KR200485268Y1 - The multi-shooter life gun - Google Patents

Abstract

The present invention relates to a multi-purpose launcher lifting device which is capable of easily and rapidly launching and launching a life buoy to a distant dewaterer by a multi-threaded speaker with a simple portability, a short re-launch time and an excellent launch accuracy.
The present invention relates to a launching apparatus comprising a launching base (1) in which a plurality of life changing rings (A) are prepared and the life ring (A) is loaded / launched into the launching tube (11) one by one; A launching device (2) for launching the life ring (A) loaded on the launching platform (1); A driver (4) for operating the launch device (2); (A), which is mounted on the launching platform (1) and fired one by one, constitutes a multi-purpose launcher life jacket.

Description

THE MULTI-SHOOTER LIFE GUN}

The present invention relates to a multi-purpose launcher liferaft, more specifically, a portable multi-purpose launcher which is simple in portability, has a short re-launch time, and has an excellent launch accuracy. To a multi-purpose launcher liferaft.

Generally, as a method for rescuing a submerged person who has fallen into the water in an ocean, a lake, a river, etc., there is a method in which the rescuer directly has a rescue tube, approaches the rescue person and rescues the rescue person, , There is no rapid access to the drowning person. Therefore, rescue activities are being carried out by way of throwing the drowning person at the lifebuoy, the lifeboat, etc. (hereinafter, referred to as the lifeboat).

The present invention focuses on life-saving equipment that allows the rescuer to throw away the life ring to the remote conspirator so that the rescuer can take quick action to the remote conspirator in the event of an emergency such as a submersion.

Reference 1 discloses a lifesaving device capable of launching a lifeboat to a distant accidenter by forming a wire storage bin in Reference 1. Reference 2 discloses a lifeboat launcher capable of launching a lifeboat through a spring- .

Reference 3 also discloses a lifesaving device that fires a structural projectile in which a structural rope is housed in a can for filling a rope up to a distress point using the pressure of a gunpowder, and reference 4 discloses a life- Discloses a lifesaving launcher that emits a projectile to a target point with an exhaust control device.

Reference 5 discloses a life tube launch device comprising a gas generating device for generating gas, a plurality of rod-shaped tubes, and at least one annular tube fixedly or integrally formed with the plurality of rod-shaped tubes, Reference 6 discloses a life-rescue device for a distress accident that can launch a projectile having a life-saving device mounted thereon by a liquefied gas.

Reference 7 discloses a life raft launch gun which comprises a barrel, a loading lever, a hammer, a spring, a shock absorber, and the like, and which emits a rope-receiving opening accommodating the rope as a high-pressure gas. Reference 8 discloses a lifting- And a propellant composed of a pump, a nozzle, and the like, which is fired by high-pressure air and fills a gas inside the air tube and is fired.

Reference 9 also discloses a life rescue device that allows a compressed tube to be launched through a compressed gas, allowing the tube to spread out from the air or water surface, delivering the tube to a remote distresser, Lt; / RTI >

In addition, Korean Patent Laid-Open Publication No. 10-2003-0083895 discloses a life-saving structure in which an air hose having a length extended by an air supply is installed so that an air hose can be unfolded on a land, Korean Utility Model Registration Utility Model No. 20-0128607 discloses a rope pulled-up bar made by extending a connecting spiral portion rear portion of an aluminum warhead and inserting a reinforcing pipe into the inside of a synthetic resin blade opening, Shinan Bulletin 20-2013-0005497 discloses a water hammer structure for connecting a PET bottle to a PET bottle plug connector to be used as a water hammer structure thrower.

The above-mentioned conventional life-light launching equipment is pointed out that not only the flying distance of the projectile is short by using ammunition loaded with gunpowder in the powder filling part but also it is possible to handle only the person who has permission to carry the gun due to the use of ammunition .

Hereinafter, the problems of the conventional life ring launcher are summarized as follows.

Conventional life ring launch equipment has a problem that it is not enough to take a quick initial action because it needs to be pulled up again by pulling a string when the life ring does not reach the dropping point.

In addition, the structure is so constructed as to inject or pressurize the projectile with the energy of filling and discharging the high-pressure gas such as air, so that the launch structure is complicated and the high-pressure gas filling cylinder must be separately prepared and managed. And so on.

