Multifunctional defense module for integrated shield

Abstract

The invention discloses a multifunctional defense module for an integrated shield, which belongs to the technical field of multifunctional defense and comprises a red and blue alarm lamp module, a white light flashing module, a police pepper spray module, a pulse electric shock module and a camera module. A comprehensive protection system is formed by integrating a plurality of functional modules, such as a red and blue alarm lamp module, a white light flashing module, a pepper spray module, a pulse electric shock module and a camera module. Operators can flexibly select, combine and use different function modules according to site situations so as to adapt to different emergencies. The red and blue alarm lamp and the white light flashing module can effectively disperse the attention of the target, so that the target cannot quickly recognize the surrounding environment or make a response, and the occurrence probability of violent behaviors is reduced. And the pepper spray module and the pulse electric shock module can effectively inhibit the action of the target while controlling the situation, so that more processing space is provided for law enforcement officers.

Description

Technical Field

[0001] The present invention relates to the technical field of multi-functional defense, and more specifically, to a multi-functional defense module for an integrated shield. Background Art

[0002] In recent years, with the increase in public security incidents and violent conflicts, especially in the fields of law enforcement, security, and emergency response, the demand for personal protective equipment has been continuously rising. Traditional protective tools, such as riot shields, batons, and protective clothing, although can provide physical protection to a certain extent, often cannot provide sufficient flexibility and versatility when dealing with emergencies. In high-risk environments, law enforcement officers need equipment that can quickly adapt to and flexibly respond to various emergencies, while traditional shields can only provide basic physical protection and lack effective non-lethal protection and emergency control means.

[0003] In order to improve the protection ability of law enforcement officers in complex scenarios, more and more technologies have been introduced into the design of shields. These technologies include but are not limited to warning light sources, visual interference devices, chemical dispersants, non-lethal electric shock devices, and video surveillance equipment, etc. By integrating multiple protection technologies, the shield can not only provide traditional physical protection, but also take more flexible emergency measures in case of emergency, reduce the occurrence of violent conflicts, help law enforcement officers effectively control the situation, and ensure public safety.

[0004] Currently, although some multi-functional shields on the market have certain protection functions in design, most of them lack the effective response ability in different situations, or there are certain limitations in function integration. For example, some shields have red and blue police lights function, but lack a white light strobe module or a pulse electric shock module, which may make it impossible to quickly and effectively stop the attack behavior of suspects when dealing with violent incidents. And some other shields may have the function of pepper spray, but due to the lack of effective energy management and multi-module integration, they cannot ensure the stability and efficiency of long-term use.

[0005] Therefore, how to integrate multiple functional modules on the basis of ensuring the strength and portability of the shield body, and improve the diversity and adaptability of the shield, has become an urgent problem to be solved in the current shield design. In addition, how to reasonably configure the power system to ensure the coordinated work of each module, and optimize the layout of the functional modules, has become the key to improving the use efficiency of the shield. Summary of the Invention

[0006] 1. Technical Problems to be Solved

[0007] In view of the problems existing in the prior art, the purpose of the present invention is to provide a multi-functional defense module for an integrated shield. By integrating multiple functional modules such as red and blue warning lights, white light strobes, pepper spray, pulse electric shock, and camera modules, a comprehensive protection system is formed. Operators can flexibly select and combine different functional modules according to the on-site situation, so as to adapt to different emergencies.

[0008] 2. Technical Solution

[0009] To solve the above problems, the present invention adopts the following technical solutions.

[0010] A multi-functional defense module for an integrated shield, the shield includes the following multiple functional modules:

[0011] 1) Red and blue warning light module, used to emit a warning light source that flashes alternately between red and blue;

[0012] 2) White light strobe module, used to generate a strong white light flashing effect, making the target temporarily lose the ability of visual judgment;

[0013] 3) Police pepper spray module, used to spray pepper spray through a high-pressure system to disperse the target;

[0014] 4) Pulse electric shock module, used to control the behavior of the target through a short current pulse;

[0015] 5) Camera module, used to record the on-site situation in real time and transmit the video signal to the background monitoring system.

