TW202223328A - A novel electroshock weapon - Google Patents

Abstract

The present invention discloses a novel electroshock weapon, which is used in contact or non-contact manner. The bullet does not have any wired connection and is launched to the target through a mechanical launching system. The amount and duration of the electric shock to the target creature can be adjusted by the user, and the firing process is performed silently. Moreover, the novel electroshock weapon includes a weapon body, a magazine, and at least one electroshock projectile which is used by being positioned into a magazine and ensures that a target is subjected to shock by being fired to the target, and which has no physical connection with the magazine or with the weapon body after being fired to the target.

Description

A new electric shock weapon

The present invention relates to a new electric shock weapon, which can be used in both contact and non-contact ways. The bullet is fired to the target by a mechanical firing system, and the firing process is performed silently.

The movement of the human body is controlled by electrical signals that the brain sends to the muscles. According to this, if more than a certain amount of electricity is supplied to the body, the brain continuously sends motion signals to the muscles to ensure that the muscles remain contracted and temporarily disable the body. The duration of this dysfunction depends not only on the sensitivity of the person's muscular system, but also on the amount and duration of electrical current applied to the body.

Shocking devices have been developed that are operable to benefit from the above-mentioned bodily dysfunctions. The basic working principle of electroshock devices is to temporarily disable the target organism by providing a certain amount of electrical energy for a certain period of time. Shock devices are ideal for situations such as security forces capturing dangerous people, protecting vulnerable people from attackers, and temporarily neutralizing wildlife.

There are many different types of shock devices in the prior art. Said electric shock devices are divided into different groups especially according to the way in which they are used. The usage modes described are divided into three categories; contact, wired and wireless.

Contact shock devices used in the prior art are the most widely used in the field in a variety of models. Two terminals on the front of the device, one positive and the other negative, come into contact with the target creature at the same time, and the creature is electrocuted. Contact shock devices that should be used at close range produce very effective results. However, these devices are very ineffective against long-range targets. Being able to only use on targets within touch range is a big disadvantage. Especially if the target organism is dangerously aggressive and/or armed, it becomes very difficult to use contact shock equipment that requires physical contact.

Another model of shock device used in the prior art is a wired shock device, typically a gun-shaped device. These devices are devices that allow two end structures, one positive and one negative, to be thrown simultaneously at a target creature from a distance. The plus and minus ends of the throw to the target creature also continue to be wired to wired shock devices. Thus, the tip thrown onto the target has a distance to the target that does not exceed the length of the relevant cable.

In the prior art, there are many problems associated with such wired shock devices. Leading of these issues is the way to make the positive and negative ends thrown towards the target. In a wired shock device, a conductive arrow with high voltage is thrown at the target simultaneously with the firing of the wired shock device. This condition forces a flammable gas explosion during launch and makes the system dangerous to the user. The ends formed by the arrows fired by the flammable gas explosion may be deformed over time by the explosion. In addition, the distance the arrow can reach varies according to the intensity of the combustible gas explosion. Therefore, a less healthy throwing pattern appears.

Another problem encountered with wired shock devices is the scattering of positively and negatively charged arrows fired at the target before they reach the target. Arrows with a distance of only a few centimeters between them will spread out by tens of centimeters until they reach the target, depending on many factors such as distance to the target, launch angle, wind direction, etc. This condition may prevent the device from operating at the desired efficiency and may result in a misalignment of the target. Alternatively, due to the resulting sideslip, a shot may hit the target from undesired hit points (eyes, throat, face, chest, etc.) and potentially cause serious damage. Therefore, when firing with a wired shock device, the positively and negatively charged arrows may not always reach their target in the desired way. This is an important problem frequently encountered in the prior art.

Another important problem encountered in the prior art with wired shock devices used is the presence of cable structures. Since the positively and negatively charged arrows sent to the target are continuously connected by cables to the wired shock weapon, the speed of the arrows is reduced. This situation requires the arrow to be fired at a higher speed. Therefore, more energy is spent during the archery process. Also, when throwing high-speed arrows at close-range targets, high-speed collisions can occur, resulting in various injuries.

In wired shock devices, the shock device sometimes fails due to the presence of a cable structure that is continuously connected to the arrow. The main reason for this is that when the positively and negatively charged arrows fired at the target are still in the air without touching the target, the cables connected to the arrows are in contact with each other. In fact, because the basic principle of a shock device is to ensure that both the positively and negatively charged ends are in contact with the target organism, and the current is achieved on the target, the effectiveness of the shock device is lost when the arrow cables that are not already in contact with the target are in contact with each other. . Depending on the presence of the cable, surrounding non-target organisms may be exposed to electrical current when they accidentally contact the cable structure. Thus, the presence of the above-described cable structure both adversely affects the effective use of the wired shock device and causes problems for non-target organisms in the surroundings. This situation requires great attention during the use of wired shock equipment.

