KR102298039B1 - Apparatus for animal traping using high voltage - Google Patents

Abstract

The present invention relates to a device for repelling and capturing a harmful animal using a high voltage, and to an animal capturing device including an air compression gun (100) and a backpack (200). The air compression gun comprises: a bullet (110) including a harpoon made of a conductive material, and fired with compressed air; a pneumatic cylinder (150) in which compressed air is stored; and an electric wire (130) connected to the harpoon. The backpack comprises: a compressed air bombe (210) which supplies compressed air to the pneumatic cylinder; a high-voltage supply unit (220) which supplies electricity to the electric wire; and a switch (S) which allows electricity to flow from the high-voltage supply unit to the harpoon or blocks the flow of electricity. The switch allows electricity to flow by interlocking with a pulling action of a trigger of the air compression gun.

Description

Animal trapping device using high voltage {APPARATUS FOR ANIMAL TRAPING USING HIGH VOLTAGE}

The present invention relates to a device for removing harmful water tanks such as elk and wild boars that appear in farmhouses or residential areas by using high voltage, and specifically, the high voltage is harmful at the same time as the tip fired from the air compression gun stabs the body of the harmful water tank Soak is applied to the harmful water tank as it flows into the body of the tank, and the equipment that can apply high voltage while using an air compression gun to work from a distance is constructed in the form of a backpack to increase portability.

Conventional hazardous water tank removal equipment is divided into direct capture equipment such as a capture frame, anesthetic gun, and noose, and indirect equipment such as ultrasonic waves, warning lights, sirens, and dancing wind dolls. Among them, firefighters have no choice but to use the direct capture method to remove harmful tanks that appear in downtown areas, farms, orchards, causing damage to farms and threatening the safety of citizens. The lasso is mainly used. In the case of elk and wild boar with high intelligence, if they are exposed to these harmful tank trapping equipment once or twice and experience it, they will not only have the intellectual ability to recognize and prepare for the equipment, but most of these equipment will help to eradicate small harmful tanks. On the other hand, wild boars, on the other hand, have a disadvantage in that it is difficult to satisfy effective repelling performance due to their large body and strong characteristics.

In particular, animals that have recently appeared and caused damage, such as elk and wild boar, move quickly and are a threat, so equipment that can effectively and safely remove them is required. As a prior art, there is a technique using an air gun as a harmful tidal water removal device, and there is a registered patent No. 10-2072644 (Name: a static pressure device for an air gun using a low pressure sealing function). However, in the prior art, there is a limit to combating harmful tides using only air pressure, so more effective equipment such as an electric shock is required.

The present invention is to solve the above problem, by using an air compression gun to fire a bullet through which a high voltage flows to the body of the harmful tank, and the high voltage flows into the body of the harmful tank through the harpoon tip of the bullet to suppress the harmful tank, An object of the present invention is to provide a harmful tidal control technology that is easy to move and has improved portability by providing a high-pressure air cylinder cylinder for repeated use of a high-voltage generator and a compressed air gun in the form of a backpack.

The present invention provides an animal trapping device including an air compression gun (100) and a backpack (200), wherein the air compression gun includes a harpoon made of a conductive material and is fired with compressed air (110); a pneumatic cylinder 150 for storing compressed air; And a wire 130 connected to the harpoon; includes, the backpack, a compressed air cylinder 210 for supplying compressed air to the pneumatic cylinder; and a high voltage supply unit 220 for supplying electricity to the electric wire.

It further includes a switch (S) for conducting or blocking electricity from the high voltage supply unit to the harpoon, and the switch is configured to conduct electricity in conjunction with the trigger pulling operation of the air compression gun.

The electric wire, a first electric wire 130-1 arranged from the harpoon to the switch, a second electric wire 130-2 arranged from the switch to the rear end of the buttstock of the air compression gun, and one end at the rear end of the buttstock It is fastened and the other end is composed of a third wire 130-3 connected to the high voltage supply unit of the backpack.

In the switch, the first wire and the second wire are connected and energized when the trigger is pulled, and when the trigger is released, the first wire and the second wire are disconnected to cut off the power connection good.

