CN215177233U - Simulated combat training system - Google Patents
Simulated combat training system Download PDFInfo
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- CN215177233U CN215177233U CN202120893534.7U CN202120893534U CN215177233U CN 215177233 U CN215177233 U CN 215177233U CN 202120893534 U CN202120893534 U CN 202120893534U CN 215177233 U CN215177233 U CN 215177233U
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Abstract
The utility model relates to a simulated combat training system, which comprises a background command system and at least more than 2 groups of personal terminal devices, wherein the personal terminal devices and the background command system can communicate in real time; the background commanding system comprises information commanding and displaying equipment and a background information server, wherein the information commanding and displaying equipment is in real-time communication with the background information server, and the background information server is also in real-time communication with the personal terminal equipment; the personal terminal equipment comprises weapon simulation equipment, personal information collection equipment, personal information viewing equipment and individual soldier wearing equipment, the weapon simulation equipment can be in real-time communication with the personal information collection equipment, the individual soldier wearing equipment can be in real-time communication with the personal information collection equipment, the personal information collection equipment can be in real-time communication with the personal information viewing equipment, and the background information server can be in real-time communication with the personal information viewing equipment to realize information interaction. The system can realize the forecast analysis of the operational environment, and realize the operational scheme setting, the action experiment drilling and the analysis after the war by utilizing the communication technology.
Description
Technical Field
The utility model belongs to the technical field of the military training, especially, relate to a simulation combat training system.
Background
The existing laser type real-person fighting equipment consists of an electronic simulation gun, an electronic garment, an electronic helmet and a controller, wherein the electronic simulation gun is provided with a laser transmitter, and the electronic garment and the electronic helmet are provided with a laser receiver and an indicating device. When a trigger is buckled by a sniper, a laser transmitter on the electronic simulation gun emits laser, laser receivers on the electronic garment and the electronic helmet receive laser signals, the laser signals are transmitted to the controller after being received, the controller transmits the signals to indicating devices on the electronic garment and the helmet, and the indicating devices give out an indication to indicate that the competitor is hit.
During simulation combat, the laser simulation countermeasure system only needs the laser emitted by the laser emitting device to hit the laser receiving device to be connected, so that the hit probability of each training becomes large, the accuracy of further training and shooting is limited, and the ability of the team tactical exercise training and combat appraisal facing to combat missions in complex environments is seriously insufficient, so that the important bottleneck for restricting the increase of fighting capacity is formed. Research shows that the army has very urgent needs for means of battle scheme planning, action experiment drilling and post-battle analysis.
Therefore, it is a technical problem to be solved by those skilled in the art to design an effective simulated combat training system to overcome the above-mentioned drawbacks.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing an effectual simulation training system of fighting.
The utility model adopts the technical scheme as follows: a simulated combat training system comprises a background command system and at least more than 2 groups of personal terminal equipment, wherein the personal terminal equipment and the background command system can be communicated in real time;
the background commanding system comprises information commanding and displaying equipment and a background information server, wherein the information commanding and displaying equipment is in real-time communication with the background information server and is used for providing visible combat condition states and combat commanding commands, and the background information server is also in real-time communication with the personal terminal equipment and is used for storing combat data and analyzing, counting and interacting information of the data;
the personal terminal equipment comprises weapon simulation equipment, personal information collection equipment, personal information viewing equipment, individual wearing equipment and a personal identity RFID card, wherein the weapon simulation equipment is used for emitting laser signals to simulate weapons to use and can communicate with the personal information collection equipment in real time, the individual wearing equipment is provided with laser information receiving equipment which is used for receiving laser signals to simulate being hit and can communicate with the personal information collection equipment in real time, the personal information collection equipment can communicate with the personal information viewing equipment in real time to view the real-time operation conditions of individuals or teams, the personal information collection equipment also communicates with the background information server in real time to realize information interaction, and the personal identity RFID card is used for realizing identity binding between a card holding user and the personal information collection equipment.