Another problem encountered with wired shock devices is that these devices only have one shock rating. Since there is no way to change the shock level expected to be applied to the target, the same shock level is applied to all targets, even if the targets are of different sizes. This condition will keep the shock level of some target creatures high, and for some target creatures, it will cause insufficient shock volume. Therefore, there is a single shock level that cannot be adjusted in wired shock devices, creating problems in the present technology.

Another problem encountered with the wired shock devices used in the prior art is that these devices have structures that do not allow for continuous firing. In the wired shock device, the cables connected to the arrows are held in the box structure. When firing at the target, the cable inside the box will be routed from the wired shock device. This condition prevents a second strike using the wired shock device. In order to fire the second shock, a new cartridge that is ready to be fired must be used, and the shock device must be disconnected from the first fired cable. Therefore, the wired shock device is not suitable for continuous firing.

Another structure used in the prior art is a wireless shock device. In the wireless structure, there is no cable connection between the arrow emitted to the target organism and the wireless shock device. Therefore, the problems caused by the presence of cable structures in wired shock devices are eliminated with wireless shock devices. However, different problems are encountered in the prior art according to the characteristics of the wireless shock device.

A shock bullet fired at a moving target using a radio shock device is a structure with a positive and a negative end. In order for the shock bullet to hit the target, the positive and negative ends must contact the target at the same time. This situation requires the shooting to be done carefully. Especially if the positive and negative ends of the shock bullet are irregularly positioned, it may be difficult to hit the target as required. Without both ends touching the target, the required shock cannot be delivered to the target, and the target cannot be neutralized.

In prior art wireless shock devices, the shock bullets fired at the target are fired by a gas explosion or a gunpowder explosion. This situation forces the wireless shock device to use only chemical substances. Chemicals always pose a hazard, so take extra precautions when using wireless shock equipment. Therefore, wireless shock devices with gas explosions or gunpowder explosions are both dangerous to the user and a construction that requires extra care. In addition, in the wireless shock device, a serious noise problem is caused by the sound generated during the firing of gas explosion or gunpowder explosion.

Another problem encountered with prior art wireless shock devices is that the amount and duration of shock delivered to the target organism cannot be adjusted. In the wireless shock device, the shock amount and the application time to be applied by the electric shock bullet fired at the target are predetermined. Therefore, nothing can be changed in the amount or duration of the shock after the shock bullet is fired at the target. This situation results in the application of the same shock each time to different targets with different structures, and causes the problem of applying a large amount of shock to targets requiring less shock, and applying a small amount of shock to targets requiring more shock. Therefore, the inability to adjust the shock amount and duration of the shock bullet in the wireless shock device can cause serious problems.

In view of this, our inventors have devoted themselves to further research, and started to carry out research and development and improvement, hoping to find a better invention to solve the above problems, and the present invention has come out after continuous experiments and modifications.

The object of the present invention is to propose a new electric shock weapon which is wirelessly operable and has a structure capable of hitting targets within a certain range.

Another object of the present invention is to propose a new electric shock weapon which can safely fire electric shock bullets without containing any chemical substances.

Another object of the present invention is to propose a new electroshock weapon, in which the electroshock bullet fired to the target organism can reach the target without any scattering problem and fulfill its function.

Another object of the present invention is to propose a new electric shock weapon with low noise during ejection.

Another object of the present invention is to propose a new electric shock weapon in which the level and duration of the electric shock delivered can be adjusted according to the target organism.

Another object of the present invention is to propose a new electric shock weapon that does not require any physical connection to control electric shock bullets through a wireless connection.

Another object of the present invention is to propose a new electric shock weapon capable of shocking the target again when necessary with the electric shock bullet fired at the target.

Another object of the present invention is to propose a new electric shock weapon that allows continuous firing.

