KR101096736B1 - Revolver style tear gas bomb launcher - Google Patents

Abstract

The present invention relates to a revolver-type tear gas launcher, by installing a bearing on a rotating shaft of a magazine portion rotated in the form of a revolver, so that the user can rotate the magazine portion with only a small force to pull the trigger, and can continuously fire a large diameter tear gas. The present invention provides a revolver-type tear grenade that fixes a magazine at both ends to prevent sagging of a heavy weight from sagging, thereby minimizing trigger failure.

The present invention for achieving the above object is a main frame that is configured to rotate the magazine support portion is installed rotatable revolver-type magazine portion is equipped with a plurality of bullets, one side lower end of the magazine support portion is coupled through the coupling pins And a gun barrel coupled to the other side of the magazine support to trigger a bullet fired; In the revolver-type tear grenade launcher comprising a trigger portion coupled to the main frame to trigger and rotate the bullet at the same time the bullet portion, and the handle portion is connected to the main frame integrally configured to hold the user, wherein the magazine portion A magazine in which a hollow is formed in the center and a plurality of magazines are formed along the edge; One end is coupled to the magazine support, the other end is a rotating shaft fitted to one side of the hollow of the magazine; A bearing fitted to the rotation shaft to be inserted into the hollow of the magazine so that the magazine can be rotated on the rotation shaft with a small force; A support plate inserted into the other side of the hollow formed in the magazine, the one end of which is coupled, and the other end of which is coupled to the percussion unit and interlocked during operation of the percussion unit so that the magazine is rotated on the rotation axis; It is provided by the interior of the hollow so that the support plate is made of a clearance to the hollow of the magazine by the elastic spring to allow the support plate is coupled to the percussion unit when the main frame and the magazine support is coupled to the technical gist of the configuration.

Gas, tear gas, revolver, bearing, large diameter

Description

Revolver style tear gas bomb launcher

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a revolver-type tear grenade launcher, and to a revolver-type tear grenade launcher which is capable of continuously triggering by installing a bearing on a rotating shaft of a magazine portion into which a plurality of large bullets of 38 mm or more are inserted.

In general, a grenade launcher containing a tear gas needs to be hit by a bolt first, and then pull back again after loading of the bullet. This is because the foremost ammunition of the shell is transported to the transport position first, rather than being transported directly to the chamber at the time of the first strike of the bolt, from which it is transported into the chamber by the second strike of the bolt and fired.

Due to this complicated loading process, a malfunction is caused, and thus the weapon is not capable of being fired after loading or is not timely fired.

On the other hand, a relatively simple revolver type grenade launcher is configured to trigger a bullet of a small size, it is configured to enable the operation by pulling and triggering the magazine and hammer connected to the trigger at the same time.

However, when a large ammunition of 38 mm or more is applied to such a revolver type grenade launcher, the size and weight of the bullet is very large, and the size and weight of the bullet is also large, and the user cannot rotate the magazine by the triggering force alone. There is a problem.

An object of the present invention for solving the above problems, by installing a bearing on the rotating shaft of the magazine portion rotated in the form of a revolver to enable the user to rotate the magazine by only a small force to pull the trigger to continuously fire a large diameter tear gas. And it is possible to provide a revolver-type tear grenade launcher that minimizes the trigger failure by preventing the heavy weight magazine portion sag by fixing the magazine at both ends.

The present invention to achieve the object as described above and to perform the problem for eliminating the conventional drawbacks, a magazine support that is installed to be rotatable revolver-shaped magazine portion is mounted a plurality of bullets, and one side lower end of the magazine support hinge The main frame coupled to one side and the upper end portion is coupled through a coupling pin, and the barrel portion is coupled to the other side of the magazine support portion to trigger the bullet shot; In the revolver-type tear grenade launcher comprising a trigger portion coupled to the main frame to trigger and rotate the bullet at the same time the bullet portion, and the handle portion is connected to the main frame integrally configured to hold the user, wherein the magazine portion A magazine in which a hollow is formed in the center and a plurality of magazines are formed along the edge; One end is coupled to the magazine support, the other end is a rotating shaft fitted to one side of the hollow of the magazine; A bearing fitted to the rotation shaft to be inserted into the hollow of the magazine so that the magazine can be rotated on the rotation shaft with a small force; A support plate inserted into the other side of the hollow formed in the magazine, the one end of which is coupled, and the other end of which is coupled to the percussion unit and interlocked during operation of the percussion unit so that the magazine is rotated on the rotation axis; And an elastic spring installed inside the hollow to allow the support plate to have a clearance in the hollow of the magazine so that the support plate can be coupled to the percussion unit when the main frame and the magazine support unit are coupled to each other.