The air compression gun is provided with a fastening groove 170 to which the end of the second electric wire is connected to the rear end of the butt plate, and one end of the third electric wire is inserted into the fastening groove so that the second electric wire and the third electric wire are energized is the structure

The harpoon and the first wire 130 are connected, but after the bullet is fired, the wire cannot be pulled out due to twisting the wire inside the air compression gun. it's good to be

The bullet 110 is composed of a cylindrical first bullet 110-1 and a second bullet 110-2 that is fastened by inserting a rear portion of the first bullet, and the harpoon 115 is the first bullet It is fastened through the bullet, and the first wire is mounted on the second bullet, so that when the first bullet 110-1 is inserted and coupled to the second bullet 110-2, the first wire and The rear end (115a) of the harpoon is connected to each other.

It is formed on the outer circumferential surface of the bullet and further includes an elastic member 113 surrounding the wire seating groove and the wire seating groove 110a, the bottom surface of which is energized with the harpoon, wherein the first wire is located in the wire seating groove. The elastic member may be wrapped around the first wire.

When the bullet is fired and the wire is drawn out at a high speed, it further includes a wire guide 120 for preventing wire tangle and a wire storage box 140 in which wires are aligned and stored, and the harpoon is spaced apart from each other at regular intervals. It is made of two sharp conductor materials, and a high voltage shock is applied to harmful animals with a high voltage supplied from the high voltage supply unit.

An air inlet 151 provided in the pneumatic cylinder, a supply hose 213 connected to the compressed air cylinder for supplying compressed air to the air inlet, and a regulator 211 for controlling the air pressure supplied from the compressed air cylinder And, the backpack further includes a flyback transformer for boosting the voltage applied from the high voltage supply, and a battery for supplying power to the high voltage supply.

The present invention is a device that uses an air compression gun to fire a high-voltage bullet into the body of the hazardous tank, and the high voltage flows into the body of the hazardous tank through the harpoon tip of the bullet to suppress the hazardous tank. It can be effective even in difficult mountainous terrain.

In addition, the present invention has the effect of preventing the occurrence of a safety accident by breaking the electric wire when excessive rear pressure is generated on the bullet fired due to wire tangle.

In addition, the air compression gun of the present invention prevents an unexpected accident due to high pressure by ensuring that the high voltage transmitted to the harpoon in front of the bullet is transmitted only when the trigger is pulled.

1 is an overall configuration diagram of an animal capture device using a high voltage according to the present invention;
Figure 2 is a conceptual diagram showing the energization structure of the electric wire in the animal capture device using a high voltage according to the present invention,
Figure 3 is a view of an embodiment of the connection part of the electric wire and the harpoon in the animal capture device using a high voltage according to the present invention,
Figure 4 is a view of another embodiment of the connection portion of the wire and the harpoon in the animal trapping device using a high voltage according to the present invention according to the present invention.

The objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and preferred embodiments taken in conjunction with the accompanying drawings. In addition, the terms used are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of the user operator. Therefore, definitions of these terms should be made based on the content throughout this specification.

1 is an overall configuration diagram of an animal trapping device using a high voltage according to the present invention, and FIG. 2 is a conceptual diagram showing an energized structure of electric wires in an animal trapping device using a high voltage according to the present invention according to the present invention, and FIGS. 3 and 4 In the present invention, there are various types of connection parts between the electric wire and the harpoon in the animal capture device using a high voltage according to the present invention.

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

The apparatus for capturing or discharging harmful birds (or animals) according to the present invention is largely composed of an air compression gun 100 and a backpack 200 . The air compression gun is a device that fires the bullet 110 using compressed air, and in the present invention, a tip (115, hereinafter also referred to as a harpoon) through which a high voltage flows in front of the bullet is disposed. And, it has a configuration such as a pneumatic cylinder 150 in which the compressed air is stored and a trigger 160 for firing a bullet using the compressed air.

In addition, the backpack has a compressed air cylinder 210 for supplying compressed air to the pneumatic cylinder and a high voltage supply unit 220 for supplying electricity to the electric wire inside, and is configured in the form of a backpack so that field personnel can carry it on their back. to increase portability.