Another object of the present invention is to propose a new electric shock weapon that allows to strike multiple targets in succession without any intervention in their structure. In order to achieve the above-mentioned purpose, the technical scheme adopted in the present invention is: a new electric shock weapon, which operates in two ways of contact and non-contact, does not have any wired connection, and can be used for the amount and duration of electric shock launched to the target organism. Adjustment, including at least one stun bullet, which is used by being positioned in a magazine, with a wing structure at its rear end that helps it move in a straight line through the air, and a positive needle and a negative needle at its front end to provide In contact with the target creature and have a direct connection to the microprocessor to make the shock bullet operate according to the desired value by transmitting the shock value to the microprocessor and to determine how long and how large the associated shock bullet will be applied to the target A shock level switch structure; includes a magazine used by being positioned within the weapon body responsible for holding the shock bullets to be fired at the target, having at least three firing channels with a shock bullet placed inside each, within which Each firing channel includes a firing spring responsible for launching the shock bullet to the target, which has an identification tag positioned anywhere on the weapon body and identifies the weapon body's magazine structure and the shock bullet in the magazine through the identification tag, Each of its firing channels includes electric shock bullets with different characteristics; includes a device module positioned under the tip of the weapon body with a magazine gap to be placed integrally with the weapon body, which results in the placement of items such as lasers, cameras, flashlights A space for auxiliary elements such as these, within which these auxiliary elements can be placed, alone or in different combinations; including the weapon body, which is responsible for retaining the magazine structure with the stun bullets inside, which has a structure that allows the magazine structure to be placed; its Having a main control unit positioned in any position and performing the overall control of the electric shock weapon, it is also possible to remotely control the electric shock bullets fired at the target, thereby providing electric shock to the target after firing; a positive and a negative structure for applying electric shocks to target creatures in a contact and non-contact manner; having an audible warning unit positioned at any position within the weapon body and providing the user with audible information about the state of the shock weapon; and There is a dashboard positioned in any position, which displays the number and characteristics of the current electric shock bullets in the magazine, as well as the different types of electric shock bullets that exist in different firing channels; it also has a Bullet selection button to choose between shock bullets with different properties.

A further improvement, the new electric shock weapon has a special electronic internal structure, which includes: a rechargeable battery that retains the energy needed to shock the target creature with the shock bullet; an electronic internal unit that generates electricity from the power absorbed from the battery A power supply unit that provides the required voltage levels and provides energy to these units; a microswitch that ensures that the electric shock remains electronically off while the bullet is inside the magazine structure; a control unit microswitch that enables the units within the electronic internal structure to perform their tasks; a processor; a high voltage generator controlled by a microprocessor that produces the high voltage required to shock the target organism by means of a battery voltage on the production of the shock bullet; stored within it, one side is connected to the negative pin and the other side is connected to an electronic switch, and it controls the voltage to be delivered to the negative pin; one that is located between the voltage reservoir and the positive pin and controls the voltage delivered to the positive pin electronic switch.

A further improvement, the new electric shock weapon includes: a frequency transmitter located anywhere on the weapon body, which converts the command to be sent to the electric shock bullet in the fired state and from the main control unit to radio frequency and transmits it to the a transmitting antenna; and a transmitting antenna positioned anywhere on the weapon body that transmits commands in radio frequency form from a frequency transmitter to a receiving antenna within the shock bullet.

A further improvement, the new electric shock weapon includes: a main battery positioned anywhere on the weapon body and responsible for storing energy to meet the energy requirements of all units within the weapon body that require energy; a main battery positioned anywhere within the weapon body a power unit on and connected to the main battery, which is responsible for converting the energy received from the main battery to a suitable voltage level to be usable by the unit within the electroshock weapon; a high voltage source located anywhere within the weapon body, consisting of The main control unit controls, for an electric shock weapon operating in the contact shock mode, as long as the user presses the trigger high voltage source to generate an electric shock voltage that will be applied to the target; The charging connector enables the electric shock weapon to charge the charging unit.

Regarding the technical means of our inventors, several preferred embodiments are described in detail below in conjunction with the drawings, so as to provide for the in-depth understanding and approval of the present invention.

The present invention relates to a new electric shock weapon 52, which can be operated in both contact and non-contact modes, without any wired connection, and the amount and duration of electric shocks delivered to target creatures are adjustable by the user.

As shown in Figures 1, 3 and 4, the electroshock weapon 52 of the present invention includes three basic components. The components are the weapon body 30 , the magazine 6 and the electric bullet 51 . The electric bullet 51 is put in the magazine 6 and used. The magazine 6 is located inside the weapon body 30 . The electroshock weapon 52 of the present invention is formed by a combination of these three components.

The electric shock weapon 52 of the present invention, due to its structure, can be used in both contact and non-contact ways. The factor that allows contact use is the structure of the weapon body 30 . Non-contact use is provided by stun bullets 51 thrown at the target. These bullets do not have any physical connection with the weapon body 30 and the magazine 6 after the shock bullets are thrown.

The structure of the electric shock bullet 51 is shown in FIG. 1 . The main body of the electric shock bullet 51 is composed of an upper body 1 and a lower body 2 . At the rear end of the electric shock bullet 51 , there is a wing 3 structure at the junction of the lower body 2 and the upper body 1 . The structure of the airfoil 3 helps the fired electric bullet 51 move in a straight line in the air. At the front end of the electric shock bullet 51, there is a positive needle 4 and a negative needle 5. The main task of the positive needle 4 and the negative needle 5 is to provide electric shock to the target creature. For this, both the positive pin 4 and the negative pin 5 must be in contact with the target. Since the positive needle 4 and the negative needle 5 are located at the front end of the electric shock bullet 51, when the electric shock bullet 51 is thrown at the target, the needles come into contact with the target. In this way, the desired shock will be applied to the target creature. Since the positive needle 4 and the negative needle 5 are made of sterile material, there is no risk of infection for the target organism.