[0016] Furthermore, the multi-functional defense module for the integrated shield includes a body. An installation seat is provided above the rear of the body. The installation seat is successively provided with a white light strobe module, a red and blue warning light module, a camera module, a police pepper spray module, a pulse electric shock module, and a main switch.

[0017] According to the above characteristics, a battery pack is installed in the front of the body, a control switch is provided below the battery pack, and a handle is installed on the upper right side of the body.

[0018] In some embodiments, the white light strobe module is connected to the battery pack and the control module through a cable, and the control module is used to adjust the frequency and duration of the white light strobe.

[0019] According to the above characteristics, the red and blue warning light module is connected to the battery pack and the control circuit through a cable. The police pepper spray module is connected to the gas driving device through a high-pressure pipeline. The pepper spray storage tank is connected to the pepper spray module through a pipeline. Among them, the gas driving device, the pepper spray storage tank, and the pipeline are all prior arts.

[0020] In some embodiments, the pulse electric shock module is connected to the battery pack and the control switch through a cable, and the control switch is used to adjust the current intensity and pulse frequency.

[0021] According to the above features, the camera module is connected to the background monitoring system through a wireless communication module to transmit video and audio signals in real time. The battery pack is connected to each functional module through a power management system to provide power support for each module.

[0022] 3. Beneficial effects

[0023] Compared with the prior art, the advantages of the present invention are as follows:

[0024] 1) By integrating multiple functional modules, such as red and blue warning lights, white light strobes, pepper spray, pulse electric shock, and camera modules, the present invention forms a comprehensive protection system. Operators can flexibly select and combine different functional modules according to the on-site situation, so as to adapt to different emergencies.

[0025] 2) The red and blue warning lights and white light strobe modules can effectively distract the target, making it unable to quickly identify the surrounding environment or react, reducing the occurrence probability of violent behavior. The pepper spray module and pulse electric shock module can effectively suppress the target's actions while controlling the situation, providing more handling space for law enforcement officers.

[0026] 3) Since the shield integrates multiple modules, operators do not need to carry multiple single-function equipment, and can handle various emergencies through the shield. This design greatly simplifies the equipment carrying and usage difficulty of operators, improves work efficiency, and reduces the risk of direct impact or injury to operators in high-risk situations.

[0027] 4) The combination of the battery pack and the power management system ensures the long-term stable operation of each functional module. The power management system can reasonably allocate battery resources to avoid excessive power consumption of a certain functional module, resulting in premature power depletion or insufficient power. The design of this system enables the shield to provide sufficient power support during long-term operation, ensuring that each module can fully play its role in an emergency and will not be affected by insufficient power. Brief description of the drawings

[0028] Figure 1 It is the front view of a multifunctional defense module for an integrated shield of the present invention;

[0029] Figure 2 It is the rear view of a multifunctional defense module for an integrated shield of the present invention.

[0030] Explanation of the reference numerals in the drawings:

[0031] 1. Body; 2. Battery pack; 3. Control switch; 4. Handle; 5. Mounting base; 51. White light strobe module; 52. Red and blue warning light module; 53. Camera module; 54. Police pepper spray module; 55. Pulse electric shock module; 56. Main switch. Detailed implementation mode

[0032] The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention; obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

[0033] 1. Overall working principle of the integrated multi-functional defense module for a shield

[0034] This shield module integrates multiple functional modules, aiming to provide comprehensive defense and security protection, and is applicable to scenarios such as maintaining public order, counter-terrorism, law enforcement, and self-defense. All modules are integrated within a shield body and achieve different protection and attack functions through coordinated work. The working principle of each functional module is as follows:

[0035] ① Red and blue warning light module 52

[0036] Working principle: The red and blue warning light module is powered by a power source and uses red and blue LED tubes to alternately flash to produce a warning effect. The design goal of this module is to warn the target and distract its attention through the flashing red and blue light sources. The red and blue alternating flashing mode imitates the warning lights commonly used by law enforcement departments, increasing the target's alertness and making it perceive potential threats, achieving a deterrent effect.

[0037] Control: The red and blue warning light module is connected to the battery pack and the control circuit through a cable, and the flashing frequency and duration can be adjusted to meet the requirements of different scenarios.

