Unmanned aerial vehicle swarm-to-ground combat lvc intelligent test training system
By integrating the LVC intelligent training system for drone swarm ground attack, the problems of insufficient training grounds and combat risks have been solved, achieving safe and efficient drone training results.
Patent Information
- Application Number
- CN202311136101.7
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- Filing Date
- 2023-09-05
- Publication Date
- 2025-12-05
- Estimated Expiration
- 2043-09-05
AI Technical Summary
Existing training grounds are limited, and live-fire training is wasteful and risky, making it difficult to meet the needs of increasing combat personnel.
The LVC intelligent training system for unmanned aerial vehicle (UAV) swarm ground attack is designed, integrating equipment such as laptops, fans, rotary motors, heating elements, coke powder sprayers, smoke and light generators, and radar transmitter vehicle simulation air models to simulate real combat scenarios for training.
It effectively simulates real-world combat scenarios, reduces training risks, and enables safe and efficient drone operation training, with demonstrations of smoke, explosion sounds, and coke effects.
Smart Images
Figure CN119573453B_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The application belongs to the technical field of LVC system, artificial intelligence technology and gas model technology, and more particularly to an unmanned aerial vehicle group ground combat LVC intelligent training system. BACKGROUND
[0002] With the development of science and technology and the change of combat personnel and combat environment, part of the actual combat environment site cannot meet the needs of combat personnel, and with the increase of combat training personnel, the training site is limited, and the allocation situation often affects the training, and in the process of live ammunition and actual combat, not only the waste of relevant expenses will be generated, but also the accidental risk of live ammunition and actual equipment will be generated, therefore, in view of this situation, an LVC intelligent training system is designed. The LVC system is a distributed simulation system that integrates existing real, virtual and constructed systems or weapon equipment and is interconnected in a virtual combat scene, so that the training members can train like combat, fully meet the technical requirements and display effect of actual equipment, and better training personnel operate unmanned aerial vehicles.
[0003] Therefore, the unmanned aerial vehicle group ground combat LVC intelligent training system is provided. SUMMARY
[0004] The unmanned aerial vehicle group ground combat LVC intelligent training system can solve the simulated combat training scene, effectively solve the training scene shortage of live ammunition and actual equipment combat, and the risk that may occur in actual equipment, the demonstration effect function is complete, and the problem of better training personnel operating unmanned aerial vehicles is solved.
[0005] The unmanned aerial vehicle group ground combat LVC intelligent training system has the characteristics that it comprises a notebook computer, a fan, a rotating motor, a heating sheet, an unmanned aerial vehicle group, a coke powder sprayer, a smoke sound and light tank, a radar launch vehicle simulation gas model, a portable weapon, a radar rotating frame platform, a main control board and an electric control cabinet, the rotating motor is installed on the radar rotating frame platform, a plurality of heating sheets are arranged around the radar rotating frame platform, the portable weapon is installed on the radar rotating frame platform, the portable weapon is connected to the main control board arranged in the electric control cabinet by wire, and the portable weapon is controlled by executing and receiving instruction information; the radar launch vehicle simulation gas model covers the radar rotating frame platform, the smoke sound and light tank is arranged 1.0 meters in front of the radar launch vehicle simulation gas model vehicle head, and the smoke sound and light tank is connected to the main control board of the electric control cabinet by wire; the coke powder sprayer is arranged in front of the radar launch vehicle simulation gas model vehicle head, and the coke powder sprayer is connected to the main control board of the electric control cabinet by wire; the electric control cabinet is installed on the side of the radar launch vehicle simulation gas model vehicle body and connected to the power supply equipment by wire; the air pump is connected to the radar launch vehicle simulation gas model to be inflated; a control console comprising the notebook computer and the unmanned aerial vehicle group is arranged in front of the radar launch vehicle simulation gas model.
[0006] Further, the interfaces connected by each device module are connected by wire.
[0007] Further, the radar launch vehicle simulation air model adopts aluminum foil material, after inflation, the radar launch vehicle simulation air model consistent with the installation size is formed; when being simulated to be hit and destroyed, the simulation air model is deflated through the control of the main control board, deflation operation is carried out, and the hit and destroyed effect in the actual combat scene is simulated.
[0008] Further, the portable weapon is provided with an infrared detection device connected with the main control board, and the portable weapon is aimed at and simulated to be hit and destroyed on the unmanned aerial vehicle group.
