KR200289463Y1 - Electric shock device - Google Patents

Abstract

The present invention relates to an electric shock gun which fires a liquid conductor which is used for self-defense and shocks a high voltage power supply through a liquid conductor, and is a domestic invention patent filed previously by the applicant of February 09, 2002. It was designed to improve the "shock shocker" of the application 7679 more efficiently.

The improved design of the main valve is used as a filling valve when filling a conductive liquid such as distilled water; salt water or salt water; 10) and a replaceable cage having a flexible rubber tube 40 filled with the above-mentioned conductive liquid and a differential valve 50 for filling air pressure, wherein the cage is stopped. When the trigger 80 is pulled in the state, the operation section 82a formed at the upper end of the link 81 pushes the nozzle 30 to open the intermittent valve 20, and when the intermittent valve is opened, the tube 40 is swollen. ) Is provided with a structure in which the conductive liquid is strongly discharged by the contracting force that is reduced to its original size and the discharge force of the air pressure expanded in the air chamber 61, and the provided cage is the main valve 10. Both ends of the cylinder 60 are closed with a front end stopper 70a having a front end stopper and a rear end stopper 70b having a differential valve 50, and the configured impactor of the main valve 10 having the front end of the cylinder 60. The nozzle 30 is wired inside the paddle casing. "," "It is provided to discharge the ultra high voltage discharge when the conductive liquid is released in contact with the terminal.

Meanwhile, " "," "The power source describes a power source discharged in an ultrahigh voltage discharge assembly composed of a charging circuit and a high voltage transformer including a DC battery provided to a conventional electric shock.

The present invention provided above by turning on the discharge switch (S1), then release the safety pin (P) and pull the trigger 80, the operating period (82a) open the intermittent valve 20 is coupled to the nozzle 30 to the conductive liquid Will emit.

On the other hand, the power is already discharged to the ultra-high pressure by the operation of the discharge switch (S1) is being applied to the conductive liquid that is being discharged because it is being applied to the nozzle 30 is released so that the ultra-high voltage power is applied and released " "," "The two conductive fluids will cause a short circuit at the moment of contact with a person, causing a shock. If the trigger is released after the release, the trigger will be compressed by the support 81a of the link 81 when the trigger is being pulled. As the compression spring 90 is restored, the intermittent valve 20 is restored to its original position, and the used cage is provided so that it can be used continuously by removing it from the impactor casing and replacing it with a new one.

Description

Shocker {ELECTRIC SHOCK DEVICE}

The present invention relates to an electric impactor which is used for self-defense and fires a liquid conductor that shocks a high voltage power supply through a liquid conductor, and more specifically, has been previously filed by the applicant of February 09, 2002. It is an improvement to the convenience of use, "electric shocker (hereinafter referred to as the line application design)" of the domestic invention patent application No. 7679.

In other words, the preliminary application has a conductive tank that discharges the discharged ultra-high voltage power and a separate charging tank for filling the air pressure to assist the release of the conductive solution, but these charging tanks are separated from each other and cannot be replaced. It is composed of an electric shock case case, which is not suitable for manufacturing, assembling and using.

Thus, the present invention solves the problem of the pre-applied design and at the same time provides the cage and the impactor casing to be separated from each other to satisfy the efficiency and ease of use at the same time.