The shock bullet 51 located in the shock weapon 52 of the present invention has a special electronic internal structure to deliver the desired shock to the target organism. Inside the electronics there are various units and all control tasks related to the shock to be applied to the target are carried out by these units.

The units in the electronic internal structure of the Shock Bullet 51 are shown in Figure 2. Inside the electronic internal structure there is a battery 7 . Battery 7 retains the energy needed by Shock Bullet 51 to shock the target creature. It has a rechargeable structure. Therefore, the structure of the battery 7 in which the power of the electric shock bullet 51 is reduced or exhausted after the use of the electric shock bullet 51 is allowed to reuse the electric shock bullet 51 by charging. The battery 7 is structurally connected to a power supply unit 8 . The power supply unit 8 uses the power drawn from the battery 7 to generate the voltage levels required by the electronic internal units and to supply energy to these units. In this way, the unit can harvest the energy it needs to perform the function it has.

The microswitch 9 structure is the most preferred in the electronic internal structure of the shock bullet 51 . The microswitch 9 ensures that when the electric shock bullet 51 is in the configuration of the magazine 6, the electronically off state is maintained. Therefore, the stun bullet 51 cannot be activated until it comes out of the magazine 6. After the fired shock bullets 51 are separated from the magazine 6, they are activated by the microswitch 9 and are ready to shock the target creature.

The microswitch 9 unit located in the electronic internal structure of the shock bullet 51 is connected to the microprocessor 12 . The microprocessor 12 is the control unit that enables the units within the electronic internal structure to perform their tasks. A high voltage generator 13 is connected to the microprocessor 12 . The high voltage required for the shock bullet 51 to shock the target organism is obtained by the high voltage generator 13 by generating above the battery voltage. The high voltage generator 13 is controlled by the microprocessor 12 . The high voltage generated by the high voltage generator 13 is stored in the voltage accumulator 14 .

One side of the voltage reservoir 14 is connected to the negative pin 5 and the other side is connected to the electronic switch 15 . The voltage accumulator 14 directly transmits a predetermined amount of voltage to the negative pin 5 when activated by throwing the shock bullet 51 at the target. The amount of voltage transmitted to the positive pin 4 is transferred in units through an electronic switch 15 located between the voltage accumulator 14 and the positive pin 4 . Therefore, the voltage delivered to the positive pin 4 is delivered under the control of the electronic switch 15 . The electronic switch 15 is controlled by the microprocessor 12 . In the event that the shock bullet 51 needs to be activated after reaching the target, the microprocessor 12 sends a command to the electronic switch 15 and allows the positive pin 4 to be charged with voltage. On command from the microprocessor 12, the electronic switch 15 ensures that the high voltage in the voltage reservoir 14 is transmitted to the positive needle 4 and the high voltage stored in the shock bullet 51 is applied to the target in a controlled manner.

The electronic interior of the shock bullet 51 contains a level switch 16 . The horizontal switch 16 is directly connected to the microprocessor 12 . The level switch 16 is the unit that determines how long and how much shock the associated shock bullet 51 will apply to the target. Upon selection by the user, the level switch 16 transmits the relevant value to the microprocessor 12 and causes the shock bullet 51 to operate according to said value. In addition, a receiving antenna 10 structure is provided within the electronic internal structure. The receiving antenna 10 is configured to detect a command signal sent from the weapon body 30 to the electric bullet 51 after the electric bullet 51 is fired. The receiving antenna 10 is capable of detecting commands sent by radio frequency. It sends the detected commands to the frequency receiver 11 connected to it. The frequency receiver 11 puts the commands of the transmitted radio signal into a form that can be understood by the microprocessor 12 and transmits it to the microprocessor 12 . Therefore, even after the shock bullet 51 is fired, it can be controlled wirelessly.

The electric shock bullet 51 in the electric shock weapon 52 of the present invention is arranged in the structure of the magazine 6 and used. The structure of the magazine 6 is shown in FIG. 3 . The electric bullet 51 is located in the firing channel 18 in the magazine 6 . The number of stun bullets 51 is the same as the number of firing channels 18 in the magazine 6 . In Figure 4, an electroshock weapon 52 with three firing channels 18 can be seen. Each firing channel 18 may include shock bullets 51 having different characteristics. The properties of these stun bullets may differ from each other. These characteristics might be the amount of current of the shock, the duration of the shock, the size of the shock, etc.