[0038] ② White light strobe module 51

[0039] Working principle: The white light strobe module generates a strong white light flashing effect. This white light has high brightness and strong instantaneous flashing, which can cause temporary visual failure of the target within a short time, making it unable to clearly judge the surrounding environment. This module uses high-power LEDs or flash tubes and makes the target lose visual control ability through high-frequency flashing, thus creating an opportunity for other defense or offensive means.

[0040] Control: It is connected to the battery pack and the control module through a cable. The control module is responsible for adjusting the flashing frequency and duration, making the use of white light more targeted and avoiding unnecessary harm to innocent people.

[0041] ③Police pepper spray module 54

[0042] Working principle: The pepper spray module uses a high-pressure system to spray the pepper spray stored in the storage tank through the spray nozzle towards the target. The composition of the pepper spray is highly irritating to the human body, capable of quickly causing discomfort to the target's eyes and respiratory tract, and disabling the target. This module is connected to the gas drive device through a high-pressure pipeline, and the gas drive device uses pressurized gas to push the pepper spray out of the spray module, maximizing the spray distance and accuracy.

[0043] Control: The switch of the module controls the spraying timing and amount of the pepper spray to ensure the effect and safety during use.

[0044] ④Pulse electric shock module 55

[0045] Working principle: The pulse electric shock module can emit short current pulses to interfere with the target's nervous system, temporarily disabling the target's control. By appropriate current intensity and pulse frequency, the electric shock module can effectively control the target's behavior and force it to stop threatening behavior.

[0046] Control: The control switch is used to adjust the current intensity and pulse frequency to ensure that the intensity and effect of the electric shock reach the expected level while avoiding excessive harm.

[0047] ⑤Camera module 53

[0048] Working principle: The camera module records the on-site situation in real time and transmits the video signal to the background monitoring system through the wireless communication module. The camera can capture high-definition images and audio, facilitating real-time monitoring and post-event investigation. This module plays an important role in tracking the target's actions, recording event details, and providing evidence in court.

[0049] Control: The camera module transmits the video signal through the wireless communication module to ensure efficient remote monitoring.

[0050] 2. Structure and functional layout of the multifunctional defense module for the integrated shield

[0051] ①Mounting base 5

[0052] The mounting base is located at the upper rear of the shield body and supports the fixation and arrangement of multiple functional modules. The module sequence is arranged in order according to the design requirements, including the white light strobe module, red and blue police lights module, camera module, police pepper spray module, pulse electric shock module, and main switch.

[0053] ②Battery pack 2

[0054] The battery pack is located directly in front of the shield body and provides power for all functional modules. The battery pack needs to have the characteristics of high capacity and long-time power supply to ensure the long-time operation of the modules. The capacity and voltage of the battery pack must be reasonably configured according to the power requirements of each module to support the stability of the shield during long-time operation.

[0055] ③ Control switch 3

[0056] The control switch is located below the battery pack, facilitating the operator to quickly adjust the opening and closing of the module functions during the use of the shield. Through this switch, the user can enable or stop the functions of each module at any time to ensure flexible response in case of emergency.

[0057] ④ Handle 4

[0058] The handle is located on the upper right side of the body, providing a convenient gripping method for the operator and helping to maintain stable control when using the shield. The handle is designed to conform to ergonomics to ensure comfort and safety.

[0059] 3. System Collaboration and Energy Management

[0060] ① Power Management System

[0061] The battery pack is connected to each functional module through the power management system to ensure that the power supply requirements of each module are met. The design of the power management system needs to optimize the battery usage efficiency, reasonably distribute the power among different functional modules, and avoid excessive consumption or insufficient power in a short time. The collaborative work of the battery pack, control module, and power management system can achieve efficient and stable power supply to ensure the long-time normal operation of each module.

[0062] ② Wireless Communication Module

[0063] The camera module transmits the real-time captured video and audio signals to the background monitoring system through the wireless communication module to support remote real-time monitoring. The wireless communication module needs to have stable data transmission capabilities and strong anti-interference capabilities to ensure normal operation in complex environments.

[0064] According to the description of the above patent, the following are examples of several specific implementation methods, and each implementation method details the specific construction, operation, and function implementation methods of each module:

[0065] Implementation Method 1: Mobile Law Enforcement Shield Module

[0066] This implementation method is applicable to the defense and emergency response of mobile law enforcement personnel in complex environments, such as maintaining public order and handling violent incidents.

