KR19990030481A - Bullet Electric Shock Absorber - Google Patents

Abstract

The present invention relates to a bullet type electric shock machine which can be used by the police to arrest criminals or for personal protection. Specifically, a high voltage generator and a high voltage inside a bullet having a torpedo, an explosive, and a casing; Install a pressure switch to operate the generator and a high voltage impact needle that protrudes when the bullet is fired. When the bullet is fired, the high pressure is generated while the pressure switch is turned on by the driving force of the explosive. The applied impact needle protrudes to the tip of the bullet and plugs into the target area of the criminal (suspect) or the molars (or animals), causing the muscles to temporarily convuls (paralysis) due to shock caused by high voltage. Molar can be arrested and arrested in a safe way without resistance.

In general, an electric shocker that uses a high voltage to inflict an electric shock on the perpetrator or the molars temporarily disables the body, and thus can only be used when the other party approaches the short range of contact with the electric shocker. However, there is a problem that can not be effective unless the distance.

In addition, even when an accident occurs, even if you panic can not be properly operated even when holding the electric shock may be hit back.

Therefore, the present invention needs to be close to the perpetrator or the molester by installing an electric shock machine that generates a high voltage in a range that does not cause serious injury to the human body inside the bullet so that it can be launched with the help of a projectile in case of emergency. It is also designed to provide a bullet-proof electric shock suitable for crime prevention, protection, and self-defense that makes it possible to easily arrest (arrest) or repel criminals or molesters by electrically shocking and incapacitating parts of the body without much resistance.

Description

Bullet Electric Shock Absorber

The present invention relates to a bullet type electric shock device used by the police for arresting a criminal or for personal protection, and specifically, a high voltage generator and an impact needle connected to the high voltage generator in an inside of a bullet composed of explosives, primers, and casings. When the bullet is fired by the projectile, high voltage is generated by the explosive propulsion force, and the impact needle, which is applied by the explosive propulsion pressure, is projected to the tip of the bullet and inserted into the target (prison suspect, molester or animal). By temporarily shocking (paralysing) the muscles of the target area by electric shock, it is possible to easily arrest and fight off criminals and molars without any resistance at a safe distance.

In general, an electric shocker that uses a high voltage to inflict an electric shock on the perpetrator or the molars temporarily disables the body, and thus can only be used when the other party approaches the short range of contact with the electric shocker. However, there is a problem that can not be effective unless the distance.

In addition, even when an accident occurs, even if you panic can not be properly operated even when holding the electric shock may be hit back.

Therefore, the present invention is installed in the casing of the bullet consisting of a primer, explosives and casings to install an electric shock that generates a high pressure in a range that does not cause serious injury to the human body to be launched with the help of a projectile in case of criminals or molars and The aim of the present invention is to provide a bullet-proof electric shock machine suitable for crime prevention, protection, and self-defense that can be easily arrested (arrested) and repelled by criminals or molesters by incapacitating parts of the body with an electric shock without access or resistance.

In order to achieve the above purpose, a high voltage generator is installed inside the casing of the bullet consisting of explosives, primers, and casings, and an impact needle connected to the high voltage generator is used to generate a high voltage by the explosive driving force. In addition, the impact needle, which is applied with a high voltage by the explosive propulsion pressure, is projected to the tip of the bullet and is blown to the target (criminal suspect, molester or animal) to temporarily convuls the muscle of the target by electric shock. By making it possible for a criminal or a molester to be safe and easily arrested and combated without any resistance.

Hooks such as harpoons and fishing hooks are installed on both sides of the impact needle in a symmetrical structure so that they do not fall out easily like harpoons.

In addition, the impact needle is usually preferably immersed in the inside of the bullet so as not to be uncomfortable in movement, storage and use, and may be configured to be fixed to the protrusion depending on the case.

In addition, the impact needle may be composed of one or two, in the case of one configuration to prevent unnecessary discharge by separating the polarity by using a high withstand voltage insulating material of sufficient thickness.

In addition, when the impact needle protruding by the explosive hits the target and is immersed into the bullet by the resistive force, the object cannot be achieved. Do not immerse yourself inside.

