Automatic rifle integrated electromagnetic spectrum tactical confrontation system

Abstract

The invention discloses an automatic rifle integrated electromagnetic spectrum tactical confrontation system, which belongs to the technical field of electromagnetic confrontation and comprises a weapon platform, an electromagnetic confrontation module, a sensing detection module, a communication data processing module, a human-computer interaction interface and a safety protection module. The weapon platform comprises an automatic rifle and an interface integration device; the electromagnetic confrontation module comprises an interference emitter, an active deception unit, a passive electronic monitoring unit and an anti-unmanned aerial vehicle unit. The electromagnetic spectrum tactical confrontation system is integrated on the automatic rifle through a plurality of functional modules such as the electromagnetic confrontation module, the sensing detection module and the communication data processing module, so that multifunctional integration of an individual combat unit is realized, the combat efficiency and the battlefield adaptability are improved, and the application range is wide. Therefore, the individual soldier can quickly deal with various electromagnetic spectrum threats on the battlefield, and the adaptability and the combat efficiency of the battlefield are improved.

Description

Technical Field

[0001] The present invention relates to the field of electromagnetic countermeasure technology, and in particular to an automatic rifle integrated electromagnetic spectrum tactical countermeasure system. Background Art

[0002] Most of the existing automatic rifle systems lack integrated electromagnetic spectrum tactical confrontation capabilities. Although there are some independent electronic warfare equipment on the market, these devices are often bulky and difficult to use in combination with individual weapon systems. In addition, existing technologies often lack flexibility and real-time performance when achieving electromagnetic confrontation, and it is difficult to quickly respond to complex and changing battlefield environments. Therefore, an automatic rifle integrated electromagnetic spectrum tactical confrontation system is proposed. Summary of the invention

[0003] The purpose of the present invention is to provide an automatic rifle integrated electromagnetic spectrum tactical confrontation system to solve the problems raised in the above background technology that automatic rifles lack integrated electromagnetic spectrum tactical confrontation capabilities, lack flexibility and real-time performance, and are difficult to quickly respond to complex and changing battlefield environments.

[0004] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: an automatic rifle integrated electromagnetic spectrum tactical confrontation system, comprising a weapon platform, an electromagnetic confrontation module, a sensor detection module, a communication data processing module, a human-computer interaction interface and a safety protection module; the weapon platform comprises an automatic rifle and an interface integration device; the electromagnetic confrontation module comprises an interference transmitter, an active deception unit, a passive electronic monitoring unit and an anti-UAV unit; the sensor detection module comprises an infrared thermal imaging camera, a millimeter wave radar, an optical sight and an acoustic sensor; the communication data processing module comprises a wireless communication device and an encrypted data link; the safety protection module comprises a self-diagnosis system and a physical protection unit; the weapon platform is connected to the electromagnetic confrontation module, the sensor detection module, the communication data processing module, the human-computer interaction interface and the safety protection module through the interface integration device;

[0005] As a further preferred embodiment of the present technical solution: the interference transmitter and the active deception unit of the electromagnetic countermeasure module are connected to the wireless communication device in the communication data processing module, and are used to send interference signals or simulate false signals through the wireless communication device when receiving specific instructions;

[0006] The jammer and the active deception unit use encryption protocols to transmit data with the wireless communication device in the communication data processing module. The encryption algorithm uses the Advanced Encryption Standard AES, and the key length is at least 128 bits. The active deception unit can simulate a series of false signals of frequencies to confuse the enemy's radar and communication system. The wireless communication device in the communication data processing module can control the working state of the jammer and the active deception unit according to the received instructions to ensure that the system can start or stop the jamming behavior at the appropriate time. Encrypted data transmission ensures the security of communication and avoids eavesdropping and interference by the enemy.

