JP2008070011A - Shooting training system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a shooting training system allowing more practical engagement training by making it easier to discriminate whether having hit a mark or not after shooting. <P>SOLUTION: When the laser beam is applied to a hit-side soldier, it is notified to the hit-side soldier by voice from a voice output portion 15 in addition to the conventional notification by light and sound from a light output portion 13 and a sound output portion 14, the information on hitting including an item on wear damage at the hit side is transmitted to a center station 7, and then transmitted to a terminal apparatus 6a-6n owned by a shooting-side soldier from the center station 7, and the information on hitting including the item on wear damage is converted into voice even at the terminal apparatus 6a-6n and transmitted to the shooting-side soldier. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a shooting training system using a laser gun on a shooting side and a light receiving device mounted on a bullet side.

As a conventional shooting training system using a laser beam, a training system is known in which a laser beam emitted from a training laser gun possessed by a shooting side member is received by a light receiver attached to a bullet side member. Yes. This type of shooting training apparatus is known in which a part that receives laser light is determined and a wear rate corresponding to the light receiving part is given (for example, see Patent Document 1).
Japanese Patent Laid-Open No. 9-273895

  However, in the conventional shooting training system, when the laser beam irradiated by the shooting side member hits the shot side member, it emits the part, but it disappears after a certain time, or it is difficult to see from the shooting side member If this happens, there is a problem that it becomes difficult to know which part has hit.

  An object of the present invention is to provide a shooting training system that facilitates identification of whether or not the player has hit at the time of shooting and enables more practical battle training.

  In order to achieve the above object, the present invention provides a shooting training system in which a laser beam emitted from a laser gun on a shooting side is received by a light receiving device mounted on a bulleted side and used as bulleted information. A terminal device connected to at least one of the light receiving devices is provided, and in this terminal device, a signal processing unit for creating the bullet information including a wear item and a plurality of audio data corresponding to the wear item are stored. A signal processing device is provided that includes an audio storage unit that outputs the audio data corresponding to the wear item as audio.

  According to the shooting training system of the present invention, when laser light is irradiated on the bullet side, bullet information can be notified by voice from the voice output unit of the signal processing device to at least one of the bullet side and the shooting side. Thus, it becomes possible to recognize the bulleted information including the wear items on the bulleted side and the shooting side more accurately than in the past, and more accurate training can be performed smoothly.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is an overall configuration diagram showing a shooting training system according to an embodiment of the present invention.
The terminal devices 3a to 3n including the signal processing devices 2a to 2n are respectively connected to the light receiving devices 1a to 1n to be mounted on the respective bullet side such as a member or a vehicle, and a laser gun 4a possessed by each shooting side member. To 4n are connected to terminal devices 6a to 6n including signal processing devices 5a to 5n, and the terminal devices 3a to 3n and 6a to 6n possessed by each member are connected to the central office 7 by radio signals. Thus, signals can be exchanged through the central office 7.

  When the above-mentioned bulleted side is a member, a plurality of light receivers are arranged for each part, and the bulleted part can be determined by detecting the laser light emitted from the laser guns 4a to 4n by the light receiver. Yes. The laser light emitted from each of the laser guns 4a to 4n includes coded data including self-recognition information of the laser gun, and the laser gun possessed by any shooting side member from the hit laser light. It is possible to determine whether the light has been irradiated.

FIG. 2 is a block diagram showing a specific configuration of each of the signal processing devices 2a to 2n and 5a to 5n. Since the configuration is the same, the signal processing device 2a will be described here. The signal processing device 2a is detected by the light receiving device 1a. Of laser light from IrDA 8 that extracts coded data including self-recognition information of the laser gun irradiated with the laser light from the laser light that has been irradiated, and a plurality of light receivers arranged corresponding to each part of the bullet side member The laser data 9 for obtaining the signal, the terminal communication unit 10 that performs transmission / reception with the central station 7, and the audio data corresponding to the bullet information created by analyzing the input information captured from the laser data 9 are extracted. A signal processing unit 11, a voice storage unit 12 that stores a plurality of pieces of audio data in advance so as to correspond to bullet information, particularly wear items described later, and a laser beam are detected. Connected to the signal processing device 2a, a light output unit 13 for notifying the corresponding target part from the received light receiver by turning on the LED, a sound output unit 14 for notifying that the target has been hit by the light receiver that has detected the laser light, and a signal processor 2a. A bullet output member using the terminal device 3a is provided with a voice output unit 15 that outputs voice data extracted by the signal processing unit 11 from the voice storage unit 12 through the earphone.

FIG. 3 shows a correspondence relationship between bullet information obtained by analyzing the laser data 9 which is detection signals from a plurality of light receivers, and voice data stored in the voice storage unit 12.
As can be seen from the figure, the bulleted information items include not only the hit level 16 but also wear items such as a wear site 17, a primary wear 18, and a cumulative wear 19. The voice data of the hit level 16 is “Accuracy” and “Close”, and the voice data of the worn part 17 is “Head”, “Torso”, “Right arm”, “Left arm”, “Right foot”, “Left foot”, and primary As audio data of the wear 18, “death”, “serious injury”, “light injury” and “near”, and as audio data of the accumulated wear 19, “death”, “serious injury”, “light injury” and “healthy” are stored in advance. Registered.

FIG. 4 is a flowchart showing the operation of the above-described shooting training system.
Now, assume that laser light is irradiated to the bullet-side member carrying the light receiving device 1a from the laser gun 4a possessed by the shooting-side member shown in FIG. 1 in step S1. When the laser light emitted from the laser gun 4a is detected by the bullet receiving side light receiving device 1a, the signal processing unit 11 determines whether or not the bullet is received based on the data from the laser data 9 in step S2. In step S3, it is determined whether or not this bullet member has already been killed. If it has not yet been handled, the process proceeds to step S4.

