CN103808205A - Simulation combat gunnery training system - Google Patents
Simulation combat gunnery training system Download PDFInfo
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- CN103808205A CN103808205A CN201410062989.9A CN201410062989A CN103808205A CN 103808205 A CN103808205 A CN 103808205A CN 201410062989 A CN201410062989 A CN 201410062989A CN 103808205 A CN103808205 A CN 103808205A
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- 238000004088 simulation Methods 0.000 title claims abstract description 20
- 238000004891 communication Methods 0.000 claims description 90
- 238000009432 framing Methods 0.000 claims description 40
- 210000003128 head Anatomy 0.000 claims description 8
- 238000010304 firing Methods 0.000 claims description 5
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- 238000005516 engineering process Methods 0.000 description 1
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Abstract
The invention discloses a simulation combat gunnery training system and belongs to the technical field of gun aiming training or practicing equipment. The simulation combat gunnery training system comprises a center unit (1), an attacker individual combat unit (2) and a defender individual combat unit (3). Compared with the prior art, the simulation combat gunnery training system has the advantages of being convenient to control, high in reliability and the like, officers can observe the actual combat condition of a battlefield in real time through the center unit, and the actual combat process can be replayed so as to improve the combat quality and the skill of field army soldiers and special policemen.
Description
Technical field
The training or the practice equipment technical field that the invention belongs to gun-laying, in particular, belong to a kind of simulating actual combat gunnery training system.
Background technology
The soldier of field army and special policeman soldier need to carry out daily tactical training conventionally, how to utilize limited resource to simulate combat environment under battle conditions, be a great difficult problem that restricts training guidance personnel to improve soldiers' skills of actual combat always.The example that once occurred using electronic curtain combat training system to train the soldier of field army and special policeman soldier in prior art, owing to using such training system conventionally need to drop into very large fund resources and its, to simulate actual combat environment effect be not very good.How to effectively utilize various reality the humane operational environment of geography, to simulate actual scene of fighting be a great problem of restriction the art with the fighting quality and the technical ability that improve the soldier of field army and special policeman soldier always.
Summary of the invention
The present invention, in order effectively to solve above technical problem, has provided a kind of simulating actual combat gunnery training system.
A kind of simulating actual combat gunnery training system of the present invention, is characterized in that: comprise center cell, attacker's individual combat unit, individual combat unit, the side of defence;
Described center cell comprises IPSC control module, GPS framing signal receiver module and radio communication primary module, and IPSC control module is connected with GPS framing signal receiver module, radio communication primary module respectively;
Described attacker's individual combat unit comprises the GPS framing signal transmitter module being attached on trainer, radio communication submodule, shooting module, gunnery target clothes, signal acquisition module; Between the GPS framing signal transmitter module of described attacker's individual combat unit and the GPS framing signal receiver module of described center cell, carry out radio communication, between the radio communication submodule of described attacker's individual combat unit and the radio communication primary module of described center cell, carry out radio communication; The shooting module of described attacker's individual combat unit is connected with the radio communication submodule of described attacker's individual combat unit, the gunnery target clothes of described attacker's individual combat unit are connected with the signal acquisition module of described attacker's individual combat unit, and the signal acquisition module of described attacker's individual combat unit is connected with the radio communication submodule of described attacker's individual combat unit;
Individual combat unit, described defence side comprises that being attached to trainer goes up GPS framing signal transmitter module, radio communication submodule, shooting module, gunnery target clothes, signal acquisition module; Between the GPS framing signal transmitter module of individual combat unit, described defence side and the GPS framing signal receiver module of described center cell, carry out radio communication, between the radio communication submodule of individual combat unit, described defence side and the radio communication primary module of described center cell, carry out radio communication; The shooting module of individual combat unit, described defence side is connected with the radio communication submodule of individual combat unit, described defence side, the gunnery target clothes of individual combat unit, described defence side are connected with the signal acquisition module of individual combat unit, described defence side, and the signal acquisition module of individual combat unit, described defence side is connected with the radio communication submodule of individual combat unit, described defence side.
According to above-described simulating actual combat gunnery training system, preferably: the shooting module of the shooting module of described attacker's individual combat unit and individual combat unit, described defence side is the gun-simulation with Emission Lasers semiotic function.
