A simulated combat training system
Through the design of simulated combat training system, real-time communication and a combination of multiple devices, the problem of low hit rate of laser simulation confrontation system is solved, and a more realistic training environment and more effective combat plan planning and analysis are achieved, which improves training Accuracy and data analysis capabilities.
Patent Information
- Application Number
- CN202110464079.3
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- Filing Date
- 2021-04-27
- Publication Date
- 2024-12-27
- Estimated Expiration
- 2041-04-27
AI Technical Summary
The existing laser simulation confrontation system has a low hit rate in simulated combat training, which limits the shooting accuracy and training capabilities of combat tasks in complex environments, and lacks effective combat plan planning and post-war analysis methods.
Design a simulated combat training system, including a backend command system and personal terminal equipment, realize visual combat status and combat command command through real-time communication, store and analyze combat data, and use weapon simulation equipment, personal information collection equipment, and individual wearable equipment and identity RFID cards, using communication technology to build a realistic training environment.
It realizes the actual experience of real combat without using real gun bullets, improves the ability to set up combat plans, practice experiment drills and post-war analysis, and enhances the realistic nature of training and data analysis capabilities.
Smart Images
Figure CN113154940B_ABST
Abstract
Description
Technical Field
[0001] The invention belongs to the technical field of military training, and in particular relates to a simulated combat training system. Background Art
[0002] The existing laser type real-person combat equipment is composed of an electronic simulation gun, an electronic suit, an electronic helmet and a controller. The electronic simulation gun is equipped with a laser transmitter, and the electronic suit and the electronic helmet are equipped with a laser receiver and an indication device. When the sniper pulls the trigger, the laser transmitter on the electronic simulation gun emits a laser, and the laser receivers on the electronic suit and the electronic helmet receive the laser signal. After receiving the laser signal, the signal is transmitted to the controller, and the controller transmits the signal to the indication device on the electronic suit and the helmet. The indication device issues an indication, indicating that the combatant has been hit.
[0003] During simulated combat, in general laser simulation confrontation systems, only the laser emitted by the laser emitting device hits the laser receiving device, so the chance of hitting each time in training will increase, which limits the accuracy of further training shooting. The tactical exercise training and combat assessment capabilities of the squads facing combat missions in complex environments are seriously insufficient, which has become an important bottleneck restricting the improvement of combat effectiveness. The survey shows that the troops have an urgent need for means of combat plan planning, action experiment drills and post-war analysis.
[0004] Therefore, whether an effective simulated combat training system can be designed to overcome the above-mentioned defects is a technical problem to be solved by technical personnel in this field. Summary of the invention
[0005] The invention aims to provide an effective simulated combat training system.
[0006] The technical solution adopted by the present invention is as follows: a simulated combat training system, comprising a background command system and at least two groups of personal terminal devices, wherein the personal terminal devices can communicate with the background command system in real time;
[0007] The background command system includes an information command display device and a background information server. The information command display device communicates with the background information server in real time to provide visual combat status and combat command commands. The background information server also communicates with the personal terminal device in real time to store combat data and data analysis, statistics and information interaction.
[0008] The personal terminal device includes a weapon simulation device, a personal information collection device, a personal information viewing device, a single-soldier wearable device and a personal identity RFID card. The weapon simulation device is used to emit laser signals to simulate the use of weapons and can communicate with the personal information collection device in real time. The single-soldier wearable device is provided with a laser information receiving device to receive laser signals to simulate being hit and can communicate with the personal information collection device in real time. The personal information collection device and the personal information viewing device can communicate in real time to view the real-time combat status of individuals or teams. The personal information collection device also communicates with the background information server in real time to realize information interaction. The personal identity RFID card is used for the cardholder to realize identity binding with the personal information collection device.
[0009] Preferably, the weapon simulation device includes a simulated weapon and a laser emitting device detachably mounted on the simulated weapon, 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 component, 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 component, the first RFID electronic tag is fixed in the laser emitting device and can be used to swipe the card with the personal information collection device to achieve the binding of the simulated weapon with the user and enable the first 2.4G communication module to communicate with the personal information collection device in real time.
[0010] Preferably, a second RFID electronic tag is also provided at the magazine of the simulated weapon, and the second RFID electronic tag is used to simulate the loading process and send the loading information to the personal information collection device when swiping the card with the personal information collection device.
