WO2016169120A1

WO2016169120A1 - Automatic anti-riot gun

Info

Publication number: WO2016169120A1
Application number: PCT/CN2015/082132
Authority: WO
Inventors: 冉隆成
Original assignee: 成都恒安警用装备制造有限公司
Priority date: 2015-04-23
Filing date: 2015-06-23
Publication date: 2016-10-27
Also published as: CN104748619B; CN104748619A

Abstract

Disclosed is a automatic anti-riot gun. The gun comprises a front bullet housing part (4), a rear bullet housing part (6), a high-pressure generator housing part (8) and a handle part (12). The front bullet housing part (4) is arranged at a front end of the rear bullet housing part (6), the high-pressure generator housing part (8) is arranged on a lower side of the front bullet housing part (4), and the handle part (12) is arranged on a lower side of the rear bullet housing part (6). The front bullet housing part (4) comprises a front bullet framework, an electric shock sheet (1) and a plurality of magazines (3). The gun has the advantages of being simple and convenient to operate, having a good anti-riot effect, being capable of unloading bullets automatically or manually, incorporating laser aiming and warning effects, a contact electric shock function and a bullet shooting function, and being applicable in different environments. The gun has flexible and versatile uses. The bullets can be anti-riot bullets such as electric shock bullets and tear gas grenades.

Description

Multi-continuous anti-riot gun

Technical field

[0001] The present invention relates to police equipment, and in particular to multiple burst riot guns.

Background technique

[0002] A stun gun is a common electric shock device used by the police to perform official duties. The traditional electric shock device has a single function, which can only serve as a close-range electric shock and a single target for the mob. In the case of multiple targets and long distances, the traditional electric shock device has little effect. In order to better capture the mob, a need is needed. A stun gun that can fire electric shock bombs and multiple bombs, and a stun gun that can continuously fire electric shock bombs and multiple bombs in order to subdue multiple targets. The current electric shock or stun gun can only be a short-range electric shock or fire an electric shock bomb. However, in the long-term use, if there are too many targets, only a short-range electric shock and an electric shock or stun gun that can only fire one electric shock bomb will be used. It will bring inconvenience to the police.

technical problem

[0003] The object of the present invention is to overcome the shortcomings of the prior art, and provide a multi-continuous anti-riot gun with simple and convenient operation, good anti-riot effect, and automatic or manual retraction, integrating laser aiming warning function, contact electric shock function, The function of the firing body is integrated, and it can be used in different environments, and the method of use is flexible. The projectile can be an anti-riot body such as an electric shock bomb or a tear gas bomb.

Problem solution

Technical solution

[0004] The object of the present invention is achieved by the following technical solutions: a multi-continuous anti-riot gun, which comprises a spring front cover member, a spring back cover member, a high voltage generator sleeve member and a grip member, and the spring front cover member is arranged At the front end of the rear sleeve member, the high-pressure generator sleeve member is disposed on the lower side of the bullet front sleeve member, and the grip member member is disposed on the lower side of the bullet sleeve member, the bullet front sleeve member including the front bobbin frame, the electric shock piece and a plurality of magazines, wherein the electric shock piece is fixedly connected to the front side wall of the bullet front frame by screws, and the plurality of magazines are symmetrically disposed on the two side walls of the bullet front cover frame, and each of the magazines is horizontally arranged It is provided with a spring sleeve, a retracting rod and a low-pressure ignition needle. The retracting rod is provided with a retracting rod buckle. Each magazine is filled with a bomb, and two bullets are arranged in the bomb, and a bullet is arranged on one side of the bullet. Snap and snap slot, electric bottom fire is set on the tail wall of the bullet, The top pressure spring sleeve is arranged, the elastic card slot is matched with the rebound buckle, and the electric bottom is pressed against one end of the low pressure ignition needle; the rear end of the elastic front cover member is provided with a mechanical rotary contact arm device, mechanically rotating The contact arm device is located in the elastic cover member, and one side of the mechanical rotary contact arm device is provided with a rebound lock, and the mechanical rotary contact arm device includes a conversion head, a low pressure ignition button, a guide rod, a guide rod spring, and a low pressure ignition Close and trigger, the end surface of the conversion head is provided with a horizontal guiding rod, the guiding rod is provided with a guiding rod spring, the guiding rod is provided with a low-voltage ignition switch at one end of the conversion head, and one end of the conversion head is provided with a low-voltage ignition button, low-voltage ignition The yoke is aligned with the low-pressure ignition button, and the low-voltage ignition button is connected to the guide rod drive; the high-voltage generator sleeve component is internally fixed with a high-voltage generator, and the high-voltage generator sleeve component is further provided with an electric shock switch A, a high-voltage generator The front end high voltage line is connected to the electric shock piece, and the high end line of the high voltage transmitter is connected with the electric shock switch A; the grip component is provided with a power source. The lower end of the source is provided with a charging socket. The upper end of the power supply is provided with an indicator light and a shock switch B. The rear side of the grip member is also provided with a power switch, the power switch is connected to the power control, and the low voltage ignition pin and the low voltage ignition are turned off. Connection, the high voltage generator is connected with the electric shock switch B, the low voltage ignition switch and the electric shock switch B are respectively electrically connected with the power source, and the electric shock switch A and the electric shock switch B are connected in parallel between the high voltage generator and the power source.