According to above-described simulating actual combat gunnery training system, preferably: when described gun-simulation is shot, laser emission time is 0.2-0.6 second at every turn.
According to above-described simulating actual combat gunnery training system, preferably: the gunnery target clothes of the gunnery target clothes of described attacker's individual combat unit and individual combat unit, described defence side are the electronic target target that covers human body shank, trunk and arm.
According to above-described simulating actual combat gunnery training system, preferably: the gunnery target clothes of the gunnery target clothes of described attacker's individual combat unit and individual combat unit, described defence side are and cover the electronic target target of head except eyes.
According to above-described simulating actual combat gunnery training system, preferred: the gunnery target clothes of the gunnery target clothes of described attacker's individual combat unit and individual combat unit, described defence side all can be made a response to the firing signal of the shooting module transmitting of the shooting module of described attacker's individual combat unit and individual combat unit, described defence side, and the situation of being shot are sent in real time to the radio communication primary module of described center cell by radio communication submodule.
According to above-described simulating actual combat gunnery training system, preferably: described attacker's individual combat unit also comprises enemy and we's identification module.
According to above-described simulating actual combat gunnery training system, preferably: individual combat unit, described defence side also comprises enemy and we's identification module.
According to above-described simulating actual combat gunnery training system, preferably: enemy and we's identification module of enemy and we's identification module of described attacker's individual combat unit, individual combat unit, described defence side can be all the network node in wireless sensor network.
According to above-described simulating actual combat gunnery training system, preferably: described enemy and we's identification module of described attacker's individual combat unit can be the real-time position information receiver module that sends to each individual combat unit in attacker by center cell; Described enemy and we's identification module of individual combat unit, described defence side can be the real-time position information receiver module that sends to each individual combat unit in defence side by center cell.
The present invention compared with prior art has the convenience of control, high reliability, officers and men get final product the actual combat situations of Real Time Observation to battlefield by center cell of the present invention, can carry out playback to improve the soldier of field army and special policeman soldier's fighting quality and technical ability to actual combat process.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of simulating actual combat gunnery training system of the present invention.
The specific embodiment
A kind of preferred embodiment one:
Fig. 1 is the structural representation of simulating actual combat gunnery training system of the present invention, and simulating actual combat gunnery training system of the present invention comprises center cell 1, attacker's individual combat unit 2, individual combat unit, the side of defence 3;
Described center cell 1 comprises IPSC control module 101, GPS framing signal receiver module 102 and radio communication primary module 103, and IPSC control module 101 is connected 103 with GPS framing signal receiver module 102, radio communication primary module respectively;
Described attacker's individual combat unit 2 comprises the GPS framing signal transmitter module 201 being attached on trainer, radio communication submodule 202, shooting module 203, gunnery target clothes 204, signal acquisition module 205; Between the GPS framing signal transmitter module 201 of described attacker's individual combat unit 2 and the GPS framing signal receiver module 102 of described center cell 1, carry out radio communication, between the radio communication submodule 202 of described attacker's individual combat unit 2 and the radio communication primary module 103 of described center cell 1, carry out radio communication; The shooting module 203 of described attacker's individual combat unit 2 is connected with the radio communication submodule 202 of described attacker's individual combat unit 2, the gunnery target clothes 204 of described attacker's individual combat unit 2 are connected with the signal acquisition module 205 of described attacker's individual combat unit 2, and the signal acquisition module 205 of described attacker's individual combat unit 2 is connected with the radio communication submodule 202 of described attacker's individual combat unit 2;
Individual combat unit, described defence side 3 comprises that being attached to trainer goes up GPS framing signal transmitter module 301, radio communication submodule 302, shooting module 303, gunnery target clothes 304, signal acquisition module 305; Between the GPS framing signal transmitter module 301 of individual combat unit, described defence side 3 and the GPS framing signal receiver module 102 of described center cell 1, carry out radio communication, between the radio communication submodule 302 of individual combat unit, described defence side 3 and the radio communication primary module 103 of described center cell 1, carry out radio communication; The shooting module 303 of individual combat unit, described defence side 3 is connected with the radio communication submodule 302 of individual combat unit, described defence side 3, the gunnery target clothes 304 of individual combat unit, described defence side 3 are connected with the signal acquisition module 305 of individual combat unit, described defence side 3, and the signal acquisition module 305 of individual combat unit, described defence side 3 is connected with the radio communication submodule 302 of individual combat unit, described defence side 3.