Preferably, the weapon simulation equipment comprises a simulated weapon and a laser emission device detachably mounted on the simulated weapon, the laser emission device comprises a first control module, a first 2.4G communication module, a first RFID electronic tag, a laser trigger device, a signal processing circuit and a laser emission component, the first control module is electrically connected with the first 2.4G communication module, the laser trigger device and the signal processing circuit, the signal processing circuit is connected with the laser emission component, and the first RFID electronic tag is fixed in the laser emission device and can be used for being swiped with the personal information collection equipment to realize the binding of the simulated weapon with the user and enable the first 2.4G communication module to communicate with the personal information collection equipment in real time.
Preferably, a second RFID electronic tag is further disposed at the cartridge clip of the simulated weapon, and the second RFID electronic tag and the personal information collection device are used for simulating a cartridge loading process and sending cartridge loading information to the personal information collection device when swiping a card.
Preferably, the personal information collection device comprises a 4G communication module, a second 2.4G communication module, an RFID module, an intercom module, a Bluetooth module and a second control module;
the 4G communication module, the second 2.4G communication module, the RFID module, the talkback module and the Bluetooth module are all electrically connected with the second control module; the 4G communication module is used for communicating with the background information server to realize information interaction between the personal information collection equipment and the background command system;
the second 2.4G communication module is used for communicating with the first 2.4G communication module to identify the emission information of the weapon simulation equipment;
the RFID module reads card swiping information of the identity RFID card, the first RFID card and the second RFID card to realize equipment binding and identification of the pop-up information;
the Bluetooth module can be connected with a Bluetooth earphone to realize the sending of voice reminding information and realize man-machine interaction;
the talkback module realizes real-time communication with other personal terminal equipment based on an ultrashort wave frequency modulation wireless telephone technology;
the control module is used for controlling and managing signal operation and transmission among the 4G communication module, the second 2.4G communication module, the RFID module, the talkback module and the Bluetooth module;
the second control module is in wired or wireless communication with the laser information receiving device so as to transmit the fighting state information of whether the user is hit to the personal information collecting device.
Preferably, the laser information receiving device comprises a light receiving module, a photosensitive element, a light signal processing circuit, a third control module, an acousto-optic module and a third communication module, the receiving optical device is arranged opposite to the photosensitive element, the photosensitive element is connected with the light signal processing circuit, the acousto-optic module, the light signal processing circuit and the third communication module are electrically connected with the third control module, and the third communication module is communicated with the personal information collecting device.
Compared with the prior art, the utility model has the advantages of as follows: the utility model provides a simulation combat training system can attach attention to novel battle field, battle environment predictive analysis such as predetermined battle field, but through individual terminal equipment and backstage command system real-time communication, utilizes communication technology to construct and establishes lifelike training environment, can realize that the combat scheme sets up, action experiment rehearsal and post-war analysis, experiences the actual impression of true combat in the combat simulation training that does not need to use the real bullet, is a new era informationization combat analog system.
Drawings
Fig. 1 is a schematic structural diagram of a simulated combat training system of the present invention.
Detailed Description
The invention will be further described with reference to the following figures and examples:
an embodiment of the present invention is shown in fig. 1, and a simulated combat training system mainly comprises 2 major parts, namely at least 2 groups of personal terminal devices 20 and background command systems 10. The personal terminal device 20 is composed of a weapon simulation device 22, a personal information collection device 21, a personal information viewing device 23, an individual soldier wearing system 24 and a personal identity RFID card 25; the background commanding system 10 is composed of an information commanding display device 11 and a background information server 12.