In the method of combating harmful tides using the device according to the present invention, when the harpoon in the front of the bullet is struck in the body of the harmful tide by firing a bullet towards the harmful tide, the high voltage supplied to the harpoon is used to shock the harmful tide to cause fainting or death. The required high voltage is appropriately adjusted in consideration of the type and size of harmful tidal currents.

In the present invention, the principle of firing a bullet by using the air compression stored in the pneumatic cylinder itself is the same as that of a generally used air gun, so the detailed description of this principle or structure will be omitted, and the features of the present invention will be mainly described. do.

Since the device according to the present invention uses a high voltage, it is necessary to supply a high voltage to the harpoon when the trigger is pulled to prevent a safety accident. To this end, in the present invention, the numerical position S as shown in FIG. 2 is configured as a configuration for supplying a high voltage in the trigger pull state. The switch is disposed at an appropriate position inside the air compression gun body and interlocks with the trigger operation.

In the present invention, as a high voltage supply passage, the electric wire 130 is arranged inside the air compression gun, and in consideration of safety and portability, the electric wire is divided into small parts. Specifically, the electric wire 130 is a first electric wire 130-1 arranged from the harpoon of the bullet to the switch S, and a second electric wire 130-1 arranged from the switch to the rear end of the buttstock of the air compression gun. 2), and a third wire 130-3 having one end fastened to the rear end of the stock and the other end connected to the high voltage supply unit of the backpack.

The switch is located between the first wire 130-1 and the second wire 130-2, and when the trigger is pulled, the switch rotates and connects to the first wire 130-1 and the second wire 130-2. This is the principle by which electricity flows. That is, the switch connects and energizes the first wire and the second wire when the trigger is pulled, and when the trigger is released, the first wire and the second wire are disconnected to cut off the power connection will do Through this, the user of the air compression gun can immediately control the energization when high voltage is applied and when not to be applied in the field.

In addition, a fastening groove 170 to which the end of the second electric wire is connected is provided at the rear end of the stock, and one end 213 of the third electric wire connected to the high voltage supply is inserted into the fastening groove to insert the second electric wire and the third electric wire. it is energized This is convenient because the air compression gun and backpack can be separated and carried, and it can be connected and used immediately if necessary in the field.

In addition, the present invention is provided so that the first wire 130 is electrically connected to the harpoon so that a high voltage is supplied to the harpoon, after the bullet is fired, the wire is pulled out by twisting the wire inside the air compression gun Failure to do so may result in a safety accident such as a bullet bouncing backwards. In other words, if the wire is twisted after the live bullet is fired, the repulsive force of the wire may cause the fired harpoon to return to the rear, so a solution was needed.

For this purpose, the present invention allows the connection between the harpoon and the first wire to be automatically released when a tensile force (rear tension acting on the live bullet because the wire is twisted and not drawn out) is applied to the first wire after the live bullet is fired.

That is, referring to FIG. 3 , the bullet 110 is composed of a cylindrical first bullet 110-1 and a second bullet 110-2 in which the rear portion of the first bullet is inserted and fastened. The first bullet is inserted into the second bullet, so that the rear of the first bullet is inserted. The harpoon 115 is fastened through the first bullet, and the first wire is mounted on the second bullet, so that the first bullet 110-1 is inserted into the second bullet 110-2. When combined, the first wire and the rear end (115a) of the harpoon are connected to each other.

In this case, since the rear of the first bullet is inserted into the second bullet, air pressure is applied to the second bullet when the bullet is fired, so that the first bullet and the second bullet are not separated. However, when a tensile force is applied to the electric wire due to twisting of the electric wire, the second bullet and the first bullet are separated because the tensile force acts on the second bullet.

4 shows another structure for this (FIG. 4 shows only one harpoon for convenience). It is formed on the outer peripheral surface of the bullet and the bottom surface further includes an elastic member 113 surrounding the wire seating groove and a wire seating groove 110a that is energized with the harpoon, and the first wire is located in the wire seating groove. The elastic member is to surround the first wire. In this case, the bullet is fired while the elastic member (rubber band) is compressed and the harpoon and the first wire are energized with each other. After the bullet is fired, if a tensile force is applied to the wire due to twisting of the wire, etc., the wire is pulled out of the rubber band, so the high voltage is no longer transmitted to the harpoon.

