server 4, allowing the shooting 15 to be performed. There may be several servers 4 which together control one or more shooting races.

According to one embodiment, the server 4 bills for shooting prior to shooting, e.g., via a mobile phone text message, whereby payment is made in connection with a telephone payment, 20 also on a computer for payment using bank codes or on a computer card reader for prepaid cards purchased locally or ordered e.g.

According to the method, server 4 compiles the results of shooters over the Internet, m 25 when shooters have internet access to server 4 shooters can observe their own and other competitors' shootings and their results with picture and sound. Further, i g competitors can communicate with each other through picture and sound.

All parts of the shooting method can be made most advantageously from known metals, plastics and electronic components by known methods.

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The above examples of embodiments are not intended to limit the invention in any way, but the invention may be modified freely within the scope of the claims. It is thus clear that the arrangement or parts thereof according to the invention need not necessarily be exactly as shown in the figure. , but other solutions are possible within the scope of the claims. The various forms or solutions of the shooting competition described above are not the only possible, but other solutions are possible within the scope of the claims. Further, only some of the above solutions of the invented shooting method can be used, so that the implementation of the invented shooting method does not require the implementation of all the claims in shooting. According to an embodiment of the invention, the weapon 1 operates independently so that a computer 3 is not required, but all control functions, monitoring and communication are performed directly from the weapon 3. According to an inventive embodiment, the weapon 1 is at least partially transparent. The most important thing is that the shooter participates in the shooting competition via the Internet. Most preferably, 10 of the weapons 1 are not fired, but the weapon 1 is known in the art to shoot the target 2 and announce the firing result via the Internet to the desired entities. According to an unfavorable structural cut-off, so-called. the bullet can be used in conjunction with the invented method of shooting, whereby a camera or the like is most preferably located in the weapon and the firing information is transmitted via the Internet to the server 4 and 15 from there.

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Claims (3)

Shooting method, characterized in that the firearm's weapon (1) is of such design that the hit accuracy of the firearm corresponds to a selected firing distance regardless of the distance between the weapon (1) and a firearm (2), and that the firearm (2) becomes smaller when the weapon (1) ) approaches the sliding object (2). Shooting method according to claim 1, characterized in that the weapon (1) senses the movement of the weapon (1). The shooting method according to claim 1, characterized in that the slide object (2) changes or its location is always changed after a shot. CO o (M Tf O o X CC 0. CO O O CV o cv