In addition, it has been pointed out that the life buoyancy which is relatively weak in impact resistance is easily damaged by impact due to high pressure or impact, and it is pointed out that various lifesaving equipments can not be utilized properly. In the case of the existing life boat launching equipment, There is a problem that it is not possible to launch several life-like rings to the speaker in a short time and therefore it is difficult to re-launch quickly when the throwing point of the dropping point fails.

Particularly, as described above, the conventional artificial launch apparatus of the prior art has a problem in that the physical impact applied to the life raft is increased in proportion to the throwing distance of the life raft, There is a problem in which it is necessary to apply the above.

Meanwhile, the present invention relates to a multi-launcher launch device capable of launching various types and structures of life vehicles, and particularly to a life-saving device such as a life buoy which is in a reduced-size structure of a small volume at the time of loading and launching, Various prior arts and data relating to the above life-saving equipment have been already known, and some examples thereof will be described in the patent literature.

References 10; A tube portion which is folded upon throwing and which expands after being thrown; a lid which receives the tube portion so that the tube portion is held in an easily thrown state when the tube portion is folded and is broken when the tube portion is inflated, So that a distressed person at a greater distance can be easily rescued.

And, in Reference 11; An outer case which can be held by hand and a gas inflatable tube inserted into the outer case, and is capable of being thrown by hand and throwing it at a distance.

(Reference 1) Korean Published Patent Application No. 10-2003-0037205, 2003.05.12. (Reference 2) Korean Patent Publication No. 10-2003-0039085, 2003.05.17. (Reference 3) Korean Patent Publication No. 10-2005-0025713, March 13, 2005. (Reference 4) Korean Patent Registration No. 10-0796646, Jan. 22, 2008. (Reference 5) Korean Patent Registration No. 10-0842790, July 1, 2008. (Reference 6) Korean Patent Registration No. 10-0868738, November 13, 2008. (Reference 7) Korean Patent Laid-Open No. 10-2012-0097601, 2012.09.05. (Reference 8) Korean Patent Publication No. 10-1342195, Dec. 16, 2013. (Reference 9) Korean Patent Registration No. 10-1190172, Oct. 12, 2012. (Reference 10) Korean Patent Publication No. 10-1064610, September 15, 2011. (Reference Document 11) Korean Patent Publication No. 10-2002-0023698, March 29, 2002.

The present invention aims to provide a lifting gun with excellent portability and mobility with a simple structure of a structure similar to a crossbow.

The idea is to create a high-tension band and launch a life ring with its repulsive force. In particular, it can be directly hit the life ring or eject the high-pressure gas to get out of the existing system. So that it can be stably projected to a long distance without breakage of the life ring.

The present invention aims to provide a multi-launcher life-time launcher capable of maximizing the efficiency of construction by allowing a plurality of life rafts to be loaded and rapidly launched into a speaker, thereby throwing the multi-

In addition, the present invention aims to provide a multi-stage life ring launch device capable of actively coping with various structure environments and quickly performing initial action by constructing the device so as to be selectively used by mechanical or manual operation.

The present invention for solving the above problems is as follows.

According to the invention described in claim 1, A launching platform in which several life vehicles are loaded / launched one by one into the launching tube; A launching device for launching a life ring loaded on the launching platform; Wherein the launching device is installed to be linked to a driver by connecting a launching band to an outside line of a launching tube to be loaded / launched, and the inside of the launching tube is accommodated with a life- A multi-purpose launcher lifting weigher in which all pipes are connected to a launch band of the barb and are moved together back and forth along a launch band, the actuator comprising: The drive cylinder is mounted on the lower part of the launching platform, and a claw is movably coupled to the end of the piston rod of the drive cylinder. The claw is formed with a ring at the upper end and is fixed / released in the loading groove of the long- So that the life ring can be launched from the standby state to the triggering device.

According to the invention described in claim 2, The apparatus of claim 1, wherein the trigger device comprises: The trigger is formed by forming an operation surface on the rear side of the trigger bundle of the trigger so that the trigger is moved up and down. The trigger is formed by forming an inclined surface corresponding to the operation surface of the trigger bundle and interlocking with the trigger bundle, So that the trigger surface of the trigger bundle moves upward.

According to the invention described in claim 3, [2] The apparatus of claim 1, further comprising a manual actuator formed on the upper portion of the latch so as to fix / release the hook in the loading groove of the long tube.

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The present invention can provide a multi-projectile life circle launch device that is simple in construction, is excellent in portability and mobility, can be thrown at a long distance without direct physical impact on the life circle, and can be used stably without breakage of the life circle.