In addition, the high voltage supplied to the impact needle can be continuously supplied to the electric shock, but because it directly stimulates the muscles or cells in the skin can be configured to have a stimulation time, strength and weakness, rhythm and rest time.

In addition, by connecting the control unit to the high voltage generator to control the oscillation period (oscillation period and oscillation pause period), oscillation rhythm and oscillation intensity, and more or more stimulation by adjusting the rhythm or intensity while continuously or periodically applying the high voltage applied to the impact needle And shock.

In addition, the front end of the bullet is provided with a rubber buffer port to absorb the impact when hit the target. Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1-Cross-sectional view of the present invention.

Figure 2-Sectional view of the bullet in the present invention fired.

Figure 3-A-A 'cross-sectional view of the present invention Figure 2.

4-a cross-sectional view of another embodiment of the present invention FIG.

5-Cross-sectional view of another embodiment of the present invention FIG.

Figure 6-Cross-sectional view of another embodiment of the present invention Figure 3;

7 is a cross-sectional view of the impact needle is fixed in a cross-sectional view of another embodiment of the present invention.

Figure 8-Cross-sectional view of the bullet in the present invention the state fired.

Figure 9 is a cross-sectional view of another embodiment of the present invention, the impact needle is removed.

10 is a cross-sectional view of a state in which a bullet is fired in FIG.

11 is a cross-sectional view of another embodiment of the present invention, showing that the projectile can be replaced with a crossbow or a bow.

12-a circuit diagram presented as an embodiment of the present invention.

Explanation of symbols for the main parts of the drawings

(1) (1a) (1b) (1c)-bullet paddles (2)-primer

(4)-Explosives (6)-Blatter

(8) (8a) (8b)-Warhead (10)-A Bullet

(12) (12b)-Guide (14)-Insulating Guide

(16) (16b) (16c)-Conductive Shock Needle (18) (20)-Grip

(22)-Insulator (24) (24b) (26) (26b)-The two poles of an impact needle

(28) (30)-Battery (32)-Head

(34)-Pressure bar (36)-Contact

(38)-Pressure switch (40)-1st transformer

(42)-Printed Board (44) -Secondary Transformer

(46)-Variable Resistors (48)-Vehicle

(50) (52)-High Voltage Output Line (54) (56) (90) (92)-Terminal

(58)-High Voltage (60)-Indentation

(62)-protrusions (64) (73) (74) (84)-engagement

(66)-Indentation Groove (68)-Spring

(70)-Jang (72)-Buffer

(76)-Case (78)-Space

(80)-Step (82)-Insertion

(86)-connection piece (88)-operating rod

(94)-wings (96)-high voltage generator

(98)-Oscillator (100)-Amplification

(T)-control section

Characteristic of the present invention is to use a projectile such as a firearm, a bow or a crossbow, and a bullet-type electric shock fired by explosives to arrest without encountering any resistance even when the encounter with a criminal (suspect) or a molester is not approached to them and at some distance. And combat.

1 is a cross-sectional configuration diagram of the bullet impact machine 1 according to the present invention. In the bullet 10 formed of the primer 2, the explosive 4, the casing 6, and the warhead 8, the inside of the warhead 8 is shown. Install an insulating guide tube 14 formed with a guide hole 12 in the longitudinal direction of the warhead (8) in the center, and then insert the conductive impact needle (16) with a sharp tip into the inside of the guide hole (12). By virtue of the explosive force of), the impact needle 16 can protrude to the tip of the warhead (8).

In the above, the tip portion of the guide tube 12 forms an inclined extension portion so that the explosives 4 flowing into the guide hole 12 can easily flow in, and the tip portion of the impact needle 16 has a sharp tip like a harpoon or a fishing hook. The hooks 18 and 20 are formed in a symmetrical structure so that they cannot be easily removed, and an insulator 22 having an appropriate thickness as shown in FIGS. 1 to 6 is inserted into the center of the impact needle 16 and then integrally formed. Join the impact needle 16 into two poles 24 and 26.

