RU124780U1 - COMPACT MULTI-LOAD REMOTE ELECTRIC SHOCK WEAPON - Google Patents

Abstract

1. A compact multi-charged remote stun gun containing a housing with two shafts for cartridges, an electric power source, a voltage converter, a high-voltage generator, electrodes fixed motionless on the front of the housing, a trigger element, a fuse, at least one pair of unitary cartridges for throwing electric wires, characterized in that it further comprises a contact action switch located under the fuse, cartridge feeders with springs, installed the front and rear spring-loaded chuck stoppers that are located in each shaft of the casing, while the front stoppers are made with the possibility of interaction with the trigger element having a conductive part when the trigger element is in the forward position, and the rear stoppers with the possibility of interaction with the trigger element when the trigger element is in the rear position, and in the shafts of the housing, holes are made connecting the internal cavity of the shafts with the outer surface of the housing, and the trigger element in the rear position is it is made with the possibility of interaction with the first low voltage switch. 2. The weapon according to claim 1, characterized in that the front stoppers of the cartridges and the rear stoppers of the cartridges are located on the same load-bearing force element or on two separate load-bearing force elements. The weapon according to claim 1, characterized in that the body is made with a permanent or removable pistol grip or butt. Weapons according to claims 1 and 3, characterized in that the trigger element is a high-voltage electric switch made in the form of a trigger or a key or made �

Description

The technical field to which the utility model relates.

The utility model relates to hand-held multi-shot firing devices and mainly to non-lethal weapons with an electric means of hitting the target DESHO (remote electroshock weapons).

State of the art

As an analogue, a multicharged non-lethal weapon with an electric means of hitting a target was selected according to publication Application number: 11 / 428,801, Publication number: US 2007/0081292 Taser X3 (http://www.taserx3.com/) which is a 3-charge striking gun targets with an electric pulse from a high-voltage generator located in the weapon along the wires fired from the cartridges (the cartridge has two projectile pulling wires with wires in one housing with a common throwing energy source).

Such a weapon has the following disadvantages: All cartridges are rigidly connected to the weapon by means of a mechanical latch and after the shot are not separated from the weapon. This significantly limits the ability to quickly and accurately fire a second shot if the next target appears behind the user with a weapon or in the plane behind the wires already stretching to the first target. The wires reaching for the first target do not allow the user to turn with the weapon toward the target that appeared behind his back because this is prevented by durable wires fixed with probes with harpoons at the ends, on the clothes of the first target. These wires interfere with the physical rotation of the shooter and aiming, since the strength and elasticity of the wires prevents the weapon from aiming at the target. In addition, the lines from the previous shot may appear on the line of the next shot, which will inevitably change the trajectory of the probes of the new shot and they simply will not hit the target even with the appropriate guidance on it.

The production of three consecutive aimed shots is possible only in an arc, from left to right, which is associated with the sequence of initiation of cartridge shots (from left to right) with each pull of the trigger:

Taser X3. http://www.youtube.com/watch?v=AM5Yn1EnadU&NR=1; http://www.youtube.com/watch?v=6zN3aAXSksE

In the same way, the wires of the previous shot will deflect the flight path of the probes of the next shot when the next target appears in the plane behind the wires stretching to the first target.

In connection with the declared ability of Taser X3 to control three affected targets at the same time, if they hit them, it is necessary to transfer all three targets and electrical effects, which cannot be done at the same time since the resistance of the targets is different (the resistance of both the bio-targets themselves and the resistance determined by the breakdown distance of the spark discharge are different on purpose in connection with different thicknesses of clothes, different depths of penetration of probe needles into clothes of different density, etc.) and thus while feeding and electric discharge in parallel on three circuits one goal inevitably shunt common (parallel) electric circuit, and therefore the effect on the other goals will not happen. To prevent targets from being shunted by other targets, DESHO Taser X3 has not one high-voltage output transformer, but three separately electrically isolated high-voltage transformers and software-switched high-voltage transformers that, when connected in sequence in a certain order, transmit electrical effects to each target separately for some time. A triple increase in the number of high-voltage transformers, which are practically the largest overall unit of DESHO, inevitably increases the overall dimensions of the analogue under consideration.

In connection with the latter drawback, the prototype considered has dimensions that almost completely exclude its comfortable and even more hidden wearing.

