JP2012002457A - Shooting simulator - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a shooting simulator capable of achieving shooting simulation training that is more similar to actual warfare.SOLUTION: When personnel 6a and 6b to be an object for training and vehicles 8a and 8b perform shooting using a firearm 4 whose projectile having a curved trajectory, shooting information is transmitted from an information terminal 14 provided in the firearm 4 whose projectile having a curved trajectory to a central control office 12. The central control office 12 calculates damages to the object for training based on the shooting information to transmit calculation results to a self damage control section of the information terminal 14. The self damage control section displays damaged conditions thereof.

Description

  The present invention relates to a shooting simulation device, and more particularly to a shooting simulation device for performing shooting simulation training using a curved firearm.

As a simulated fire training, a laser irradiation gun that uses a laser beam instead of a real bullet can be used in a relatively close range where the opponent can be visually recognized, but a parabolic trajectory such as a cannon is drawn to reach the target. A curved firearm cannot use a laser beam having straightness, and requires a fire simulator for the curved firearm by another method.
Therefore, as a shooting simulation device that simulates the shooting of a curved firearm without using a live ammunition, it calculates the landing area from the position information of the unit, the specifications information of the firearm, and the unit status such as the degree of protection of the unit, A technique has been developed in which terrain information is taken into account to determine the effect of the fire of a music firearm by calculation (see Patent Document 1).

Japanese Patent No. 2773615

However, in the technique of the above-mentioned Patent Document 1, the effects of shooting are calculated, but these effects are not particularly reflected in the person to be trained, and even a person who should have been damaged can be trained as it is. Each trainer can act regardless of the damage.
In the training using the shooting simulation apparatus of Patent Document 1 described above, there is a problem that the technique of each trainer is evaluated only by the shooting effect, and the training is different from the actual battle.

  The present invention has been made to solve such problems, and an object of the present invention is to provide a shooting simulation apparatus capable of realizing shooting simulation training closer to actual battle.

  In order to achieve the above-described object, in the shooting simulation apparatus according to claim 1, a central management for managing information on a training object based on information transmitted from the terminal provided to the training object possessing a firearm and the terminal And a shooting information transmission unit that is provided in the terminal and that transmits to the central management means the specification information of the firearm possessed by the training object and the shooting information when the firearm is used. A location information transmission unit provided in the terminal for acquiring location information of the terminal and transmitting the location information to the central management unit; and receiving a self-damage state provided in the terminal and transmitted from the central management unit. The self-damage control unit that displays the self-damage state and the central management means, and based on the information transmitted from the shooting information transmission unit and the position information transmission unit, training subject by shooting Of the damage state calculated, and the damage calculation section that transmits to the damage state control unit of the target of calculation results terminal, comprising the.

The shooting simulation apparatus according to claim 2, wherein the self-damage control unit receives the damage state of the self transmitted from the central management unit, and the position information according to the damage state of the self. Transmission of location information to the central management unit by the transmission unit is stopped, and the central management unit excludes the terminal that cannot receive the location information from the training target.
According to a shooting simulation apparatus of claim 3, in claim 1 or 2, the terminal is provided in a firearm possessed by the training object, and the self-damage control unit is a self-damage transmitted from the central management means. It is characterized by receiving the state and restricting the use of the firearm according to the self-damaged state.

  4. The shooting simulation apparatus according to claim 4, wherein the central management means manages each training object by dividing it into a plurality of units, and the ally belongs to the terminal of each training object. It has a unit arrangement confirmation unit that transmits unit information, and the terminal includes a team unit status display unit that displays information transmitted from the unit arrangement confirmation unit.

  According to the shooting simulation apparatus of the present invention using the above means, when shooting is performed using a firearm possessed by the training target, the shooting information is transmitted from the shooting information transmission unit of the terminal provided in the training target. Is transmitted to the central management station. Based on the shooting information and the position information of each terminal, the central management station calculates the damage to the training target due to the shooting and transmits the calculation result to the self-damage control unit of the target terminal. The self-damage control unit of the terminal that has received the calculation result displays the self-damage state reflecting the calculation result.

Thereby, each training object can grasp own damage by shooting.
Preferably, the self-damage control unit stops transmission of position information to the central management means or restricts the use of firearms possessed by the training target according to the self-damage state. As a result, the damaged training target cannot substantially participate in the training and is excluded from the training.