[0067] Specific Implementation:

[0068] 1. Shield Body:

[0069] Construct the shield body using high-strength, lightweight composite materials (such as carbon fiber or composite plastics) to ensure it is strong enough to withstand physical impacts while being lightweight for easy carrying and operation by law enforcement officers.

[0070] The shape of the body is designed as an ergonomic curved structure that can effectively cover the operator's body and provide maximum protection.

[0071] 2. Module Integration and Arrangement:

[0072] A metal mount (mount 5) is provided on the back of the shield, and various functional modules are embedded in the mount:

[0073] The white light strobe module 51 is located at the top of the mount and uses a high-brightness LED tube with an adjustable flashing frequency.

[0074] The red and blue police lights module 52 follows closely, configured with a dual-color LED array and supporting flashing mode switching. The camera module 53 is located below the red and blue police lights module, equipped with a high-definition camera and a wireless transmission module for real-time video signal transmission.

[0075] The police pepper spray module 54 is connected to the spray module through a high-pressure gas drive system and is installed in the middle of the module arrangement to ensure accurate spraying of pepper spray. The pulse electric shock module 55 is located at the bottom, powered by a high-voltage battery, and the control switch is used to adjust the pulse intensity.

[0076] 3. Operating System:

[0077] Start and stop the modules through the control switch 3. The operator can select to start each module individually or enable a combination of multiple modules (for example, turn on the police lights and white light strobe module while spraying pepper spray) through the control switch.

[0078] A handle 4 is installed on the upper right side of the shield body to facilitate the operator to lift or hold the shield horizontally and ensure its stability during use.

[0079] 4. Power Supply and Management:

[0080] A battery pack 2 is built into the shield body to supply power to all functional modules. The battery pack is connected to the power management system to ensure reasonable power distribution and efficient use. Through the power management system, the power supply to high-power consumption modules (such as the white light strobe module) and the red and blue police lights module is prioritized to handle emergencies.

[0081] 5. Operating Procedures:

[0082] During law enforcement operations, the operator can activate the red and blue warning light module according to the situation to issue warnings, use the white light strobe module to interfere with the vision of the other party, and at the same time can choose to spray pepper spray to disperse the crowd or control violent behavior. When the target continues to resist, the pulse electric shock module can be used to temporarily paralyze the target's ability to move.

[0083] Embodiment 2: Tactical protection shield module

[0084] This embodiment is applicable to tactical protection scenarios, especially in military or high-risk anti-terrorism operations, where the shield needs to provide strong protection functions and diverse attack means.

[0085] Specific implementation:

[0086] 1. Shield body:

[0087] The body is made of titanium alloy or other high-strength composite materials, with anti-ballistic and anti-impact properties to ensure effective protection for the user during intense confrontations. The body is designed to be flat, facilitating use in a protection formation and capable of accommodating a large collection of functional modules.

[0088] 2. Module configuration:

[0089] All functional modules are fixed on the mounting base 5 through well-designed card slots, enabling each module to be replaced or upgraded according to mission requirements. The red and blue warning light module 52 uses a high-brightness LED light array and is configured with multiple flashing modes to adapt to the complex visual interference requirements on the battlefield. The white light strobe module 51 is equipped with a high-power flash lamp to produce a strong flash effect in a short time for blinding the enemy's vision.

[0090] The police pepper spray module 54 is configured with a long-range spray nozzle and a pressure-adjustable system, capable of precisely spraying pepper spray at a certain distance. The pulse electric shock module 55 is designed to be built into both sides of the shield, achieving non-lethal electric shock by directly contacting the target through electrodes or through air electric shock.

[0091] 3. Control system:

[0092] The control switch 3 is set as part of the tactical command input system and can be connected to a wireless communication system to control each module of the shield from a remote command center. The wireless communication module is closely integrated with the camera module 53 to achieve real-time transmission of video and audio through satellite communication or Bluetooth network, ensuring that the commander can monitor the situation in real time.