Specifically, the weapon simulation device 10 in the personal terminal device 20 has the same shape and weight as those of an active weapon, including but not limited to simulated firearms having shapes such as an automatic rifle, a pistol, and a grenade, and more specifically, simulated firing of simulated firearms such as an automatic rifle and a pistol is realized by a laser firing device which is detachable and can be nondestructively mounted on the simulated firearms. More specifically, the laser emitting device includes a first control module, a first 2.4G communication module, a first RFID electronic tag, a laser triggering device, a signal processing circuit and a laser emitting assembly, where the first control module is electrically connected to the first 2.4G communication module, the laser triggering device and the signal processing circuit, the signal processing circuit is connected to the laser emitting assembly, and the first RFID electronic tag independently exists and is fixed in the laser emitting device, and when the first RFID electronic tag on the laser emitting device is used for swiping a card with the personal information collecting device 21, the weapon simulation device 10 can be bound to the personal information collecting device 21 carried by the user, so that the first 2.4G communication module of the laser emitting device can communicate with the personal information collecting device 21 in real time. More specifically, the weapon simulation device 22 is equipped with a second RFID tag inside the clip of the simulated firearm, and before the action of the clip of the simulated real firearm, the second RFID tag carried by the clip can be used to swipe the card at the personal information collection device 21, so as to implement the loading process.
Specifically, the personal information collection device 21 includes a 4G communication module, a second 2.4G communication module, an RFID module, an intercom module, a bluetooth module, and a second control module; the 4G communication module, the second 2.4G communication module, the RFID module, the talkback module and the Bluetooth module are electrically connected with the second control module. More specifically, the 4G communication module is used for performing 4G communication with the background information server 12 and the personal information viewing device 23 to realize information interaction between the personal information collection device 21 and the personal information viewing device 24 and the background command display device 11, and meanwhile, the 4G communication module is integrated with a GPS positioning module, so that the personal information viewing device 23 can view position information of a user. More specifically, the second 2.4G communication module is used for communicating with the first 2.4G communication module of the laser emitting device to identify the firing information and the shot size information of the weapon simulation equipment 22. More specifically, the RFID module is firstly used for reading the information of the personal identification RFID card 25 to realize the binding of the personal information collection device 21 with the user, the RFID module is secondly used for reading the information of the first RFID electronic tag to realize the binding of the weapon simulation device 22 with the personal information collection device 23, so that each user carries with him a unique personal information collection device 20 matched with the own personal information, and the RFID module is finally used for reading the information of the second RFID electronic tag to recognize the information of the bullet. More specifically, the Bluetooth module can be connected with a Bluetooth headset to send voice reminding information and realize man-machine interaction. More specifically, the talkback module realizes real-time communication with other personal terminal equipment based on an ultrashort wave frequency modulation wireless telephone technology. More specifically, the second control module is used for controlling and managing signal operation and transmission among the 4G communication module, the first 2.4G communication module, the RFID module, the talkback module and the Bluetooth module; the second control module also realizes wired or wireless communication with the individual soldier wearing system 24 so as to transmit the fighting state information of whether the user is hit to the background information server 12 and then display the information on the information commanding and displaying device 11, so that the commander can master the global condition of the simulated fighting.
Specifically, the personal information viewing device 23 is an intelligent terminal such as a mobile phone, an iPad, etc., and performs information interaction with the personal information collecting device 21 through a 4G communication module carried by the intelligent terminal, so that a user can view personal state information, personal bomb carrying information, personal hit rate, electronic map positioning information of individuals and team members, and command messages sent by the background command display device 11 in the combat simulation training process.
Specifically, individual soldier wearing system 24 includes wearable equipment such as helmet, vest, be provided with laser information receiving equipment on the wearable equipment, more specifically, laser information receiving equipment includes light receiving module, light sensitive element, light signal processing circuit, third control module, acoustic optical module and third communication module, receive optical equipment and light sensitive element relative setting, light sensitive element and light signal processing circuit link to each other, acoustic optical module, light signal processing circuit and third communication module all are connected with the third control module electricity, third communication module and personal information collection equipment realize the communication.
