KR101625188B1 - Interative catch device of wild animals - Google Patents

Abstract

The present invention relates to a wildlife continuous trapping apparatus, which comprises a plurality of frames (110) connected in a lattice shape, each frame (110) being covered with a wire mesh (111) A first door 14 is formed to fit the side surfaces 12 to the upper surface 13 and open to the front and rear surfaces of the side surface 12 and to open the lower surface of the upper trap 13 10); A lower end of each of the side plates 21 of each of which the plate members 211 of the flat plate are coupled to the plurality of frames 210 at the lower portion of the upper trap 10 is fitted to the lower plate 22, A bottom trap (20) embedded in the bottom so as to have a shape; The lower end of the upper trap 10 and the upper end of the lower trap 20 are engaged with each other to separate the space between the upper trap 10 and the lower trap 20. The second door 31, And a plurality of check windows (33) are combined with a boundary plate (30) which is openably and closably provided on the plate surface of the first door (14) side, so that wild animals can be captured continuously and safely .

Description

{Interative catch device of wild animals}

The present invention relates to a continuous capturing apparatus for wild animals, and more particularly, to an apparatus for capturing wild animals through traps exposed to the ground in a region where damage by wild animals is severe, and attracted wild animals are trapped underground And to allow continuous capturing of a large number of wild animals by automatically dropping the wild animals.

In general, wildlife is legally prohibited from capturing, so that only designated wildlife can be hunted for a limited period of time and place.

However, the number of farmers suffering from wild animals such as wild boar and elk recently has been rapidly increasing, so it is urgent but it is not easy to capture wild animals as alive.

The emergence of wild animals is because it is not easy to hunt food in mountains and fields. In the same period, especially in the winter season, there are serious problems that lead to the death of life by invading the plastic houses and residential areas.

Especially in recent years, farmers have been suffering from aggravated farming due to their frequent appearance in farmhouses even during the winter season for stable food consumption, and the emergence of these wild animals is a great threat to farmers.

Recently, a variety of capture devices have been proposed and used to capture wild animals as wild animals. As the capture device, the registered utility model 0426592 (name: wild animal continuous capture device) The wild animals were allowed to catch the openings at the same time the footpath was pressed. However, wild animals with severe borders could not catch food that was caught by the bait without pushing the footstool, .

Registration No. 1049146 (July 7, 2011, name: Animal Capture Device), proposed to improve such deterioration, makes the door more stable so that it can be closed even when the animal is trapped by the trapped wildlife. But it is not possible to capture wild animals again until once they are taken out of the trapped wildlife, not only because of the limited number of captive horses, but also because of the trapped wildlife There is a problem that it is difficult to reuse due to severe damage to the trapping device due to strong rebound in the product.

Registered utility model 0426592 (2006.09.07.) Registration No. 1049146 (July 7, 2011)

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide an underground trap for trapping wild animals, There is a main purpose of providing a continuous capturing device for wild animals which enables sequential capture by preventing captured wild animals from being seen.

Further, the present invention operates in a horizontal swing mode in which the front and rear first doors rotate only inward, and the second door formed on the bottom surface of the upper trap operates in a vertical swinging manner rotating only downward, It is another object of the present invention to provide a wild animal continuous capture apparatus that can completely prevent the escape of wild animals falling naturally by the bottom trap.

It is another object of the present invention to provide a wild animal continuous capturing apparatus capable of safely anesthetizing a wild animal trapped in a lower trap by making a plurality of check windows openable and closable on a boundary plate.

In order to accomplish the above object, the continuous wildlife capturing apparatus of the present invention comprises: a plurality of frames connected in a lattice shape, each of the frames being covered with a wire net, An upper trap forming a first door that opens to the inside of the front and rear sides and a downwardly opened opening to be positioned on the ground; A lower trap embedded in the lower portion of the upper trap so that the lower ends of the side plates coupled with the plate members of the plate to the plurality of frames are fitted to the lower plate and formed into an upwardly opened closed box shape; The lower end of the upper trap and the upper end of the lower trap are engaged with each other to separate the space between the upper trap and the lower trap, and a second door is opened downward on the plate surface. On the plate surface of the first door, And a boundary plate provided so as to be openable and closable.