[0093] 4. Power system:

[0094] The battery pack 2 uses rechargeable high-capacity lithium batteries and is equipped with a backup battery system to ensure the continuous operation of each module during long-term operations. The power management system intelligently allocates the power consumption of each module to ensure the stability of the system.

[0095] 5. Tactical Applications:

[0096] During tactical operations, the operator flexibly activates different modules according to the on-site situation. For example, the white light strobe module and the red and blue warning light module are turned on. At the same time, the pepper spray module is used for area dispersal, and the pulsed electric shock module is used to temporarily control the target. The camera module provides real-time monitoring data to assist the command center in making decisions.

[0097] Embodiment 3: Urban Security Shield Module

[0098] This embodiment is applicable to urban security work, especially in public safety incidents. The shield needs to have efficient multi-functional protection and emergency response capabilities.

[0099] Specific Implementation:

[0100] 1. Shield Body:

[0101] The shield is made of a strong bulletproof polycarbonate material, which has high impact resistance and transparency, and can maintain a good field of vision while providing protection.

[0102] 2. Module Layout and Functions:

[0103] The white light strobe module 51 is located at the top of the shield and can interfere with the vision of rioters by adjusting the frequency and duration to prevent them from identifying the surrounding environment.

[0104] The red and blue warning light module 52 is designed with multiple flashing modes, especially suitable for quickly diverting the attention of a rioting crowd. The police pepper spray module 54* is equipped with a large-capacity spraying system, which can cover a larger area to disperse the crowd.

[0105] The pulsed electric shock module 55 is designed in a low-power pulse mode to avoid causing long-term damage and ensure safety during use.

[0106] 3. Control and Power System:

[0107] Using a centralized control panel (integrated near the shield handle), the operator can conveniently control each functional module. The battery pack 2 provides stable power to support the long-term use of all functional modules.

[0108] The above is only a preferred specific embodiment of the present invention; however, the protection scope of the present invention is not limited thereto. Any person skilled in the art within the technical scope disclosed by the present invention, according to the technical solution of the present invention and its improved concept, makes equivalent substitutions or changes, and should be covered by the protection scope of the present invention.

Claims

1. A multifunctional defense module for an integrated shield, characterized in that The shield includes the following functional modules: 1) Red and blue warning light module, used to emit a warning light source that flashes red and blue alternately; 2) White light flash module, used to produce strong white light flashing effect, causing the target to temporarily lose visual judgment ability; 3) Police pepper spray module, used to spray pepper spray through a high-pressure system to disperse targets; 4) Pulse electric shock module, used to control the target's behavior through short current pulses; 5) Camera module, used to record the on-site situation in real time and transmit the video signal to the background monitoring system.

2. The multifunctional defense module for an integrated shield according to claim 1, characterized in that: The device comprises a main body (1), wherein a mounting seat (5) is provided at the upper rear of the main body (1), and a white light flashing module (51), a red and blue warning light module (52), a camera module (53), a police pepper spray module (54), a pulse electric shock module (55) and a main switch (56) are sequentially provided on the mounting seat (5).

3. The multifunctional defense module for an integrated shield according to claim 2, characterized in that: A battery pack (2) is installed directly in front of the body (1), a control switch (3) is provided below the battery pack (2), and a handle (4) is installed on the upper right side of the body (1).

4. The multifunctional defense module for an integrated shield according to claim 1, characterized in that: The white light flash module (51) is connected to a battery pack and a control module via a cable, and the control module is used to adjust the frequency and duration of the white light flash.

5. The multifunctional defense module for an integrated shield according to claim 1, characterized in that: The red and blue warning light module (52) is connected to a battery pack and a control circuit via a cable, the police pepper spray module (54) is connected to a gas drive device via a high-pressure pipeline, and the pepper spray storage tank is connected to the pepper spray module (54) via a pipeline.

6. The multifunctional defense module for an integrated shield according to claim 1, characterized in that: The pulse electric shock module (55) is connected to the battery pack and the control switch (3) via a cable, and the control switch (3) is used to adjust the current intensity and the pulse frequency.

7. The multifunctional defense module for an integrated shield according to claim 1, characterized in that: The camera module (53) is connected to the background monitoring system via a wireless communication module to transmit video and audio signals in real time, and the battery pack (2) is connected to each functional module via a power management system to provide power support for each module.

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