[0011] Preferably, the personal information collection device 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;
[0012] The 4G communication module, the second 2.4G communication module, the RFID module, the intercom module, and the Bluetooth module are all electrically connected to the second control module; the 4G communication module is used to communicate with the background information server to realize information interaction between the personal information collection device and the background command system;
[0013] The second 2.4G communication module is used to communicate with the first 2.4G communication module to identify the launch information of the weapon simulation device;
[0014] The RFID module reads the card swiping information of the identity RFID card, the first electronic tag and the second electronic tag to implement device binding and identify pop-up information;
[0015] The Bluetooth module can be connected to a Bluetooth headset to send voice reminder information and realize human-computer interaction;
[0016] The intercom module realizes real-time communication with other personal terminal devices based on ultra-short wave frequency modulation wireless telephone technology;
[0017] The control module is used to control and manage the signal calculation and transmission between the 4G communication module, the second 2.4G communication module, the RFID module, the intercom module, and the Bluetooth module;
[0018] The second control module also realizes wired or wireless communication with the laser information receiving device so as to transmit the combat status information of the user, such as whether he has been hit, to the personal information collecting device.
[0019] Preferably, the laser information receiving device includes a light receiving module, a photosensitive element, an optical signal processing circuit, a third control module, an acoustic-optical module and a third communication module, the light receiving module and the photosensitive element are arranged opposite to each other, the photosensitive element is connected to the optical signal processing circuit, the acoustic-optical module, the optical signal processing circuit and the third communication module are all electrically connected to the third control module, and the third communication module communicates with the personal information collection device.
[0020] Compared with the prior art, the present invention has the following advantages: the simulated combat training system provided by the present invention can pay attention to the prediction and analysis of combat environments such as new battlefields and predetermined battlefields, can communicate with the background command system in real time through personal terminal devices, and use communication technology to construct a realistic training environment, which can realize combat plan setting, action experiment drills and post-war analysis, and experience the actual feeling of real combat in combat simulation training without the use of real guns and bullets. It is a new era informationized combat simulation system. BRIEF DESCRIPTION OF THE DRAWINGS
[0021] Figure 1 It is a structural schematic diagram of a simulated combat training system of the present invention. DETAILED DESCRIPTION
[0022] The present invention will be further described below in conjunction with the accompanying drawings and examples:
[0023] An embodiment of the present invention is Figure 1As shown, a simulated combat training system is mainly composed of two parts, namely at least two groups of personal terminal devices 20 and a background command system 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, a single soldier wearable system 24 and an identity RFID card 25; the background command system 10 is composed of an information command display device 11 and a background information server 12.
[0024] Specifically, the weapon simulation device 10 in the personal terminal device 20 has the same appearance and weight as the current weapons, including but not limited to simulated firearms of the appearance of automatic rifles, pistols and grenades. More specifically, the simulated shooting of simulated firearms such as automatic rifles and pistols is realized by a laser emitting device, and the laser emitting device is detachable and can be installed on the simulated firearms device without loss. More specifically, the laser emitting device includes 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 emitting component. The first control module is electrically connected to the first 2.4G communication module, the laser trigger device and the signal processing circuit. The signal processing circuit is connected to the laser emitting component. The first RFID electronic tag exists independently and is fixed in the laser emitting device. When the first RFID electronic tag on the laser emitting device is used to swipe the card with the personal information collection device 21, the weapon simulation device 10 can be bound to the personal information collection 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 collection device 21 in real time. More specifically, the weapon simulation device 22 is equipped with a second RFID electronic tag inside the magazine of the simulated firearm. Before simulating the loading action of a real firearm, the second RFID electronic tag carried by the magazine can be used to swipe the card at the personal information collection device 21 to complete the loading process.