In addition, the trigger portion is supported by a bearing installed in the main frame is rotated in the axial direction and one end is connected to the magazine portion to rotate the magazine portion; A trigger positioned below the revolver and coupled to the side of the main frame to be rotatable through a hinge; A bar-shaped hand part which is rotatably connected to one side of the trigger around the hinge of the trigger, and is provided such that an end thereof is caught on the other end of the revolver part, and interlocked when the trigger is rotated to rotate the revolver part at a predetermined interval; The main frame is rotatably installed, one end of which is caught on the outer circumferential surface of the revolver, and the center thereof is caught by the trigger. Latches to adjust and allow the trigger to return; A hammer coupled to the mainframe and configured to be rotatable, the hammer being triggered by hitting the magazine part while rotating and returning after rotation when the trigger is operated; And a control unit.

In addition, the revolver unit, the rotation shaft is supported by the bearing on the main frame to rotate; A connection plate installed at one side of the rotation shaft to be connected to the support plate of the magazine part so that the rotational force of the revolver part is transmitted to the magazine part; Is installed on the other side of the rotating shaft, the gear portion is formed on one side so that the hand portion can be caught, a plurality of locking jaws are formed at regular intervals along the outer circumferential surface so that the locking angle is limited by the latch is caught all; And a control unit.

In addition, the hammer, the lower portion is hinged to the main frame is configured to rotate rotatable; A ball installed on the mainframe so as to be located between the hitting part and the magazine part so that the bullet is triggered by the hitting of the hitting part; One end is hinged to one side of the hitting part and the other end is interlocked by one end of the trigger when the trigger is rotated, and rotates in the opposite direction of the ball about the hinge of the hitting part. Hammerlock terminated; An elastic spring installed between the hitting part and the hammer lock to allow a play between the hitting part and the hammer lock so that the trigger can be returned to its original position after the trigger; A spring rod hinged to the lower portion of the striking portion to push the striking portion in the direction of the ball when the hammer lock and the trigger are released to allow the striking portion to strike the ball; And a control unit.

In addition, the latch, the main body is hinged to the main frame is configured to be rotatable; A rotating body stopper which is formed to protrude on one end of the body and is fixed to the locking jaw of the revolver-type rotating body to constantly adjust the rotation angle of the revolver-type rotating body rotated by the hand part; A stepped part formed to be stepped on the body so as to be hooked to the other end of the trigger; An elastic spring that pushes the other end of the body portion from the lower side of the hinge so that the stop portion is caught on the locking jaw and is returned to the initial position after interlocking by the trigger; And a control unit.

In addition, it is installed so as to hold the user in the lower part of the barrel, it is configured to be movable on the barrel, characterized in that it further comprises a barrel support configured to adjust the installation position on the barrel according to the user's body size. Revolver type tear grenade launcher.

In addition, the barrel support, the support body is formed to hold the user; A first guide part integrally formed on an upper portion of the support body and attached to one side of the guide rail; And a second guide part configured to be coupled to the first guide part through the coupling member at the other side of the guide rail so that the support body is fixedly coupled to the guide rail.

The present invention also provides a plurality of pin insertion grooves formed at a predetermined interval around the hollow of the magazine, and the magazine support portion is installed to be supported by the elastic spring is inserted into the pin insertion groove when the magazine is rotated by the rotation angle of the magazine Magazine portion locking means consisting of a fixing pin for controlling the; Characterized in that further comprises.

As described above, according to the present invention, the revolver portion and the magazine portion interlocked with the revolver portion are rotated by the bearing to enable continuous triggering even with a small force, and the magazine portion is fixed at both ends to prevent the heavy weight magazine portion from sagging. It is possible to minimize triggering defects and to adjust the installation position of the barrel support according to the user's body, which not only provides excellent usability but also stably adjusts the rotation angle of the magazine part through the locking means and the hook part locking means. It is a very useful invention that enables continuous triggering while the magazine part rotates.