Specifically, the information commanding and displaying device 11 in the background commanding system 10 is managed by a training organizer or a commander, a tablet computer or an intelligent display large screen of an android system or an IOS system can be selected, information interaction can be performed with the personal information collecting devices 21 of all team members through the background information server 12, the operation information and command commands can be sent to the personal information viewing device through the personal information collecting devices 21, grouping can be set before the operation simulation training begins, including grouping and allocating people number and the like, training constraint conditions and rules can be set, commands can be issued to the team members participating in the training, an electronic map of a training site can be viewed, and the positioning of all the training team members on the electronic map and the like can be viewed. The background information server 12 is an information background terminal, which can adopt a computer, an engineering machine and other devices, acquires data transmitted from the 4G network through the personal information collection device 21, and gives a summary of training results, analysis statistical data and the like after planning and calculation.
The combat simulation training process of the simulated combat training system is as follows:
firstly, participating in autonomous team division of team members, each person after team division obtains an independent personal identity RFID card 25 of the identity of each team, and the personal identity RFID card 25 is used for swiping a card on the personal information collection equipment 21 to enable the personal information collection equipment 21 to be bound with each user through a unique identity ID. After the user gets the weapon simulation equipment 22, the user swipes the card with the personal information collection equipment 21 by using the first RFID electronic tag carried by the laser emitting device of the weapon simulation equipment 22, so as to bind the weapon simulation equipment 21 and the personal information collection equipment 22.
The training organizer selects the mode of this training on the information commanding and displaying device 11, the training mode has the functions of saving the hostage, capturing, contact blasting, material protection and the like, and each training mode has own rule constraint and winning condition. After the mode is set, the training organizer issues a training start command at the information command display device 11 after the team members are in position.
In the combat simulation training process, a training team triggers a laser trigger device in a laser emitting device arranged on weapon simulation equipment 22 through trigger pulling action, laser information modulated through first control and signal processing is emitted to a laser information receiving device on an individual wearing system 24 of the opposite side by a laser emitting component, after the laser signal is received by the laser information receiving device on the individual wearing system 24 of the opposite side, the laser information is transmitted to personal information collecting equipment 23 through a wire for demodulation, the personal information collecting equipment 23 can obtain the hit information and the identity information of a gunman at the moment, the personal information collecting equipment 23 transmits the hit information and the identity information of the gunman to a background information server 12 through a 4G communication network at the same time, and then the background information server 12 calculates the injury value of the hit team member, and then transmitted back to the personal information collecting device 21 and the personal information viewing device 23 of the transmitter and the hit person through the 4G communication network.
In the simulated training process of battle, each user can check self data information including a damaged value, a bullet carrying amount, a personal hit number, a concentration rate and the like by using the personal information checking equipment 23, and in addition, the personal information checking equipment 23 can also check an electronic map, the coordinate information of the user and teammates can be displayed on the electronic map in real time, and accordingly the user and the teammates can know the positions in the simulated training field where the user and the teammates are located.
The information commanding and displaying device 11 can check the fighting condition in real time during the simulated combat training process, and can check the specific states of two team members and the coordinates of each team member on the electronic map in real time.
The background information server 12 receives the data sent by the personal information collection device 21 through 4G communication, and performs overall analysis and calculation in the background to obtain summary information such as hit rates of each person and all hit rates in the combat simulation training and the win rates of each party in the combat simulation training. Various information can be sent to the information command display device 11 through the background information server 12 to be displayed during the combat simulation training, and meanwhile, the background information server 12 can store various data of each combat simulation training for being processed by big data at the later stage.
The present invention has been described above by way of example, but the present invention is not limited to the above-mentioned embodiments, and any modification or variation based on the present invention is within the scope of the present invention.