[0009] Further, the radar rotating frame platform adopts Q345 steel material; the upper frame carries a rotating radar, and the radar vehicle simulation air model is covered and linked.
[0010] Further, the four heating sheets are placed on both sides and above the rotating radar respectively, each sheet has a size of 50*50 cm, the highest heating temperature can reach 120 DEG C, and the heating sheets are discovered by the unmanned aerial vehicle group reconnaissance machine as heat sources.
[0011] Further, the smoke and sound tank comprises a sound and light bomb and a smoke tank, the sound and light bomb and the smoke tank are respectively led out of two wires, and are connected in parallel to two joints reserved in the electric control base, the joints are connected to the control wire inside, and the smoke and sound tank is controlled through the electric control cabinet.
[0012] Further, the coke powder sprayer adopts an air model material, the air model is filled with non-corrosive black powder inside, three spray heads are designed outside, the control wire is connected to the electric control cabinet, the black powder is sprayed out through the electric control cabinet, and the coke effect after the air model radar vehicle is simulated to be hit and destroyed is simulated.
[0013] Beneficial effects:
[0014] 1. The unmanned aerial vehicle group ground combat LVC intelligent test training system is constructed, actual combat scene is effectively simulated, the risk of actual equipment test training is reduced, and personnel operating unmanned aerial vehicles are more safely and effectively trained.
[0015] 2. The electric control smoke and sound tank is realized, smoke and sound effects are integrated, and the electric control smoke and sound tank has the effects of demonstrating smoke and explosion sound after being hit.
[0016] 3. The manual / automatic electric control cabinet is realized, and the electric control cabinet has two test training selection modes. DETAILED DESCRIPTION
[0017] Figure 1 It is a system framework schematic diagram of the embodiment of the application;
[0018] Figure 2 It is an electric control cabinet schematic diagram of the embodiment of the application;
[0019] Figure 3 It is another side schematic diagram of the electric control cabinet of the embodiment of the application;
[0020] Figure 4 The smoke emitting sound light tank is an embodiment of the present application.
[0021] Figure 5 The coke powder spraying device is an embodiment of the present application.
[0022] Figure 6 The radar launching vehicle simulation air mold schematic diagram is an embodiment of the present application.
[0023] Wherein, the electric control cabinet (1); the fan (2); the coke powder spraying device (3); the smoke emitting sound light tank (4); the portable weapon (5); the heating sheet (6); the radar launching vehicle simulation air mold (7); the radar rotating frame platform (8). DETAILED DESCRIPTION
[0024] Although the embodiments of the present application have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made thereto without departing from the principles and spirit of the present application, the scope of which is defined by the appended claims and their equivalents.
[0025] As Figures 1-6 shown, the unmanned aerial vehicle group ground combat LVC intelligent test training system, characterized in that, including notebook computer, fan 2, rotating motor, heating sheet 6, unmanned aerial vehicle group, coke powder spraying device 3, smoke emitting sound light tank 4, radar launching vehicle simulation air mold 7, portable weapon 5, radar rotating frame platform 8, main control board, electric control cabinet 1, the radar rotating frame platform 8 is installed with rotating motor, the radar rotating frame platform 8 is placed with multiple groups of heating sheet 6 around, the portable weapon 5 is installed on the radar rotating frame platform 8, the portable weapon 5 is connected with the main control board arranged in the electric control cabinet 1 by wire, executes and receives instruction information to control the portable weapon 5 operation; the radar launching vehicle simulation air mold 7 covers the radar rotating frame platform 8, the smoke emitting sound light tank 4 is placed in front of 1.0 m of the radar launching vehicle simulation air mold 7 vehicle head, the smoke emitting sound light tank 4 is connected to the main control board of electric control cabinet 1 by wire; the coke powder spraying device 3 is placed in front of the radar launching vehicle simulation air mold 7 vehicle head, the coke powder spraying device 3 is connected to the main control board of electric control cabinet 1 by wire; the electric control cabinet 1 is installed on the side of the radar launching vehicle simulation air mold 7 vehicle body, connected to the power supply equipment by wire; the air pump is connected to the radar launching vehicle simulation air mold 7 to be inflated; the console is arranged in front of the radar launching vehicle simulation air mold 7, including notebook computer and unmanned aerial vehicle group, the unmanned aerial vehicle group includes reconnaissance aircraft, combat aircraft.