On the outer surface of the guide tube 14, a pressure switch 38 composed of a battery 28, 30, a pressure rod 34 having a head 32 and a contact 36, a primary transformer 40, And a printed circuit board 42 having an oscillation and amplification circuit, a secondary transformer 44 and a variable resistor 46 for adjusting the amplification rate, which can cause cramps without causing great damage to the target muscles or tissues. Voltage and current of magnitude For example, power can be generated with voltages from hundreds of volts to thousands of volts and from tens of milliamps to hundreds of milliamps.

In addition, by connecting a separate control unit T to the high voltage generator 96 to control the oscillation period (oscillation period and oscillation pause period), oscillation rhythm and oscillation intensity, high voltage 58 applied to the impact needle 16. ) Can be applied continuously or periodically, and it is desirable to adjust the intensity or oscillation rhythm of the high voltage when applying the high voltage continuously or periodically to give more effective stimulation and shock.

For example, the variable width of the high voltage may be determined, and then the high voltage intensity may be changed at a set time and rhythm, or the strong and weak voltages, or the strong, medium, and weak voltages may be alternately generated, or the oscillation frequency may be changed. have.

In addition, the oscillation frequency can be generated in the form of a pulse having a short rest period, and when the number of pulses is 5, the change gradually becomes stronger as the transition from the first pulse to the last fifth pulse or vice versa. Could also give

In the present invention, the explosive charge 4 or the explosive excellent performance may be used to set the range of the present invention bullet electric shock machine 1 to 50 m or more, but the aiming accuracy may be relatively low and may cause fatal injury to the other party. In setting the range of the bullet-type electric shock machine (1) as short as 10m ~ 30m to be able to shoot the exact position of the target.

On the other hand, the batteries 28 and 30 mounted inside the warhead 8, the primary and secondary transformers 40 and 44, the variable resistor 46 and the printed circuit board 42 are formed of the warhead 8, respectively. Considering the size, the small one is to be used, and in some cases, only one battery 28 may be used.

When two batteries 28 and 30 are used, they are connected in series to obtain sufficient electromotive force, and one battery 30 is provided with a contact 36 which does not touch the electrode, and the rear end of the casing 8. After forming the through hole 48, the pressure rod 34 having the head portion 32 was inserted, and the contact point 36, which was separated from the battery 30, as shown in FIG. As shown in FIG. 3, the operating power is supplied to the high voltage generator 96 by electrically contacting the contact 36, which has been separated while moving forward in the direction of the arrow, and the electrode plate (electrode) of the battery 30.

In addition, the terminals 54 and 56 to which the high voltage output lines 50 and 52 are connected, as shown in FIGS. 1 to 3, are installed on both sides of the inner surface of the tip of the guide tube 14 to which the impact needle 16 is slid. The high voltages 58 generated by these are transmitted to the two poles 24 and 26 of the divided impact needle 16, respectively.

On the other hand, when the cross-sectional shape of the impact needle 16 is formed in a circular shape as shown in FIG. (58) and the concave portion (60) are formed, respectively, and then coupled to protect the short circuit and the high voltage generator (96) according to the rotation of the impact needle (16). The cross-sectional shape may be configured as a quadrangle as shown in FIG. 4, a circular protrusion as shown in FIG. 5, or a hexagon as shown in FIG. 6 to prevent rotation of the impact needle 16.

On the other hand, since the impact needle 16 protruding by the explosives 4 can completely escape the guide tube 14, a protrusion 62 is formed at the rear end of the impact needle 16, and the tip end of the guide tube 16 is formed. In order to prevent the impact needle 16 from being separated from the guide tube 14 by forming a locking portion 64 corresponding to the protrusion 62.

In addition, since the fully protruding impact needle 16 may be immersed partially or entirely into the guide hole 12 by the resistance while hitting the target, forming the recessed groove 66 in the side of the tip end portion of the guide tube 14 Next, when the impingement needle 16 is loosely inserted into the locking piece 70 carried by the spring 68 and fully protrudes to the tip of the warhead 8 as shown in FIG. 2, the locking piece 70 is caused by the action of the spring 68. ) Protrudes into the guide tube 16 so that the impact needle 16 is locked so that the impact needle 16 does not enter the inside of the guide tube 14.