[0025] 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 intercom module, and the Bluetooth module are all electrically connected to the second control module. More specifically, the 4G communication module is used to perform 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, the personal information viewing device 24 and the background command display device 11. At the same time, the 4G communication module also integrates a GPS positioning module, so that the personal information viewing device 23 can view the user's location information. More specifically, the second 2.4G communication module is used to communicate with the first 2.4G communication module of the laser launch device to identify the launch information and bullet quantity information of the weapon simulation device 22. More specifically, the RFID module is first used to read the information of the identity RFID card 25 to realize the binding of the personal information collection device 21 with the identity of the user. The RFID module is secondly used to read 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 a unique personal information collection device 20 that matches his or her identity information. The RFID module is finally used to read the information of the second RFID electronic tag to identify the loading information. More specifically, the Bluetooth module can be connected to a Bluetooth headset to send voice reminder information and realize human-computer interaction. More specifically, the intercom module realizes real-time communication with other personal terminal devices based on ultra-short wave frequency modulation wireless telephone technology. More specifically, the second control module is used to control and manage the signal calculation and transmission between the 4G communication module, the first 2.4G communication module, the RFID module, the intercom module, and the Bluetooth module; the second control module also realizes wired or wireless communication with the individual wearable system 24 to transmit the combat status information of the user whether he or she has been hit to the background information server 12, and then display it on the information command display device 11, so that the commander can grasp the overall situation of the simulated combat.
[0026] Specifically, the personal information viewing device 23 is a smart terminal such as a mobile phone, iPad, etc., which interacts with the personal information collection device 21 through the 4G communication module of the smart terminal, so that the user can view his or her own status information, personal ammunition information, personal hit rate, electronic map positioning information of himself or herself and teammates, and command messages sent from the background command display device 11 during the combat simulation training.
[0027] Specifically, the individual wearable system 24 includes wearable devices such as helmets and vests, and a laser information receiving device is arranged on the wearable device. More specifically, the laser information receiving device includes a light receiving module, a photosensitive element, an optical signal processing circuit, a third control module, an acoustic-optical module and a third communication module. The light receiving module is arranged opposite to the photosensitive element, the photosensitive element is connected to the optical signal processing circuit, the acoustic-optical module, the optical signal processing circuit and the third communication module are all electrically connected to the third control module, and the third communication module communicates with the personal information collection device.
[0028] Specifically, the information command display device 11 in the background command system 10 is managed by the training organizer or commander, and a tablet computer or smart display screen of Android system or IOS system can be selected. Through the background information server 12, information can be exchanged with the personal information collection device 21 of all team members, and combat information and command orders can be sent to the personal information viewing device through the personal information collection device 21. Groups can be set before the start of combat simulation training, including the number of people in group deployment, etc., training constraints and rules can be set, commands can be issued to team members participating in training, electronic maps of training venues can be viewed, and the locations of all training team members on electronic maps can be viewed. The background information server 12 is an information background terminal that can use computers, engineering machines and other equipment, obtains data transmitted from the 4G network through the personal information collection device 21, and gives a summary of the training results and analysis statistics after overall planning and calculation.
[0029] The combat simulation training process of this simulated combat training system is as follows:
[0030] First, the participating team members divide themselves into teams. After the teams are divided, each person receives an independent personal identity RFID card 25 of their own team identity, and uses the personal identity RFID card 25 to swipe the personal information collection device 21 to achieve a unique identity ID binding between the personal information collection device 21 and each user. After the user receives the weapon simulation device 22, the first RFID electronic tag carried by the laser emitting device on the weapon simulation device 22 is swiped with the personal information collection device 21 to achieve the binding between the weapon simulation device 21 and the personal information collection device 22.
[0031] The training organizer selects the mode of this training on the information command display device 11. The training modes include hostage rescue, search and arrest, contact blasting, material protection, etc. Each training mode has its own rules and victory conditions. After setting the mode, the training organizer issues a training start command on the information command display device 11 after the team members are in place.
[0032] During the combat simulation training, the training team members trigger the laser trigger device in the laser emitting device loaded on the weapon simulation device 22 by pulling the trigger, and the laser emitting component sends the laser information modulated by the first control and signal processing to the laser information receiving device on the opponent's individual soldier wearable system 24. When the laser information receiving device on the opponent's individual soldier wearable system 24 receives the laser signal, the laser information is transmitted to the personal information collection device 23 through a wire for demodulation. The personal information collection device 23 can then obtain the information of the person being hit and the identity information of the shooter. At the same time, the personal information collection device 23 transmits the information of the person being hit and the identity information of the shooter to the background information server 12 through the 4G communication network. The background information server 12 then calculates the damage value of the hit team member, and then transmits it back to the personal information collection device 21 and the personal information viewing device 23 of the transmitter and the person being hit through the 4G communication network at the same time.