[0007] The output power of the jammer can be adjusted as needed. out With input power P in The relationship between the gain G can be expressed by the following formula:

[0008] P out =P in +GL

[0009] Where L represents line loss;

[0010] As a further preferred embodiment of the present technical solution: the infrared thermal imaging camera, millimeter wave radar, optical sight and acoustic sensor of the sensor detection module are connected to the wireless communication device in the communication data processing module to collect target information and transmit it to the remote command center through the wireless communication device;

[0011] As a further preferred embodiment of the present technical solution: the passive electronic monitoring unit in the electromagnetic countermeasure module is connected to the encrypted data link in the communication data processing module, and is used to receive the enemy's communication signal and transmit it securely to the remote command center for analysis through the encrypted data link;

[0012] As a further preferred embodiment of the technical solution: the anti-UAV unit in the electromagnetic countermeasure module is connected to the wireless communication device in the communication data processing module, and is used to send an anti-UAV signal through the wireless communication device when receiving an attack instruction;

[0013] As a further preferred embodiment of the present technical solution: the human-computer interaction interface is connected to the wireless communication device and the encrypted data link in the communication data processing module, and is used to display the target information from the sensor detection module, and send operation instructions through the wireless communication device and the encrypted data link;

[0014] As a further preferred embodiment of the present technical solution: the self-diagnosis system in the safety protection module is connected to the wireless communication device in the communication data processing module, and is used to regularly check the system status and send a status report to the remote command center through the wireless communication device;

[0015] As a further preferred embodiment of the present technical solution: the physical protection unit in the safety protection module is connected to the weapon platform to protect the entire system from external damage;

[0016] As a further preferred embodiment of the present technical solution: the electromagnetic spectrum tactical confrontation steps are as follows:

[0017] Step 1: The sensor detection module starts to collect the target's position, speed and surrounding environment information. This information is transmitted to the remote command center in real time through wireless communication equipment. The operator sets the interference frequency and power working parameters of the electromagnetic countermeasure module through the human-computer interaction interface.

[0018] Step 2: The remote command center sends instructions through wireless communication equipment, and the jammer and active deception unit of the electromagnetic countermeasure module start working. The jammer emits jamming signals according to preset parameters to prevent the normal operation of enemy communications or radar systems. The active deception unit simulates false signals of a series of frequencies to confuse enemy radar and communication systems. The above signals are all transmitted through wireless communication equipment, and the AES encryption algorithm is used to ensure communication security.

[0019] Step 3: The passive electronic monitoring unit begins to monitor enemy communication signals and transmits the information to the remote command center for analysis via an encrypted data link;

[0020] Step 4: When receiving an attack command against a drone, the anti-drone unit sends an anti-drone signal through a wireless communication device to interfere with or shoot down the enemy drone;

[0021] As a further preferred embodiment of the present technical solution: wherein the self-diagnosis system continuously monitors the system status and regularly sends status reports to the remote command center via wireless communication equipment; the self-diagnosis system continuously monitors the system status and regularly sends status reports to the remote command center via wireless communication equipment.

[0022] Compared with the prior art, the present invention has the following beneficial effects:

[0023] 1. The electromagnetic spectrum tactical confrontation system integrated with the automatic rifle of the present invention integrates multiple functional modules such as the electromagnetic confrontation module, the sensor detection module, and the communication data processing module into the electromagnetic spectrum tactical confrontation system on the automatic rifle, thereby realizing the multifunctional integration of the single-soldier combat unit, improving the combat efficiency and battlefield adaptability, enabling the single soldier to quickly respond to various electromagnetic spectrum threats on the battlefield, and improving the battlefield adaptability and combat efficiency;

[0024] 2. The jammer and active deception unit in the electromagnetic countermeasure module of the present invention can not only effectively interfere with the enemy's communication and radar systems, but also confuse the enemy by simulating false signals, thereby enhancing the electromagnetic spectrum countermeasure capability. The system has the ability to collect target information in real time and respond quickly. The operator can set the working parameters of the electromagnetic countermeasure module in real time through the human-computer interaction interface, quickly adapt to battlefield changes, and effectively counter the enemy's electronic reconnaissance and communication interference;

[0025] 3. The addition of the anti-UAV unit enables the system to have the ability to interfere with and shoot down enemy UAVs, effectively interfere with or shoot down enemy UAVs, provide effective air defense means for individual soldiers, expand the defense range of individual combat units, and enhance the ability to respond to new threats;

[0026] 4. The integrated use of sensor detection modules can collect and transmit target information to the remote command center in real time. At the same time, the passive electronic monitoring unit can monitor enemy communication signals and transmit them safely to the command center for analysis, greatly improving battlefield situation awareness and decision-making support capabilities. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 The present invention is a schematic structural diagram of an automatic rifle integrated electromagnetic spectrum tactical confrontation system.