In addition, when the acceleration force of the warhead 8 is transmitted to the target, the impact force acting on the target may be doubled, so that the shock force transmitted to the target is provided by installing a buffer buffer 72 made of rubber at the tip of the warhead 8. To be absorbed into the sphere 72.

7 and 8 are cross-sectional views of another embodiment of the present invention, wherein the impact needle 16 protrudes to the distal end of the warhead 8 without the guide tube 16 and is fixed to the bullet type electric shocker 1a.

That is, the impact needle 16 divided into two poles 24 and 26 by the insulator 22 is fixed to the center of the tip end portion of the warhead 8, and the two poles 24 of the impact needle 16 ( The high voltage output lines 50 and 52 are electrically connected to each other, and the impact needles 16 protrude though the guide holes 12, the guide tubes 14, the terminals 54, 56, and the like. This configuration is simpler than that of the bullet type electric shock machine 1 according to FIGS. 1 and 2.

9 and 10 are cross-sectional views of the electric shock machine 1b using two impact needles 16 in the drawings of another embodiment of the present invention.

That is, the guide holes 12b and 12b into which the impact needles 16 are inserted at both edge portions of the warhead 8b are formed as insulators, respectively, and the battery 30 and the pressure switch are formed on the inner surface of the warhead 8b. 38), a high voltage generator 96 comprising a primary transformer 40, a printed circuit board 42 having an oscillation and amplification circuit, a secondary transformer 44, and a variable resistor 46 for adjusting amplification factor. Voltages and currents of magnitude that can cause spasms without major damage to the target's muscles or tissues, for example hundreds of volts to thousands of volts and tens of milliamps to hundreds of milliamps. To have power generated.

At the rear center of the warhead 8b, as shown in FIGS. 1 and 2, a pressure switch 38 composed of a pressurizing rod 34 having a head 32 and a contact point 36 is provided and explosives 4 are supported by a projectile. When the explosion occurs, as shown in FIG. 9, the contact 36, which has been separated from the battery 30, moves forward in the direction of the arrow as shown in FIG. 10, so that the contact 36, which has been separated, is electrically contacted with the electrode plate of the battery 30. Operating power is supplied to the high voltage generator 96 to generate a high voltage 58.

The high voltage 58 is transmitted to the conductive impact needles 24b and 26b through the high voltage output lines 50 and 52, the spring 68, and the locking piece 70, and also to the two guide holes 12b. Due to the pressure introduced, the impact needles 24b and 26b protrude to the tip of the warhead 8 as shown in FIG. 10, and the protruding impact needles 24b and 26b protrude into the guide holes 12b and 12b. Each of the engaging portions 72 and 73 are prevented from further moving or separating.

In addition, the protruding impact needles 24b and 26b can be introduced into the guide tubes 12b and 12b while hitting the target, so that the front side of the warhead 8 has a structure as shown in FIGS. 1 and 2. After forming the mouth groove 66 symmetrically, the impact needles 24b and 26b protruding by loosely fitting the engaging piece 70 carried by the spring 68 protrude by the action of the spring 68 as shown in FIG. 10. In order not to enter the guide tubes 12b and 12b by the locking action of the locking piece 70, since the impact needles 24b and 26b are spaced apart from each other, the insulator 22 is unnecessary.

On the other hand, Figure 11 is an electric shock (1c) that can be launched using a projectile, such as a crossbow or a bow instead of explosive bullets, it is a bullet type electric shocker having a structure that can be used in a quiet atmosphere.

That is, a space 78 is formed inside the rectangular case 76 made of an insulator, and then the battery 30, the primary transformer 40, the printed circuit board 42 having the oscillation and amplification circuits, and 2 The differential transformer 44 and the variable resistor 46 for amplification rate adjustment are provided, and the impact needle 16c having two poles 24 and 26 is fastened by an insulator 22 at the front end of the case 76. After the fixing, high voltage output lines 50 and 52 are connected to the two poles 24 and 26 which are conductive so that a high voltage is applied.

Three to five wings 94 are fixed to the rear outer surface of the case 76 so that the bullet type electric shocker 1c can fly in the correct track toward the target.