[0005] The rear end of the rear cover member is provided with a laser sighting device, and the laser sighting device comprises a laser sight and a laser sight battery that can supply power to the laser sight, the laser sight and the laser aiming There is a power supply in series between the batteries.

Advantageous effects of the invention

Beneficial effect

[0006] The invention integrates the laser aiming warning function, the contact electric shock function and the firing body function, can be used in different environments, and the use method is flexible and changeable, wherein the projectile can be an anti-riot body such as an electric shock bomb or a tear gas bomb.

[0007] 2. After the trigger is pulled, the trigger device drives the guiding rod to move, the guiding rod drives the conversion head to rotate backward, and the low-pressure ignition button presses the low-pressure ignition to close the firing body, and the guiding rod spring can automatically reset the trigger. In this way, the function of continuously firing multiple electric shocks or other bombs can be realized.

[0008] 3. After the projectile is fired, the loosening trigger can realize automatic ejection, and the operation is simple, convenient and fast; when it is necessary to retract in the unfired state, manual retraction can be used, and only Manual debounce can be achieved by pressing the manual retraction, and the operation is equally simple and convenient. Brief description of the drawing

DRAWINGS

1 is a schematic side view showing the structure before loading a bomb according to the present invention;

2 is a cross-sectional structural view of FIG. 1;

[0011] FIG. 3 is a schematic side view showing the structure of the present invention after loading the bomb;

4 is a top plan view of FIG. 3;

5 is a partial cross-sectional structural view of FIG. 4.

[0014] In the figure: 1-Electrical striker, 2-spring sleeve, 3-carriage, 4-bolt front cover part, 5-manual rebound, 6-elastic rear cover part, 7-laser sighting device, 8 - High voltage generator sleeve parts, 9- electric shock switch A, 10- trigger, 11-work indicator light, 12-grip parts, 13-retraction lever, 14-low pressure ignition needle, 15-mechanical rotary contact arm device , 16-converter, 17-low voltage ignition button, 18-guide bar, 19-guide bar spring, 20-low voltage ignition, 21-laser sight, 22-laser sight cell, 23-power switch, 24 - Charging socket, 25-power supply, 26- electric shock switch B, 27-high voltage generator, 28-bounce, 29-retracting lever buckle, 30-elastic snap, 31-elastic card slot, 32-electric bottom fire, 33-Electric shot.

Embodiments of the invention

[0015] The present invention will be further described below with reference to the accompanying drawings, but the scope of the present invention is not limited to the following.