Hereinafter, the configuration and the operation of the embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

1 is a perspective view showing a tear grenade launcher according to the present invention, Figure 2 is a side view showing a tear grenade launcher according to the present invention, Figure 3 is an exemplary view showing the operation relationship between the main frame and the magazine support according to the present invention,

A magazine support unit 200 in which a revolver-type magazine unit 300 in which a plurality of bullets 360 are mounted is rotatably installed, is coupled to the magazine support unit 200, and one side lower end is coupled to a hinge 860. The upper end is coupled through the coupling pin 520 is coupled to the other side of the main frame 500 and the magazine support 200 is configured to rotate through the hinge 860 upon release of the coupling pin 520, A barrel 400 for firing the bullet 360; The bullet coupled to the main frame 500 to trigger the bullet 360 inserted into the magazine unit 300, and at the same time to rotate the magazine unit 300 by a predetermined angle to trigger the bullet 360 continuously The foot 100 and the main frame 500 are integrally formed to include a handle part 600 configured to be grabbed by a user when triggered.

In addition, in the present invention, when the trigger is triggered against the user's shoulder, the attachment portion 700 is further formed at the rear of the main frame 500 so as to alleviate the impact and increase the aiming force and the accuracy rate.

In addition, the user to install the barrel support 410 on the barrel 400 so that the user can grab the barrel 400 portion in a stable posture.

Figure 4 is an exploded perspective view showing a magazine according to the present invention, Figure 5 is a sectional view showing a magazine according to the present invention,

The main frame 500 is to fix and support the triggering part 100, one side of the lower connection bar to provide an installation space of the magazine unit 300 and the magazine support unit 200 and the hinge 860 can be coupled 510 is configured to protrude. In addition, the upper side of the coupling pin 520 is provided to restrain the magazine support 200.

Meanwhile, the magazine support part 200 is formed to be perpendicular to the vertical member 210 and the vertical member 210 coupled to the connection bar 510 and the hinge 860 and fastened to one side upper end of the magazine support part 200. It comprises a horizontal member 220 that is constrained by the coupling pin 520.

The main frame 500 and the magazine support part 200 configured as described above may be separated from the magazine part 300 by rotating each other about the hinge 860 when the coupling pin 520 is restrained.

On the other hand, the magazine portion 300, the hollow 310 is formed in the center and the magazine 310 is formed with a plurality of magazines 311 along the edge and coupled to the vertical member 210 of the magazine support portion 200 The rotary shaft 320 is inserted into the magazine portion 300 through the hollow 312 of the magazine 310, the rotary shaft 320 is inserted into the hollow 312 of the magazine 310 is inserted into the rotary shaft 320 A pair of bearings 330 to smoothly rotate the magazine unit 300 on the), and one end is coupled to the magazine 310, the other end is coupled to the trigger 100, the trigger 100 The support plate 340 and the support plate 340 is installed between the support plate 340 and the bearing 330 to allow the next trigger by being interlocked during operation of the magazine unit 300 to be rotated on the rotary shaft 320. ) Is coupled to the main frame 500 and the magazine support portion 200 by forming a clearance in the inner direction of the magazine (310). It is configured to plate 340 comprises a resilient spring 350 is installed so that it can be easily coupled to the remote issuing (100).

As such, the magazine 300 is configured to rotate with a small force on the rotation shaft 320 through the bearing 330.

That is, even if a large diameter bullet of 38mm or more is mounted, the user can continuously trigger while rotating the magazine unit 300 by a simple operation of operating the trigger unit 100 with a finger.

In addition, the magazine unit 300 is not simply coupled to the magazine support 200 through the rotating shaft 320 in the form of a cantilever, one side is coupled to the magazine support 200 through the rotary shaft 320 and the other side is the support plate 340 By being coupled to the trigger 100 through the large diameter bullet 360 is mounted to prevent the sagging of the magazine 300 is very heavy, due to which the blow position of the ball does not change due to improper trigger The source will be blocked.