In addition, the present invention can be used as a multi-pleated speaker on a scene where a submersible person can be disturbed by loading several life-lights and promptly launching a speaker, and can be selected by mechanical or manual operation. And the like.

In addition, this design has excellent portability and mobility and can be used not only in the above-mentioned life boat but also in fire extinguishers (fire extinguishers for fire extinguishment in case of a fire ship), ropes in vessels and high-rise buildings with hook- (Equipment that makes the ship propelled by the launching of net guns to illegal ships entering the territorial waters of other countries, forcibly selecting the equipment), hardened coal (ship, underwater structure The bracelet (worn in the form of a bracelet) is one of the lifebands that automatically expand when an accident occurs. When it enters the water, it melts 'bobbin' that melts when it enters the water. A safety device that automatically inflates and expands as the charge gas in the cylinder bursts.) This is a multipurpose launcher that can be used extensively to throw at a distance It provides and effects.

1 is a perspective view showing an embodiment of the present invention;
Fig. 2 is a sectional view showing the internal structure of the present invention
FIG. 3 is a sectional view
Figure 4 is a cross-sectional view showing the triggering phase operation of the present invention
Figure 5 is a cross-sectional view of the firing phase operation of the present invention
6 is a cross-sectional view showing the reloading state of the present invention
7 is a plan view showing the operating state of the present invention
Figs. 8 and 9 are schematic diagrams showing the operating structure of the launching stage in the present invention
Figs. 10 to 12 are diagrams showing an example of the present invention

The present invention relates to a vehicle control system for a vehicle, comprising: a launching base in which a plurality of vehicle wheels are sequentially mounted; a launching device provided in the launching platform for emitting a life ring; a driver for driving the launching device; a manual actuator for manually operating the launching device; And the like.

The life buoy is a life-saving equipment of various forms and structures such as circular, elliptical, and circular with inflatable life-saving equipment and buoyancy such as a small volume of small volume at the time of loading and launching, and expansion at the dropping point after launch, It can be applied in various ways such as charcoal, bead charcoal, regular charcoal, hardened charcoal, and bracelet charcoal.

(Hereinafter referred to as Wyeong Myung Hwan, Kukmyeongdae, Suhwadang, Isseon, Jeongseon, Hyeongtan, and Bracelet).

A launching unit for loading and launching the life ring; A launching tube to which the life ring is loaded / fired, and a launching device composed of a barb, a launching band, and the like.

The high-tension firing band is coupled to the rear of the launch tube, and a long tube is housed inside the tube to accommodate the life ring.

A band of a barb attached to the launch tube is fixedly coupled to the long tub, and a trigger device interlocked with the trigger is provided.

The launch pad is provided with a life ring clasp in which several life catches are stored and the life ring is automatically loaded into the inside of the long inside can.

And a driver is installed on the launching tube of the launching unit to pull the launching band of the barring and to load (prepare to launch) the life ring.

A manual bobbin is connected to the cabinet and a manual actuator is installed to manually load the cabinet.

Hereinafter, detailed implementation of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view showing one embodiment of the present invention, FIG. 2 is a sectional view showing an internal configuration of the present invention, FIG. 3 is a loading state sectional view of the present invention, FIG. 6 is a sectional view showing the recharging state of the present invention, and FIG. 7 is a plan sectional view showing the operation state of the present invention.

The present invention relates to a launch device (1) in which a plurality of life vehicles (A) are arranged in an up and down row and are loaded one by one and are fired, a launch device (2) for launching a life ring (A) loaded on the launch base (1) A driver 4 for actuating the launch device 2, a manual actuator 5 for manually actuating the launch device 2 and a life ring A mounted on the launching platform 1, .

The launching platform (1) comprises: And a launch tube 11 of a circular tubular body to which the life ring A is loaded and fired, and the launch device 2 is mounted.

A long tube (3) for loading / discharging the life ring (A) is provided inside the tube (11) by a launch device (2).

The long tube (3) has a diameter corresponding to the inner diameter of the tube (11) and a length shorter than the tube (11) so as to be able to move back and forth in the longitudinal direction in the tube And the rear side is closed so as to be communicated with the later-described launching device. This will be discussed together with the launch device 2.

The launch device 2 is provided with a barb 21 on the launch tube 11 and a high tensile force band 22 mounted on the barb 21 so as to penetrate into the bulb tube 11.