And, the air compression gun of the present invention further includes a wire guide 120 for preventing wire tangle when the bullet is fired and the wire is drawn out at a high speed, and a wire storage box 140 in which the wires are arranged and stored. . The wire guide serves to prevent tangling in the process of withdrawing the wires connected to the fired and advancing bullets in a short time, and the wire storage box contains the wires stored with a length sufficient to reach the hazardous tank and stored in order. there is a space

The harpoon is made of two sharp conductive materials spaced apart from each other at regular intervals, and a high voltage shock is applied to harmful animals with a high voltage supplied from the high voltage supply unit.

An air inlet 151 provided in the pneumatic cylinder, a supply hose 213 connected to the compressed air cylinder for supplying compressed air to the air inlet, and a regulator 211 for controlling the air pressure supplied from the compressed air cylinder And, the backpack further includes a flyback transformer for boosting the voltage applied from the high voltage supply unit, and a battery for supplying power to the high voltage supply unit, and it is characterized in that it is configured in the form of a single backpack to enhance portability.

The harpoon in front of the bullet has a structure with two conductor arrowheads attached, and + and - electrodes are connected to each arrowhead, and large, medium, small, etc. It may consist of several types.

Although the preferred embodiment of the present invention has been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements by those skilled in the art using the basic concept of the present invention as defined in the following claims are also provided. is within the scope of the

Claims (12)

A harpoon 115 made of a conductive material, a bullet 110 fired with compressed air, a pneumatic cylinder 150 for storing compressed air, a wire 130 connected to the harpoon, and a bullet using compressed air A trigger (160) to fire; an air compression gun comprising; and a compressed air cylinder 210 for supplying compressed air to the pneumatic cylinder, and a backpack having a high voltage supply unit 220 for supplying electricity to the electric wire therein,
The air compression gun further includes a switch (S) for conducting or blocking electricity from the high voltage supply to the harpoon,
The electric wire, a first electric wire 130-1 arranged from the harpoon to the switch, a second electric wire 130-2 arranged from the switch to the rear end of the buttstock of the air compression gun, and one end at the rear end of the buttstock It is fastened and the other end is made of a third wire 130-3 connected to the high voltage supply part of the backpack,
The switch connects the first wire and the second wire to conduct electricity when the trigger is pulled, and disconnects the first wire and the second wire when the trigger is released to cut off the power connection,
The air compression gun is provided with a fastening groove 170 connected to the end of the second electric wire at the rear end of the butt plate, and one end of the third electric wire is inserted into the fastening groove so that the second electric wire and the third electric wire are energized. ,
The harpoon and the first wire 130-1 are connected,
After the bullet is fired, if the wire is not pulled out due to twisting of the wire inside the air compression gun, and a tensile force is applied to the wire, the connection between the harpoon and the first wire is released. delete According to claim 1,
The bullet 110 is composed of a cylindrical first bullet 110-1 and a second bullet 110-2 to which the rear portion of the first bullet is inserted and fastened,
The harpoon 115 is fastened through the first bullet, and the first wire is mounted on the second bullet,
When the first bullet 110-1 is inserted and coupled to the second bullet 110-2, the first wire and the rear end 115a of the harpoon are connected to each other. Device. According to claim 1,
It further includes an elastic member 113 formed on the outer peripheral surface of the bullet and surrounding the wire seating groove (110a) and the wire seating groove, the bottom surface of which is energized with the harpoon,
An animal trapping device using a high voltage, characterized in that the elastic member surrounds the first wire in a state where the first wire is located in the wire seating groove. According to claim 1, wherein the air compression gun,
Animal capture using high voltage, characterized in that it further comprises a wire guide 120 for preventing wire tangle when the bullet is fired and the wire is drawn out at a high speed, and a wire storage box 140 in which the wires are arranged and stored. Device. According to claim 1,
The harpoon is made of two sharp conductive materials spaced apart from each other at regular intervals, and a high voltage shock is applied to the harmful animals with the high voltage supplied from the high voltage supply unit. delete delete delete delete delete delete

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