Figure 6 is a perspective view showing the installation state of the trigger according to the present invention, Figure 7 is a side view showing the installation state of the trigger according to the present invention, Figure 8 is a perspective view showing the detailed structure of the trigger according to the present invention, Figure 9 is the present invention 10 is a cross-sectional view showing the detailed structure of the trigger portion, Figure 10 is a cross-sectional view showing a revolver unit 110 according to the present invention, Figure 11 is a cross-sectional view showing a ball according to the present invention,

The trigger 100 of the present invention is supported by a pair of bearings 117 installed in the main frame 500 to rotate in the axial direction and one end is coupled to the support plate 340 of the magazine 300, magazine The revolver unit 110 for rotating the unit 300, and the hinge 800 is coupled to the main frame 500 is located on the lower portion of the revolver unit 110, so that the user can operate by hand The trigger 120 is configured to be connected to the hinge 820 so as to be rotatable on one side of the trigger 120 about the hinge 800 of the trigger 120 and the end is caught on the other end of the revolver 110 It is installed so as to rotate when the trigger 120 is rotated to rotate the revolver unit 110 by a predetermined interval and the hand portion 130 of the bar shape, the hinge 810 is coupled to the main frame 500 to be rotatable Is installed, but one end is caught on the outer circumferential surface of the revolver unit 110 and the center It is interlocked with the trigger 120 is interlocked with the trigger 120, is installed to be pressed toward the revolver 110 by the elastic spring 810 is installed on the other end revolver 110 during operation of the trigger 120 When the revolver unit 110 is rotated and the grip of the hand unit 130 and the trigger 120 is terminated, the trigger 120 is returned to its original position, and the revolver unit 110 is again constrained to rotate the angle. Clamp 140 to adjust the, and the main frame 500, the hinge 830 is coupled to the rotatable and configured to rotate in conjunction with the operation of the trigger 120 to rotate and return after rotating the bullet of the magazine 300 And a hammer 150 that strikes 360 to cause the bullet 360 to be triggered.

The revolver unit 110 is configured to rotate in the axial direction during operation of the trigger 120 and to transmit the rotational force to the magazine unit 300 so that the magazine unit 300 can be rotated, the main frame 500 The rotary shaft 114 is supported by a pair of bearings 117 spaced apart in the axial direction and rotated, and is installed on one side of the rotary shaft 114 to be coupled to the support plate 340 of the magazine 300 The connecting plate 115 to transmit the rotational force of the revolver 110 to the magazine 300, and is installed on the other side of the rotary shaft 114, the gear on one side so that the hand 130 is caught The unit 112 is formed and includes a revolver-type rotating body 111 in which a plurality of locking jaws 113 are formed at regular intervals along the outer circumferential surface so that the latch 140 can be caught.

The revolver 110 configured as described above is rotated on the rotating shaft 114 by the bearing 117 when the user pulls the trigger 120, so that the user can operate with a small force, and the magazine unit generates the rotational force generated in this way. By passing to the 300 is to be configured to rotate the magazine unit 300.

Meanwhile, the hand part 130 is fixed at one end to the trigger 120 and the other end is connected to the hand part 130 to press the hand part 130 in the direction of the revolver-type rotating body 111. The torsion spring 131 is installed to allow the hand unit 130 to be continuously caught by the gear unit 112 during operation to enable continuous rotation of the revolver unit 110.

On the other hand, the latch 140 is located in the lower portion of the revolver 110 to return the trigger 120 rotated in one direction by the user and at the same time to constrain the rotation angle of the revolver 110, the center is The body portion 141 is coupled to the main frame 500, the hinge 810 is configured to be rotatable, and formed to protrude on one end of the body portion 141 is formed on the outer peripheral surface of the revolver-type rotating body 111 It is caught by the locking jaw 113, the rotating body stopper 143 for constantly adjusting the rotation angle of the revolver 110 rotates in the axial direction by the hand 130, and the other end of the trigger 120 Step 142 formed to step on the body 141 so as to be interlocked during operation of the trigger 120, and push the body 141 from the lower side of the hinge 810 The entire stop 143 is hooked to the locking jaw 113 and hooked to the trigger 120 After interlocking of the hinge 140. The trigger 120 is configured to include an elastic spring so as to be returned to the initial position.