For these reasons, it is necessary for each training subject to act without being damaged by shooting, and training that is closer to actual combat can be performed.
Furthermore, in the central management means, each trainer is divided into a plurality of units and managed, the information of the friendly unit to which the self belongs to each training target terminal is transmitted, and the status of the friendly unit to which the self belongs at each terminal Is displayed. This allows tactical training not only as an individual but also as a unit.

It is the schematic which showed the mode of training using the shooting simulation apparatus which concerns on embodiment of this invention. It is a block diagram of the shooting simulation device concerning the embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a schematic diagram showing a state of training using the shooting simulation apparatus according to the present invention, and FIG. 2 is a block diagram of the shooting simulation apparatus according to the embodiment of the present invention. Description will be made based on these drawings.
In FIG. 1, the training is divided into two units, a first unit 2a and a second unit 2b. Each of the units 2a and 2b is composed of personnel 6a and 6b (training subjects) who have the music firearm 4 and vehicles 8a and 8b (training subjects). The two units 2a and 2b are arranged at a distance that is relatively far away so that direct observation is difficult. Between the two units 2a and 2b, buildings such as forests, trees and protective walls are obstructions. 10. Moreover, the topography of the training area includes a mountain valley, a hill, a river, an urban area, and the like, and either one of the first unit 2a and the second unit 2b may be arranged higher than the other.

In addition, a central management station 12 (central management means) that integrates and processes information related to training is installed in the training area. Also, each music firearm 4 provided in each person 6a, 6b and each vehicle 8a, 8b is provided with an information terminal 14 for processing and displaying information related to the training. It is connected to the management station 12 by wireless communication.
The shooting simulation apparatus in the present embodiment is composed of the central management station 12 and each information terminal 14, and the central management station 12 and the information terminal 14 will be described in detail below with reference to FIG.

Each information terminal 14 includes a self-position transmitting unit 20, a shooting information transmitting unit 22, a weather information display unit 24, a self-damage control unit 26, and a teammate unit status display unit 28. The information terminal is provided with a GPS (Global Positioning System) receiver 30.
Specifically, the self-position transmitting unit 20 has a function of receiving position information of the information terminal 14 by the GPS receiver 30 and transmitting the position information to the central management station 12. The position of the information terminal 14 is regarded as the position information of the personnel 6a and 6b and the vehicles 8a and 8b that possess the music firearm 4 equipped with the information terminal 14.

  The shooting information transmission unit 22 has a function of transmitting, to the central management station 12, the specification information of the music gun 4 and the shooting information when the music gun 4 is used. The specification information of the music firearm 4 is, for example, information including the type, performance, bullet type, number of bullets, etc. of the music firearm 4, and the shooting information is the bullet firing direction and the firing angle corresponding to the shooting operation on the music firearm 4. , Information including the firing speed. The music firer 4 does not fire an actual bullet, but only transmits the shooting information and the like to the central management station 12 when a shooting operation is performed.

The meteorological information display unit 24 has a function of displaying meteorological information corresponding to its own position from the meteorological information given from the central management station 12. The weather information display unit 24 also has a function of transmitting weather information corresponding to its own position to the central management station 12. The weather information is information including, for example, wind direction, wind speed, atmospheric pressure and the like including the upper atmosphere.
The self-damage control unit 26 has a function of controlling display of the self-damage state and the like. The self-damage state changes by receiving shooting damage from the state at the start of training. For example, in this embodiment, the damage state of the self is expressed by a numerical value, the start time of training is set to 100, and it decreases according to the degree of damage every time shooting damage occurs, and when it becomes 0, it is impossible to act It shall be regarded as a state. The self-damage state corresponding to the shooting damage changes based on information transmitted from the central management station 12. Moreover, when it becomes an action impossible state, while transmitting the self-position information to the central management station 12 in the self-position transmission part 20, it controls to limit the music firearm 4 to unusable.

  The ally unit status display unit 28 has a function of displaying the status of the ally unit to which it belongs, transmitted from the central management station 12. The status of the friendly unit includes, for example, the number of people who can act in the friendly unit and the number of vehicles, the position information of each member 6a, 6b and each vehicle 8a, 8b of the friendly unit, and the like. Information on the status of the team is sent from the central management station 12.