In the center of the rear end of the case 76, an insertion hole 82 having a stepped portion 80 is formed, and then the conductive actuating rod 88 with the engaging portion 84 and the connecting piece 86 formed on the front and rear ends is loosened somewhat. Installed, and fixed to the rear positive portion of the battery 30 so that two terminals 90 and 92 connected to the high voltage generator 96 are close to each other, and one terminal 90 is the positive electrode of the battery 30. When the bow is pulled and released while the demonstration of the crossbow or bow, which is a projectile, is in contact with the trailing edge of the operating rod 88, the connecting rod 86 moves forward while the operating rod 86 is moved by the pressing action of the bow. When inserted between the terminals 90 and 92, the positive power source (or negative power source) of the battery 30 is supplied to the high voltage generator 96 to generate the high voltage 58, and at the same time the bullet type electric shock device 1c of the present invention. ) Fly in the correct orbit towards the target, To the desired area of the animal).

Therefore, the culprit, molars or animal muscles are temporarily paralyzed by the high voltage 58 supplied to the impact needle 16c, and thus cannot be manipulated. Therefore, the targets can be easily arrested, combated and captured without any resistance.

In the present invention, the buffer 72 may be formed in a hollow configuration as shown in Figs. 1 and 2, or may be made of soft rubber filled in as shown in Figs.

12 is a circuit block diagram of the high voltage generator 96 shown in one embodiment of the present invention. When the direct current power source of the batteries 28 and 30 is supplied by the pressure switch 38, an oscillation unit (or inverter) converting into alternating current: 98), a control unit (T) for controlling an appropriate oscillation period, rhythm, and strength, a primary transformer 40 for boosting the oscillated voltage first, and an amplifier for amplifying the first boosted voltage to a signal of great power. 100, the variable resistor 46 for adjusting the amplification degree of the amplifier 100, the secondary transformer 44 for boosting the amplified voltage to a higher voltage, and the secondary transformer 44 The capacitor C which charges the output high voltage 58, and the impact needles 16, 16a, 16b, 16c which are supplied with the output high voltage 58 of the secondary transformer 44 are comprised.

The present invention configured as described above is loaded with one or more plural projectiles (such as firearms, bows, or crossbows), not shown, and then aimed at the target to trigger the trigger to trigger the bullet 10 by the bolt. The explosive (4) is ignited because (torpedo) is hit.

Therefore, the head 32 and the pressurizing rod 34 having a large planar area are advanced with FIGS. 2, 8, and 10, and the contact 36 and the pole plate (electrode) of the battery 30 are separated from the battery 30. Since the electric power is supplied to the high voltage generator 96 because the electrical contact, the high voltage 58 is generated.

The high voltage 58 is transmitted to the conductive impact needles 16, 16a, 16b, 16c, 24b, and 26b through the high voltage output lines 50 and 52, respectively, and also guide holes 12 ( The impact needles 16, 16a, 16b, 16c, 24b, and 26b are projected to the tip of the warhead 8 as shown in FIGS. 2, 8, and 10 by the explosion pressure flowing into 12b). The protruding impact needles 16, 16a, 16b, 16c, 24b and 26b are respectively caught by the locking portions 64, 73 and 74 protruding from the guide holes 12b and 12b. No further forwarding or separation is prevented.

In addition, the protruding impact needles 16, 16a, 16b, 16c, 24b, and 26b are inserted into the targets because they are pointed at the end, and hit the targets and are reversed into the guide tubes 12 and 12b. Although it may be introduced, the guide tube 12 (12b) by the engaging action of the engaging piece 70 carried by the spring 68 in front of the warhead 8, as shown in Figs. 1, 2 and 9, 10. ) Will not be immersed.

In addition, since the hooks 18, 20 are formed in the impact needles 16, 16a, 16b, 16c, 24b, and 26b, the shock needles 16, 16a, 16b, 16c, 24b, and 26b are not easily separated even when they are plugged into the target, so that the electric shock can be continued. It can be, there is an advantage that the impact needle 16 can not be intentionally separated.

