JP2016163552A - Wild animal slaughter tool - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a wild animal slaughter tool capable of slaughtering a wild animal easily and reliably.SOLUTION: The wild animal slaughter tool includes: a rod body having a predetermined length, including a metal needle part 12 having a sharp tip and serving as a positive electrode part at a tip, the rod body formed with an insulative grip part 19 at a base end; an electrification cord 13 connected with the metal needle part; a battery part 14 connected with the electrification cord; a power source booster 15 for boosting a DC voltage from the battery part; a DC/AC inverter 16; a power source switch 17; and an earth part. In slaughtering a wild animal, the wild animal is pierced with the metal needle part, and in electrification, an electric current flows from the DC/AC inverter, to the electrification cord, metal needle part, wild animal, a capture trap, and the ground in the order.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a wild animal slaughter tool for slaughtering wild animals such as wild frogs and deer and raptors.

  In recent years, the number of moths (such as Japanese wild boars) and deers that appear in the villages has been increasing, and it has been a problem to cause damage such as food damage, trampling and digging, especially in depopulated areas and elderly villages.

  In addition, these wild animals acted violently, biting inhabitants of depopulated areas and elderly villages and causing harm. As a result, residents were severely injured.

  As a method of killing such wild animals, stabbed directly with a spear, or a hunter with a hunting license shot with a hunting gun, but it was felt cruel to the killing method.

  In addition, as other methods, disposal by carbon dioxide gas, injection of a medicine or the like, or disposal by mixing a medicine or the like with food is generally adopted.

  For example, the “animal euthanasia apparatus” described in Patent Document 1 accommodates an animal in a disposal chamber of a predetermined volume, supplies anesthesia gas vaporized at a predetermined speed by an anesthetic liquid vaporizer into the disposal chamber, This is an animal euthanasia device that anesthetizes an animal by inhaling anesthesia gas and then euthanizes the animal by depriving the disposal chamber.

JP 2007-60925 A

  However, when slaughtered by poisoning or anesthesia, the result is that wild animals and raptors suffer, and cannot be euthanized in a short time. Also, depending on the animal, even if the effects of poison or anesthesia were initially observed, the result was that it could not be killed, and the risk of harm could be increased.

  In addition, since the “animal euthanasia device” described in Patent Document 1 is a device configuration that supplies anesthesia gas into a predetermined volume of the processing chamber, it is necessary to transfer a wild animal to a place having the device. During the transfer, there was a risk of harm from wild animals and the escape of wild animals.

  Furthermore, in recent years, hunters are aging, and once they are attacked by wild animals and raptors, they have the risk of losing their lives because they do not have the physical strength to shake them off.

  Therefore, it has been necessary to slaughter wild animals and the like that are violent. Moreover, it was necessary to slaughter easily in the place where wild animals inhabit.

  This invention is made in order to solve the said subject, and it aims at providing the wild animal slaughter tool which can slaughter the wild animal which acts especially especially easily and reliably.

  According to the first aspect of the present invention, there is provided a casing having a predetermined length having a metal needle portion at a tip thereof serving as a positive electrode portion having a sharp tip, and the casing forms an insulating grip portion at a base end thereof. A power cord connected to the power cord, a battery connected to the power cord, a power booster for boosting a DC voltage from the battery, a DC / AC inverter, a power switch, and a ground. When slaughtering animals, the metal needle part of the cadaver is stabbed into the wild animal, and when energized, the current flows from the DC / AC inverter in the order of the energized cord, the metal needle part, the wild animal, the capture cage, and the ground. A wild animal slaughtering tool characterized by comprising.

  The invention of claim 2 is characterized in that the power boosting unit, the DC / AC inverter, and the power switch unit are arranged in a housing.

  The invention of claim 3 is characterized in that the frame of a predetermined length is configured to be extendable.

According to the first aspect of the present invention, a casing having a predetermined length having a metal needle portion at the tip thereof serving as a positive electrode portion having a sharp tip, and an insulating grip portion formed at the base end of the casing. A power cord connected to the metal needle portion, a battery portion connected to the power cord, a power booster for boosting a DC voltage from the battery portion, a DC / AC inverter, a power switch portion and a ground portion When slaughtering wild animals, the metal needle part of the cadaver is stabbed into the wild animal and energized. Since it is configured to flow, a large current can be passed by a simple device configuration, and the heartbeat of the animal can be rapidly stopped and killed, so that hunters can easily and easily kill raptors and wild animals at the capture site. Safe to slaughter With a kill effect.
In addition, since wild animals, raptors, and the like can be slaughtered in a short time, there is an effect of reducing the time to afflict wild animals, raptors, and the like. It can be safely held by using an insulating grip.