On the other hand, looking at the description of the pre-application design, "In general, the electric shock is a portable equipment for defense and protection from molars, such an electric shock is stored in the housing as disclosed in US Patent 4,872,084 and 5,193,048 In addition to the fact that the DC voltage supplied from the battery is generated using a DC-DC converter and a high-voltage generator circuit, the electric shock absorber protrudes the low-current high-voltage charged at the same time as the DC voltage is rectified through the capacitor. When applied to the probe side, which is a pair of discharge electrodes, the dielectric breakdown phenomenon occurs in the free space of probes mounted at an inclined angle at a predetermined angle, thereby causing a discharge to threaten the other party or directly cause an electric shock. Can be subdued, but many people during rush hours There is a problem that the powerful criminals who are effective in the close trains and buses, but are effective for the criminals and criminals, who have to suppress and arrest them, use the pistol or water gun as a way to solve such problems. A shock absorber case having a shape, a conductive liquid tank formed in the latter half of the shock absorber case to receive the conductive liquid, a nozzle formed in the first half of the impact shock absorber case to eject the conductive liquid, and a position adjacent to the conductive liquid tank. An ultra-high pressure discharge assembly provided between the ultra-high pressure discharge assembly and the nozzle to instantaneously discharge the voltage of the ultra-high pressure, an air tank provided between the ultra-high pressure discharge assembly and the nozzle to inject the conductive liquid toward the nozzle, and the compressed air contained in the air tank. Having a supply pipe for guiding and supplying a conductive liquid to the nozzle Here, the conductive liquid is H ₂ O, the valve body for opening and closing to move the conductive liquid of the conductive liquid tank toward the nozzle by a vacuum formed by the compressed air in the supply pipe is elastically pressurized with a spring Compressors for providing compressed air to the air tanks are connected to the supply pipes, wherein the compressor and the supply pipes are disposed substantially parallel in the longitudinal direction, and the compressed air of the supply pipes is external to the nozzles. An opening / closing member which opens and closes in an ejectable manner toward the side is formed in the supply pipe, and a trigger for controlling the opening / closing member by an external force is slidably installed in the handle portion of the impactor case, between the trigger and the opening / closing member. Power transmission port for transmitting the external force of the trigger to the opening and closing member Are coupled to each other, and the moving power is transmitted in the sliding direction, and the discharge cap of the ultra-high pressure discharge assembly is electrically connected to the nozzle to generate a discharge, and the ultra-high pressure discharge assembly is connected to a predetermined power source. It is provided with an integrated battery, a charging circuit that processes the power of the battery as a charging power source, a high voltage transformer for boosting the charging power of the charging circuit to ultra high pressure, and a charging capacitor for charging the ultra high voltage boosted by the high voltage transformer. The above-described electric shock machine is provided with a pair of discharge caps by the nozzle to be sprayed horizontally, the discharge cap of one side is connected to the + electrode from the charging capacitor, the discharge cap of the other side is connected to the-electrode When spraying the conductive liquid, the ultra high pressure charged to the charging capacitor by the discharge switch Since the voltage is discharged to the + electrode and the-electrode respectively along a pair of injection stems, the contact with the human body such as the criminal or the molars is instantaneously impacted by a strong ultra-high voltage. Since the discharge cap is composed of one, the voltage of the + electrode is applied through the discharge cap, so when the conductive liquid is injected, the ultra-high voltage charged in the charging capacitor by the discharge switch discharges to the + electrode along one injection stem- In the present embodiment, the conductive ribbon, which replaces the conductive liquid, is overlapped with a zigzag, and a predetermined pressure is applied to the end of the ribbon. By connecting the weight having a weight of the ultra-high discharge assembly at the same time when the weight is launched toward the human body by the firing means Is the voltage of the pressure applied to the ribbon and the electrical shock for a short period "is the information base.

However, the preliminary design of the above-described application has caused a lot of inconvenience in carrying and using because the structure of the prototype manufacturing test resulted in excessive duplication, resulting in a problem of increase in manufacturing cost, a problem in malfunction, and in particular, a structurally small volume. appear.

The present invention is a solution to solve the problem of the applicant's prior application as well as the conventional problem, the size of the impactor casing is commonly known in the size of a wide range of pistol to provide convenient use, but the inside of the handle is an electric and electronic charging circuit In addition, it constitutes an ultra-high voltage discharge assembly composed of a high-voltage transformer and a battery, and built a lantern at the lower end to enable lighting in the dark, in particular, the impactor casing is provided with a cage mounting portion, but two horizontal To create a mounting space "," "Wiring the power supply is energized, and each mounting space thus provided provides a replacement for the cage filled with conductive liquid and air pressure.

1 is a cross-sectional view showing an electric shock machine according to the present invention,

FIG. 2 is a cross-sectional view illustrating a line AA ′ of FIG. 1.

3 is a cross-sectional view illustrating a portion B-B 'of FIG. 1.