[0026] When receiving the start training instruction, the electric control cabinet 1 preferentially selects the automatic trial training mode, the whole system is powered on to start running, the air pump starts to inflate the radar launch vehicle simulation air model 7, which is expected to be full in 10 minutes, forming and installing a 1:1 radar vehicle model; the remote controller controls the unmanned aerial vehicle group with detection equipment to start detection and reconnaissance, the remote controller is connected to the notebook computer by wire, and the heading trajectory, reconnaissance situation and combat information are viewed in real time; the rotating radar on the ground radar launch vehicle simulation air model 7 is working all the time, the radar reflectivity is 95%, effectively interfering with the reconnaissance of the unmanned aerial vehicle group, and the unmanned aerial vehicle group with detection equipment in the range can also be detected.
[0027] When the radar detects the unmanned aerial vehicle group in the range, the portable weapon 5 starts to work and aims at the unmanned aerial vehicle group. After successful aiming, the background instruction is received to start launching simulated missiles to hit the unmanned aerial vehicle group, and whether the unmanned aerial vehicle group is hit or destroyed is viewed from the console notebook computer; when the unmanned aerial vehicle group detects a heat source, i.e. the direction of the radar launch vehicle simulation air model 7, it starts to launch simulated missiles to the area. When the background receives the hit and destroy instruction, the radar launch vehicle simulation air model 7 starts to exhaust, at the same time, the smoke and sound tank 4 starts to smoke and emit explosion sound effects, and then the coke powder sprayer 3 sprays coke powder to demonstrate the coke effect. The whole simulation system demonstration is completed.
[0028] The radar rotating frame platform 8 is welded and assembled by Q345 steel material, and carries a rotating radar motor. The radar reflectivity is 95%, effectively shielding the detection of the unmanned aerial vehicle group. After the assembly and construction of heating sheets 6, portable weapons 5, etc. are completed, they are covered and linked with the radar vehicle simulation air model; after the training is completed, the radar rotating frame platform 8 can be disassembled and stored in multiple containers; the overall radar rotating frame platform 8 is nearly 8*4 meters in size.
[0029] The radar launch vehicle simulation air model 7 is made of aluminum foil material, which is filled in 10 minutes by the air pump to form and install a radar launch vehicle simulation air model 7 with consistent size. The advantage is that it is durable, corrosion-resistant and damage-resistant. When it is simulated to be hit and destroyed, the simulation air model is exhausted through the exhaust valve controlled by the main control board within 15 seconds, effectively simulating the actual combat scene effect. The overall size is nearly 10*6 meters, and the appearance color is selected as desert yellow or military green, which conforms to the actual installation scene combat.
[0030] The portable weapon 5 has an infrared detection device, which is connected to the main control board through a wired interface, and controls the portable weapon 5 to aim at and simulate the destruction of the unmanned aerial vehicle group.
[0031] The heating sheet 6 has four pieces, which are placed on both sides and above the rotating radar, each with a size of 50*50cm, and the highest heating temperature can reach 120℃, AC220V power supply. The role is to be found by the reconnaissance machine of the unmanned aerial vehicle group as a heat source.
[0032] The smoke sound light tank 4 adopts a traditional explosive, namely a sound light bomb and a smoke tank, and an electric control base is independently designed. The base is powered by DC 12V and is connected to the electric control cabinet 1 through a control line. The sound light bomb and the smoke tank are connected to the electric control base through two wires in parallel. The two wires are connected to the control line inside the base. The smoke sound light tank 4 is controlled by the electric control cabinet 1 in a manual or automatic mode. The advantage is that the smoke and explosion sound effects are integrated, the smoke area is large, the smoke height is up to 3-5 meters, and the demonstration effect is obvious in combat.
[0033] The coke powder sprayer 3 is made of gas mold material and has a shape similar to a square gas mold bag. The inside of the coke powder sprayer 3 is filled with non-corrosive black powder, and the outside is designed with three spray heads. The coke powder sprayer 3 is connected to the electric control cabinet 1 through a control line. The coke powder sprayer 3 sprays black powder to simulate the coke effect of a damaged gas mold radar vehicle after being damaged in a manual or automatic mode by the electric control cabinet 1.