The shooting module 303 of the shooting module 203 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 is the gun-simulation with Emission Lasers semiotic function.
The gunnery target clothes 304 of the gunnery target clothes 204 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 are the electronic target target that covers human body shank, trunk and arm.
The gunnery target clothes 304 of the gunnery target clothes 204 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 are and cover the electronic target target of head except eyes.
The firing signal that the gunnery target clothes 304 of the gunnery target clothes 204 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 all can be launched the shooting module 303 of the shooting module 203 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 is made a response, and the situation of being shot is sent in real time to the radio communication primary module 103 of described center cell 1 by radio communication submodule separately.
Described attacker's individual combat unit 2 also comprises enemy and we's identification module 206.Individual combat unit, described defence side 3 also comprises enemy and we's identification module 306.Enemy and we's identification module 306 of enemy and we's identification module 206 of described attacker's individual combat unit 2, individual combat unit, described defence side 3 can be all the network node in wireless sensor network.Described enemy and we's identification module 206 of described attacker's individual combat unit 2 can be the real-time position information receiver module that sends to each individual combat unit in attacker by center cell 1; Described enemy and we's identification module 306 of individual combat unit, described defence side 3 can be the real-time position information receiver module that sends to each individual combat unit in defence side by center cell 1.
When gun-simulation is shot at every turn, laser emission time is 0.2 second, gun-simulation Emission Lasers signal time is can obtain technique effect very in 0.2 second, if attacker personnel gun-simulation Emission Lasers signal on hand hit target on the side of defence personnel health,, can on target, produce corresponding induced signal.
The gunnery target clothes of the gunnery target clothes of attacker's individual combat unit and individual combat unit, defence side are the electronic target target that covers human body shank, trunk and arm.The gunnery target clothes of the gunnery target clothes of attacker's individual combat unit and individual combat unit, defence side are and cover the electronic target target of head except eyes.
Attacker's individual combat unit also comprises enemy and we's identification module, attacker's individual combat unit generally includes the soldier of several field armies or special policeman soldier, several attacker's individual combat unit are all to cooperatively interact to carry out operational training under normal circumstances, and using enemy and we's identification module is in order not hurt one's own side companion in Campaign Process; Attacker is made up of several attacker's individual combat unit, and it has enemy and we's identification module and can greatly improve overall combat effectiveness, avoid accidentally injuring one's own side companion.
Individual combat unit, the side of defence also comprises enemy and we's identification module, individual combat unit, the side of defence generally includes several enemy fighters or bandit, also can allow the defence side being formed by individual combat unit, defence side have enemy and we's identification module in order to improve training effect, between each individual soldier of defence side, have equally extraordinary matching relationship make it have very strong fighting capacity can effectively promote attacker fight capability promote.