On the other hand, the high voltage 58 supplied to the impact needles 16, 16a, 16b, 16c, 24b, and 26b causes cramps without causing significant damage to the target muscles or tissues. You can be arrested and eliminated without any resistance, even on a more distant distance without approaching the suspect or molester.

In addition, since the oscillation period (oscillation period and oscillation pause period), oscillation rhythm and oscillation intensity can be controlled through the control unit T connected to the oscillation unit 98 of the high voltage generator 96, the impact needle 16 and 16a. It is possible to continuously or periodically apply the high voltage 58 applied to the (16b) (16c) (24b) and (26b), and also adjust the intensity or oscillation rhythm of the high voltage when the high voltage is continuously applied or periodically applied. It can give more effective stimulation and shock.

In the present invention, the impact needles 16, 16a, 16b, 16c, 24b, and 26b are provided with protrusions 58 and recesses 60 on one side of the insulator 22 and one side of the guide tube 14. Rotation of the impact needles 16, 16a, 16b, 16c, 24b, and 26b, respectively, or formed as a square as shown in FIG. 4, a circular protrusion as shown in FIG. 5, or a hexagon as shown in FIG. This is avoided.

Accordingly, short circuits or damage to the high voltage generator 96 caused by rotation of the impact needles 16, 16a, 16b, 16c, 24b, and 26b are prevented, and in the present invention, a bullet type electric shock machine By setting the range of (1) as short as 10m to 30m, the exact position of the target can be shot.

7 and 8 are bullet-type electric shock 1a with the impact needle 16 protruding and fixed to the tip of the warhead 8 without a guide tube 16, although the impact needle 16a is a warhead 8a. Protruding to the tip of the but is a simpler configuration than the bullet-type electric shock (1) according to Figs.

In addition, the bullet-type electric shock 1c according to FIG. 11 may be fired in a quiet atmosphere using a crossbow or a bow instead of a firearm in which a firing sound is generated, and demonstration of a crossbow or a bow which is not shown at the rear of the operating rod 88. When the bow is pulled and released in the state of contacting, when the operating rod 86 is advanced by the elastic action of the bow, the connecting piece 86 is inserted between the terminals 90 and 92 so that the operating power is supplied to the high voltage generator 96. The high voltage 58 is supplied, and three to five wings 94 are fixed to the rear of the case 76 so that the bullet type electric shocker 1c flies in the correct track toward the target and is hit.

Therefore, the culprit, molars or animal muscles are temporarily paralyzed by the high voltage 58 supplied to the impact needle 16c, and thus cannot be manipulated. Therefore, the target can be easily arrested, combated and captured without any resistance.

In the present invention, the buffer port 72 is formed in a hollow configuration as shown in Figs. 1 and 2 or made of soft rubber filled in as shown in Figs. 7 to 10, so that the acceleration force of the warhead 8 remains intact with the target. Even when transmitted, the impact force delivered to the target by the buffer 72 is absorbed.

In the present invention, when arresting or achieving the desired purpose, the electric shock can be cut off by pulling the bullet-type electric shock from the target, but when the impact needle penetrates deep into the skin head 32 of the pressure rod 34 When it is pulled out, the contact 36 is spaced apart from the battery 30 so that the high voltage generation is stopped, the electric shock can be released.

In addition, if the impact needle having a hook is dug deep into the skin and difficult to remove in the field, it may be removed without a secondary wound by moving to a hospital or the like to remove.

As described above, the present invention installs an electric shock machine (1) (1a) (1b) (1c) in which the high pressure is generated in a range that does not cause serious injury to the human body inside the bullet 10, and fired with the help of a projectile in case of emergency. As a result, it is possible to incapacitate a part of the body by an electric shock without the body resistance that keeps the distance from the criminal or the molester, so that the criminal or the molester can be easily arrested (arrested) or repelled.

In addition, the present invention has an effect that can be actively coped than using a horror because it can be incapacitated by giving the electric shock to the criminal even at a distance when arresting the criminal.

In addition, the subject can be incapacitated by electrical spasms with a relatively small scar. The controller T and the variable resistor 46 may be controlled to adjust the strength, period, and rhythm of the electric shock.