Furthermore, by boosting the electricity of the battery unit with the power boosting unit and changing the DC power source of the battery unit to an alternating current having a predetermined frequency with an inverter, it is possible to achieve a simple device configuration that allows a large current to flow to wild animals. Have
Moreover, since it is compact, it can be carried to a place where wild animals live and can be slaughtered at its capture site. In addition, there is an effect that it is possible to take a response posture that enables safe and reliable slaughter and disposal at the capture site for wild animals and raptors that use their portability.

  According to the second aspect of the present invention, since the power boosting unit, the DC / AC inverter, and the power switch unit are disposed in the housing, the housing is not disturbed when slaughtering wild animals or raptors. The power switch on the base end side of the chassis is low voltage, and the power booster and DC / AC inverter on the top side of the chassis are high voltage. There is an effect that can be operated safely.

  According to the third aspect of the present invention, the rod body having a predetermined length is configured to be stretchable and the grip portion is formed at the base end, so that the distance from the animal can be increased or decreased. Moreover, when not in use, there is an effect that the casing is made short and easy to carry. For example, it is possible to make the electrode contact with a large distance for wild animals that are violent, and if the safety can be ensured, make the electrode contact with the animal body by shortening the distance. Has the effect of

Explanatory drawing of the whole structure which shows the wild animal slaughtering tool of this invention. The circuit diagram of the whole structure which shows the wild animal slaughter tool of this invention. The side view which showed the use condition of the wild animal slaughtering tool of this invention. Explanatory drawing of the whole structure which shows the modification 1 of this wild animal slaughtering tool. The side view which showed the use condition of the modification 1 of this wild animal slaughtering tool. (A) The side view which showed the use condition of the modification 2 of this wild animal slaughter tool. (B) The circuit diagram which showed the modification 2 of this wild animal slaughtering tool. The side view which showed the use condition of the modification 3 of this wild animal slaughtering tool. Explanatory drawing of the whole structure which shows the other modification 1 of this wild animal slaughtering tool.

Embodiments of the present invention will be described in detail with reference to the drawings.
FIG. 1 is an explanatory view showing the whole of the present invention, and a wild animal slaughtering tool 10 of the present invention has the following structure.

  That is, as shown in FIG. 1, a wild animal slaughtering tool 10 according to the present invention includes a casing 11 having a predetermined length having a sharp-pointed metal needle at the tip, and an energization cord connected to the metal needle 12. 13, a battery unit 14 connected to the energization cord 13, a power boosting unit 15 for boosting a DC voltage from the battery unit 14, a DC / AC inverter 16, and a power switch interposed in the middle of the energization cord 13 The battery unit 14, the power boosting unit 15, and the DC / AC inverter 16 are configured to be portable.

First, the casing 11 will be described.
The housing 11 has a sharpened metal needle portion 12 on the distal end side, a grip portion 19 on the proximal end side, and a flange-shaped main body 31 between the metal needle portion 12 and the grip portion 19.

  The metal needle portion 12 is configured to have a sharp tip to pierce the body of a bird of prey such as a spider. In particular, the heel or the like has a thick fat portion, and is configured to have a sharp tip so that the fat portion can be deeply inserted.

In addition, as shown in FIG. 1, the metal needle portion 12 is provided with an electrode at the tip of the housing 11 for flowing current to the raptors.
That is, the metal needle portion 12 of the housing 11 is made of a metal conductor, for example, iron and has a sharp tip. The metal needle part 12 is configured to spread electricity into the thick fat part of the wild animal Y by using a metal electrode with a sharp tip.

  Since the metal needle portion 12 is an electrode with a sharp tip and allows a large current to flow, the covering cap 29 is detachable when not in use. Thereby, it is possible to prevent a person from being injured or receiving an electric shock.