That is, such a latch 140 is positioned to be caught on the catching jaw of the revolver-type rotating body to control the rotation angle of the revolver 110 while being engaged or detached from the catching jaw when the trigger 120 is operated.

Meanwhile, the hammer 150 is coupled to the lower end hinge 830 to the main frame 500 so as to be rotatable and configured to be rotatable between the striking part 151 and the magazine 300. The ball 160 is installed on the 500 to cause the bullet to be triggered by the hitting of the hitting unit 151, and one end of the hinge 840 is coupled to one side of the hitting unit 151, and the other end of the trigger 120 ) Is interlocked by one end of the trigger (120) when the rotation of the rotation by rotating the striking unit 151 in the opposite direction of the ball 160 around the hinge 830 of the striking unit 151 and the trigger (120) The hammer lock 153 is released between the hammer unit 153 and the hammer unit 153 and the hammer unit 153 is released between the hammer unit 153 and the hammer unit 153. When the trigger 120 and the hammer lock 153 are released from the trigger when the play occurs, the trigger 120 returns to the original position while the hammer lock (1). 53 and the elastic spring 155 to be returned to the original position over the hammer lock 153 while being pushed in the direction of the striking portion 151 without being caught by the hammer portion 151, When the hinge 850 is coupled to the lower part and the locking of the hammer lock 153 and the trigger 120 is terminated when the trigger is released, the striking part 151 pushes the ball 160 by pushing the striking part 151 in the direction of the ball 160. It is configured to include a spring rod 156 to strike.

The spring rod 156 is installed to be fitted to the connecting portion 157, one end of which is coupled to the hinge 850 and the outer circumferential surface of the connecting table 157, so that the hitting portion 151 is opposite to the ball 160 In the case of rotation in the direction is compressed and relaxed and the striking portion 151 is returned to its original position is configured to include a compression spring 158 to strike the ball 160.

Meanwhile, cylindrical heads 154a and 154b are formed at one end of the hammer lock 153 and the connecting table 157 to be hinged to the hitting part 151 and are connected to the hitting part 151 in the form of a cylindrical joint. In more detail, when the hitting part 151 is viewed from the side as shown in the drawing, an arc-shaped mounting grooves 152a and 152b are formed in the hitting part 151, and the cylindrical head is formed in the mounting grooves 152a and 152b. 154a and 154b are installed to be fitted to the side, so that the hinge grooves do not fall out of the installation grooves 152a and 152b.

Meanwhile, the ball 160 is installed to fit into the housing 161 fixed to the main frame 500 and the housing 161 and hits the bullet of the magazine 300 by the impact of the hitting unit 151. And a tumbler 162 to cause the bullet to be triggered.

The tumbler 162 is configured to be moved back and forth by the elastic spring 163 installed inside the housing 161.

Meanwhile, FIG. 12 is an exemplary view showing a barrel support according to the present invention, wherein the barrel support 410 is guided through a guide rail 401 formed under the barrel 400 and is movable on the barrel 400. It is configured to adjust the installation position on the barrel 400 according to the user's body size.

The barrel support 410 is formed integrally with the support body 411 and the support rail 401 formed so as to support the tear gas launcher and the user can be caught and attached to one side of the guide rail 401 The support body 411 is guided by being coupled to the first guide part 412 and the other side of the guide rail 401 by the coupling member 414 such as a bolt or a piece to the first guide part 412. The rail 401 is configured to include a second guide portion 413 to be fixed.

The barrel support 410 as described above separates the second guide part 413 from the first guide part 412 according to the user's body length to properly adjust the installation position of the support body 411 on the barrel part 400. After using the second guide part 413 in combination with the first guide part 412 again, the convenience of use is excellent.

Hereinafter, the triggering operation state through the triggering part 100 of the present invention will be described with reference to FIGS.

First, the magazine 360 is inserted into the magazine 311 provided in the magazine 310 of the magazine part 300, and the magazine part 300 is coupled to the magazine support part 200. Thereafter, the magazine support unit 200 and the main frame 500 are rotated around the hinge 860 to be coupled and then fix the magazine support unit 200 through the coupling pin 520.