[0034] The unmanned aerial vehicle group includes reconnaissance vehicles and combat vehicles, and is equipped with infrared detection equipment. The direction of the unmanned aerial vehicle group is controlled by a remote controller which is connected to a control console notebook computer in a wired or wireless manner. The direction information and combat information of the unmanned aerial vehicle group can be viewed in real time.
[0035] The overall size of the electric control cabinet 1 is 900*600*300mm. The main control board is installed inside the electric control cabinet 1. The input is AC 220V, and the output is 5V and 12V double switch power supply, voltage detection board, 4G encryption terminal, power air switch and multiple relays. The front panel of the electric control cabinet 1 is provided with a manual / automatic switch for selecting the training mode before the training starts, a power indicator, an emergency stop button and various state indicator lights such as inflation / fullness indicator, rotating motor indicator, heating indicator, smoke indicator, sound effect indicator and deflation indicator. The manual buttons include fan 2 start / stop, rotation start / stop, heating start / stop, smoke start / stop, sound effect start / stop and deflation start / stop. The back of the electric control cabinet 1 is provided with multiple wired interface anti-misplug interfaces. The number of cores in different interfaces is different to prevent misplug. The interfaces include power interface, rotating motor interface, fan 2 air pump interface, deflation valve interface, sound effect and smoke interface, heating interface, coke spraying interface and temperature detection interface. The main control board in the electric control cabinet 1 is connected to the interfaces on the electric control cabinet 1 in a wired manner and is connected to external devices in a wired manner.
[0036] It is easy for those skilled in the art to understand that the above is only a preferred embodiment of the present application and is not intended to limit the present application. Any modification, equivalent replacement and improvement made within the spirit and principle of the present application shall be included in the protection scope of the present application.
Claims
1. An unmanned aerial vehicle swarm-to-ground combat LVC intelligent test training system, characterized in that, The application relates to a radar launching vehicle simulation air mould (7), a smoke sound light tank (4), a coke powder sprayer (3), a portable weapon (5), a radar rotating platform (8), a main control board, an electric control cabinet (1), a rotating motor, a plurality of heating sheets (6), a notebook computer, a fan (2) and a drone group.
2. The UAV group-to-ground combat LVC intelligent trial training system according to claim 1, wherein, The interfaces of the device modules are connected through aviation plugs.
3. The UAV group-to-ground combat LVC intelligent trial training system according to claim 1, wherein, The radar launching vehicle simulation air mould (7) is made of aluminum foil material, and after being inflated, the radar launching vehicle simulation air mould (7) with the same size as the actual radar launching vehicle is formed; when being simulated to be hit and destroyed, the air mould is deflated through the main control board to simulate the hit and destroyed effect in the actual combat scene.
4. The UAV group-to-ground combat LVC intelligent trial training system according to claim 1, wherein, The portable weapon (5) is provided with an infrared detection device connected with the main control board to control the portable weapon (5) to aim at and simulate to destroy the drone group.
5. The UAV group-to-ground combat LVC intelligent trial training system according to claim 1, wherein, The radar rotating platform (8) is made of Q345 steel material; the upper part carries a rotating radar, and the radar vehicle simulation air mould is covered and connected.
6. The UAV group-to-ground combat LVC intelligent trial training system according to claim 1, wherein, The four heating sheets (6) are arranged on both sides and above the rotating radar, each with a size of 50*50cm, and the highest heating temperature can reach 120 DEG C, so that the heating sheets are discovered by the reconnaissance drone of the drone group.
7. The UAV group-to-ground combat LVC intelligent trial training system according to claim 1, wherein, The smoke sound light tank (4) comprises a sound light bomb and a smoke tank, the sound light bomb and the smoke tank are respectively connected with two wires, the two wires are connected with two joints reserved in the electric control base in parallel, the joints are connected with a control wire, and the smoke sound light tank (4) is controlled through the electric control cabinet (1).
8. The UAV group-to-ground combat LVC intelligent trial training system according to claim 1, wherein, The coke powder sprayer (3) is made of air mould material, the inside of the air mould is filled with non-corrosive black powder, three spray heads are arranged on the outside, the coke powder sprayer (3) is connected with the electric control cabinet (1) through a control wire, the electric control cabinet (1) controls the coke powder sprayer (3) to spray black powder, and the coke effect after the air mould radar vehicle is simulated to be destroyed is simulated.
Citation Information
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