  The bowl-shaped main body 31 can also be made to expand and contract its entire length. That is, the bowl-shaped main body 31 includes an outer casing and an inner casing having a diameter smaller than that of the outer casing, and the inner casing is extendable and retractable by adopting a nested tube structure that can be expanded and contracted with respect to the outer casing. Can be configured. A plurality of inner casings can be provided with different diameters. The bowl-shaped main body 31 may not be extendable and may be integrally formed as a whole. Moreover, you may make it form the hook-shaped main body 31 with an insulating material. Thus, by comprising the hook-shaped main body 31 with an insulating material, the operator can use the wild animal slaughtering tool 10 safely.

With such a stretchable configuration, the entire length of the casing 11 can be formed long when in use, and for the wild animals that are violent, the worker sets a target while keeping a distance from the wild animals. Can be pierced.
Further, when it is desired to pierce a specific part of the body of the wild animal with certainty, the casing 11 is contracted so that the operator can pierce safely and reliably with the distance from the wild animal shortened. . In addition, when not in use, there is an effect that the casing 11 is short and easy to carry. The casing 11 may be an insulated casing that does not have a telescopic structure having a predetermined length.

  The grip portion 19 is configured to be covered with an insulating material so that the insulating metal can be maintained because the metal needle portion 12 at the tip serves as a large current source. For example, a tubular body made of an insulating material may be attached to the grip portion 19 of the housing 11.

  The battery unit 14 is a power source serving as a source of electricity given to wild animals. In the present embodiment, for example, a shield battery can be used. The battery part 14 has a voltage of 12V or 24V, for example.

Next, the power booster 15 and the inverter 16 will be described.
The power boosting unit 15 boosts the power supply in the battery unit 14. For example, what converts a 12V power supply into the alternating current which outputs the voltage of 100V is mentioned.

  The DC / AC inverter 16 converts a direct current power supply (DC) in the battery unit 14 into an alternating current wave (AC). For example, what has the function to convert 12V DC power supply (DC) into the alternating current (AC) which outputs a 100V sine wave is mentioned.

As the DC / AC inverter 16, a unit in which the power boosting unit 15 and the unit having the function are integrated can be used.
Many inverters 16 have a built-in power boosting unit 15 for boosting and have a function of converting direct current to alternating current. In the present embodiment, an inverter 16 having a DC / AC conversion function and including a power booster 15 that boosts the voltage is used.

  That is, the DC / AC inverter 16 switches the DC power source in the battery unit 14 at a predetermined frequency (for example, 50 Hz to 60 Hz) by a switching circuit mainly composed of two transistors, and generates a 12 V low voltage AC wave. In this case, a low voltage AC wave is boosted to 100 V by a transformer or the like.

  As described above, the DC / AC inverter 16 can output, for example, a 50 Hz or 60 Hz sine wave with an amplitude voltage of 100 V from the battery unit 14.

The voltage output from the inverter 16 can be configured so that the voltage and frequency can be adjusted within an appropriate range in accordance with animals and the environment.
Further, the inverter 16 can sound a warning buzzer or turn on a warning lamp when the power supply voltage from the battery unit 14 is outside the use range.
For example, when the power supply voltage becomes less than 10.5V due to the decrease or deterioration of the electrolyte of the battery unit 14 or exceeds 15V by connecting a non-standard battery unit 14 or the like, the warning can be made. Can be configured.

Next, the connection configuration from the battery unit 14 to the housing 11 will be described.
As shown in FIG. 1, the battery unit 14 and the inverter 16 use connectors (not shown) to simplify insertion and removal.
That is, one end side of the battery-side electric wire having conductivity is connected to the positive electrode terminal and the negative electrode terminal of the battery unit 14, and either the female side or the male side (female connector or male connector) of the connector is connected to the other end side. Are connected.
Moreover, one end side of the inverter side electric wire is connected to the positive electrode side and the negative electrode side of the input terminal of the inverter 16, and either the male side or the female side of the connector is connected to the other end side.

  The connector 20 includes a female connector having conductive female pins in a connector body formed of an insulating resin, and a male connector having conductive male pins in a connector body formed of an insulating resin. The mold connector is configured to be detachable.

  With this configuration, the connection between the battery unit 14 and the inverter 16 is facilitated. That is, by fitting the female connector and the male connector of the connector immediately before use, a current can flow from the inverter 16 to the metal needle portion 12.