[0033] During the combat simulation training, each user can use the personal information viewing device 23 to view his or her own data information, including damage value, ammunition carried, personal hit number, concentration rate, etc. In addition, the personal information viewing device 23 can also view the electronic map, which will display the coordinate information of the user and teammates in real time, so that the user can know the location of the user and teammates in the simulation training field.
[0034] The information command display device 11 can view the battle situation in real time during the combat simulation training, and can view the specific status of the players of both sides and the coordinates of each player on the electronic map in real time.
[0035] The background information server 12 receives the data sent by the personal information collection device 21 via 4G communication, performs overall analysis and calculation in the background, and obtains summary information such as the hit rate of each person and the overall hit rate in this combat simulation training, as well as the winning rate of each party in this combat simulation training. Various information will be sent to the information command display device 11 for display through the background information server 12 during the combat simulation training, and the background information server 12 will store various data of each combat simulation training for later big data processing.
[0036] The present invention is described above by way of examples, but the present invention is not limited to the above specific embodiments, and any changes or modifications made based on the present invention belong to the scope of protection claimed by the present invention.
Claims
1. A simulated combat training system, characterized in that: It includes a backstage command system and at least two groups of personal terminal devices, and the personal terminal devices can communicate with the backstage command system in real time; The background command system includes an information command display device and a background information server. The information command display device communicates with the background information server in real time to provide visual combat status and combat command commands. The background information server also communicates with the personal terminal device in real time to store combat data and data analysis, statistics and information interaction. The personal terminal device includes a weapon simulation device, a personal information collection device, a personal information viewing device, a single-soldier wearable device and an identity RFID card. The weapon simulation device is used to emit laser signals to simulate the use of weapons and can communicate with the personal information collection device in real time. The single-soldier wearable device is provided with a laser information receiving device to receive laser signals to simulate being hit and can communicate with the personal information collection device in real time. The personal information collection device and the personal information viewing device can communicate in real time to view the real-time combat status of individuals or teams. The personal information collection device also communicates with the background information server in real time to realize information interaction. The identity RFID card is used for the cardholder to realize identity binding with the personal information collection device. The weapon simulation device includes a simulated weapon and a laser emitting device detachably mounted on the simulated weapon, the laser emitting device includes 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 emitting component, the first control module is electrically connected to the first 2.4G communication module, the laser trigger device and the signal processing circuit, the signal processing circuit is connected to the laser emitting component, the first RFID electronic tag is fixed in the laser emitting device and can be used to swipe the card with the personal information collection device to realize the binding of the simulated weapon and the user and enable the first 2.4G communication module to communicate with the personal information collection device in real time; The simulated weapon is also provided with a second RFID electronic tag at the magazine, and the second RFID electronic tag is used to simulate the loading process and send the loading information to the personal information collection device when the card is swiped with the personal information collection device; The personal information collection device 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 intercom module, and the Bluetooth module are all electrically connected to the second control module; the 4G communication module is used to communicate with the background information server to realize information interaction between the personal information collection device and the background command system; The second 2.4G communication module is used to communicate with the first 2.4G communication module to identify the launch information of the weapon simulation device; The RFID module reads the card swiping information of the identity RFID card, the first RFID electronic tag and the second RFID electronic tag to implement device binding and identify pop-up information; The Bluetooth module can be connected to a Bluetooth headset to send voice reminder information and realize human-computer interaction; The intercom module realizes real-time communication with other personal terminal devices based on ultra-short wave frequency modulation wireless telephone technology; The control module is used to control and manage the signal calculation and transmission between the 4G communication module, the second 2.4G communication module, the RFID module, the intercom module, and the Bluetooth module; The second control module also realizes wired or wireless communication with the laser information receiving device so as to transmit the combat status information of the user, such as whether he has been hit, to the personal information collecting device.
2. The combat simulation training system according to claim 1, characterized in that The laser information receiving device includes a light receiving module, a photosensitive element, an optical signal processing circuit, a third control module, an acoustic-optical module and a third communication module. The light receiving module is arranged opposite to the photosensitive element, the photosensitive element is connected to the optical signal processing circuit, the acoustic-optical module, the optical signal processing circuit and the third communication module are all electrically connected to the third control module, and the third communication module communicates with the personal information collection device.
Citation Information
Patent Citations
Simulated combat training system
CN215177233U