  In step S4, the signal processing unit 11 extracts the self-recognition information of the laser gun 4a irradiated with the laser beam detected by the light receiving device 1a based on the data from the IrDA 8, and analyzes the data from the laser data 9. The light output unit 13 turns on the LED of the corresponding landing position, and the sound output unit 14 notifies the bulleted side member by means of a buzzer. Further, the signal processing unit 11 analyzes the data from the laser data 9 to create bullet information, and corresponds to the bullet information including the audio data corresponding to the wear items in the bullet information as shown in FIG. Audio data is extracted from the audio storage unit 12. The audio data taken out from the audio storage unit 12 is output to the audio output unit 15 by the signal processing unit 11 and conveys audio information such as the hit level, the worn portion, the primary wear, the accumulated wear, etc. to the bulleted member through the earphone. Therefore, the bullet side member can surely obtain the bullet information not only through the bullet output information by the light output unit 13 and the sound output unit 14 but also through the voice output unit 15.

  In step S5 before and after step S4 described above, bullet information corresponding to the voice data extracted from the voice storage unit 12 and information including the self-recognition information of the laser gun 4a are transmitted from the terminal station communication unit 10 to the central station 7. To do. In step S6, the central station 7 that has received this identifies the corresponding terminal device 6a based on the self-recognition information of the laser gun 4a, converts it to a specified format, and transmits data to the terminal device 6a. The terminal device 6a that has received this through the terminal communication unit 10 analyzes the signal processing unit 11 in step S7, extracts the corresponding audio data from the audio storage unit 12, and outputs it to the audio output unit 15 in step S8. Accordingly, the shooting side member can obtain information on the result of his / her own firing through the earphone, that is, hit information such as accuracy, worn portion, primary wear, cumulative wear, and the like. Here, as described in step S3, the above-described processing is performed until the accumulated wear 19 of the bulleted member becomes “dead”, but the above-described processing is not performed after “dead”.

  According to such a shooting training system, when a laser beam is irradiated to a bullet side member as in the conventional shooting training system, not only the bullet side member is notified by light or sound, but also by the voice output unit 15. Can be notified by voice. The bullet side information is sent to the central station 7 and sent from the central station 7 to the terminal devices 6a to 6n possessed by the shooting side personnel. The terminal devices 6a to 6n also convert the shooting information into sound. And transmitted to the shooting party. For this reason, it becomes possible to accurately recognize the bulleted result and the shooting result on the bulleted side and the shooting side, and it becomes possible to smoothly carry out the training with higher accuracy. By including sound information in this way, accurate shooting result information can be obtained even if it is difficult to identify with only light and sound so far and identification is difficult.

  Further, as shown in FIG. 1, even when two shooting side members fire the same shot side member with the respective laser guns 4a and 4n, the shot side member is killed by the laser gun 4a which is the first shot. For example, after that, even if the second shot by the laser gun 4n of another shooting side member hits the shot side member, it was already dead by the determination in step S3 shown in FIG. 4, and voice information was given. Therefore, it can be identified that the second shot by the laser gun 4n was not effective.

  Furthermore, as shown in FIG. 3, since wear information is included as a bullet information item, the bullet member can recognize his / her wear situation by voice, and the shooting member can correctly recognize the fire result, and the wear situation is difficult to understand. Can be accurately grasped, and more accurate training can be carried out smoothly.

  In the embodiment of the present invention described above, the signal processing devices 2a to 2n and the signal processing device each having the audio output unit 15 in the terminal devices 3a to 3n and the terminal devices 6a to 6n provided on both the bullet side and the shooting side, respectively. Although what provided 5a-5n was demonstrated, in other embodiment, you may provide the signal processing apparatus which has the audio | voice output part 15 in at least one terminal device of a to-be-shot side and a shooting side, in this case, It becomes possible to accurately recognize the bulleted result and the shooting result on the side to which the signal processing device having the voice output unit 15 is added, so that more accurate training can be smoothly performed.

  The shooting training system according to the present invention is not limited to the one shown in the figure, and can be applied to shooting training systems having other configurations. The items of wear status and the corresponding audio data are not limited to those shown in FIG. Can be set.

It is a block block diagram which shows the shooting training system by one embodiment of this invention. It is a schematic block diagram which shows the signal processing apparatus of the shooting training system shown in FIG. FIG. 3 is an explanatory diagram showing a correspondence relationship between bullet information and audio data in the signal processing apparatus shown in FIG. 2. It is a flowchart which shows operation | movement of the shooting training system shown in FIG.

Explanation of symbols

1a to 1n light receiving device 2a to 2n signal processing device 3a to 3n terminal device 4a to 4n laser gun 5a to 5n signal processing device 6a to 6n terminal device 7 central station 8 IrDA
9 Laser data 11 Signal processing unit 12 Audio storage unit 15 Audio output unit

Claims (1)

  In a shooting training system in which laser light emitted from a laser gun on a shooting side is received by a light receiving device attached to a bullet side and used as bullet information, a terminal connected to at least one of the laser gun and the light receiving device A signal processing unit for creating the bullet information including a wear item, a voice storage unit storing a plurality of audio data so as to correspond to the wear item, and a device corresponding to the wear item. A shooting training system comprising: a signal processing device having a voice output unit that outputs the voice data as voice.

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