A kind of preferred embodiment two:
Fig. 1 is the structural representation of simulating actual combat gunnery training system of the present invention, and simulating actual combat gunnery training system of the present invention comprises center cell 1, attacker's individual combat unit 2, individual combat unit, the side of defence 3;
Described center cell 1 comprises IPSC control module 101, GPS framing signal receiver module 102 and radio communication primary module 103, and IPSC control module 101 is connected 103 with GPS framing signal receiver module 102, radio communication primary module respectively;
Described attacker's individual combat unit 2 comprises the GPS framing signal transmitter module 201 being attached on trainer, radio communication submodule 202, shooting module 203, gunnery target clothes 204, signal acquisition module 205; Between the GPS framing signal transmitter module 201 of described attacker's individual combat unit 2 and the GPS framing signal receiver module 102 of described center cell 1, carry out radio communication, between the radio communication submodule 202 of described attacker's individual combat unit 2 and the radio communication primary module 103 of described center cell 1, carry out radio communication; The shooting module 203 of described attacker's individual combat unit 2 is connected with the radio communication submodule 202 of described attacker's individual combat unit 2, the gunnery target clothes 204 of described attacker's individual combat unit 2 are connected with the signal acquisition module 205 of described attacker's individual combat unit 2, and the signal acquisition module 205 of described attacker's individual combat unit 2 is connected with the radio communication submodule 202 of described attacker's individual combat unit 2;
Individual combat unit, described defence side 3 comprises that being attached to trainer goes up GPS framing signal transmitter module 301, radio communication submodule 302, shooting module 303, gunnery target clothes 304, signal acquisition module 305; Between the GPS framing signal transmitter module 301 of individual combat unit, described defence side 3 and the GPS framing signal receiver module 102 of described center cell 1, carry out radio communication, between the radio communication submodule 302 of individual combat unit, described defence side 3 and the radio communication primary module 103 of described center cell 1, carry out radio communication; The shooting module 303 of individual combat unit, described defence side 3 is connected with the radio communication submodule 302 of individual combat unit, described defence side 3, the gunnery target clothes 304 of individual combat unit, described defence side 3 are connected with the signal acquisition module 305 of individual combat unit, described defence side 3, and the signal acquisition module 305 of individual combat unit, described defence side 3 is connected with the radio communication submodule 302 of individual combat unit, described defence side 3.
The shooting module 303 of the shooting module 203 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 is the gun-simulation with Emission Lasers semiotic function.
The gunnery target clothes 304 of the gunnery target clothes 204 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 are the electronic target target that covers human body shank, trunk and arm.
The gunnery target clothes 304 of the gunnery target clothes 204 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 are and cover the electronic target target of head except eyes.
The firing signal that the gunnery target clothes 304 of the gunnery target clothes 204 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 all can be launched the shooting module 303 of the shooting module 203 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 is made a response, and the situation of being shot is sent in real time to the radio communication primary module 103 of described center cell 1 by radio communication submodule separately.
Described attacker's individual combat unit 2 also comprises enemy and we's identification module 206.Individual combat unit, described defence side 3 also comprises enemy and we's identification module 306.Enemy and we's identification module 306 of enemy and we's identification module 206 of described attacker's individual combat unit 2, individual combat unit, described defence side 3 can be all the network node in wireless sensor network.Described enemy and we's identification module 206 of described attacker's individual combat unit 2 can be the real-time position information receiver module that sends to each individual combat unit in attacker by center cell 1; Described enemy and we's identification module 306 of individual combat unit, described defence side 3 can be the real-time position information receiver module that sends to each individual combat unit in defence side by center cell 1.
When gun-simulation is shot at every turn, laser emission time is 0.6 second, gun-simulation Emission Lasers signal time is can obtain technique effect very in 0.6 second, if attacker personnel gun-simulation Emission Lasers signal on hand hit target on the side of defence personnel health,, can on target, produce corresponding induced signal.
The gunnery target clothes of the gunnery target clothes of attacker's individual combat unit and individual combat unit, defence side are the electronic target target that covers human body shank, trunk and arm.The gunnery target clothes of the gunnery target clothes of attacker's individual combat unit and individual combat unit, defence side are and cover the electronic target target of head except eyes.
Attacker's individual combat unit also comprises enemy and we's identification module, attacker's individual combat unit generally includes the soldier of several field armies or special policeman soldier, several attacker's individual combat unit are all to cooperatively interact to carry out operational training under normal circumstances, and using enemy and we's identification module is in order not hurt one's own side companion in Campaign Process; Attacker is made up of several attacker's individual combat unit, and it has enemy and we's identification module and can greatly improve overall combat effectiveness, avoid accidentally injuring one's own side companion.
Individual combat unit, the side of defence also comprises enemy and we's identification module, individual combat unit, the side of defence generally includes several enemy fighters or bandit, also can allow the defence side being formed by individual combat unit, defence side have enemy and we's identification module in order to improve training effect, between each individual soldier of defence side, have equally extraordinary matching relationship make it have very strong fighting capacity can effectively promote attacker fight capability promote.