[0028] In the figure: 1. Weapon platform; 2. Electromagnetic countermeasure module; 3. Sensor detection module; 4. Communication data processing module; 5. Human-computer interaction interface; 6. Security protection module; 11. Automatic rifle; 12. Interface integration device; 21. Jammer; 22. Active deception unit; 23. Passive electronic monitoring unit; 24. Anti-UAV unit; 31. Infrared thermal imaging camera; 32. Millimeter wave radar; 33. Optical sight; 34. Acoustic sensor; 41. Wireless communication equipment; 42. Encrypted data link; 61. Self-diagnosis system; 62. Physical protection unit. DETAILED DESCRIPTION

[0029] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0030] Example

[0031] See also Figure 1As shown, the present invention provides a technical solution: an automatic rifle integrated electromagnetic spectrum tactical confrontation system, comprising a weapon platform 1, an electromagnetic confrontation module 2, a sensor detection module 3, a communication data processing module 4, a human-computer interaction interface 5 and a safety protection module 6; the weapon platform 1 comprises an automatic rifle 11 and an interface integration device 12; the electromagnetic confrontation module 2 comprises an interference transmitter 21, an active deception unit 22, a passive electronic monitoring unit 23 and an anti-UAV unit 24; the sensor detection module 3 comprises an infrared thermal imaging camera 31, a millimeter wave radar 32, an optical sight 33 and an acoustic sensor 34; the communication data processing module 4 comprises a wireless communication device 41 and an encrypted data link 42; the safety protection module 6 comprises a self-diagnosis system 61 and a physical protection unit 62; the weapon platform 1 is connected to the electromagnetic confrontation module 2, the sensor detection module 3, the communication data processing module 4, the human-computer interaction interface 5 and the safety protection module 6 through the interface integration device 12.

[0032] In this embodiment, specifically: the interference transmitter 21 and the active deception unit 22 of the electromagnetic countermeasure module 2 are connected to the wireless communication device 41 in the communication data processing module 4, and are used to send interference signals or simulate false signals through the wireless communication device 41 when receiving specific instructions;

[0033] The jammer 21 and the active deception unit 22 use an encryption protocol to transmit data with the wireless communication device 41 in the communication data processing module 4. The encryption algorithm uses the Advanced Encryption Standard AES, and its key length is at least 128 bits. The active deception unit 22 can simulate false signals of a series of frequencies to confuse the enemy's radar and communication system. The wireless communication device 41 in the communication data processing module 4 can control the working state of the jammer 21 and the active deception unit 22 according to the received instructions to ensure that the system can start or stop the jamming behavior at the appropriate time. Encrypted data transmission ensures the security of communication and avoids eavesdropping and interference by the enemy.

[0034] The output power of the jammer 21 can be adjusted as needed. out With input power P in The relationship between the gain G can be expressed by the following formula:

[0035] P out =P in +GL

[0036] Where L represents the line loss.

[0037] In this embodiment, specifically: the infrared thermal imaging camera 31, millimeter wave radar 32, optical sight 33 and acoustic sensor 34 of the sensor detection module 3 are connected to the wireless communication device 41 in the communication data processing module 4, for collecting target information and transmitting it to the remote command center through the wireless communication device 41.

[0038] In this embodiment, specifically: the passive electronic monitoring unit 23 in the electromagnetic countermeasure module 2 is connected to the encrypted data link 42 in the communication data processing module 4, and is used to receive enemy communication signals and securely transmit them to the remote command center for analysis through the encrypted data link 42.