There is a magazine slider 19 structure at the outer lower part of the bottom of the magazine 6. The magazine slider 19 is a structure that enables the magazine 6 to be fitted into the weapon body 30 . A magazine notch 28 is provided on the exterior of the upper part of the magazine 6 . The magazine slot 28 ensures that the magazine 6 is secured when placed in the weapon body 30 . The magazine 6 has an identification tag 20 positioned anywhere. The identification tag 20 is a description unit by which the weapon main body 30 can identify the structure of the magazine 6 and identify the electric shock bullet 51 in the magazine 6 . In addition, the magazine 6 has an electronic connection port 21 located anywhere. The task of the electronic connection port 21 is to provide an electronic connection between the magazine 6 and the weapon body 30 .

In each firing channel 18 in the magazine 6 there is a spring clip 26 located at the closed end and behind the shock cartridge 51 . The spring clip 26 is responsible for securing the firing spring 27 above it. The spring clip 26 is responsible for delivering the electric shock bullet 51 in front of it at high speed to the target when the firing process is initiated. The structure that allows the electric bullet 51 to wait in a stationary state ready to be fired is the magazine 23 . The clip 23 is a separate structure in each firing channel 18; it is connected to the midpoint of the closed end of the firing channel 18, and is connected to the middle of the rear end of the shock bullet 51 by passing through the spring clip 26 and firing spring 27. When the electric bullet 51 is to be fired, the magazine 23 is disconnected and allows the electric bullet 51 to be fired.

At the end of the magazines 23 connected to the firing channel 18, there is a separate igniter 22 positioned in each magazine 23. The igniter 22 , positioned at the closed end of each firing channel 18 and held behind the spring clip 26 , is the primary element capable of firing the electric bullet 51 . The igniter 22 electronically causes the stun bullet 51 to be fired. The igniter 22 activated by the firing command emits high heat and causes the magazine 23 to crack. As the magazine 23 ruptures, the electric shock bullet 51 is released and is ejected from the firing channel 18 by the thrust of the firing spring 27 located behind it. In addition, on the magazine 6 there is an electronic ignition safety 25 positioned in any position. The electronic ignition safety 25 prevents the igniter 22 from being activated when the magazine 6 will not be secured to the weapon body 30 and prevents the firing of the electric bullet 51 . Thereby, electronic protection is provided.

Inside the magazine 6, in each firing channel 18, a bullet safety 24 structure is positioned directly in front of the electric shock bullets 51 secured in the magazine 6. The bullet safety 24 ensures that the shock bullet 51 stays in the firing channel 18 in a fixed manner when the magazine 6 will not be mounted on the weapon body 30 . In addition, there is a magazine cover 29 at the open end of each firing channel 18 within the structure of the magazine 6 . The magazine cover 29 can be opened by the user's hand, or can be opened by the rapid impact of the fired electric bullet 51 in the closed state. Therefore, even if the magazine cover 29 is closed, it is possible to fire with the electric shock weapon 52 of the present invention. Directly in front of the magazine cover 29, a cover safety 17 is placed in the firing channel 18. When the magazine 6 structure is not mounted on the weapon body 30 and the bullet safety 24 is released, the cover safety 17 prevents the magazine cover 29 from opening, thereby preventing the shock bullet 51 from leaving the magazine 6 .

Within the main body of the weapon body 30, which constitutes the largest portion of the electroshock weapon 52 of the present invention, there is a main control unit 35 positioned at any location. The main control unit 35 is a control unit that performs overall control of the electric shock weapon 52 . It also provides communication control between units. The main control unit 35 can remotely control the electric shock bullet 51 fired to the target, so that electricity can also be supplied to the target after firing. Positioned anywhere on the weapon body 30 is a structure of a transmitting antenna 32 and a structure of a frequency transmitter 33 . The structure is a structure that helps the main control unit 35 to control the electric shock bullet in the fired state. The main control unit 35 transmits the command to be sent to the electric shock bullet 51 in the fired state to the frequency transmitter 33 . The frequency transmitter 33 converts the command from the master control unit 35 into radio frequency and transmits it to the transmitting antenna 32 . The commands transmittable by the transmitting antenna 32 are sent by the transmitting antenna 32 to the receiving antenna 10 in the electric shock bullet 51 . Therefore, the main control unit 35 can send commands to the electric shock bullet in the firing state, and when necessary, the target creature can be subjected to an additional electric shock effect.