Explanation of symbols on the main parts of the drawing

10; Main valve 20; Intermittent valve

21; Valve heads 22a and 22b; Discharge hole

30; Nozzle 31; Chin

32; Discharge hole 40; tube

50; Differential valve 60; cylinder

70a; Tip stopper 70b; Rear plug

80; Trigger 81; link

81a; Support portions 82a and 82b; Between operations

83; Guide Guide 90, 90a; Compression Spring

100; lighting device 110; Impactor Case

111; Trigger operating space 112; Guide

113; Snowfall groove 114; Contact terminal

P; Safety pin S1; Discharge switch

S2; Lighting switch

Prior to the description, first, the conductive liquid described in the present invention refers to a liquid substance, that is, water (H ₂ O) containing ordinary distilled water; brine including 蒸 溜 水; 鹽水, or an electrically conductive material.

In addition, the ridge is a front end stopper 70a in which the tube 40 including the nozzle 30 and the intermittent valve 20 is coupled, and the rear end stopper 70b having the differential valve 50 is a single article. All are coupled to the cylinder 60, it refers to a state in which the assembly is configured to be used to separate or combine in the impactor casing 110.

In addition, the cage is filled with the conductive liquid and the air pressure to release the conductive liquid and the air pressure by the trigger operation. In order to discharge the conductive liquid, a separate conductive liquid charger is connected to the nozzle 30 provided at the tip of the cage which is separated from the impactor casing 110 to be charged. That is, when the conductive liquid charger is connected to the nozzle 30 and then pushed, first, the control valve 20 coupled to the nozzle 30 is pushed into the cylinder 60 while being in close contact with the inner surface of the tip cap 70a. When the valve head 21 is separated, and the valve head 21 is separated, the discharge hole 22b is opened at the same time, and the conductive liquid injected from the conductive liquid charger is connected to the tube through the nozzle 30 and the intermittent valve 20. The conductive liquid filled and filled with (40) expands the tube (40) formed of a rubber material with a large shrinkage force when a predetermined amount is filled, thereby completely sealing the inner surface of the cylinder (60), and the expanded tube (40). In the rear part of), an air chamber 61 of a predetermined space is formed.

In addition, when a separate air pressure charger is connected to the differential valve 50 and then the air pressure is injected, the inflow air fills the air chamber 61 to maintain a constant pressure. Pneumatic pressure is a release force generated at the same time as the intermittent valve 20 is opened, the conductive liquid has a discharge force by the contracting force of the tube 40 is expanded, and at the same time double the force pushed by the air pressure of the expanded air chamber 61 As it is to be released to the outside through the discharge hole 32 to the outside, in order to achieve this purpose, first, the impactor casing 110 is configured.

More specifically, the impactor casing 110 has a structure that is divided in half as illustrated in FIG. 3, and each of the cage mounting chambers 115a and 15b and the cage fixing plates 116a and 116b are formed in the inner barrel part. At the same time, a space is formed inside the handle 110 'so that the ultra-high voltage discharge granules including the charging circuit and the battery are connected to each other, and in the center lower portion of both the cage mounting chambers 115a and 115b. A guide groove 12 and a snow groove 113 are formed, and an illumination device 100 including a light bulb 102 including a reflector 101 and a light switch S2 is formed to form a handle 110 '. The space is equipped with an ultra high voltage discharge assembly which is connected to a high voltage transformer and a battery including a charging circuit as mentioned above, "," "Wiring is provided at the end thereof with a contact terminal 114 at the end of the muzzle, i.

And, the trigger 80 is integrally formed between the operation (82a, 82b), the support portion (81a) and the link 81 at the distal end, and is loaded with a compression spring (90), while the assembly cage is As illustrated in, ordinary distilled water; brine, including 비롯한 水; liquid material containing water or electrically conductive material, ie, water (H ₂ O) and air pressure can be charged and released Configure it to be.

On the other hand, the cage cylinder 60 may be any shape, such as square, rectangular or circular in cross-section, but at both ends are sealed with a front end cap 70a and a rear end cap 70b so that the material filled therein is not discharged to the outside. Do not configure it.