The wildlife continuous trapping apparatus of the present invention according to the present invention allows the wild animals entrained to the inside of the upper trap to fall into the lower trap through the second door of the boundary plate so that trapped wild animals are always empty in the upper trap, It is possible to capture it.

Further, according to the present invention, the bottom trap is embedded in the ground, so that any damage caused by the trapped animal can be prevented, so that the trap can be semi-permanently used.

Particularly, according to the present invention, it is possible to identify wild animals that have crashed through the confirmation window and enable anesthesia using an anesthesia gun to more effectively capture the animals.

1 is an exploded perspective view illustrating a wild animal continuous capture apparatus according to the present invention;
2 is an exploded perspective view of FIG. ≪ RTI ID =
3 is a plan view illustrating a first door of the continuous capturing device for wild animals according to the present invention;
FIG. 4 is an enlarged plan view showing the interspace connection structure of the upper trap of the wild animal continuous trapping apparatus according to the present invention
FIG. 5 is an enlarged cross-sectional view showing the boundary plate of the wild animal continuous catching apparatus according to the present invention
FIG. 6 is an enlarged perspective view illustrating the confirmation window of the wild animal continuous capture apparatus according to the present invention.
Fig. 7 is a view showing the installation structure of the continuous capturing apparatus for wild animals according to the present invention

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a continuous capturing apparatus for wild animals according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is an exploded perspective view illustrating a wild animal continuous capturing apparatus according to the present invention, and FIG. 2 is a perspective view of the combined apparatus of FIG. 1. As shown in FIG. 1, The trap 20 and the boundary plate 30 are combined.

The upper trap 10 of the present invention is configured as a plurality of metal mesh frames 11 and the metal mesh frame 11 connects the plurality of frames 110 in a lattice shape, And they are covered by the wire mesh 111 woven at regular intervals. At this time, it is also possible to connect the lattice-shaped frames 110 in a diagonal direction so as to reinforce them.

The upper trap 10 is formed with the upper side 13 and the upper side 13 together with the sides 12 of the four sides using the wire mesh frame 11, .

Accordingly, the upper trap 10 is configured to be opened downward, and the first door 14, which is opened and closed by a swinging manner, is formed on the front and rear surfaces of the four side walls 12 as a pair of the metal frame 11.

FIG. 3 is a plan view illustrating a first door of the wildlife continuous trapping apparatus according to the present invention. As shown in FIG. 3, the first door 14 includes a pair of metal mesh frames 11 on the front and rear surfaces of the side surface 12, The outer ends of the respective metal frame 11 are hinged by the hinge 15 so that the opposing end portions of the metal frame 11 are rotated only inward and the spring restoring force of the hinge 15 In a swing manner.

Therefore, the first door 14 is opened while being rotated in the inward direction, and is automatically closed by the spring restoring force at the hinge 15.

In particular, it is more effective to allow wild animals to be easily attracted by a pair of the wire mesh frames 11 of the first door 14 so that mutually opposite end portions are spaced apart by a constant width.

FIG. 4 is an enlarged plan view showing the interfacing structure of the upper trap of the wildlife continuous trapping apparatus according to the present invention. In the upper trap 10 of the present invention, each of the metal frame 11 constituting the side surfaces 12, And the end frame portions 110 of the side surfaces 12 are connected to each other by the hinge 16 so that the wire mesh frame 11 is rotatable.

The side surfaces 12 of the upper trap 10 are fitted to the wire mesh frame 11 constituting the upper surface 13 and can be fixedly connected by welding, It is also possible to make a connection so that the solution can be solved.

The upper trap 10 is provided on the ground, and the lower trap 20 is provided below the upper trap 10 so as to be buried in a predetermined depth.