[0016] As shown in FIG. 1, a multi-continuous riot gun includes a front cover member 4, a rear cover member 6, a high pressure generator sleeve member 8, and a grip member 12, and the front cover member 4 is disposed. At the front end of the rear boot member 6, the high pressure generator sleeve member _{8 is} disposed on the lower side of the bullet front cover member 4, and the grip member 12 is disposed on the lower side of the bullet cover member 6, as shown in FIG. The front cover member 4 includes a front bobbin, an electric striker 1 and a plurality of magazines 3. The electric shock piece 1 is fixedly connected to the front side wall of the front bobbin by screws, and the plurality of magazines 3 are symmetrically arranged in the bullet. On each of the two side walls of the front frame, each of the magazines 3 is provided with a spring sleeve 2, a retracting rod 13 and a low-pressure ignition needle 14 in the lateral direction, and the retracting rod 13 is provided with a retracting rod buckle 29, as shown in FIG. As shown in FIG. 4, each of the magazines 3 is loaded with a spring 28. As shown in FIG. 5, two bullets 33 are disposed in the magazine 28, and the spring 28 is provided with an elastic buckle 30 and a snap slot 31. The bottom wall of the spring 28 is provided with an electric bottom fire 32, and the elastic buckle 30 presses the spring sleeve 2, and the elastic card slot 31 is engaged with the rebound buckle 29, and the electric bottom fire 32 is pressed at a low pressure. One end 14 of the firing pin; As shown in FIG. 2, the rear end of the spring front cover member 4 is provided with a mechanical rotary contact arm device 15, and the mechanical rotary contact arm device 15 is located in the elastic rear cover member 6, one of the mechanical rotary contact arm devices 15. The side is provided with a rebound lock 5, and the mechanical rotary type arm device 15 includes a conversion head 16, a low pressure ignition button 17, a guide rod 18, a guide rod spring 19, a low pressure ignition switch 20 and a trigger 10 on the end surface of the conversion head 16. A horizontal guide rod 18 is disposed, and the guide rod 18 is provided with a guide rod spring 1 ₉ . The guide rod 18 is disposed away from the conversion head 16 at the end thereof and is provided with a low-pressure ignition switch 20, and one end of the conversion head 16 is provided with a low-voltage ignition button 17 The ignition switch 20 is aligned with the low pressure ignition button 17, and the low voltage ignition button 17 is drivingly coupled to the guide rod 18. The high voltage generator sleeve member 8 is internally fixed with a high voltage generator 27, and the high voltage generator sleeve member 8 is also provided with an electric shock. In the A9, the high-voltage line of the high-voltage generator 27 is connected to the electric shock piece 1, and the high-voltage line of the high-voltage transmitter 27 is connected with the electric shock switch A9; the grip member 12 is provided with a power source 25, and the lower end of the power source 25 is provided with The electric socket 24, the upper end of the power source 25 is provided with an indicator light 11 and a shock switch B26, the rear side of the grip member 12 is further provided with a power switch 23, the power switch 23 is connected with the power source 25, the low voltage ignition pin 14 and the low voltage The ignition switch 20 is connected, the high voltage generator 27 is connected to the electric shock switch B26, the low voltage ignition switch 20 and the electric shock switch B26 are respectively electrically connected to the power source 25, and the electric shock switch A9 is connected in parallel between the high voltage generator 27 and the power source 25. Electric shock is off B26.

[0017] Further, as shown in FIGS. 1 to 5, the rear end of the rear cover member 6 is provided with a laser sighting device 7 including a laser sight 21 and a laser The laser sight battery 22 powered by the sight 21, the power sight 23 connected in series between the laser sight 21 and the laser sight battery 22

[0018] The present invention can directly shock in the non-elastic state: the power switch 23, the work indicator 11 lights up in green, the power source 25 supplies power to the high voltage generator 27, presses the electric shock switch A9, and the power supply 25 supplies the high voltage generator 27 When the power is supplied, the electric shock piece 1 generates an electric shock. It is also possible to pull the trigger 10, the trigger 10 presses the electric shock switch 26, and the power supply 25 supplies the high voltage generator 27 with the electric shock piece 1 to generate an electric shock.

[0019] The working principle of the laser sighting device 7: Press the power switch 23, the work indicator light 11 lights up green, and the laser sight battery 22 supplies the laser sight 21 with an infrared aiming point.

[0020] loading the magazine, the spring 28 is loaded into the magazine 3, the inner wall of the spring 28 is attached to the side wall of the magazine 3, the elastic buckle 30 is placed under the spring sleeve 2, and the elastic slot 31 and the rebound rod are buckled. 29 stuck, low pressure ignition pin 14 withstand the electric bottom fire 32.

[0021] The working principle of continuous launching and automatic retracting is: Pressing the power switch 23 in the state of loading 28, the working indicator 11 is lit green, the power supply 25 supplies power to the whole machine, and the laser sight 21 is aimed at the infrared aiming point. Goal, backward Pulling the trigger 10, the trigger 10 drives the guide rod 18 to move backward, and the guide rod 18 drives the shifting head 16 to rotate the guide rod spring 19 backward and rotationally. When the shifting head 16 rotates 45°, the trigger 10 moves to the apex, the conversion head 1 6 low-voltage ignition button 17 presses the low-voltage ignition switch 20 to energize, then the low-voltage ignition pin 14 and the electric bottom fire 32 are energized, the electric bottom fire 32 is ignited to generate high-pressure gas, and the high-pressure gas pushes the two electric shock pins 33 to be emitted, and the two electric shock pins 3 are fired. 3 hit the target, the same trigger 10 presses the electric shock switch B26 electric shock piece 1 to generate an electric shock, the electric shock generated by the electric striker 1 is electrically connected to the target along the high-voltage line connected by the elastic 28 and the electric shock pin 33, and the trigger 10 does not let go. Form a continuous electric shock. After the bullet is released, the trigger 10 is released, and the trigger 10 is automatically returned by the guide rod spring 19, and the same guide rod spring 19 is pushed forward to the connector 16, and the connector 16 is forwardly and Rotating motion, when the connector 16 is rotated 45° to automatically return to the position 吋, the connector 16 is rotated by the same time during the rotation of the connector 16 , and the retracting lever 13 is retracted by the retracting lever 13 and the spring 28 is latched. Disengaged, the instantaneous spring sleeve 2 pushes the elastic buckle 30. The forward movement spring 28 pushes out the magazine 3 to realize the automatic ejection function. The trigger 10 is cycled to achieve multiple continuous firing and automatic ejection.