Claims (5)
1. A simulated combat training system is characterized by comprising a background command system and at least more than 2 groups of personal terminal equipment, wherein the personal terminal equipment can be in real-time communication with the background command system;
the background commanding system comprises information commanding and displaying equipment and a background information server, wherein the information commanding and displaying equipment is in real-time communication with the background information server and is used for providing visible combat condition states and combat commanding commands, and the background information server is also in real-time communication with the personal terminal equipment and is used for storing combat data and analyzing, counting and interacting information of the data;
the personal terminal equipment comprises weapon simulation equipment, personal information collection equipment, personal information viewing equipment, individual wearing equipment and an identity RFID card, wherein the weapon simulation equipment is used for emitting laser signals to simulate weapons to use and can communicate with the personal information collection equipment in real time, the individual wearing equipment is provided with laser information receiving equipment which is used for receiving laser signals to simulate being hit and can communicate with the personal information collection equipment in real time, the personal information collection equipment can communicate with the personal information viewing equipment in real time to view the real-time operation conditions of individuals or teams, the personal information collection equipment also communicates with the background information server in real time to realize information interaction, and the identity RFID card is used for binding a card user and the personal information collection equipment to realize identity binding.
2. The simulated combat training system of claim 1 wherein said weapon simulation apparatus comprises a simulated weapon and a laser emitting device removably mounted on said simulated weapon, the laser emitting device comprises a first control module, a first 2.4G communication module, a first RFID electronic tag, a laser triggering device, a signal processing circuit and a laser emitting component, the first control module is electrically connected with the first 2.4G communication module, the laser trigger device and the signal processing circuit, the signal processing circuit is connected with the laser emission assembly, and the first RFID electronic tag is fixed in the laser emission device and can be used for being swiped with the personal information collection equipment to realize the binding of the simulated weapon and the user and enable the first 2.4G communication module to be communicated with the personal information collection equipment in real time.
3. The simulated combat training system as claimed in claim 2, wherein a second RFID tag is further disposed at the cartridge clip of the simulated weapon, and the second RFID tag is used for simulating the loading process and sending loading information to the personal information collecting device when the second RFID tag is swiped with the personal information collecting device.
4. The simulated combat training system of claim 3, wherein the personal information gathering device comprises a 4G communication module, a second 2.4G communication module, an RFID module, an intercom module, a Bluetooth module, and a second control module;
the 4G communication module, the second 2.4G communication module, the RFID module, the talkback module and the Bluetooth module are all electrically connected with the second control module; the 4G communication module is used for communicating with the background information server to realize information interaction between the personal information collection equipment and the background command system;
the second 2.4G communication module is used for communicating with the first 2.4G communication module to identify the emission information of the weapon simulation equipment;
the RFID module reads card swiping information of the identity RFID card, the first RFID card and the second RFID card to realize equipment binding and identification of the pop-up information;
the Bluetooth module can be connected with a Bluetooth earphone to realize the sending of voice reminding information and realize man-machine interaction;
the talkback module realizes real-time communication with other personal terminal equipment based on an ultrashort wave frequency modulation wireless telephone technology;
the control module is used for controlling and managing signal operation and transmission among the 4G communication module, the second 2.4G communication module, the RFID module, the talkback module and the Bluetooth module;
the second control module is in wired or wireless communication with the laser information receiving device so as to transmit the fighting state information of whether the user is hit to the personal information collecting device.
5. The simulated combat training system of claim 4, wherein the laser information receiving device comprises a light receiving module, a photosensitive element, a light signal processing circuit, a third control module, an acousto-optic module and a third communication module, wherein the light receiving module is arranged opposite to the photosensitive element, the photosensitive element is connected with the light signal processing circuit, the acousto-optic module, the light signal processing circuit and the third communication module are electrically connected with the third control module, and the third communication module is communicated with the personal information collecting device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120893534.7U CN215177233U (en) | 2021-04-27 | 2021-04-27 | Simulated combat training system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120893534.7U CN215177233U (en) | 2021-04-27 | 2021-04-27 | Simulated combat training system |
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| Publication Number | Publication Date |
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| CN215177233U true CN215177233U (en) | 2021-12-14 |
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| CN202120893534.7U Active CN215177233U (en) | 2021-04-27 | 2021-04-27 | Simulated combat training system |
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| CN (1) | CN215177233U (en) |
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2021
- 2021-04-27 CN CN202120893534.7U patent/CN215177233U/en active Active
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