At this time, the support plate 340 of the magazine unit 300 is coupled to the connection plate 115 of the revolver unit 110 so that the magazine unit 300 is interlocked and rotated when the trigger unit 100 is operated.

Here, a plurality of insertion protrusions 341 are formed in the support plate 340, and an insertion groove 116 corresponding to the insertion protrusions 341 is formed in the connection plate 115, so that the insertion protrusions 341 are inserted grooves 116. The support plate 340 and the connecting plate 115 are coupled to each other.

On the other hand, both ends of the magazine part 300 are connected to the magazine support part 200 and the triggering part 100 so that both ends thereof are stably supported so that a trigger failure due to the sag of the rotating shaft 320 does not occur.

When the magazine unit 300 is installed and the magazine support unit 200 and the main frame 500 are fastened, the user triggers the bullet when the target 120 is pulled and the trigger 120 is pulled. At this time, to improve the triggering distance or aiming force, the user may trigger after holding the shoulder support 410 on the shoulder 700.

At this time, when the trigger 120 is pulled, the trigger 120 rotates in one direction, and the hand part 130 connected to the hinge 820 on one side of the trigger 120 by the rotation of the trigger 120 is a revolver-type rotating body. In the state of being caught by the gear portion 112 of the 111 to rise to the top to rotate the revolver portion 110 in the axial direction. In addition, at the same time, the latch 140 connected to the hinge 810 on the other side of the trigger 120 is interlocked so that the rotating body stopper 143 of the latch 140 is at the locking jaw 113 of the outer circumferential surface of the revolver-type rotating body 111. The revolver unit 110 is rotated by the hand unit 130 by being separated, and the magazine unit 300 connected to the revolver unit 110 is rotated by the revolver unit 110 rotated as described above.

At this time, the revolver 110 and the magazine 300 are simply rotated by a small force that the user pulls the trigger 120 by the bearing 117 of the revolver 110 and the bearing 330 of the magazine 300. It is possible to fire large bullets in a row.

The hammer lock 153 of the hammer 150 is hung on one end of the trigger 120 at the same time as the trigger 120 is operated, and the hammer lock 153 is thus interlocked by the trigger 120 to hit the hitting part ( 151 rotates in the opposite direction of ball 160.

When the striking portion 151 rotates in the opposite direction of the ball 160, the spring rod 156 connected to the lower portion of the striking portion 151 is contracted.

As described above, when the hand part 130 and the latch 140 are interlocked by the operation of the trigger 120, the revolver part 110 rotates in the axial direction, and when the trigger 120 rotates by a predetermined angle or more, the hammer lock 153. ) And the trigger 120 is released and the spring rod is relaxed, the impact portion 151 rotated by the hammer lock 153 is rotated in the direction of the ball 160 to hit the ball 160.

When the ball 160 is hit by the hitting unit 151 as described above, the ball 160 hits the bullet inserted into the magazine 300, and thus the bullet passes through the barrel 400.

On the other hand, when the bullet is triggered to release the trigger 120, the latch 140 is rotated by the elastic spring 144 to rotate the trigger 120 caught on the stepped portion 142 to the original position. At this time, one end of the trigger 120 is to move to the original position while pushing the hammer lock 153 in the impact portion 151 direction.

In addition, the rotation stopper 143 is inserted into the locking jaw 113 of the revolver-type rotating body 111 to block the rotation of the revolver 110 during operation of the latch 140, the magazine 300 is a certain angle It allows you to rotate only.

Due to the above operation, when the trigger 120 is pulled, the bullet inserted into the magazine 300 may be continuously triggered with a small force while rotating the magazine 300 at a predetermined interval.

On the other hand, the present invention is installed on the vertical member 210 of the magazine support portion 200 as shown in the insert into the magazine 310 of the magazine portion 300 by more than the rotating magazine portion 300 of the magazine portion 300 It further comprises a magazine engaging means 900 to be able to stop stably.

The magazine engaging means 900 is a pin insertion groove 930 formed at a predetermined interval around the hollow 312 of the magazine 310, and the elastic spring 920 to the vertical member 210 of the magazine support portion 200 It is installed to be elastically supported by a) is configured to include a fixing pin 910 for controlling the rotation of the magazine 310.