The electric shock weapon 52 of the present invention also has a structure capable of applying electric shock to the target creature in a contact manner. In this regard, there is a positive end 48 and a negative end 47 configuration within the weapon body 30 . The positive end 48 and the negative end 47 are configured to be placed at any two points on the edge of the cavity where the magazine 6 is located on the weapon body 30 by not touching each other. The outwardly facing ends of the positive end 48 and the negative end 47 are in the form of protruding slightly outwards relative to the weapon body 30 . When the electric shock weapon 52 of the present invention is desired to apply electric shock to the target creature in a contact manner, if the electric shock weapon 52 contacts the target in such a manner that the positive end 48 and the negative end 47 contact the target at the same time, the desired impact operation can be performed. Thus, the electroshock weapon 52 may optionally also be used in contact.

Positioned anywhere within the weapon body 30 is a main battery 41 structure. The main battery 41 is responsible for storing energy to meet the energy requirements of all units within the weapon body 30 that require energy. Within the weapon body 30 is a power unit 40 positioned anywhere and connected to the main battery 41 . The power unit 40 converts the energy received from the main battery 41 to a suitable voltage level to be usable by the unit within the electroshock weapon 52 . Thus, the voltage levels required by the cells within the weapon body 30 are provided. When the electroshock weapon 52 of the present invention is desired to be used in contact, the electroshock voltage delivered by the positive terminal 48 and the negative terminal 47 to the target organism is provided by a high voltage source 38 located anywhere within the weapon body 30. The high voltage source 38 controlled by the main control unit 35 generates a high voltage to be used by the shock weapon 52 in contact shock mode, and in contact shock mode as long as the user presses the trigger 45, a shock voltage is generated to be applied to the target .

There is an instrument panel (34) anywhere within the weapon body 30. The dashboard 34 is a module that displays detailed information about the shock device 52 , such as the number of shock bullets 51 in the magazine 6 , the current state of charge of the shock device 52 . Thus, the user can check the details of the current state of the electric shock weapon 52 at any time. In addition, there is an audible warning unit 31 positioned anywhere within the weapon body 30. Through the sound warning unit 31 , sound information about the state of the electric shock weapon 52 is provided to the user. Information such as the ready-to-fire or safe status of the electric shock weapon 52, the continuous firing status, the number of electric shock bullets 51 in the magazine 6, and the charging status of the electric shock weapon 52 can be immediately reported to the user. Also displayed on the instrument panel 34 are the number and characteristics of the current stun bullets 51 in the magazine 6 , as well as the different types of stun bullets 51 present in the different firing channels 18 .

Positioned anywhere within the weapon body 30 is an operating mode switch (36) and a firing mode switch (37). The operating mode switch 36 is used to adjust the current state of the electric shock weapon 52 . By operating the mode switch 36, the electric shock weapon 52 can be entered into three different modes. The first of these modes is "safe" mode. In safe mode, the shock weapon 52 is prevented from firing. Thus, the shock weapon 52 remains in a safe mode when not in use. The second mode of operating the mode switch 36 is the "Single Shot" mode. In the single shot mode, the electric shock bullets 51 in the electric shock weapon 52 are fired to the target one by one. The third mode of operating the mode switch 36 is the "continuous fire" mode. In the continuous firing mode, the electric shock bullets 51 in the electric shock weapon 52 are fired in rapid succession. Therefore, the continuous firing mode is used when it is desired to fire all the electric bullets 51 quickly.

The firing mode switch 37 in the electric shock weapon 52 is a unit used when the "continuous firing" mode is selected in the operation mode switch 36 . The firing mode switch 37 provides settings for the type of continuous fire to be performed. Continuous firing by the firing mode switch 37 can be performed in two different ways. The first mode of the transmit mode switch 37 is the "classic continuous" mode. When firing in the classic continuous mode, as long as the user presses the trigger 45, the shock bullets 51 in the shock weapon 52 are fired in rapid succession in a classic fashion. When the user pulls the finger from the trigger 45, the stun bullet 51 remaining in the stun weapon 52 remains in the magazine 6 and is not fired. As the second mode of the firing mode switch 37, the "blast" mode operates in a different manner. When firing in explosive mode, when the user presses trigger 45 once, all the stun bullets 51 in the stun weapon 52 are fired towards the target. Therefore, in order to fire all the electric shock bullets 51, it is not necessary to press the trigger 45 for a long time, and all the electric shock bullets 51 are continuously fired by one pressing action.

Within the weapon body 30 is an identification antenna 44 . The identification antenna 44 receives information about the magazine 6 by reading the identification tag 20 included in the structure of the magazine 6 . It sends the received information to a tag reader 39 located anywhere within the weapon body 30. The tag reader 39 detects the data from the identification antenna 44 and determines the identity of the shock bullet 51 within the magazine 6 . Thus, the weapon body 30 can define the type of shock bullet 51 in the magazine 6 . Therefore, the information of the electric shock bullets 51 currently existing can be displayed on the instrument panel 34 .