The invention can also manually retract the bullet, press the manual ejection hook 5 in the state of loading the spring 28, the manual rebounding button 5 pushes the retracting rod 13, and the retracting rod buckle 29 is separated from the elastic card slot 31, instantaneously The spring sleeve 2 pushes the elastic buckle 30 forward, so that the spring 28 is pushed out of the magazine 3 to realize the manual ejection function.

Claims

Claim

[Claim 1] A multiple burst riot gun, characterized in that it comprises a spring front cover member (4) and a spring back cover member

(6), a high pressure generator sleeve member (8) and a grip member (12), the spring front sleeve member (4) is disposed at the front end of the elastic sleeve member (6), and the high pressure generator sleeve member (8) It is disposed on the lower side of the front cover member (4), and the grip member (12) is disposed on the lower side of the bullet cover member (6), and the elastic front cover member (4) includes a front bobbin and an electric shock piece (1) And a plurality of magazines (3), the electric shock piece (1) is fixedly connected to the front side wall of the front bobbin by screws, and the plurality of magazines (3) are symmetrically disposed respectively on the front frame of the bullet casing On the side wall, each of the magazines (3) is provided with a spring sleeve (2), a retracting rod (13) and a low-pressure ignition needle (14) in a lateral direction, and a retracting rod buckle is arranged on the retracting rod (13). (29) , each magazine

(3) The interior is filled with a bomb (28), and two bullets (33) are provided in the bomb ( ₂₈ ). The bullet ( ₂₈ ) is provided with a snap buckle (30) and a snap slot (31) on the side. (28) The bottom wall is provided with an electric bottom fire (32), the elastic buckle (30) is pressed against the spring sleeve (2), and the elastic card slot (31) is engaged with the rebound buckle (29), and the electric bottom fire ( 32) Pressing at one end of the low-pressure ignition needle (14); the rear end of the elastic front cover member (4) is provided with a mechanical rotary contact arm device (15), and the mechanical rotary contact arm device (15) is located behind the bullet Inside the sleeve part (6), one side of the mechanical rotary contact arm device (15) is provided with a rebound hook (5), and the mechanical rotary type arm device (15) includes a conversion head (16) and a low pressure ignition button (17). ), guide bar ( 18), guide bar spring (19), low-pressure ignition switch (20) and trigger (10), the end of the adapter (16) is provided with a horizontal guide bar (18), guide bar (18) The upper part is provided with a guide rod spring (19), the guide rod (18) is away from the conversion head (16), the end is provided with a low-pressure ignition switch (20), and one end of the conversion head (16) is provided with a low-pressure ignition Button (17), low-pressure ignition (20) is aligned with the low-pressure ignition button (17), and the low-pressure ignition button (17) is connected to the guide rod (18); the high-voltage generator sleeve (8) is internally fixed The high voltage generator (27) and the high voltage generator sleeve part (8) are also provided with a shock switch A (9), and the front end high voltage line of the high voltage generator (27) is connected with the electric strike piece (1), and the high voltage transmitter (27) The rear high voltage line is connected to the electric shock switch A (9); the grip member (12) is provided with a power supply (25), and the lower end of the power supply (25) is provided with a charging socket (24), the upper end of the power supply (25) is provided with an indicator light (11) and a shock switch B (26), and the rear side of the grip member (12) is also provided with a power switch (23), and the power supply is turned off (23). Connected to power (25) control, low voltage ignition pin (14) to low voltage ignition (20), high voltage generator (27) to electric shock switch B (26), low voltage ignition (20) and electric shock The switch B (26) is electrically connected to the power supply (25), and the electric shock switch A (9) and the electric shock switch B (26) are connected in parallel between the high voltage generator (27) and the power supply (25).

[Claim 2] The multiple burst riot gun according to claim 1, wherein: the rear end of the rear cover member (6) is provided with a laser sighting device (7), the laser The sighting device (7) includes a laser sight (21) and a laser sight cell (22) that can power the laser sight (21), and a power source connected in series between the laser sight (21) and the laser sight cell (22) Shaoguan (23).