A kind of preferred embodiment three:
Fig. 1 is the structural representation of simulating actual combat gunnery training system of the present invention, and simulating actual combat gunnery training system of the present invention comprises center cell 1, attacker's individual combat unit 2, individual combat unit, the side of defence 3;
Described center cell 1 comprises IPSC control module 101, GPS framing signal receiver module 102 and radio communication primary module 103, and IPSC control module 101 is connected 103 with GPS framing signal receiver module 102, radio communication primary module respectively;
Described attacker's individual combat unit 2 comprises the GPS framing signal transmitter module 201 being attached on trainer, radio communication submodule 202, shooting module 203, gunnery target clothes 204, signal acquisition module 205; Between the GPS framing signal transmitter module 201 of described attacker's individual combat unit 2 and the GPS framing signal receiver module 102 of described center cell 1, carry out radio communication, between the radio communication submodule 202 of described attacker's individual combat unit 2 and the radio communication primary module 103 of described center cell 1, carry out radio communication; The shooting module 203 of described attacker's individual combat unit 2 is connected with the radio communication submodule 202 of described attacker's individual combat unit 2, the gunnery target clothes 204 of described attacker's individual combat unit 2 are connected with the signal acquisition module 205 of described attacker's individual combat unit 2, and the signal acquisition module 205 of described attacker's individual combat unit 2 is connected with the radio communication submodule 202 of described attacker's individual combat unit 2;
Individual combat unit, described defence side 3 comprises that being attached to trainer goes up GPS framing signal transmitter module 301, radio communication submodule 302, shooting module 303, gunnery target clothes 304, signal acquisition module 305; Between the GPS framing signal transmitter module 301 of individual combat unit, described defence side 3 and the GPS framing signal receiver module 102 of described center cell 1, carry out radio communication, between the radio communication submodule 302 of individual combat unit, described defence side 3 and the radio communication primary module 103 of described center cell 1, carry out radio communication; The shooting module 303 of individual combat unit, described defence side 3 is connected with the radio communication submodule 302 of individual combat unit, described defence side 3, the gunnery target clothes 304 of individual combat unit, described defence side 3 are connected with the signal acquisition module 305 of individual combat unit, described defence side 3, and the signal acquisition module 305 of individual combat unit, described defence side 3 is connected with the radio communication submodule 302 of individual combat unit, described defence side 3.
The shooting module 303 of the shooting module 203 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 is the gun-simulation with Emission Lasers semiotic function.
The gunnery target clothes 304 of the gunnery target clothes 204 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 are the electronic target target that covers human body shank, trunk and arm.
The gunnery target clothes 304 of the gunnery target clothes 204 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 are and cover the electronic target target of head except eyes.
The firing signal that the gunnery target clothes 304 of the gunnery target clothes 204 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 all can be launched the shooting module 303 of the shooting module 203 of described attacker's individual combat unit 2 and individual combat unit, described defence side 3 is made a response, and the situation of being shot is sent in real time to the radio communication primary module 103 of described center cell 1 by radio communication submodule separately.
Described attacker's individual combat unit 2 also comprises enemy and we's identification module 206.Individual combat unit, described defence side 3 also comprises enemy and we's identification module 306.Enemy and we's identification module 306 of enemy and we's identification module 206 of described attacker's individual combat unit 2, individual combat unit, described defence side 3 can be all the network node in wireless sensor network.Described enemy and we's identification module 206 of described attacker's individual combat unit 2 can be the real-time position information receiver module that sends to each individual combat unit in attacker by center cell 1; Described enemy and we's identification module 306 of individual combat unit, described defence side 3 can be the real-time position information receiver module that sends to each individual combat unit in defence side by center cell 1.
When gun-simulation is shot at every turn, laser emission time is 0.2-0.6 second, gun-simulation Emission Lasers signal time is can obtain technique effect very in 0.4 second, if attacker personnel gun-simulation Emission Lasers signal on hand hit target on the side of defence personnel health,, can on target, produce corresponding induced signal.
The gunnery target clothes of the gunnery target clothes of attacker's individual combat unit and individual combat unit, defence side are the electronic target target that covers human body shank, trunk and arm.The gunnery target clothes of the gunnery target clothes of attacker's individual combat unit and individual combat unit, defence side are and cover the electronic target target of head except eyes.