[0039] In this embodiment, specifically: the anti-UAV unit 24 in the electromagnetic countermeasure module 2 is connected to the wireless communication device 41 in the communication data processing module 4, and is used to send an anti-UAV signal through the wireless communication device 41 when receiving an attack command.

[0040] In this embodiment, specifically: the human-computer interaction interface 5 is connected to the wireless communication device 41 and the encrypted data link 42 in the communication data processing module 4, and is used to display the target information from the sensor detection module 3, and send operation instructions through the wireless communication device 41 and the encrypted data link 42.

[0041] In this embodiment, specifically: the self-diagnosis system 61 in the security protection module 6 is connected to the wireless communication device 41 in the communication data processing module 4, and is used to regularly check the system status and send a status report to the remote command center through the wireless communication device 41.

[0042] In this embodiment, specifically: the physical protection unit 62 in the security protection module 6 is connected to the weapon platform 1 to protect the entire system from external damage.

[0043] In this embodiment, specifically: the self-diagnosis system 61 continuously monitors the system status and regularly sends status reports to the remote command center via the wireless communication device 41. The self-diagnosis system 61 continuously monitors the system status and regularly sends status reports to the remote command center via the wireless communication device 41.

[0044] Working principle or structural principle:

[0045] Step 1: The sensor detection module 3 starts to collect the position, speed and surrounding environment information of the target. This information is transmitted to the remote command center in real time through the wireless communication device 41. The operator sets the interference frequency and power working parameters of the electromagnetic countermeasure module 2 through the human-computer interaction interface 5;

[0046] Step 2: The remote command center sends a command through the wireless communication device 41, and the jammer 21 and the active deception unit 22 of the electromagnetic countermeasure module 2 start working. The jammer 21 transmits a jamming signal according to preset parameters to prevent the normal operation of the enemy's communication or radar system. The active deception unit 22 simulates a series of false signals of frequencies to confuse the enemy's radar and communication system. The above signals are all transmitted through the wireless communication device 41, and the AES encryption algorithm is used to ensure communication security.

[0047] Step 3, the passive electronic monitoring unit 23 begins monitoring the enemy's communication signals and transmits the information to the remote command center for analysis via the encrypted data link 42;

[0048] Step 4: When receiving an attack command against a drone, the anti-drone unit 24 sends an anti-drone signal through the wireless communication device 41 to interfere with or shoot down the enemy drone.

[0049] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. An automatic rifle integrated electromagnetic spectrum tactical countermeasure system, characterized by: The invention comprises a weapon platform (1), an electromagnetic confrontation module (2), a sensor detection module (3), a communication data processing module (4), a human-machine interaction interface (5) and a safety protection module (6); the weapon platform (1) comprises an automatic rifle (11) and an interface integration device (12); the electromagnetic confrontation module (2) comprises a jammer (21), an active deception unit (22), a passive electronic monitoring unit (23) and an anti-unmanned aerial vehicle unit (24); the sensor detection module (3) comprises an infrared thermal imaging camera (31), a millimeter wave radar (32), an optical sight (33) and an acoustic sensor (34); the communication data processing module (4) comprises a wireless communication device (41) and an encrypted data link (42); the safety protection module (6) comprises a self-diagnosis system (61) and a physical protection unit (62); the weapon platform (1) is connected to the electromagnetic confrontation module (2), the sensor detection module (3), the communication data processing module (4), the human-machine interaction interface (5) and the safety protection module (6) through the interface integration device (12).

2. The automatic rifle integrated electromagnetic spectrum tactical countermeasure system according to claim 1 is characterized by: The interference transmitter (21) and the active deception unit (22) of the electromagnetic countermeasure module (2) are connected to the wireless communication device (41) in the communication data processing module (4) and are used to send interference signals or simulate false signals through the wireless communication device (41) when receiving specific instructions; The jamming transmitter (21) and the active deception unit (22) are used to transmit data with the wireless communication device (41) in the communication data processing module (4) using an encryption protocol. The encryption algorithm uses the Advanced Encryption Standard AES, and the key length is at least 128 bits. The active deception unit (22) can simulate false signals of a series of frequencies to confuse the enemy's radar and communication system. The wireless communication device (41) in the communication data processing module (4) can control the working state of the jamming transmitter (21) and the active deception unit (22) according to the received instructions, ensuring that the system can start or stop the jamming behavior at an appropriate time. The encrypted data transmission ensures the security of the communication and avoids the enemy's eavesdropping and interference. The output power of the jammer (21) can be adjusted as required. out With input power P in The relationship between the gain G can be expressed by the following formula: P out =P in +G-L Where L represents the line loss.