The speed and strength of the bullet can be adjusted by the performance or amount of charge of the explosive (4).

In addition, by adjusting the protruding lengths of the impact needles 16, 16a, 16b, 16c, 24b, and 26b, the depth to be inserted into the target can be adjusted, and the shock absorbing port provided at the distal end of the warhead 8 72) is a very useful invention that can be used to mitigate the impact.

Claims (7)

The impact needle that penetrates the inside of the target during firing into the casing of the bullet consisting of a primer, explosives, and casing, and a high voltage generator that generates high voltage and applies it to the impact needle without causing serious injury to the human body (or animal); By installing a switch to operate the high voltage generator by explosives, it can be launched with the help of projectiles in case of emergency. Bullet arrest and repel repels. 2. The guide hole according to claim 1, further comprising an insulating guide tube (14) having a guide hole (12) and a locking portion (64) formed in the longitudinal direction of the warhead (8) in the center of the warhead (8) of the bullet (10). When the impact needle 16 protrudes to the tip of the warhead 8 by the explosive force of the explosives 4 by inserting the conductive impact needle 16 having a sharp tip and a protrusion 62 formed therein, the spring ( 68, the hook pieces 70 are supported, and the hooks 18 and 20 are formed at the tip of the impact needle 16, and the insulator 22 is inserted into the center of the impact needle 16 in the longitudinal direction. Then, the impact needle 16 is divided into two poles 24 and 26, a high voltage generator 96 is installed on the outer surface of the guide tube 14, and the two poles 24 of the impact needle 16 ( A pressure switch 38 for connecting the high voltage output lines 50 and 52 to the terminals 54 and 56 in electrical sliding contact with the 26 and operating the high voltage generator 96 at the rear end of the warhead 8. A bullet type electric shock machine is installed. 3. The impact needle (16a) is projected to the tip of the warhead (8) to be fixed, and the high voltage output lines (50) and (52) are connected to the two poles (22) and (24) of the impact needle (16a), respectively. Bullet electric shock absorber, characterized in that. 3. The impact needles 24b and 26b according to claim 2, wherein the insulating guide holes 12b and 12b are formed on both sides in the longitudinal direction of the warhead 8b, and then the impact needles 24b and 26b having the locking means 70, 73 and 74 are disposed. A spring 68 and a locking piece 70 which is in electrical contact with the impact needles 24b and 26b on the inner surface of the warhead 8b, and the high voltage generator 96 is attached to the spring 68. And a pressure switch (38) for connecting the high voltage output lines (50) and (52) to operate the high voltage generator (96) at the rear of the warhead (8b). 4. The pressure switch (38) according to claim 2 or 3, wherein the pressure switch (38) installed at the rear of the warhead is composed of a pressure rod (34) having a head (32) and a contact point (36). A bullet type electric shock machine characterized in that the contact (36) which is separated from the 30) to supply the operating power to the high voltage generator 96 while being in electrical contact with the battery (30). The high voltage generator (96) and the pressure switches (86) (90) (92) are installed in the space (78) of the rectangular case (76) made of insulator, and the tip of the case (76) is provided. The impact needle 16c having two conductive poles 24 and 26 is fixed by the insulator 22, and high voltage output lines 50 and 52 are connected to the conductive poles 24 and 26, A bullet type electric shock machine, characterized in that by firing with the help of a bow or crossbow by fixing a plurality of wings (94) on the outer surface of the rear of the case (76). The oscillation period of the oscillation section 98 and the oscillation section 98 according to claim 2, wherein the high voltage generator 96 converts the alternating current into an alternating current when the DC power is supplied from the batteries 28 and 30 by the pressure switch 38. And a control unit (T) for controlling the oscillation rhythm and the oscillation intensity, the primary transformer 40 for boosting the oscillated voltage first, and the amplifier 100 for amplifying the first boosted voltage as a signal of great force. A variable resistor 46 for adjusting the amplification degree of the amplifier 100, a secondary transformer 44 for boosting the amplified voltage to a higher voltage, and an output high voltage 58 of the secondary transformer. Bullet shock 16, 16a, 16b, 16c, characterized in that consisting of a bullet electric shock.