  Since the present invention is a device that allows a large current to flow through wild animals Y such as frogs and deers, the battery unit 14 and the DC / AC inverter 16 are electrically connected by a connector when it is desired to cause a large current to flow. In addition, it is excellent in workability and safety.

  In addition, immediately after use, by removing the female connector and the male connector of the connector, it is possible to completely cut off the supply of electricity from the battery unit 14 to the inverter 16, so that residual current can be prevented and safely In addition, the battery can be prevented from running out.

  In order to operate more safely, the lamp can be confirmed to be turned on on the inverter 16 or the power switch unit 17 by fitting the connector.

  The side wall S of the inverter 16 is provided with an outlet electrode 28 through which an outlet can be inserted and removed. The outlet electrode 28 is electrically connected to the metal needle portion 12 via the energization cord 13.

That is, as shown in FIG. 1, the energization cord 13 includes a cord 24 and a cord 25, and the male outlet portion 24 a on the base end side of the cord 24 can be connected to the outlet electrode 28.
For example, a male outlet portion 25a on the proximal end side of the cord 25 having a cord of 2 to 5 m is inserted into the female outlet portion 24b on the distal end side of the cord 24. The distal end side of the cord 25 is connected to the metal needle portion 12 of the housing 11.

  One end of the electric wire 26 is connected to the output terminal of the negative electrode arranged on the side wall S of the inverter 16, and the clip 22 at the other end of the electric wire 26 is arranged. The clip 22 is connected to one end of the wire S extending from the metal pile P to which the catch rod T is fixed so as to be grounded. The clip 22 serves as a ground part.

The capture rod T that captures wild animals is composed of a conductive wire W that captures wild animal feet and a metal pile P that fixes the conductive wire W to the ground. And the capture rod T embeds the metal pile P in the ground so that it may become the same potential as the ground potential so as to fulfill the grounding mechanism.
When the wild animal slaughter tool 10 is used, the clip 22 is connected to the ground wire S fixed to the metal pile P.
The clip 22 can be configured to perform a grounding function by partially piercing it into the ground and replacing the ground terminal.

  The inverter 16 is connected with an energization cord 13 that connects the metal needle portion 12 and the inverter 16 and an energization cord 27 that extends in parallel to the energization cord 13 that connects the power switch portion 17. The power switch portion 17 is provided with a switch button 17a, and the metal needle portion 12 can be energized from the inverter 16 by pressing the switch button 17a.

FIG. 2 is a circuit diagram showing the configuration of the wild animal slaughtering tool of the present invention.
That is, as shown in FIG. 2, by closing the switch button 17 a of the power switch unit 17, the inverter 16 → the energization cord 13 → the metal needle unit 12 → the wild animal Y → the conductive wire W → the metal pile P → the soil ( A closed circuit is formed in which a current flows through the grounded portion.

  A lighting lamp (not shown) or the like is disposed on the power switch unit 17 and a closed circuit is formed, so that, for example, a current flowing between the metal needle unit 12 and the inverter 16 is extracted and the power switch unit 17 is By turning on the lighting lamp, it is possible to confirm that the current flows into the body of the rabbit.

The wild animal Y can be slaughtered using the wild animal slaughtering tool 10 configured as described above.
A method for slaughtering the wild animal Y using the wild animal slaughtering tool 10 of this embodiment will be described. This wild animal slaughtering tool 10 can be applied to various wild animals, such as moths and deer.

  FIG. 3 is an explanatory diagram showing a state in which a large current flows through the wild animal Y captured by the capture cage T. FIG.

First, the wild animal Y is in a state of being captured by the capture cage T, and a large current is caused to flow through the wild animal Y applied to the cage T.
That is, the foot of the wild animal Y is in a state where the conductive wire W of the capture rod T is fastened, and the other end of the conductive wire W is fixed to the metal pile P. The metal pile P is fixed in a state where it is buried in the soil, and is grounded.

  Next, the battery unit 14 to the casing 11 are connected. That is, as shown in FIG. 1, the metal cord 12 is connected to the positive electrode side by inserting the energization cord 13 of the housing 11 into the inverter 16, and the clip 22 is connected to the metal pile from the inverter 16 via the electric wire 26. The closed circuit can be formed by connecting to a ground wire S extending from P to form a wiring structure on the negative electrode side.