As a prototype, a universal hand-held multiple-charge weapon with a predominantly non-lethal electric means of hitting a target according to the patent for a utility model of the Russian Federation No. 99865 (13) U1 was chosen.

The weapon contains a housing in which a power source, a high-voltage generator of damaging electrical voltage, unitary cartridges, devices for releasing and protecting against accidental shots, an extractor of spent cartridges in the form of an ejector-electric switch made with both automatic and manual extraction, a device illuminating the target, for example, are placed LCU. The weapon is loaded with four unitary cartridges with a high-voltage principle of ignition of the propellant composition for firing two consecutive shots (two unitary cartridges are consumed per electric wire). Contact action with a weapon (i.e., at arm's length or less) as a contact stun gun is structurally possible only after two shots are fired. After the first shot, the first pair of cartridges is ejected automatically by the pre-charged spring of the ejector-electric switch, thereby achieving the disconnection of wires that have previously hit the first target and the possibility of high-voltage electrical initiation of the second pair of cartridges for the production of the second shot. The second shot a pair of cartridges after the shot is removed manually. The advantage over the analogue lies in the possibility of quick production of the second shot, without affecting its accuracy and physical ability of its production of the conductors of the first shot stretching to the first target, as well as the small overall dimensions of the weapon and the possibility of hidden carrying.

The first disadvantage of the prototype weapon is the impossibility of demonstrating an electric discharge without a shot. It is well known that in the event of a threat of a user using an electric shock weapon with a demonstration of an electric spark accompanied by a characteristic noise, and spark sparks in many cases, the aggressor stops the aggressive actions, realizing that they will have to deal with electricity and, consequently, subsequent pain. It is also known that aggressive animals (for example, dogs) almost always stop aggression when a person demonstrates electric discharges. The second drawback of the prototype’s weapon is also the impossibility of using it as a contact stun gun (without firing a shot), for example, when it affects the bio-target in a cramped room (elevator, car interior, etc.), that is, the useless consumption of cartridges in such cases when damaging electrical effects can be done at arm's length. The third disadvantage of the prototype weapon is the impossibility of interrupting the electrical effects of the first shot, and then (for example, in case of disobedience of the detained offender) to resume it again without firing the next shot. When releasing the release button, the electric discharge stops and is accompanied by the ejection of the spent shells of the unitary cartridges with wires leading to the target from the weapon i.e. termination of the wire connection of the weapon with the aim. The next time you press the shutter release button, the second shot is already taking place. The fourth disadvantage of the prototype weapon is the constructive impossibility of loading and firing more than four rounds (two shots) from it.

Utility Model Essence

The purpose of the utility model is to create a compact multiply charged remote stun gun, devoid of the prototype deficiencies, allowing it to be used as a contact stun gun without firing shots, to demonstrate an electric discharge to an aggressively tuned adversary to reduce the degree of aggression, to repeat the electric impact on the target as many times as necessary without interrupting the wired connection with the target.

This goal is achieved in that the compact, multiple-charged remote stun gun contains a housing with two shafts for cartridges, an electric power source, a voltage converter, a high-voltage generator, electrodes fixed motionless on the front of the housing, a trigger element, a fuse, at least one pair of unitary cartridges for throwing electrical wires, and further comprises a contact action switch located under the fuse, spring feeders mi installed in each shaft of the housing, the front and rear spring-loaded stoppers of cartridges, while the front stops are made with the possibility of interaction with the trigger element having a conductive part, while the trigger element is in the forward position, and the rear stoppers with the possibility of interaction with the trigger element when located the trigger element in the rear position, and in the shafts of the housing holes are made connecting the internal cavity of the shafts with the outer surface of the housing, and the trigger element in the rear The position is also configured to interact with the first low voltage switch.

In particular, the front cartridge stoppers and the rear cartridge stoppers are located on a single load-bearing force element or on two separate load-bearing force elements.

In particular, the housing is made with a permanent or removable pistol grip or butt.

In particular, the trigger element is a high-voltage electric switch made in the form of a trigger or key, or is configured to interact with the part in the form of a trigger or key or pull the trigger or key.

In particular, conductive inserts are made in the holes connecting the internal cavity of the shafts with the outer surface of the housing.

In particular, the trigger element is arranged to be fixed in an intermediate between the front and rear position fuse, restricting access to the low voltage switch.