Positioned anywhere within the weapon body 30 is a charging connector 42 . The electric shock weapon 52 of the present invention can be charged through the charging connector 42 . Any charging adapter having a structure capable of charging the electric shock weapon 52 is connected to the electric shock weapon 52 through the charging connector 42 . The main battery 41 structure is charged by the charging adapter connected to the charging connector 42 through the charging unit 43 positioned anywhere within the weapon body 30. The charging unit 43 is a unit that implements the charging process for the structure of the main battery 41 .

The weapon body 30 of the electric shock weapon 52 of the present invention has a bullet selection button 49 positioned at any position. With the bullet selection button 49, it is possible to choose between the shock bullets 51 that are fired at the target. Therefore, an additional electric shock can be applied to the target creature where the selected electric shock bullet 51 is located. The presence of an existing electric shock bullet 51 in the magazine 6 can be immediately detected by a bullet detector (50) located anywhere on the weapon body 30. The bullet detector 50 detects which electric shock bullets 51 in the magazine 6 are fired and which are not fired, and sends them to the main control unit 35 . Therefore, the main control unit 35 can be immediately notified of the state of the electric shock bullet 51 in the magazine 6 . It enables a choice between shock bullets 51 with different characteristics in the firing channel 18 . Below the tip portion of the weapon body 30 with the magazine 6 gap, there is a device module 46 placed integrally with the weapon body 30 . The device module 46 is shown in FIG. 4 . The main function of the device module 46 is to create an area in which auxiliary elements such as lasers, cameras, flashlights, etc. can be placed. The auxiliary elements that may be required during use of the electroshock weapon 52 are located within the device module 46 . The auxiliary elements can be used alone by being placed in the device module 46 or can be used by being placed in the device module 46 in different combinations.

The electric shock weapon 52 of the present invention can be used by touch or remotely according to the user's choice. Thus, different usage methods can be applied in different situations. Since the stun bullets 51 used in the stun weapon 52 are wireless, it is unlikely that any problems with the cables will be encountered during use.

Due to the structure of the electric shock weapon 52, the electric shock bullet can be controlled wirelessly even after it is fired on the target. Due to the internal structure of the stun bullet 51, the stun bullet 51 fired to the target can apply an extra impact to the target. The duration and magnitude of the additional shock can be varied entirely at the user's choice and can be easily adjusted on the weapon body 30 . With the electric shock weapon 52, the current state of the electric shock bullet 51 can always be checked.

To sum up, the technical means disclosed in the present invention can indeed effectively solve the problems of conventional knowledge and achieve the expected purpose and effect, and it has not been published in publications before the application, has not been used publicly, and has long-term progress. The invention referred to in the Patent Law is correct, and the application is filed in accordance with the law. I sincerely pray that Jun Shang will give me a detailed examination and grant the invention patent. I am very grateful.

However, the above are only several preferred embodiments of the present invention, and should not limit the scope of implementation of the present invention, that is, any equivalent changes and modifications made according to the scope of the patent application of the present invention and the contents of the description of the invention are all equivalents. It should still fall within the scope of the patent of the present invention.

〔this invention〕 1: upper body 10: Receive Antenna 11: Frequency receiver 12: Microprocessor 13: High Voltage Generator 14: Voltage storage 15: Electronic switch 16: level switch 17: Cover Safety 18: launch channel 19: Magazine Slider 2: lower body 20: Identifying tags 21: Electronic connection port 22: Igniter 23: Magazine 24: Bullet Safety 25: Electronic Ignition Safety 26: Spring clip 27: Launch Spring 28: Magazine notch 29: Magazine cover 3: Wing 30: Weapon main body 31: Audible warning unit 32: Transmitting Antenna 33: Frequency transmitter 34: Dashboard 35: main control unit 36: Operation mode switch 37: Transmit mode switch 38: High voltage source 39: Tag Reader 4: Positive needle 40: Power unit 41: Main battery 42: Charging connector 43: Charging unit 44: Identify the antenna 45: Trigger 46: Device Module 47: negative end 48: Positive end 49: Bullet selection button 5: Negative needle 50: Bullet detector 51: Shock Bullet 52: Electric shock weapon 6: Magazine 7: Battery 8: Power supply unit 9: Micro switch

[Figure 1] is an electric shock bullet; [Figure 2] is the electronic internal structure of the electric shock bullet; [Figure 3] is the magazine structure; [Figure 4] is an electric shock weapon.