  In addition, when the water is soaked and wetted than when the ground is dry, there is an effect that more current can flow.

  In the present invention, the battery unit 14 and the inverter 16 can be accommodated in a case 18 with a string, and the case 18 can be carried by hand. By housing in the case 18, the battery unit 14 and the inverter 16 can be protected from rain and moisture. In particular, the inverter 16 that is a precision component can be prevented from being damaged by water.

  The case 18 can also be in a hand-held state like a hand bag with a lid that covers the upper opening.

  Also, just before piercing the wild animal Y, one of the connectors 20 extending from the battery unit 14 and the other of the connectors 20 extending from the inverter 16 are fitted. As described above, since the fitting is performed immediately before, an accident in which a large current flows when not in use is reduced.

  In such a state, as shown in FIG. 3, the metal needle portion 12 is pierced into the spear hanging on the capture spear T. Although the place to pierce is not particularly limited, it can be killed in a short time if the place is near the head or the heart.

Then, the worker presses the switch button 17a of the power switch unit 17 at hand.
Then, a large current can flow in the body of the wild animal Y, and when the large current is passed, the wild animal Y is in a state of particularly concussion, the energization time is tilted in about 5 to 10 seconds, and about 30 seconds. To death.

For example, when piercing shallowly from a few millimeters to 1 cm from the epidermis skin, the current can flow approximately 4 to 5 A, and can be killed in 25 to 45 seconds.
That is, since the resistivity of salmon body fat is several thousand Ω · m, when a current value is obtained from Ohm's law from a voltage of 100 V, a current of several hundred mA to several A can be passed. When a current of several hundred mA to several A flows, even a human will be in an immediate death state.

  In addition, when pierced deeply into the neck of the heel and the body, current can flow about several hundred to several A, and can be killed in 15 to 25 seconds. These are obtained through the experimental results so far.

Thus, what was obtained through the experimental results so far is that a change in current was observed according to the piercing depth.
That is, there are two current changes depending on the piercing depth: the current flowing on the skin side and the current flowing in the fat part. This current change is caused by the flow of current depending on the epidermis side and the thick fat peculiar to wrinkles. It seems that there is a difference.

Thus, the wild animal slaughter tool 10 of the present invention is easy to operate and can slaughter the wild animal Y in a short time.
In the present invention, it is used for slaughtering the wild animal Y. However, for example, it can be used as a tool for electric anesthesia or fainting of the wild animal Y by shortening the current flowing time.

  As the time setting for fainting, for example, an inverter or the like having a function of setting an output time can be used.

  Since the wild animal slaughtering tool 10 is configured as a compact device as a whole, it can be carried to a place where wild animals live and slaughtered at its capture site. In addition, there is an effect that it is possible to take a response posture that enables safe and reliable slaughter and disposal at the capture site for wild animals and raptors that use their portability.

  As shown in FIG. 8, the power switch unit 17 may be provided in the grip part 19 of the bowl-shaped main body 31 so that the energization cord 13 is attached from the tip of the casing 11 to the grip part.

[Modification 1]
The wild animal slaughtering tool 10 ′ described below is characterized in that the DC / AC inverter 16 including the power boosting unit 15 and the power switch unit 17 are arranged in the housing 11 and the battery unit 14 is separated. This is different from the above embodiment. FIG. 4 is an explanatory diagram of an overall configuration showing a first modification of the wild animal slaughtering tool, and FIG. 5 is a side view showing a use state of the first modification of the wild animal slaughtering tool.

As shown in FIGS. 4 and 5, an inverter 16 is disposed at the center lower portion of the casing 11 in the longitudinal direction, and a power switch portion 17 is disposed at the upper base end side of the casing 11.
In addition, a grip lamp 19 can be grasped with one hand by arranging a lighting lamp for confirming the energization state of the power booster 15 and the DC / AC inverter 16 and a switch button 17a of the power switch 17 on the grip 19. In addition, the power switch unit 17 can be easily turned on / off with the other hand.

  By providing a low-voltage power switch 17 in the grip portion 19 of the housing 11 and a high-voltage DC / AC inverter 16 in the center of the housing 11, the center of gravity of the housing 11 is DC / AC. In the vicinity of the inverter 16, it is easy to hold when the operator grips the housing 11, and then the aim of the wild animal Y is aimed and the metal needle part 12 is stabbed in the intended place, and the power switch part It is possible to energize safely by pressing 17.