In particular, a laser pointer and / or a lighting device, which turns on when the weapon is removed from the fuse, is located in the body of the weapon.

Brief Description of the Drawings

Figure 1. The appearance of the weapon.

Figure 2. Weapons with the trigger released - high-voltage electric switch.

Figure 3. Weapons before shooting.

Figure 4. The weapon at the time of the shot.

Figure 5. Weapons at the time of ejection of spent cartridges.

Detailed Description of a Preferred Embodiment

Figure 1. The weapon has a non-conductive housing 1 made of plastics, through which the non-conductive trigger element-high-voltage electric switch 2, fuse 3, button 4 of the low-voltage contact action switch, an electric power source (not shown), a voltage converter (in FIG. (not shown), a high-voltage generator (not shown in FIG.), unitary cartridges 5 (with the device according to patents of the Russian Federation No. 2308668, or RF No. 2408835), combat electrodes 6. The cartridges are located in the mines 13 after ovatelno each other, and the number of cartridges is limited only to the body length, which can vary depending on the customer needs.

Figure 2. Under the trigger element-high-voltage electric switch 2 (Fig. 2 is pulled out of the weapon), there is a cavity in which on the axis 7 are mounted the front stops of 8 cartridges with springs 9, and the rear stops of 10 cartridges with a spring 11.

In the housing 1, holes 12 were made connecting the outer surface of the housing 1 with the mines 13 of the permanent weapons store. In the mines 13 are located cartridges 5, feeders store 14, and springs 15 feeders. The trigger element-high-voltage electric switch 2 has projections 16 and an electrically conductive jumper 17. A low-voltage electric switch 18 is installed in the housing 1 and interacts through the plate 19 with the rear ends of the protrusions 16 of the trigger element-high-voltage electric switch 2.

Figure 3. Before firing, the cartridges 5 are loaded into the shafts 13, loaded by the force of the springs 15 and are held in the shafts 13 by the rear stoppers 10 of the cartridges, which are split by the spring 11 and resting on the samples or ledges 20 cartridges. The trigger element-high-voltage electric switch 2 (Fig.3 is shifted forward to be able to see the mechanism) is in front of the shot in the middle position and is not rigidly fixed in this position by the spring-loaded stopper 21 and is rigidly prevented from moving backwards by the fuse 3. In this position, switch 2 does not interact with front stops of 8 rounds, and rear stops of 10 rounds. When the fuse 3 is rotated to the fuse position (see Figure 1), access to button 4 (see Figure 1) of the low-voltage contact action switch is opened.

In this case, the weapon can be used as a contact stun gun by pressing the button 4 (see Figure 1), which includes an electronic circuit of the weapon that produces a high-voltage damaging voltage of electric current and the application of the weapon with combat electrodes 6 (see Figure 1) to the enemy’s body. Due to the fact that the distance from the electrically conductive jumper 17 (see Figure 2) of the trigger element-high-voltage electric switch 2 to the holes 12 of the housing 1 is greater than the distance of the spark breakdown in the air and the distance of the formation of a surface discharge in the housing 1, the cartridges are not initiated and shots in this position trigger element-high-voltage electric switch 2 cannot occur.

Figure 4. When firing, the trigger element is a high-voltage electric switch 2 (shifted forward in FIG. 4 to be able to see the mechanism), under the force of the thumb of the user of the weapon, moves backward, and the rear ends of the protrusions 16 reduce the ends of the stoppers 10 of the cartridges compressing the spring 11. The ends of the rear stoppers 10 are removed into the cavity of the housing 1 by disconnecting with samples of 20 rounds. The freed cartridges 5 slide forward in the shafts 13 a small distance (several millimeters) and rest with their front ends against the front stops 8 of the springs 9 unpressed by force 9. The rear ends of the cartridges 5 with electrodes of spark igniters of the propellant charge are installed opposite the holes 12 of the housing 1. At the end of the backward stroke trigger element-high-voltage electric switch 2, its conductive jumper 17 fits to the holes 12 of the housing, and the rear ends of the protrusions 16 through the plate 19 interacts with low voltage electric switch 18 including it. The electric switch 18 includes an electronic circuit of the weapon that generates a high-voltage damaging voltage of an electric current which is supplied through the electrodes 6 (see Figure 1) to the front ends of the cartridges 5. Almost simultaneously with the on-off switch 18, the electrical conductive jumper 17 of the trigger element-high-voltage electric switch 2 is installed above holes 12 of the housing 1. Cartridges 5 are included in the serial circuit "electrodes 6 - cartridges-conductive jumper 17". A spark breakdown occurs (in the case of small air gaps in the openings 12 of the unfilled conductive inserts) or a direct galvanic connection is established between the electrically conductive jumper 17 and the electrodes of the spark igniters of the propellant charge of cartridges 5 with the initiation of the propellant charge and the firing of shots. The current leads of the cartridges 5 fly to the target, the internal current-carrying circuit of the cartridges breaks and the combat damaging high-voltage electric current enters the target through the conductors of the cartridges 5. The cartridges located in the mines 13 under the cartridges from which the shot is fired are not initiated because they do not form a sequential ignition circuit.