The head of the fixing pin 910 is formed in a hemispherical shape so that the magazine 310 can be rotated smoothly, such a fixing pin 910 is rotated of the magazine 310 when the magazine 310 is rotated It is pushed to one side by the force that is pushed out of the pin insertion groove 930 and the magazine unit 300 is rotated by a certain angle is pushed to the other side by the elastic spring is inserted into the adjacent pin insertion groove 930 magazine ( It is configured to prevent the 310 is rotated more than a certain angle.

As described above, the present invention adjusts the magazine 300 to be rotated at a constant rotational angle when the heavy magazine 300 is rotated, and doubles through the latch 140 and the magazine engaging means 900. By adjusting, the magazine 300 is stably rotated by a predetermined angle, and the magazine 300 is stably fixed.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

1 is a perspective view showing a tear gas launcher according to the present invention,

2 is a side view showing a tear gas launcher according to the present invention;

3 is an exemplary view showing an operation relationship between a main frame and a magazine support unit according to the present invention;

Figure 4 is an exploded perspective view showing a magazine according to the present invention,

5 is a cross-sectional view showing a magazine according to the present invention,

Figure 6 is a perspective view showing the installation state of the triggering portion according to the present invention,

7 is a side view showing an installation state of the triggering unit according to the present invention;

8 is a perspective view showing a detailed structure of the triggering portion according to the present invention;

9 is a side view showing the detailed structure of the triggering portion according to the present invention;

10 is a cross-sectional view showing a revolver unit according to the present invention;

11 is a cross-sectional view showing a ball according to the present invention,

12 is an exemplary view showing a barrel support according to the present invention,

13 is a first exemplary view showing a triggering operation state of a trigger according to the present invention;

14 is a second exemplary view showing a triggering operation state of a trigger according to the present invention;

15 is a third exemplary view illustrating a triggering operation state of a trigger according to the present invention.

16 is an exemplary view showing a magazine locking means according to the present invention;

17 is an exemplary view showing a pin insertion groove of a magazine engaging means according to the present invention;

<Description of the symbols for the main parts of the drawings>

100: trigger part 110: revolver part

(111): Revolver-type rotating body 112: Gear part

(113): locking jaw (114): rotating shaft

115: connecting plate 116: insertion projection

(117): bearing 120: trigger

(130): hand portion (131): torsion spring

140: brace 141: body

(142): step 143: rotating body stop

(144): torsion spring (150): hammer

151: hitting section (152a) (152b): mounting groove

(153): hammer lock (154a) (154b): cylindrical head

(155): elastic spring (156): spring loaded

(157): connecting rod (158): compression spring

160: ball 161: housing

(162): batting (163): elastic spring

200: magazine support portion 210: vertical member

(220): horizontal member (300): magazine

310: Magazine 311: Magazine

312: hollow 320: rotating shaft

330: bearing 340: support plate

(341): Insertion protrusion (350): Elastic spring

(400): gun barrel (401): guide rail

(410): barrel support (411): support body

412: first guide part 413: second guide part

(414): coupling member 500: mainframe

(510): connecting bar 520: coupling pin

(530): bearing cover 600: handle portion

700: abutment

(800) (810) (820) (830) (840) (850) (860): hinge

(900): magazine engaging means (910): fixing pin

(920): Elastic Spring (930): Pin Insertion Groove

Claims (8)