The battery unit 14 is connected to the inverter 16 via the electrical wiring 30, and the battery unit 14 is separated so that it can be placed away from the housing 11.
The electrical wiring 30 is composed of two types of positive and negative electrical wirings, and a part of the electrical wiring 30 is disposed from the inverter 16 along the base end of the housing 11 using an insulating tape or the like. Yes.

  By configuring the battery unit 14 as a separate body, the circuits of the power boosting unit 15 and the DC / AC inverter 16 can be protected from electrical noise caused by the battery unit and the like. Further, there is an effect that it is easy to carry only the heavy battery unit 14.

  The circuit diagram of the wild animal slaughtering tool 10 'is the same as the circuit diagram of the wild animal slaughtering tool 10 shown in FIG.

  In addition, as shown in FIG. 8, the power switch part 17 may be provided in the grip part 19 of the housing 11, and you may make it remove | separate the AC inverter 16 from the center of the housing 11, and to make it a different body.

[Modification 2]
Further, the wild animal slaughtering tool 10 ′ ′ described below is different from the wild animal slaughtering tool 10 ′ in FIG. 4 in that a power switch unit 17 is provided in the power supply line between the battery and the power boosting unit 15. FIG. 6A is a side view showing a usage state of the second modification example of the wild animal slaughtering tool, and FIG. 6B is a circuit diagram showing a modification example 2 of the wild animal slaughtering tool.

As shown in FIG. 6A, an inverter 16 is disposed at the center in the longitudinal direction of the housing 11, and a power switch unit 17 is disposed at the base end of the housing 11.
That is, a lighting lamp that can confirm the energized state of the power boosting unit 15 and the DC / AC inverter 16 and the switch button 17a of the power switch unit 17 are arranged on the grip unit 19 so that it can be easily operated at hand. .

  The battery unit 14 connects positive and negative electrical wirings 31a and 31b, connects the positive electrical wiring 31a and the power switch unit 17, and further connects to the inverter 16 via the positive electrical wiring 32a. The electric wirings 31b and 32b connect the battery unit 14 and the inverter 16. The battery unit 14 is a separate body so as to be placed away from the housing 11.

  When the power switch unit 17 is turned on, the DC power of the battery unit 14 is supplied to the DC / AC inverter 16 to generate a low-voltage AC wave, and the low-voltage AC wave is boosted by the power booster 15 and output.

  Since the power supply switch unit 17 is provided in the electric supply line between the battery unit 14 and the inverter 16, the power supply switch unit 17 is applied with the inherent voltage of the battery unit, that is, the power supply switch unit 17 is in a low voltage state. Safe on / off operation is possible.

  In addition, as shown in FIG. 7, the metal needle part 12 is good also as a structure which can be extracted from the front-end | tip of the housing | casing 11 with the wild animal Y being stuck in the sharp point. A predetermined length of energization cord 13 is electrically connected to the metal needle portion 12, and a multi-end of the energization cord 13 is connected to a DC / AC inverter 16.

  In use, when the metal needle portion 12 was stabbed in the wild animal Y, the metal needle portion 12 was removed from the housing 11, and the metal needle portion 12 was pierced in the wild animal Y's vital point while being connected to the energizing cord 13. Will remain. Thereafter, by turning on the power switch unit 17, electricity flows from the DC / AC inverter 16 through the energization cord 13 in the order of the metal needle unit 12 and the wild animal Y.

  By adopting a configuration in which the metal needle portion 12 can be removed, even when the wild animal Y is violated after the metal needle portion 12 is pierced in a sharp place, the vibration at the time of the violence is transmitted to the grip portion 19 side of the housing 11. In addition, since the energization cord 13 follows the metal needle portion 12, the power switch portion 17 can be turned on without causing hand shaking, and the energized wild animal Y can be surely killed.

  The present invention can also be used as a measure to prevent accidents caused by beasts by always carrying them to trainers of beasts such as tigers and elephants in the circus industry by making the body short and making the carrying member a handy type. it can.