Attacker's individual combat unit also comprises enemy and we's identification module, attacker's individual combat unit generally includes the soldier of several field armies or special policeman soldier, several attacker's individual combat unit are all to cooperatively interact to carry out operational training under normal circumstances, and using enemy and we's identification module is in order not hurt one's own side companion in Campaign Process; Attacker is made up of several attacker's individual combat unit, and it has enemy and we's identification module and can greatly improve overall combat effectiveness, avoid accidentally injuring one's own side companion.
Individual combat unit, the side of defence also comprises enemy and we's identification module, individual combat unit, the side of defence generally includes several enemy fighters or bandit, also can allow the defence side being formed by individual combat unit, defence side have enemy and we's identification module in order to improve training effect, between each individual soldier of defence side, have equally extraordinary matching relationship make it have very strong fighting capacity can effectively promote attacker fight capability promote.
Claims (10)
1. a simulating actual combat gunnery training system, is characterized in that: comprise center cell (1), attacker's individual combat unit (2), individual combat unit, the side of defence (3);
Described center cell (1) comprises IPSC control module (101), GPS framing signal receiver module (102) and radio communication primary module (103), IPSC control module (101) be connected with GPS framing signal receiver module (102), radio communication primary module respectively (103);
Described attacker's individual combat unit (2) comprises the GPS framing signal transmitter module (201) being attached on trainer, radio communication submodule (202), shooting module (203), gunnery target clothes (204), signal acquisition module (205); Between the GPS framing signal transmitter module (201) of described attacker's individual combat unit (2) and the GPS framing signal receiver module (102) of described center cell (1), carry out radio communication, between the radio communication submodule (202) of described attacker's individual combat unit (2) and the radio communication primary module (103) of described center cell (1), carry out radio communication; The shooting module (203) of described attacker's individual combat unit (2) is connected with the radio communication submodule (202) of described attacker's individual combat unit (2), the gunnery target clothes (204) of described attacker's individual combat unit (2) are connected with the signal acquisition module (205) of described attacker's individual combat unit (2), and the signal acquisition module (205) of described attacker's individual combat unit (2) is connected with the radio communication submodule (202) of described attacker's individual combat unit (2);
Described defence side individual combat unit (3) comprises that being attached to trainer goes up GPS framing signal transmitter module (301), radio communication submodule (302), shooting module (303), gunnery target clothes (304), signal acquisition module (305); Between the GPS framing signal transmitter module (301) of described defence side individual combat unit (3) and the GPS framing signal receiver module (102) of described center cell (1), carry out radio communication, between the radio communication submodule (302) of described defence side individual combat unit (3) and the radio communication primary module (103) of described center cell (1), carry out radio communication; The shooting module (303) of described defence side individual combat unit (3) is connected with the radio communication submodule (302) of described defence side individual combat unit (3), the gunnery target clothes (304) of described defence side individual combat unit (3) are connected with the signal acquisition module (305) of described defence side individual combat unit (3), and the signal acquisition module (305) of described defence side individual combat unit (3) is connected with the radio communication submodule (302) of described defence side individual combat unit (3).
2. simulating actual combat gunnery training system according to claim 1, is characterized in that: the shooting module (303) of the shooting module (203) of described attacker's individual combat unit (2) and described defence side individual combat unit (3) is the gun-simulation with Emission Lasers semiotic function.
3. simulating actual combat gunnery training system according to claim 2, is characterized in that: when described gun-simulation is shot at every turn, laser emission time is 0.2-0.6 second.
4. simulating actual combat gunnery training system according to claim 1, is characterized in that: the gunnery target clothes (304) of the gunnery target clothes (204) of described attacker's individual combat unit (2) and described defence side individual combat unit (3) are the electronic target target that covers human body shank, trunk and arm.
5. simulating actual combat gunnery training system according to claim 1, is characterized in that: the gunnery target clothes (304) of the gunnery target clothes (204) of described attacker's individual combat unit (2) and described defence side individual combat unit (3) are and cover the electronic target target of head except eyes.
6. according to the simulating actual combat gunnery training system described in claim 2-5, it is characterized in that: the gunnery target clothes (304) of the gunnery target clothes (204) of described attacker's individual combat unit (2) and described defence side individual combat unit (3) all can be made a response to the firing signal of shooting module (303) transmitting of the shooting module (203) of described attacker's individual combat unit (2) and described defence side individual combat unit (3), and the situation of being shot are sent in real time to the radio communication primary module (103) of described center cell (1) by radio communication submodule separately.