On the other hand, the central management station 12 includes a weather information acquisition unit 40, an impact position calculation unit 42, a shooting effect range determination unit 44, a unit placement confirmation unit 46, a terrain effect setting unit 48, and a shooting damage calculation unit 50. .
Specifically, the weather information acquisition unit 40 has a function of acquiring weather information at the training site and transmitting the weather information to the weather information display unit 24 of each information terminal 14.

  The landing position calculation unit 42 calculates the shooting position from the self-position information, specification information, shooting information, and weather information corresponding to the position of the information terminal 14 transmitted from the information terminal 14 of the tune-fired firearm 4 that performed the shooting. It has a function to calculate the impact position. The calculation of the impact position is based on the trajectory of the trajectory (chain line A in FIG. 1), taking into account the weather information in addition to the specification information and shooting information of the firearm 4 that fired, starting from the position based on the self-position information. To calculate the impact position.

The shooting effect range determination unit 44 has a function of determining an effect range (chain line B in FIG. 1) due to impact based on the impact position calculated by the impact position calculation unit 42. This is also calculated using the specification information, shooting information, and weather information of the tune firer 4 used in the impact position calculation unit 42.
From the position information transmitted from each information terminal 14 of each unit 2a, 2b, the unit arrangement confirmation unit 46 determines the number and number of personnel 6a, 6b and vehicles 8a, 8b of each unit 2a, 2b, and each member 6a. , 6b and the vehicle 8a, 8b position information, etc., and has a function of transmitting the information to the information terminal 14 of the corresponding unit as friendly unit status information. In addition, the said unit arrangement | positioning confirmation part 46 calculates the number of persons and the number of vehicles of each unit 2a, 2b from the number of the information terminals 14 which were able to receive position information, and about the information terminal 14 which cannot receive position information, The personnel 6a, 6b or the vehicles 8a, 8b carrying the information terminal 14 are assumed to be unable to act, and are excluded from the number of units and the number of vehicles.

The terrain effect setting unit 48 stores terrain information of the training area in advance and has a function of setting a shooting effect according to the terrain. For example, the terrain information includes information such as the altitude, the ground gradient, and the arrangement and size of the obstacle 10.
The shooting damage calculation unit 50 calculates the damage state to each person 6a, 6b and the vehicles 8a, 8b due to shooting based on the information from the shooting effect range determination unit 44, the unit placement confirmation unit 46, and the terrain effect setting unit 48. It has a function to do. That is, the personnel 6a and 6b who are within the shooting effect range based on the information from the unit placement confirmation unit 46 after correcting the effect range by the impact determined by the shooting effect range determination unit 44 with the terrain effect. And the damage to the vehicles 8a and 8b is calculated. The calculation of the damage basically reflects the terrain effect, but the damage tends to increase as it is closer to the landing position. Then, the shooting damage calculation unit 50 reflects the damage state of the target personnel 6a and 6b and the vehicles 8a and 8b based on the calculation result, and transmits it to the self-damage control unit 26 of the target information terminal 14.

Hereinafter, the operation of the shooting simulation apparatus configured as described above will be described.
The central management station 12 always or periodically determines the positions, the number of persons and the number of vehicles 6a, 6b and vehicles 8a, 8b that can be operated by both units 2a, 2b in the unit placement confirmation unit 46 in the first unit 2a. Is sent to the friendly unit status display unit 28 of each information terminal 14 in the first unit 2a, and to the friendly unit status display unit 28 of each information terminal 14 in the second unit to the second unit. Similarly, the central management station 12 transmits weather information to the weather information display unit 24 of each information terminal 14.

  Then, when a member or vehicle of one unit fires against the other unit, for example, as shown by chain lines A and B in FIG. 1, the member 6a of the first unit 2a is against the second unit 2b. When the shooter 4 possessed by itself is used to shoot, the specification information of the shooter 4, the self-location information acquired from the GPS receiver 30, and the weather information are displayed together with the shooting information operated there. To the central management station 12. The central management station 12 receives these pieces of information, calculates the impact position by the impact position calculation unit 42, and further determines the shooting effect range by the shooting effect range determination unit 44. The shooting damage calculation unit 50 calculates the shooting damage of the person 6b or the vehicle 8b who is damaged by the shooting after reflecting the unit arrangement and the terrain effect in the shooting effect range.