The main frame is composed of a magazine support for rotatable revolver magazine is installed rotatable, a lower end of one side of the magazine support is hinged and the upper end of one side is coupled through a coupling pin, and the other side of the magazine support A gun barrel that is coupled to trigger a bullet; In the revolver-type tear grenade launcher comprising a trigger that is coupled to the mainframe to trigger and rotate the bullet at the same time, and a handle portion connected to the mainframe integrally configured to be held by the user, The magazine part, A magazine in which a hollow is formed in the center and a plurality of magazines are formed along the edge; One end is coupled to the magazine support, the other end is a rotating shaft fitted to one side of the hollow of the magazine; A bearing fitted to the rotation shaft to be inserted into the hollow of the magazine so that the magazine can be rotated on the rotation shaft with a small force; A support plate inserted into the other side of the hollow formed in the magazine, the one end of which is coupled, and the other end of which is coupled to the percussion unit and interlocked during operation of the percussion unit so that the magazine is rotated on the rotation axis; A revolver-type tear gas such that the support plate is installed inside the hollow to allow play to be generated in the hollow of the magazine to allow the support plate to be coupled to the percussion unit when the main frame and the magazine support are coupled to each other. Launcher. The method of claim 1, The trigger portion is supported by a bearing installed in the main frame is rotated in the axial direction and one end is connected to the magazine portion to rotate the magazine portion; A trigger positioned below the revolver and coupled to the side of the main frame to be rotatable through a hinge; A bar-shaped hand part which is rotatably connected to one side of the trigger around the hinge of the trigger, and is provided such that an end thereof is caught on the other end of the revolver part, and interlocked when the trigger is rotated to rotate the revolver part at a predetermined interval; The main frame is rotatably installed, one end of which is caught on the outer circumferential surface of the revolver, and the center thereof is caught by the trigger. Latches to adjust and allow the trigger to return; The hinge is coupled to the main frame is configured to be rotatable and the revolver-type tear grenade launcher characterized in that it comprises a hammer to trigger the bullet by hitting the bullet in the magazine portion while rotating and returning after rotation when the trigger is operated. The method of claim 2, The revolver unit, the rotation shaft is supported by the bearing on the main frame to rotate; A connection plate installed at one side of the rotation shaft to be connected to the support plate of the magazine part so that the rotational force of the revolver part is transmitted to the magazine part; It is installed on the other side of the rotation shaft, the gear portion is formed on one side so that the hand portion can be caught, the revolver type is formed with a plurality of locking jaws are formed at regular intervals along the outer circumferential surface so that the rotation angle can be limited by the latch A revolver-type tear grenade launcher comprising the whole. The method of claim 2, The hammer, the lower portion is hinged to the main frame is configured to be rotatable; A ball installed on the mainframe so as to be located between the hitting part and the magazine part so that the bullet is triggered by the hitting of the hitting part; One end is hinged to one side of the hitting part and the other end is interlocked by one end of the trigger when the trigger is rotated, and rotates in the opposite direction of the ball about the hinge of the hitting part. Hammerlock terminated; An elastic spring installed between the hitting part and the hammer lock to allow a play between the hitting part and the hammer lock so that the trigger can be returned to its original position after the trigger; The hinge is coupled to the lower portion of the hitting revolver-type tear grenade launcher characterized in that it comprises a spring rod for hitting the ball by pushing the blower in the direction of the ball during release of the hammer lock and trigger. The method of claim 3 The latch, the main body is hinged to the main frame is configured to be rotatable; A rotating body stopper which is formed to protrude on one end of the body and is fixed to the locking jaw of the revolver-type rotating body to constantly adjust the rotation angle of the revolver-type rotating body rotated by the hand part; A stepped part formed to be stepped on the body so as to be hooked to the other end of the trigger; The revolver-type tear grenade launcher characterized in that it comprises an elastic spring to push the other end of the body portion at the lower side of the hinge so that the stop portion is caught on the locking jaw and can be returned to the initial position after interlocking by the trigger. The method of claim 1, It is installed so that the user can be caught in the lower part of the barrel, the guide rail is formed on the lower part of the barrel so as to be movable on the barrel and is configured to be movable on the guide rail, the installation on the barrel of the user according to the body size of the user Revolver-type tear grenade launcher characterized in that it further comprises a barrel support configured to adjust the position. The method of claim 6, The barrel support includes a support body formed to be grasped by a user; A first guide part integrally formed on an upper portion of the support body and attached to one side of the guide rail; And a second guide part coupled to the first guide part through a coupling member at the other side of the guide rail so that the support body is fixedly coupled to the guide rail. The method of claim 1, A plurality of pin insertion grooves formed at a predetermined interval around the hollow of the magazine and the magazine support part to be supported by an elastic spring, and fixed to control the rotation angle of the magazine by being fitted into the pin insertion groove when the magazine is rotated. Magazine engaging means consisting of pins; Revolver-type tear gas launcher characterized in that the configuration further comprises.

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