7. simulating actual combat gunnery training system according to claim 1, is characterized in that: described attacker's individual combat unit (2) also comprises enemy and we's identification module (206).
8. simulating actual combat gunnery training system according to claim 1, is characterized in that: described defence side individual combat unit (3) also comprise enemy and we's identification module (306).
9. according to the simulating actual combat gunnery training system described in claim 7-8, it is characterized in that: enemy and we's identification module (306) of enemy and we's identification module (206) of described attacker's individual combat unit (2), described defence side individual combat unit (3) can be all the network node in wireless sensor network.
10. according to the simulating actual combat gunnery training system described in claim 7-8, it is characterized in that: described enemy and we's identification module (206) of described attacker's individual combat unit (2) can be the real-time position information receiver module that sends to each individual combat unit in attacker by center cell (1); Described enemy and we's identification module (306) of described defence side individual combat unit (3) can be the real-time position information receiver module that sends to each individual combat unit in defence side by center cell (1).
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105004217A (en) * | 2015-08-15 | 2015-10-28 | 张臣 | Laser simulation shooting CS (Counter-Strike) counter-training system |
| CN105403096A (en) * | 2014-09-15 | 2016-03-16 | 李颖 | Actual combat gunnery training system |
| CN113740881A (en) * | 2021-08-25 | 2021-12-03 | 四川九洲空管科技有限责任公司 | Method for reducing accidental injury probability for West system friend or foe identification system |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6283756B1 (en) * | 2000-01-20 | 2001-09-04 | The B.F. Goodrich Company | Maneuver training system using global positioning satellites, RF transceiver, and laser-based rangefinder and warning receiver |
| JP2010121915A (en) * | 2008-11-21 | 2010-06-03 | Toshiba Denpa Products Kk | Simulated rivalry device for shooting practice |
| CN101773731A (en) * | 2010-01-18 | 2010-07-14 | 孙忻 | Multifunctional intelligent CS real laser counter strike system simulating field fight |
| CN201680761U (en) * | 2010-05-14 | 2010-12-22 | 徐龙龙 | Military exercise real-life experiencing system |
| US20120183928A1 (en) * | 2006-07-19 | 2012-07-19 | Cubic Corporation | Use of zigbee personal area network in miles manworn |
| CN103252084A (en) * | 2013-05-24 | 2013-08-21 | 西南交通大学 | Real person CS laser gunfight fighting system and implementation method thereof |
-
2014
- 2014-02-24 CN CN201410062989.9A patent/CN103808205B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6283756B1 (en) * | 2000-01-20 | 2001-09-04 | The B.F. Goodrich Company | Maneuver training system using global positioning satellites, RF transceiver, and laser-based rangefinder and warning receiver |
| US20120183928A1 (en) * | 2006-07-19 | 2012-07-19 | Cubic Corporation | Use of zigbee personal area network in miles manworn |
| JP2010121915A (en) * | 2008-11-21 | 2010-06-03 | Toshiba Denpa Products Kk | Simulated rivalry device for shooting practice |
| CN101773731A (en) * | 2010-01-18 | 2010-07-14 | 孙忻 | Multifunctional intelligent CS real laser counter strike system simulating field fight |
| CN201680761U (en) * | 2010-05-14 | 2010-12-22 | 徐龙龙 | Military exercise real-life experiencing system |
| CN103252084A (en) * | 2013-05-24 | 2013-08-21 | 西南交通大学 | Real person CS laser gunfight fighting system and implementation method thereof |
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| CN105403096A (en) * | 2014-09-15 | 2016-03-16 | 李颖 | Actual combat gunnery training system |
| CN105004217A (en) * | 2015-08-15 | 2015-10-28 | 张臣 | Laser simulation shooting CS (Counter-Strike) counter-training system |
| CN113740881A (en) * | 2021-08-25 | 2021-12-03 | 四川九洲空管科技有限责任公司 | Method for reducing accidental injury probability for West system friend or foe identification system |
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