More specifically, the front end stopper 70a forms a discharge hole 22a, 22b including a valve head 21 in the center, and an inner end portion of the rubber tube 40 having strong shrinkage force is formed to tightly interlock. By constructing and coupling the coordinating valve 10 which combines the valve 20 and the nozzle 30 which has the discharge hole 32 and the annulus 31, the coordinating valve 10 becomes conductive when the tube 40 is empty. A valve function for filling the liquid is provided, and when the conductive liquid and air pressure are filled, the conductive liquid and air pressure are released.

Meanwhile, a differential valve 50 is coupled to the center of the rear end stopper 70b. The differential valve 50 has an air chamber 61 formed at the rear of the cylinder 60 when the conductive liquid is filled to the tube 40. ) Is provided as a valve function to fill the air pressure.

Commonly known types of electric shocks are classified into rod and box types, and the use layer is used for personal protection, night security patrols, or for combating police criminals, and sometimes for animal shock.

In addition, the generally known method of using the electric shock is configured to protrude at the end of the electric shock to approach the fighter after turning on the discharge switch. "," "It can be seen that the ultra-high pressure discharge needle is put into contact with the body to suppress or fight.

However, such conventional products can only achieve their purpose when the user inevitably comes close to the person and touches the body, so in some cases, the user has to fight a lot in the process of approaching the criminal, Cases of damage occur.

Thus, for example, a police officer who is reported and dispatched, even if he carries an electric shock machine, can not use the electric shock machine and causes excessive defense debate by using a gun in the process of responding.

In particular, as more and more things happen and become more complex, interracial, religious, and social in recent years, terrorists have been on the rise. If the problem of these terrorists occurs in the air, even if there is a sheriff with a gun, The inability to use guns on board could, in turn, prevent the problem of being seized by life-threatening malicious terrorists.

However, the present invention, for example, does not use a gun even if a terrorist occurs in an aircraft operating in the air, and fires a liquid at about 3 to 5 distances away from the terrorist, thereby easily and safely. It is possible to easily and safely combat or combat powerful criminals such as socially violent robbery and hostages in places where people cannot use guns, even in non-airplanes, or in public places where there are many people. The method and order of using the device are first mounted in the impactor casing 110 filled with the conductive liquid and the air pressure filled with the cage. When the mounting is carried out, the nozzle 30 having the tip of the cage remains in close contact with the contact terminal 114. Subsequently, the discharge switch S1 is turned on. When the discharge switch (S1) is turned on, the power boosted to high voltage in an ultra high pressure discharge canister (not shown) including a high voltage transformer (not shown) and a charging circuit (not shown) to which a battery (not shown) is applied is provided. The wire is transferred to the contact terminal 114, and the ultra-high voltage power thus transmitted is applied to the nozzle 30 in contact with each other so that the power is flowing. Therefore, when the safety pin (P) is released (after release) and the trigger 80 is pulled toward the criminal, the trigger 80 is supported by the link 81 while being retracted from the trigger operation space 111 ( At the same time 81a compresses the compression spring 90, the upper operation period 82a moves back the nozzle 30, which is caught by the round jaw 31, and is coupled with the moving nozzle 30. Intermittent valve 20 moves the valve head 21 about 5 to 7 mm in advance (when the trigger is fully pulled) into the cylinder 60, and thus the discharge hole 22b outside the end cap 70a. The intermittent valve 20 is opened while being located inside the cylinder 60. When the intermittent valve 20 is opened as described above, an escape force is generated in the conductive liquid and the air pressure that are compressed and expanded in the expanded state, and the air pressure of the air chamber 61 pushes the tube 40 to the tube 40. Since the conductive liquid inside the tube 40 is momentarily discharged or fired through the discharge holes 22a and 22b into the discharge hole 32 of the nozzle 30, the conductive liquid in contact with the conductive liquid is fired. The offender will cause a strong electric shock.

In other words, the conductive liquid exiting the discharge holes 22a and 22b emits a conductive liquid (water stream) that goes to a strong pressure through the rapidly narrowed discharge hole 32 of the nozzle 30 narrowed step by step.

On the other hand, the conductive liquid (water stem) passing through the nozzle 30 is boosted to the nozzle 30 at a very high pressure Since the power is already applied, Discharged with the power applied and thus boosted to ultra high pressure The offender hit by the electrically-conductive liquid is a liquid substance with good conductivity. The moment a conductive liquid comes into contact with the body, a short circuit occurs, causing a strong electric shock.