The lower trap 20 is formed in a box shape so as to be formed in the same or similar size as the upper trap 10. [

The lower traps 20 are formed in such a manner that the side plates 21 and the lower ends of the side plates 21 are brought into fitting engagement with a plurality of frames 210 provided at regular intervals by welding the flat plate members 211 by welding And a bottom plate 22 of a flat plate.

Each of the side plates 21 is connected by a hinge 23 so that it can be folded between the side end portions as in the upper trap 10.

Unlike the case where the upper trap 10 is installed on the ground, since the lower trap 20 is embedded in the underground, it is most preferable that the lower trap 20 is closed at all sides.

FIG. 5 is an enlarged cross-sectional view illustrating a boundary plate of a wildlife continuous trapping apparatus according to the present invention, in which the boundary plate 30 of the present invention is provided with a pair of upper and lower traps 10, 10) 20 are separated from each other.

The boundary plate (30) constitutes the bottom surface of the upper trap (10) and constitutes the ceiling surface of the lower trap (20).

The guide groove 300 is formed in the upper surface outer circumferential edge portion and the lower surface outer circumferential edge portion of the boundary plate 30 so that the lower end portion of the upper trap 10 and the upper end portion of the lower trap 20 can be inserted and inserted.

A second door 31 is formed on the boundary plate 30 so as to rotate downward. The second door 31 is formed of a pair of plate surfaces. The plate surfaces of the first door 14, And is rotatably fixed by a hinge (32).

The second door 31 of the boundary plate 30 is opened by a swinging method in which the opposite end of the second door 31 opposite to the hinge 32 is rotated downward at a predetermined angle, The door is automatically closed by the spring restoring force of the hinge 32. [

It is preferable that the second door 31 is prevented from being opened to such an impact because the second door 31 can impact the second door 31 from the lower part to the upper part while the wild animal strikes against the second door 31. Therefore, 31 may be formed so as to be in close contact with each other with the hinge 32 provided therebetween and the stopper plate 34 may be integrally provided at both lower ends of the second door 31 so as to protrude outward from the side end portions .

A check window 33 is provided on the plate surface of the first door 14 side which is the outside of the second door 31 together with the second door 31 in the boundary plate 30.

FIG. 6 is an enlarged perspective view illustrating a confirmation window of the wildlife continuous capture apparatus according to the present invention. The confirmation window 33 of the present invention confirms whether wildlife is trapped in the lower trap 20, And a third door 331 that opens and closes the opening 330. The third door 331 has a relatively small opening 330 allowing an anesthetic to be anesthetized before the wild animal is taken out.

The opening 330 of the check window 33 is formed so as to be able to identify the inside of the lower trap 20 or may cause an accident if the wild animal exposes the head or foot in the lower trap 20, It is most preferable that a plurality of sashes 332 are provided on the bottom surface of the sash 30 so as to cross the opening 330.

The opening 330 of the confirmation window 33 is always closed by the third door 331, and is opened only when necessary.

However, unlike the first door 14 and the second door 31 are swing-type doors, the third door 331 is configured such that one end thereof is opened upward.

It is easy to check the inside of the lower trap 20 in any direction so that the check window 33 is provided as one pair from the front to the back.

In order to allow the user to easily recognize the capturing of wild animals in the lower trap 20 without being directly confirmed through the check window 33, Or a wireless sensor may be provided.

Particularly, the present invention can be formed only by the combination of the lower trap 20 buried in the basement and the boundary plate 30.

The method of constructing and installing the wild animal continuous catching apparatus of the present invention in accordance with the above configuration and the method of using the same will be described in more detail below.

The present invention firstly forms four side walls 12 and an upper side 13 of a wire mesh frame 11 constituting an upper trap 10 and each of the lower traps 20 comprises a plurality of frames 210, And a bottom plate 22 is fitted to the lower ends of the side plates 21. The bottom plate 21 is formed as a flat plate.

The side surfaces 12 of the upper trap 10, which are separately manufactured, can be completely folded as shown in FIG. 6 by connecting the side frames 110 by the hinges 16.