Figure 5. After firing shots of the first pair of cartridges and remote hitting the target, the trigger element is a high-voltage electric switch 2 (in Figure 5 it is shifted to the right to be able to see ejected cartridges of the fired cartridges) under the force of the thumb of the user of the weapon makes a reverse stroke forward. When this conductive jumper 17 departs from the holes 12, the rear ends of the protrusions 16 through the plate 19 cease to interact with the low-voltage electric switch 18 turning it off. The electronic circuit of the weapon that generates a high-voltage damaging voltage of electric current is turned off. With a further forward movement of the switch 2, the front ends of the protrusions 16 bring together the front stoppers of the 8 cartridges by compressing the springs 9. The front ends of the stoppers 8 disengage from the front ends of the cartridge shells that were used, and the cartridges are pushed out of the shafts 13 under the force of the next (rear) pair of cartridges loaded with spring force 15 feeders 14. Shooting shells fly out of the weapon along with the current paths reaching the target. When the samples 20 of the rear pair of cartridges reach the rear stoppers 10 of the cartridges diluted by the spring 11, the ends of the stoppers 10 abut against the sample 20, preventing the cartridges from moving forward. The weapon is reloaded.

Then, if necessary, you can again use the contact action button 4, or make the next shot by moving backward the trigger element-high-voltage electric switch 2.

The weapon can use not only two pairs of cartridges as in the drawings, but also any number of pairs of cartridges within the selected overall dimensions for ease of use. A laser pointer or a lighting device, or both, may also be located in the weapon body. In this case, the fuse must interact with the additional common switch of the general electric power supply.

Claims (7)

1. A compact multi-charged remote stun gun containing a housing with two shafts for cartridges, an electric power source, a voltage converter, a high-voltage generator, electrodes fixed motionless on the front of the housing, a trigger element, a fuse, at least one pair of unitary cartridges for throwing electric wires, characterized in that it further comprises a contact action switch located under the fuse, cartridge feeders with springs, installed the front and rear spring-loaded chuck stoppers that are located in each shaft of the casing, while the front stoppers are made with the possibility of interaction with the trigger element having a conductive part when the trigger element is in the forward position, and the rear stoppers with the possibility of interaction with the trigger element when the trigger element is in the rear position, and in the shafts of the housing, holes are made connecting the internal cavity of the shafts with the outer surface of the housing, and the trigger element in the rear position is it is also configured to interact with the first low voltage switch. 2. The weapon according to claim 1, characterized in that the front stoppers of the cartridges and the rear stoppers of the cartridges are located on one load-bearing force element or on two separate load-bearing force elements. 3. The weapon according to claim 1, characterized in that the body is made with a permanent or removable pistol grip or butt. 4. Weapons according to claims 1 and 3, characterized in that the trigger element is a high-voltage electric switch made in the form of a trigger or a key or made with the possibility of interaction with the part in the form of a trigger or key or a pull of a trigger or key. 5. The weapon according to claim 1, characterized in that in the holes connecting the internal cavity of the mines with the outer surface of the housing, conductive inserts are made. 6. The weapon according to claim 1, characterized in that the trigger element is made with the possibility of fixing in the intermediate between the front and rear positions fuse, restricting access to the low voltage switch. 7. The weapon according to claim 1, characterized in that the laser pointer and / or lighting device, which is turned on when the weapon is removed from the fuse, is located in the weapon body.

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