On the other hand, if you release the trigger 80 after using as described above to return the reverse link (81) to the original position by the resilient force that the compressed compression spring 90 is restored to the original position of the trigger (80) At the same time, the compression spring 90a inside the operating section 82b pushes the round jaw 31 in the reverse direction to return the nozzle 30 and the intermittent valve 20 coupled to the nozzle 30 to their original positions.

In addition, the cartridge 40 of the discharged conductive fluid is completely discharged by its own strong contraction force and the release force of the air pressure is completely contracted to have a form like a large balloon blown out.

Therefore, the used cadridge is separated from the impactor casing 110 so that new ridges can be installed and continue to be used. It can be used continuously by recharging, and it is provided to be used as a lantern by using a light switch (S2) in a dark place.

As a result of the experiment, it is possible to fire two stems of liquid up to 5 to 7 meters depending on the pressure state to be charged. The present invention is designed to expand the conductive liquid into a tube made of a rubber material having a very good contraction force, so that the conductive liquid can be released or fired by the contracting force, and at the same time, the conductive liquid is doubled by a double pressure to release the conductive liquid. It is a very useful design that can be used immediately and easily in any situation regardless of the place or site because the water stream is maintained up to a certain distance even when it is released or fired from the.

Claims (2)

Ultra High Pressure Discharged " "," "In applying power so that the conductive liquid is released to cause electric shock, When a separate conductive liquid charger is connected to the nozzle 30 and pushed, the control valve 20 coupled to the nozzle 30 is pushed into the cylinder 60 while being in close contact with the inner surface of the tip cap 70a. ) Into the tube 40 to open the discharge hole 22b and when the discharge hole 22b is opened, the conductive liquid of the connected conductive liquid charger is connected to the tube 40 through the nozzle 30 and the intermittent valve 20. ) And the filled conductive fluid expands the tube 40 formed of a rubber material having a high shrinkage force to seal the inner surface of the cylinder 60 to form an air chamber 61 at the rear of the tube 40. After the air chamber 61 is formed (referring to the state where the charge of the conductive liquid is completed), the additional air pressure charger is connected to the differential valve 50 to charge the air pressure so that the air chamber 61 is expanded; Each barrel mounting chamber 115a, 115b is formed in the barrel portion of the impactor casing 110 to which the above-mentioned cage is mounted, and therein, "," "Each wiring terminal 114 is constituted so as to be connected to the nozzle 30 by laying the wiring, and the guide groove 112 and the coal groove are under the two cage mounting chambers 115a and 115b. (113) is formed in the upper end of the operation between the operation (82a, 82b) is formed under the trigger 80, the link 81 having a support (81a) integrally formed by the compression spring (90) In addition, it comprises a lighting device 100 having a reflector 101, a light bulb 102 and a light switch (S2) and also forms a space in the handle portion is equipped with a high-voltage transformer and a battery, including a known charging circuit discharge switch The ultra high voltage discharge granules discharging at (S1) are configured to discharge power at ultra high pressure. An electric shock machine, characterized in that each of the two discharges with a conductive liquid. The method of claim 1, wherein the cage is filled or discharged with the control valve 20 and the liquid-phase conductive liquid having discharge holes 22a and 22b and the valve head 21 at the front end of the cylinder 60. Rubber tube (40) with strong expansion and contraction action is coupled and the intermittent valve (20) is pushed and pulled when the trigger (80) is pulled or released by turning the intermittent valve (20) to operate to open or close (31) and the nozzle 30 having a small diameter discharge hole 32 is configured to be coupled to the rear end of the one-way type differential valve 50 to fill the air pressure and the threshold of the nozzle (30) 31 is inserted between the front and rear operation (82a), (82b) and pull the trigger 80 to push the intermittent valve 20 while compressing the compression spring (90), (90a) so that the conductive liquid is released. When the discharge hole 22b is opened and the trigger 80 is released, the open control valve 20 is compressed. That a compression spring (90), stun guns, characterized in that configured to be restored to the original position by elastic force of (90a).