Since the side surfaces 12 of the upper trap 10 are folded by the hinges 16 so as to be overlapped with each other, it is convenient to carry while being moved, and is easy to load.

The side surfaces 12 of the upper trap 10 may be such that the frame 110 of each upper end portion is simply connected to the upper surface 13 formed of the same type of the wire netting frame 11 by fitting, It is possible to fix the sieve solution so that the sieve solution can be solved by using a separate fastening means in a combined state.

In order to avoid the use of separate fastening means, it is desirable to have a height sufficient for the wild animals to fall over.

Like the upper trap 10, the lower traps 20 are also connected by the hinges 23 between the side plates 21 forming the four sides of the sides so that the sides can be folded as a whole.

However, the lower traps 20 may be formed so that the lower ends of the side plates 21 are fitted to the guide grooves formed along the outer peripheral surface of the bottom plate 22, .

When the upper and lower traps 10 and 20 are manufactured as described above, the boundary plate 30 is fitted to the upper portion of the lower trap 20 and the upper trap 10 The lower end portions of the first and second projecting portions 22 and 24 are brought into fitting engagement.

If the upper trap 10 and the lower trap 20 are fit to the boundary plate 30 so that the wild animal impacts the boundary plate 30 in the lower trap 20, It is not affected by the load of the upper trap 10 at all, so that the wild animals can be safely trapped.

However, it is preferable that the collision impact on the boundary plate 30 is not applied by the wild animals, so that the height of the lower trap 20 is set to a height sufficient to make contact with wild animals, such as the upper trap 10, To be formed.

It is further preferable that the upper trap 10 and the lower trap 20 are detachably fixed at any time using separate fastening means so that the upper trap 10 and the lower trap 20 are not separated from the boundary plate 30.

Thus, the present invention is installed while being separately assembled and assembled in the field.

The lower trap 20 is first buried in the ground where the lower trap 20 can be accommodated and the boundary plate 30 is formed at the upper end of the lower trap 20, And then the upper trap 10 is exposed on the ground to the upper part of the boundary plate 30, thereby facilitating the installation.

FIG. 7 is a structural view of an apparatus for capturing wild animals continuously according to the present invention. As shown in FIG. 7, the wild animal continuous capturing apparatus of the present invention is installed. In the upper trap 10, If you put the favorite bait on the wildlife, all the installation is complete.

Since the wild animal continuous approaching device of the present invention allows the wild type animals to be spaced apart from each other by a certain distance between the wire mesh frames 11 of the first door 14 formed in the upper trap 10, Can be achieved.

In other words, when the wickets 11 on both sides of the first door 14 are opened at a predetermined width, the bait is seen between the gaps, so that the wickedness is further reduced, so that the wild animals can push the first door 14 more safely And then enters the inside of the upper trap 10.

At the moment when the wild animal comes close to the bait, the moment the weight of the wild animal is put on the second door 31 of the boundary plate 30, the second door 31 is opened downward and the wild animal is dropped into the lower trap 20 .

The second door 31 is automatically raised and closed by the spring restoring force of the hinge 32 so that the wild animal is trapped in the lower trap 20. [

Since the lower trap 20 is buried in the ground, the wild trapped animal trapped in the lower trap 20 may be somewhat embarrassed at the beginning of the trap trap 20, but it will be quiet over time.

If the wild trapped animal is caught by the upper trap 10 and trapped by the lower trap 20, the upper trap 10 remains in the same state as the first trap, so that other wild animals can be continuously attracted.

The wild animals can be captured repeatedly by allowing the wild animals to fall into the lower trap 20 instantaneously while being attracted to the inside of the upper trap 10 and the wild animals trapped in the lower trap 20 can be caught by the check window 33, So that the capturing of the wild animals through the check window 33 is checked, and the trapped wild animals are anesthetized by using the anesthesia gun through the check window 33.

When the wild animal is anesthetized, the upper trap 10 and the partition plate 30 are sequentially separated by using gravity or equipment to make the upper part of the lower trap 20 open, and in this state, Take wild animals out of the way by lifting only wild animals.