3. The automatic rifle integrated electromagnetic spectrum tactical countermeasure system according to claim 2 is characterized by: The infrared thermal imaging camera (31), millimeter wave radar (32), optical sight (33) and acoustic sensor (34) of the sensing detection module (3) are connected to the wireless communication device (41) in the communication data processing module (4) to collect target information and transmit it to the remote command center through the wireless communication device (41).

4. The automatic rifle integrated electromagnetic spectrum tactical countermeasure system according to claim 3 is characterized by: The passive electronic monitoring unit (23) in the electromagnetic countermeasure module (2) is connected to the encrypted data link (42) in the communication data processing module (4) to receive enemy communication signals and transmit them securely to the remote command center for analysis via the encrypted data link (42).

5. The automatic rifle integrated electromagnetic spectrum tactical countermeasure system according to claim 4 is characterized by: The anti-UAV unit (24) in the electromagnetic countermeasure module (2) is connected to the wireless communication device (41) in the communication data processing module (4) and is used to send an anti-UAV signal through the wireless communication device (41) when receiving an attack instruction.

6. The automatic rifle integrated electromagnetic spectrum tactical countermeasure system according to claim 5 is characterized by: The human-machine interaction interface (5) is connected to the wireless communication device (41) and the encrypted data link (42) in the communication data processing module (4), and is used to display the target information from the sensor detection module (3), and to send operation instructions through the wireless communication device (41) and the encrypted data link (42).

7. The automatic rifle integrated electromagnetic spectrum tactical countermeasure system according to claim 6 is characterized by: The self-diagnosis system (61) in the safety protection module (6) is connected to the wireless communication device (41) in the communication data processing module (4) and is used to regularly check the system status and send a status report to the remote command center through the wireless communication device (41).

8. The automatic rifle integrated electromagnetic spectrum tactical countermeasure system according to claim 7 is characterized by: The physical protection unit (62) in the safety protection module (6) is connected to the weapon platform (1) and is used to protect the entire system from external damage.

9. The automatic rifle integrated electromagnetic spectrum tactical countermeasure system according to claim 8, characterized in that: The steps of electromagnetic spectrum tactical confrontation are as follows: Step 1: The sensor detection module (3) starts to collect the position, speed and surrounding environment information of the target, and the information is transmitted to the remote command center in real time through the wireless communication device (41). The operator sets the interference frequency and power working parameters of the electromagnetic countermeasure module (2) through the human-computer interaction interface (5); Step 2: The remote command center sends a command through the wireless communication device (41), and the jammer (21) and the active deception unit (22) of the electromagnetic countermeasure module (2) start to work. The jammer (21) transmits a jamming signal according to preset parameters to prevent the normal operation of the enemy's communication or radar system, and the active deception unit (22) simulates a false signal of a series of frequencies to confuse the enemy's radar and communication system. The above signals are all transmitted through the wireless communication device (41), and the AES encryption algorithm is used to ensure communication security. Step 3: The passive electronic monitoring unit (23) begins monitoring the enemy's communication signals and transmits the information to the remote command center for analysis via an encrypted data link (42); Step 4: When receiving an attack command against a drone, the anti-drone unit (24) sends an anti-drone signal through a wireless communication device (41) to interfere with or shoot down the enemy drone.

10. The automatic rifle integrated electromagnetic spectrum tactical countermeasure system according to claim 9, characterized in that: The self-diagnosis system (61) continuously monitors the system status and regularly sends status reports to the remote command center via the wireless communication device (41). The self-diagnosis system (61) continuously monitors the system status and regularly sends status reports to the remote command center via the wireless communication device (41).

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