  The shooting damage calculated by the shooting damage calculation unit 50 is reflected in the damage state of the target personnel 6b and the vehicle 8b, and is transmitted to the self-damage control unit 26 of the information terminal 14 of the target personnel 6b and the vehicle 8b. The The self-damage control unit 26 displays the damage state transmitted from the central management station 12 in the information terminal 14, and when the self-damage state becomes an inoperable state, the central management station 12 in the self-position transmission unit 20. Control is made so as to stop the transmission of the self-position information to and limit the use of the music firearm 4.

  As a result, the personnel 6a, 6b and the vehicles 8a, 8b in an inoperable state cannot use the tune firer 4 and cannot forcibly participate in training. In the unit placement confirmation unit 46 in the central management station 12, the personnel 6a and 6b and the vehicles 8a and 8b that are unable to receive the position information are rendered inoperable, and the number of the corresponding units or the number of vehicles is reduced. The status of the friendly unit is updated by being transmitted to the friendly unit status display unit 28 of the information terminals 14 of the persons 6a and 6b and the vehicles 8a and 8b that can act, and displayed on the friendly unit status display unit 28.

  As described above, in the shooting simulation apparatus according to the present embodiment, the shooting effect is reflected in the damage state of the target opponent, and the damaged personnel 6a and 6b and the vehicles 8a and 8b are displayed on the display of the self-damage control unit 26. This can be grasped. And when the damage state reaches the inoperable state, it becomes impossible to participate in the training substantially by stopping the transmission of its own location information and the use of the music firearm 4 and excluded from the training. Will be.

For these reasons, the personnel 6a and 6b and the vehicles 8a and 8b, which are training subjects, need to act without being damaged by shooting, and can perform training closer to actual combat.
Further, in each information terminal 14, information on the ally unit is also displayed on the ally unit status display unit 28. This allows tactical training not only as an individual but also as a unit.

Although the description of the embodiment of the shooting simulation apparatus according to the present invention is finished as above, the embodiment is not limited to the above embodiment.
For example, the specification information, shooting information, meteorological information, terrain information, etc. of the music firearm are not limited to those described above, and other information may be added.
Further, in the above embodiment, the self-damage state is expressed by a numerical value, but the display of the self-damage state is not limited to this, and it is only necessary that at least the actionable state and the action-disabled state can be discriminated. .

2a 1st unit 2b 2nd unit 4 music firearms 6a, 6b Personnel (target for training)
8a, 8b Vehicle (training target)
DESCRIPTION OF SYMBOLS 10 Obstacle 12 Central control station 14 Information terminal 20 Self-position transmission part 22 Shooting information transmission part 24 Weather information display part 26 Self-damage control part 28 Allied troops situation display part 30 GPS receiver 40 Weather information acquisition part 42 Impact position calculation Unit 44 Shooting effect range determination unit 46 Unit placement confirmation unit 48 Terrain effect setting unit 50 Shooting damage calculation unit

Claims (4)

A shooting simulation apparatus composed of a terminal provided for a training target possessing a firearm and a central management means for managing information on the training target based on information transmitted from the terminal,
A shooting information transmission unit that is provided in the terminal and transmits the specification information of firearms possessed by the training object and the shooting information when using the firearms to the central management means,
A location information transmission unit provided in the terminal for acquiring location information of the terminal and transmitting the location information to the central management unit;
A self-damage control unit that is provided in the terminal, receives a self-damage state transmitted from the central management means, and displays the self-damage state;
Provided in the central management means, based on the information transmitted from the shooting information transmission unit and the position information transmission unit, to calculate the damage state to the training subject by shooting, the damage state of the target terminal for the calculation result A damage calculation unit to be transmitted to the control unit;
A shooting simulator characterized by comprising: The self-damage control unit receives a self-damage state transmitted from the central management unit, and transmits position information to the central management unit by the position information transmission unit according to the self-damage state. Stop,
The shooting simulation apparatus according to claim 1, wherein the central management unit excludes the terminal that cannot receive position information from a training target. The terminal is provided in a firearm possessed by the training subject,
The self-damage control unit receives a self-damage state transmitted from the central management means, and restricts the use of the firearm according to the self-damage state. The shooting simulation apparatus described. The central management means manages each training target divided into a plurality of units, and has a unit placement confirmation unit that transmits information of a friendly unit to which the terminal belongs to each terminal of the training target,
4. The shooting simulation apparatus according to claim 1, wherein the terminal includes an ally unit status display unit that displays information transmitted from the unit arrangement confirmation unit. 5.

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