To this end, the high-tension firing band 22 of the barb 21 is joined to the launch tube 11, and the guide slot 12 for guiding and moving the firing band 22 back and forth is formed.

A firing band 22 coupled to the inside of the tube 11 through the guide slot 12 is inserted through the rear of the insertion tube 3 so that the firing band 22 is linked back and forth along the forward and backward movement of the firing band 22 .

A loading groove 31 is formed at the rear end of the long tubular tube 3 inside the pouring tube 11 to which the firing band 22 is coupled and is coupled to the driving device 4 and the trigger device 6, As shown in FIG. This will be described together with the configuration of the driver 4 and the trigger device 6 and the like.

The drive unit 4 is constructed by mounting a drive cylinder 41, which can be embodied by a pneumatic / hydraulic cylinder or the like, to the lower part of the launching platform 1.

The drive cylinder 41 of the driver 4 is provided with a latch 43 at the end of the piston rod 42 so as to be movable up and down.

The latch 43 allows the latch 44 to be engaged with the loading groove 31 of the long tube 3. The latch 43 can be fixed to the end of the end of the piston rod 42 So that the upper ring 44 is fixed to / released from the loading groove 31 of the long tubular body 3 in accordance with the upward / downward movement of the latch 43.

In this regard, the loading process of the life ring (A) is first discussed, and then the blasting device (6) will be described in detail through the constitution.

When the piston rod 42 is moved backward by driving the drive cylinder 41 so that the extension pipe 3 in which the life ring A is installed as described above is inserted into the loading groove 31 of the long- The ring 44 of the piston rod 42 is engaged and fixed.) By the movement of the piston rod 42, the launching band 22 of the bar 21 is elastically extended, .

When the long tube (3) is sufficiently forced rearward to be positioned above the trigger base (64) of the trigger device (6), the trigger band (22) is extended by the extended piston rod And the loading for launching the life ring A is completed.

When the trigger 61 of the trigger device 6 is pulled in a state where the loading is completed as described above, the long tube 3 rapidly moves forward at a high speed with a strong repulsive force of the shooting band 22 in the loaded state, 3) The inner life ring (A) is fired.

Hereinafter, the configuration and the like of the percussion device 6 will be described together.

The triggering device 6 forms an actuating surface 63 behind the trigger assembly 62 of the trigger 61 to move the trigger assembly 64 up and down and the trigger assembly 64 moves the trigger assembly 62 And the trigger frame 61 is pulled to move the trigger assembly 62 rearwardly by engaging with the trigger assembly 62 in an interlocking manner with the trigger assembly 62. The trigger assembly 62 So as to move the trigger base 64 upward.

The upwardly moving toothed belt 64 raises the latch 43 upwardly and downwardly coupled to the piston rod 42 to move the hook 44 away from the loading groove 31 of the long tubular body 3 Thereby releasing the restraining force of the firing band 22, thereby causing the insertion tube 3 to be fired forward strongly and quickly.

The life ring A to be launched at this time is prevented from leaking out of the longitudinal direction of the launching band 22 in the longitudinal tube 3 which is thrown forward only by the strong repulsive force of the launching band 22, It is possible to launch and throw the life ring A in a state of safely protecting the life ring A since it is fired by the propulsion force of the long-

The trigger frame 64 is guided to both guides (not shown) so that the trigger frame 62 can be linearly moved up and down. The trigger 61 for actuating the trigger frame 62 is spring ) To return to the original position.

The piston rod 42 of the drive cylinder 41 is returned after the long length pipe 3 is fired as described above so that the latch 43 returns to the original position for the next loading / (64) is also returned to the home position.

At this time, the latch 43 of the piston rod 42 is inserted into the loading groove 31 of the long tube 3 by lifting the latch 43 with the manual actuator 5 coupled to the long tube 3, Prepare for loading.

An actuating switch or the like for actuating the actuating cylinder 41 can be provided at an optimum position of the launcher 1 and a drive motor for actuating the actuating cylinder 41 can be made compact. Or may be mounted on one side of the launching unit 41 or connected outside from the launching unit 1 to operate them in various known ways, so that a detailed description thereof will be omitted.

The manual actuator 5 is formed in the form of a handle so that it can be gripped by hand as shown in the upper part of the latch 43 of the piston rod 42, So that the hooks 43 can be lifted to fix the hook 44 to the loading groove 31 of the long tubular body 3 and to fasten the long tubular body 3 with the fastening 43 So that it is possible to manually load the long tubular body 3 backward to be loaded.