However, when the wildlife is trapped in the lower trap 20, it can be detected not only by the naked eye through the window 33 but also at the remote place through the CCTV or the wireless sensor which is installed in the lower trap 20 or the boundary plate 30. [ Thereby making it possible to prevent the loss of manpower for confirming the capture or the case in which the wild animal is left in the lower trap 20 for a long time.

Therefore, it is possible to immediately capture the facts immediately after capturing wild animals and to cope with them in a short time, so that safe capturing is possible with minimizing the damage caused by leaving wild animals for a long time.

In the meantime, according to the present invention, even when the upper trap 10 is removed, the boundary plate 30 is fitted to the upper end of the lower trap 20 buried in the ground, and then the boundary plate 30 is camouflaged with surrounding camouflage It is also possible to use it.

However, since the boundary plate 30 at this time may be opened to the upper side, it is more preferable to solve the problem through a separate fastening device.

As described above, according to the present invention, the lower trap 20 is embedded in the ground so that wild animals can be captured without seeing captured wild animals on the ground, thereby enabling continuous capturing of wild animals, It is possible to manage the wild animals more safely while providing convenience of operation to enable easy confirmation and anesthesia.

10: upper trap 11: wire mesh frame
110: frame 111: wire mesh
12: side surface 13: upper surface
14: first door 15,16: hinge
20: Lower trap 21: Side plate
22: bottom plate 23: hinge
30: boundary plate 31: second door
32: Hinges 33: Confirmation window
330: opening 331: third door
332: grate 34: stopper plate

Claims (11)

A plurality of frames are connected in a lattice shape, and the frames are covered with a wire netting, and the side faces and the upper face are formed as a metal netting frame. An upper trap which is opened downward to be opened on the ground, a first door which is closed by being returned by a spring restoring force,
A lower trap embedded in a lower portion of the upper trap so that the lower ends of the side plates coupled with the plate members of the plate to the plurality of frames are fitted to the lower plate and formed into an upwardly open closed box shape;
And a lower end portion of the upper trap and an upper end portion of the lower trap are engaged with each other to separate a space between the upper trap and the lower trap, and the end portions of the pair of plates are rotatably fixed by hinges, A second door formed in a swing type in which the second door is rotated in a downward direction by a spring restoring force of the hinge so as to be rotatable at a predetermined angle and a plurality of check windows are openably and closably provided on an outer side surface of the second door;
Of the wild animal.
delete The method according to claim 1,
Wherein the first door is configured to be spaced apart from each other by a predetermined width between opposite ends of a pair of wire mesh frames.
delete The method according to claim 1,
Wherein each side surface of the upper trap is connected to the upper surface by a fastening means so as to be able to solve the upper surface.
The method according to claim 1,
Wherein the upper trap and the lower trap are folded between the plate surfaces by connecting the side faces of the four sides and the side plates adjacent to each other by hinges.
A lower trap embedded in a basement so that a lower end of each of the side plates coupled to a plurality of frames is connected to the lower plate and is formed into an upwardly open closed box shape;
The upper end of the lower trap is fitted and coupled so that the opposite end portions of the pair of plate surfaces are rotatably fixed by the hinge, while the end portions facing each other are rotated downward only by a certain angle, And a plurality of check windows are openably and closably provided on an outer side surface of the second door.
Of the wild animal.
The method of claim 7,
Wherein the lower trap allows the side plates of each of the four sides to be connected by the respective hinges between the adjacent side end portions so as to be folded between the plate surfaces.
The method according to any one of claims 1 to 7,
Wherein a guide groove is formed in an upper surface outer circumferential edge portion and a lower surface outer circumferential edge portion of the boundary plate so that a lower end portion of the upper trap and an upper end portion of the lower trap can be fitted and inserted.
delete The method according to any one of claims 1 to 7,
Wherein the CCTV or the wireless sensing device is installed in the lower trap so that capturing or capturing of the captured wildlife can be confirmed remotely.

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