CN211578116U

CN211578116U - Military simulation system

Info

Publication number: CN211578116U
Application number: CN202020265512.1U
Authority: CN
Inventors: 雷米佳
Original assignee: Chongqing Diwuwei Technology Co ltd
Current assignee: Chongqing Diwuwei Technology Co ltd
Priority date: 2020-03-06
Filing date: 2020-03-06
Publication date: 2020-09-25
Anticipated expiration: 2030-03-06

Abstract

The utility model provides a military simulation system, which comprises a material system, a system central platform and a tactical striking defense system, wherein the system central platform is connected with the material system and the tactical striking defense system through a 4G or 5G or wireless network; the material system comprises a tent subsystem, an ammunition depot subsystem, an oil depot subsystem, a lightning barrier subsystem, an infrared laser guidance subsystem, a Bluetooth grenade subsystem and a Bluetooth C4 timing subsystem; the system central platform comprises a router, a memory, a display, an electronic sand table display unit, a controller, a cloud server, an interphone and an unmanned aerial vehicle; the tactical attack defense system comprises a shooting weapon subsystem and a protective equipment subsystem. The utility model provides a pair of military simulation system adopts the mode of wireless electron transmission, can use in fields such as real person CS and military simulation fight training, has solved the problem that the use restriction in the field is high with training use cost in the fight training.

Description

Military simulation system

Technical Field

The utility model relates to a simulation training field, concretely relates to military analog system.

Background

In the prior art, military simulated gunplay training can be performed in a team only by adopting specific equipment on a specific field, and the following defects exist in the mode: (1) limited by the field, the training can be performed only in the characteristic field; (2) the training equipment has higher cost and is difficult to popularize; (3) the defects of misjudgment of the hit and the like exist in training.

SUMMERY OF THE UTILITY MODEL

The utility model provides a military simulation system, through the mode that adopts wireless electron emission, can use in fields such as real person CS and military simulation fight training, solved the problem that the use restriction in the field is high with training use cost in the fight training.

The utility model adopts the following technical scheme:

a military simulation system comprises a material system, a system central platform and a tactical attack defense system, wherein the system central platform is connected with the material system and the tactical attack defense system through a 4G or 5G or wireless network;

the material system comprises a tent subsystem, an ammunition warehouse subsystem, an oil warehouse subsystem, a lightning barrier subsystem, an infrared laser guidance subsystem, a Bluetooth grenade subsystem and a Bluetooth C4 timing subsystem;

the system central platform comprises a router, a memory, a display, an electronic sand table display unit, a controller, a cloud server, an interphone and an unmanned aerial vehicle, wherein the router, the memory, the display, the electronic sand table display unit, the controller, the cloud server, the interphone and the unmanned aerial vehicle are mutually connected through a bus;

the tactical striking defense system comprises a shooting weapon subsystem and a protective equipment subsystem, wherein the shooting weapon subsystem is connected with the protective equipment subsystem through infrared induction.

Furthermore, the tent subsystem, the ammunition storehouse subsystem and the oil depot system respectively comprise a generator, a blower, a transmitting receiver, an infrared receiver, a Bluetooth receiver, a GPS (global positioning system), a power supply and LED (light-emitting diode) lamps.

Further, the mine barrier subsystem comprises a cable trigger, a Bluetooth broadcast transmitter and a wire mesh.

Furthermore, the shooting weapon subsystem comprises a plurality of simulated firearms, and each simulated firearm comprises a display terminal, a sighting telescope, a recoil trigger, a trigger and an infrared emitter.

Furthermore, the display terminal is a mobile phone, and the mobile phone is connected with the simulated firearm through a data line.

Furthermore, the mobile phone also comprises a sound module and a GPS module, and when the trigger is touched, the sound module makes a sound of shooting the gun.

Further, the protective equipment subsystem comprises a plurality of protective clothes and a plurality of helmets, and each protective clothes and each helmet respectively comprise an infrared sensor, a vibrator, a light source, a smoke sprayer, a wireless transmitting and receiving device and a camera.

Further, the mobile phone is wirelessly connected with the protective clothing and the helmet.

The utility model has the advantages that: the utility model relates to a novelty, through 4G or 5G or wireless network, the system of the one set of simulation training of mode design that will simulate firearms application wireless electron transmission can use in fields such as real person CS or military simulation fight training, has improved the interest and the authenticity of fight training, and the security performance is high simultaneously, has reduced use cost low and repeatedly usable, has fine use and spreading value.

Drawings

Fig. 1 is the structural schematic diagram of the military simulation system of the present invention.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

As shown in FIG. 1, the utility model provides a military simulation system, including goods and materials system, system central platform, tactics strike defense system, system central platform with goods and materials system, tactics strike defense system pass through 4G or 5G or wireless network connection.

A material system:

the material system comprises a tent subsystem, an ammunition storehouse subsystem, an oil storehouse subsystem, a lightning barrier subsystem, an infrared laser guidance subsystem, a Bluetooth grenade subsystem and a Bluetooth C4 timing subsystem.

The tent subsystem, the ammunition storehouse subsystem and the oil storehouse system respectively comprise a generator, a blower, a transmitting receiver, an infrared receiver, a Bluetooth receiver, a GPS, a power supply and LED lamps. The mine barrier subsystem comprises a cable trigger, a Bluetooth broadcast transmitter and a wire mesh.