30: Weapon main body

31: Audible warning unit

32: Transmitting Antenna

33: Frequency transmitter

34: Dashboard

35: main control unit

36: Operation mode switch

37: Transmit mode switch

38: High voltage source

39: Tag Reader

40: Power unit

41: Main battery

42: Charging connector

43: Charging unit

44: Identify the antenna

45: Trigger

46: Device Module

47: negative end

48: Positive end

49: Bullet selection button

50: Bullet detector

51: Shock Bullet

52: Electric shock weapon

6: Magazine

Claims (4)

A new electric shock weapon (52), which operates by both contact and non-contact modes, does not have any wired connection, and can be adjusted by the user for the amount and duration of electric shocks delivered to target organisms, characterized by; It includes at least one electric shock bullet (51), which is used by being positioned in the magazine (6), and has a wing (3) structure at its rear end that helps it move in a straight line in the air, and its front end is provided with a positive Needle (4) and a negative needle (5) to be in contact with the target creature and have a direct connection to the microprocessor (12) to make the shock bullet (51) according to the transmission of the shock value to the microprocessor (12) A level switch (16) structure that operates at the desired value and determines how long and how much shock the associated shock bullet (51) will apply to the target; Comprising a magazine (6), used by being positioned within the weapon body (30), responsible for holding the shock bullets (51) to be fired at the target, having at least three stun bullets (51) placed inside each. firing channels (18), each firing channel (18) including a firing spring (27) responsible for firing the shock bullet (51) to the target, having an identification positioned anywhere on the weapon body (30) Label (20) and identify the magazine (6) structure of the weapon main body and the electric shock bullet (51) in the magazine through the identification label, and each firing channel (18) includes electric shock bullets (51) with different characteristics; Comprising a device module (46) positioned under the tip of the weapon body (30) with a magazine (6) clearance to be placed integrally with the weapon body (30), which results in the placement of items such as lasers, cameras, flashlights, etc. space for auxiliary elements, within which these auxiliary elements can be placed individually or in different combinations; Including the weapon body (30), which is responsible for retaining the magazine (6) structure with the electric bullets (51) inside, which has a structure that allows the magazine (6) structure to be placed; it has a main control positioned in any position The unit (35) and the main control unit perform the overall control of the electric shock weapon (52), and also can remotely control the electric shock bullet (51) fired at the target, thereby providing electric shock to the target after firing; A positive end (48) and a negative end (47) structure for applying an electric shock to the target creature in a non-contact manner; it has a structure located at any position within the weapon body (30) and provides the user with information about the electric shock weapon (52). ) status audible warning unit (31); and a dashboard (34) positioned at any position therein, which displays the number and characteristics of the current electric shock bullets (51) in the magazine (6) , and the different types of shock bullets (51) present in the different firing channels (18); also has a bullet selection button (49) that allows selection between shock bullets (51) of different characteristics located in the firing channel (18) ). The new electric shock weapon (52) of claim 1, wherein, It has a special electronic internal structure, which includes: a rechargeable battery (7) that retains the energy required by the electric shock bullet (51) to shock the target creature; an electronic internal A power supply unit (8) that provides the voltage level required by the cells and provides energy to these cells; a microswitch (9) that ensures that the shock bullet (51) remains electronically off when the shock bullet (51) is inside the magazine (6) structure; a The units within the internal structure are able to carry out their tasks the control unit microprocessor (12); a high voltage required to apply an electric shock to the target organism through the production of electric shock bullets (51) on the battery voltage and controlled by the microprocessor (12) a high voltage generator (13) for to the electronic switch (15) and which controls the voltage to be delivered to the negative pin (5); an electron that is located between the voltage reservoir (14) and the positive pin (4) and controls the voltage delivered to the positive pin (4) switch (15). The new electric shock weapon (52) of claim 1, wherein, Including: a frequency transmitter (33) located anywhere on the weapon body (30), which converts the command to be sent to the electric shock bullet (51) in the fired state and from the main control unit (35) to radio frequency and pass to the launch antenna (32); and a launch antenna (32) positioned anywhere on the weapon body (30), which transmits commands in radio frequency form from the frequency transmitter (33) to the shock bullet (51) inside the receive antenna (10). The new electric shock weapon (52) of claim 1, wherein, Including: a main battery (41) positioned anywhere on the weapon body (30) and responsible for storing energy to meet the energy requirements of all units in the weapon body (30) that require energy; a main battery (41) in the weapon body (30) A power unit (40) located at any location and connected to the main battery (41), which is responsible for converting the energy received from the main battery (41) to a suitable voltage level to be able to be use; a high voltage source (38) located anywhere within the weapon body (30), which is controlled by the main control unit (35), for a shock weapon (52) operating in a contact shock mode, as long as the user presses Triggering (45) the high voltage source produces a shock voltage that is applied to the target; a weapon body (30) positioned at any location within the weapon body (30) enables the shock weapon (52) to be recharged via a charging connector (42) therein Charging unit (43).

Images