The manual actuator 5 is used for pulling the long-side power supply pipe 3 manually to use the actuator 4 for loading the brackets 43 into the long-side power supply pipe 3 as described above.

In this case, when the driver 4 can not be used, the manual actuator 5 is pulled to extend the firing band 22 to launch the long-tube 3. In this case, It is not possible to use the restraining force of the driver 4 which can be forcibly fixed by restraining the seat back 22, so that the life ring A can be quickly fired by only the operation of pulling the manual actuator 5.

As described above, when the life ring A is loaded and fired with the latch 43 provided at the end of the piston rod 42 as the trigger 6 or as the manual actuator 5, a new life ring A Ready for loading.

The following is a brief description of the clip (7).

The clip clip 7 is formed on the launch tube 11 of the launching platform 1. More specifically, the clip clip 7 is formed at a position inside the launch tube 11 where the long tube is to be loaded.

The clip clip 7 is formed in such a manner that a housing 71 is formed so that a plurality of lifter rings A can be stacked up and down on an upper portion of the tube tube 11 and communicated with the tube tube 11 at a lower portion thereof. The life chamber A of the housing 71 can be accommodated in the cabinet tube 3 inside the launch tube 11 with the housing 71 coupled thereto so that the life- The housing hole 32 is formed so as to communicate with the housing 71.

When the long tube (3) returns to its original position after the life vigilance (A) in the long tube (3) is fired (when the charging band (22) The housing hole A of the housing main body 3 is communicated with the moving hole 72 of the housing 71 so that the upper housing ring A) is housed in the main pipe 3 and is ready for loading.

As described above, the present invention can rapidly launch and fire several sight-seeing rings (A) to a speaker so that they can be provided to a plurality of audience rings (A) in a short period of time. For the purpose of securing the safety of the rescuers, Wyeonghwanhwan (A) can be maximized by maximizing the structural efficiency by connecting it to the rescue rope and making it multifunctional.

It is a matter of course that an electron microscope (not shown) or the like may be mounted on the launching base 1 in order to further increase the accuracy of the throwing point. The life ring A can be illuminated at night So that the user can easily find the life boat A in a dark place or at night, for example, without illumination.

In order to specifically explain the implementation of the present invention, the reference numerals used in the accompanying drawings will be described below.
1: Launcher 11: Launcher
12: guide slot 13: moving slot
2: Launch device 21: Ribbon
22: Launching band
3: Whole pipe 31: Loading home
32: Storage compartment
4: driver 41: drive cylinder
42: piston rod 43:
44: collar 45: working ball
5: Manual actuator
6: Pulse device 61: Trigger
62: Trigger bundle 63: Working surface
64: percussion 65: slope
7: a clip of a life vest 71: a housing

Claims (6)

A launching platform (1) in which several life vehicles (A) are loaded / launched one by one to the tube (11); A launching device (2) for launching the life ring (A) loaded on the launching platform (1); The launch device 2 is connected to the outer barb 21 of the launch tube 11 to which the life ring A is loaded and the launch bar 22 is connected And a fire extinguisher (3) is installed inside the fire tube (11) to store the life preserver (A) and to be loaded / fired to the fire band (22) In a multi-purpose launcher lifting case constructed to be moved back and forth along a band (22)
The driver (4) comprises: The drive cylinder 41 is mounted to the lower portion of the launching platform 1 and the claw 43 is vertically movably coupled to the end of the piston rod 42 of the drive cylinder 41,
The latch 43 has a ring 44 at its upper end and is fixed / released to the loading groove 31 of the insertion tube 3 by the trigger device 6, (A) to be used for launching the multi-purpose launcher lifer tendon. The method according to claim 1,
The triggering device (6) comprises: An actuating surface 63 is formed behind the trigger bundle 62 of the trigger 61 so that the trigger base 64 is moved up and down,
The trigger base 64 forms an inclined surface 65 corresponding to the operation surface 63 of the trigger core 62 and is linked to the trigger core 62 to pull the trigger 61 to move the trigger core 62 rearward And the actuating surface (63) of the trigger bundle (62) is moved upward when the trigger base (64) is moved. The method according to claim 1,
And a manual actuator (5) formed on the upper part of the latch (43) and capable of fixing / releasing the ring (44) to / from the loading groove (31) of the long tube (3) Life case. delete delete delete

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