  Moreover, this invention can be functioned as a defense tool for accident prevention of circus beasts, such as a tiger and an elephant. Moreover, this invention can also slaughter pigs and cows for meat at a meat center.

  In addition, although the processing method of the wild animal Y which caught the capture rod T was demonstrated, it kills using the wild animal slaughter tool 10, 10 ', 10' 'in the state where the wild animal Y entered the metal cage. You may make it do. In this case, the clip 22 of the wild animal slaughter tool 10, 10 ′, 10 ″ is connected to a metal cage, and the metal cage is grounded. When the switch button 17a is turned on, a closed circuit is formed in which current flows through the inverter 16, the energizing cord 13, the metal needle portion 12, the wild animal Y, the metal cage, and the soil (grounding location).

  Although some embodiments of the present invention have been described in detail with reference to the drawings, these are merely examples, and various modifications are possible based on the knowledge of those skilled in the art, including the aspects described in the disclosure section of the present invention. It is possible to implement the present invention in other forms that have been improved.

DESCRIPTION OF SYMBOLS 10 Wild animal slaughter tool 11 Housing 12 Metal needle part 13 Current supply cord 14 Battery part 15 Power supply booster part 16 DC / AC inverter 17 Power switch part 17a Switch button 18 Case 19 Grip part 21a Battery side electric wire 21b Inverter side electric wire 22 Clip 26 Electric wire 28 Outlet electrode 29 Cap for covering 31 Casket body

According to the first aspect of the present invention, there is provided a casing having a predetermined length having a metal needle portion at a tip thereof serving as a positive electrode portion having a sharp tip, and the casing forms an insulating grip portion at a base end thereof. A power cord connected to the power cord, a battery connected to the power cord, a power booster for boosting a DC voltage from the battery, a DC / AC inverter, a power switch, and a ground, / AC inverter is connected with one energizing cord that connects the metal needle and the same inverter, and the power switch and the other energizing cord that connects the inverter, and the other energizing cord is parallel to one energizing cord. No, when sacrificed wildlife, worker pierce the metal needle portion of the rod body to wildlife with one hand, is energized by pressing the power switch unit with the other hand, current code from the DC / AC inverter, Shokuhari unit, wild animals, wild animals sacrificed tool, characterized in that it has a structure which forms a closed circuit so that current flows in the order of capturing trap and ground.

According to the first aspect of the present invention, a casing having a predetermined length having a metal needle portion at the tip thereof serving as a positive electrode portion having a sharp tip, and an insulating grip portion formed at the base end of the casing. A power cord connected to the metal needle portion, a battery portion connected to the power cord, a power booster for boosting a DC voltage from the battery portion, a DC / AC inverter, a power switch portion and a ground portion The DC / AC inverter is connected with one energizing cord connecting the metal needle and the same inverter and the other energizing cord connecting the power switch and the same inverter, and the other energizing cord with respect to one energizing cord. There forms a parallel, when sacrificed wildlife, worker pierce the metal needle portion of the rod body to wildlife with one hand, is energized by pressing the power switch unit with the other hand, the DC / AC inverter Through Code, a metal needle, wildlife, since a configuration to form a closed circuit so that current flows in the order of capturing trap and the ground, a large current flows by a simple device configuration, rapidly stop the animal's heart Therefore, it has an effect that a hunter or the like can easily and safely slaughter raptors, wild animals and the like at a capture place.
In addition, since wild animals, raptors, and the like can be slaughtered in a short time, there is an effect of reducing the time to afflict wild animals, raptors, and the like. It can be safely held by using an insulating grip.

Claims (3)

A casing of a predetermined length having a metal needle part at the tip which becomes a positive electrode part having a sharp tip,
The housing forms an insulating grip at the base end,
A power cord connected to the metal needle,
A battery unit connected to the power cord;
A power supply boosting unit for boosting a DC voltage from the battery unit;
DC / AC inverter,
A power switch,
It consists of a ground part,
When slaughtering wild animals, the metal needle part of the rod is inserted into the wild animal. A wild animal slaughtering tool characterized by comprising   The wild animal slaughtering tool according to claim 1, wherein the power boosting unit, the DC / AC inverter, and the power switch unit are arranged in a housing.   The wild animal slaughtering tool according to claim 1 or 2, wherein the rod body having a predetermined length is configured to be stretchable.

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