The material system is materials needed to be used in the training process, and receives wireless signals of a person who sends and receives the wireless signals through the infrared receiver and the Bluetooth receiver, so that a tent, firearm ammunition, a grenade and the like are picked up and used, LED lamps are arranged on the firearm ammunition and the tent, and the LED lamp color or the on and off of the lamp light can be set to indicate that the materials are in a picked state in the training process; the grenade begins timing through bluetooth C4 timing subsystem in the use, when timing reaches preset timing numerical value, launches the blasting instruction.

A system central platform:

the system central platform comprises a router, a memory, a display, an electronic sand table display unit, a controller, a cloud server, an interphone and an unmanned aerial vehicle, wherein the router, the memory, the display, the electronic sand table display unit, the controller, the cloud server, the interphone and the unmanned aerial vehicle are connected with one another through buses.

The display of the central control console of the system is used for displaying the state on the current training field, such as a material picking state, a training personnel state and the like, the memory can store the information of the current simulation training and the information of the historical simulation training, the query is convenient, the unmanned aerial vehicle can monitor the on-site training state and send the monitoring state to the display in real time for displaying, the cheating behavior of personnel is avoided, and when the cheating behavior occurs, the monitoring personnel can communicate with the on-site training personnel through the interphone so as to remind the on-site training personnel to correct own wrong behavior in time.

Tactical attack defense system:

The shooting weapon subsystem comprises a plurality of simulated firearms, and each simulated firearm comprises a display terminal, a sighting telescope, a recoil trigger, a trigger and an infrared emitter. The display terminal is a mobile phone, and the mobile phone is connected with the simulated firearm through a data line. The mobile phone also comprises a sound module and a GPS module, wherein when the trigger is touched, the sound module makes a sound of shooting. The protective equipment subsystem comprises a plurality of protective clothes and a plurality of helmets, wherein each protective clothes and each helmet respectively comprise an infrared sensor, a vibrator, a light source, a smoke sprayer, a wireless transmitting and receiving device and a camera. The mobile phone is wirelessly connected with the protective clothing and the helmet.

The wireless transmitter-receiver in the firearm transmits a wireless signal to pick up ammunition in a material system, the quantity state of the ammunition is displayed on the mobile phone, the sighting telescope is used for shooting more accurately during shooting, when a trainer pulls the trigger, the recoil trigger triggers and simulates recoil of the firearm, so that the firearm is opened closer to a real state, and a sound module in the mobile phone emits sound for opening the firearm, so that the training experience effect can be improved; the GPS in the mobile phone can position the position of the training personnel in real time and send the position to the central platform of the system, so that the monitoring personnel of the platform can know the position of the training personnel in real time. All install infrared inductor, vibrator, light source, wireless transceiver on protective clothing and the helmet, after receiving the infrared ray that sends through simulation firearms, the vibrator vibration, the light source scintillation for training personnel can experience oneself in real time and be in the state of being hit by beating, in time avoid, when training personnel in order being hit when the state, the light source of helmet and protective clothing is bright often, vibrator stop work reminds training personnel to have been hit, the training finishes. The pictures shot by the cameras on the training personnel helmet and the protective clothing are uploaded to the mobile phone, so that the training personnel can know the surrounding state in time and can judge whether the training personnel is in danger.

In the team training, connect through cell-phone intercommunication between the team member of a training team, a training team member possesses a helmet at the simulation training in-process, a simulation firearms, a protective clothing, the helmet, protective clothing, simulation firearms all is connected with the cell-phone, show training state (team training or single training) through the cell-phone, training personnel's firearms ammunition state, team friend's number, the position, live the real-time status (if for single training, then show not have team friend), the goods and materials state, the blood volume state, hit the stroke, hit and kill the number, the number of remaining people, real-time position state etc..

The utility model relates to a novelty, through 4G or 5G or wireless network, the system of the one set of simulation training of mode design that will simulate firearms application wireless electron transmission can use in fields such as real person CS or military simulation fight training, has improved the interest and the authenticity of fight training, and the security performance is high simultaneously, has reduced use cost low and repeatedly usable, has fine use and spreading value.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those skilled in the art; the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; such modifications and substitutions do not substantially depart from the scope of the embodiments of the present invention, and are intended to be covered by the claims and the specification.

Claims

1. A military simulation system is characterized by comprising a material system, a system central platform and a tactical attack defense system, wherein the system central platform is connected with the material system and the tactical attack defense system through a 4G or 5G or wireless network;

2. The military simulation system of claim 1, wherein the tent subsystem, the ammunition depot subsystem and the oil depot system comprise a generator, a blower, a transmitter-receiver, an infrared receiver, a Bluetooth receiver, a GPS, a power supply and LED lamps.

3. A military simulation system of claim 2, wherein the mine barrier subsystem comprises a cable trigger, a bluetooth broadcast transmitter, and a wire mesh.

4. A military simulation system of claim 3, wherein the firing weapon subsystem comprises a plurality of mock firearms, each mock firearm comprising a display terminal, a sight, a recoil trigger, a trigger, an infrared emitter.

5. The military simulation system of claim 4, wherein the display terminal is a mobile phone, and the mobile phone is connected with the simulated firearm through a data line.

6. A military simulation system of claim 5, wherein the cell phone further comprises a sound module and a GPS module, the sound module sounding a gun when the trigger is actuated.

7. The military simulation system of claim 6, wherein the protective equipment subsystem comprises a plurality of pieces of protective clothing and a plurality of helmets, each piece of protective clothing and each helmet comprising an infrared sensor, a vibrator, a light source, a smoke sprayer, a wireless transceiver, and a camera.

8. The military simulation system of claim 7, wherein the cell phone is wirelessly connected to the protective suit and the helmet.