JP6833404B2 - Wildlife trap - Google Patents

Description

The present invention relates to wildlife traps.

Conventionally, in a wild animal trap, when a wild animal steps on a tread plate or comes into contact with a detection member, a wire interlocked with them automatically acts to capture the wild animal's foot. , The cage is generally configured to automatically block and capture wild animals (see, for example, Patent Document 1).

Japanese Patent Application No. 2013-179916

However, especially in the trap where wild animals step on the treads or come into contact with the detection members, the wires linked with them automatically act to narrow down the wire wheels and capture the feet of the wild animals. Because the wire ring is placed horizontally on the ground with a certain spread of the wire ring, if the wild animal shrinks or jumps at the moment when the wire ring is narrowed down, the timing of narrowing down the wire ring will be shifted and the wild animal's The foot could not be captured properly with a wire ring, and the capture efficiency was reduced.
In the present invention, when a wild animal comes into contact with a detection member such as a tread plate, the wire ring is displaced upward from the ground to perform a narrowing operation of the ring in the air, and the wild animal escapes from a momentary trap. It provides a trap for catching wild animals that can be reliably caught with a wire ring on the legs of wild animals.

The present invention constitutes a double support frame in which a plurality of support frames are connected by a connecting body, and a disk body is loosely fitted to each support frame as a tread plate so as to be able to descend, and each disk body has an outer peripheral surface thereof. Each wire ring is provided to tighten the legs of wild animals as it descends as a tread plate of the disk body, and each wire extension end inserted into each ring formed at one end of each wire forming each wire ring. A wildlife capture trap is provided at each wire extension end, which comprises a portion and is characterized in that a wire actuator that operates ascending is connected to each other.

In addition, a support frame with an upper opening that allows the disk body as a tread to freely descend, a disk body having a tread mechanism for wild animals, and a disk body that surrounds the outer peripheral surface of the disk body as the tread body descends. One wire ring that tightens the legs of wild animals, one wire extension end inserted into one ring formed at one end of one wire that forms one wire ring, and one wire extension end It constitutes a more trap mechanism with a wire actuating body that operates ascending connected to the part, and also surrounds the outer peripheral surface of the disc body and tightens the legs of wild animals as it descends as a tread plate of the disc body. A wire ring, another wire extension end inserted into another ring formed at one end of another wire forming the other wire ring, a guide substrate connected to the other wire extension end, and the other. It is characterized in that another trap mechanism is configured from a projecting body slidably stored in the guide substrate and a projecting mechanism for urging the projecting body to project forward along the guide substrate while tightening the wire ring. ..

According to the invention of claim 1, a double support frame in which a plurality of support frames are connected by a connecting body is configured, and a disk body is loosely fitted to each support frame as a tread plate so as to be able to descend freely. Provided wire rings that surround the outer peripheral surface and tighten the legs of wild animals as they descended as treads of the disk body, and inserted into each ring formed at one end of each wire forming each wire ring. Each wire extension end is composed of a wire operating body that operates ascending to each wire extension end, and the upper edge of the connection has a notch for fixing an obstacle. since there has been formed, there is an advantage of being able to capture the foot wildlife wire operating member deviates the wire ring which surrounds the outer peripheral surface of the disk body is actuated upward by tightening actuating the wire wheels.
In addition, by making it possible to install multiple traps side by side on the ground, one support frame will be installed on the outward route side and the other support frame will be installed on the return route side on a beast road such as a mountain slope. This allows wild animals to travel from either direction on the outbound or inbound route and can be tied up with a trap wire ring installed on any of the support frames.

According to the invention of claim 2, surrounds the upper opening the support frame falls freely loosely fitted a disc member as tread plate, said disc having a step board mechanism wildlife, the outer peripheral surface of the disk body and primary wire wheel tightening operation the legs of wildlife with the drop as step board of the disk body, leaving one wire extending inserted through one of the ring formed on one end of one wire to form the primary wire wheels constitutes an end portion, one wire working body raised operative linked with wire extending end portion and the more one trap mechanism, further drop in the step board of the disk body so as to surround the outer circumferential surface of the disk body Other wire rings that tighten the legs of wild animals, other wire extension ends that are inserted into other wires formed at one end of other wires that form other wire rings, and other wire extensions. From the guide base connected to the protruding end, and the protruding body and the protruding body slidably housed in the guide base while tightening the other wire rings, and the protruding mechanism for urging the protruding body to protrude forward along the guide base. Since the other trap mechanism is configured, two types of traps can be attached to one support frame, and specifically, two wire rings can be surrounded on the outer peripheral surface of one disk body. In particular, after the support frame is buried in the snow, the outer peripheral surface of the disk body is surrounded by the wire rings of each trap, and one wire ring is composed of a trap consisting of a guide base, a projecting body, and a projecting mechanism, and the other. By configuring the wire ring with a trap composed of a wire actuating body or the like, one of the traps can be reliably operated and tied up when a wild animal steps on the disk body. In particular, in a low temperature state such as freezing, there is an effect that the trap composed of the guide substrate, the projecting body and the projecting mechanism operates reliably without freezing.

The perspective view which shows the installation state of the trap for catching a wild animal of Reference Example 1. FIG. The perspective view which shows the trap for catching a wild animal of Reference Example 1. FIG. An exploded perspective view showing a trap for capturing wild animals of Reference Example 1. (A) A plan view showing a support frame. (B) Top view showing a trap for capturing wild animals. (A) A plan view showing a state in which a wild animal's foot steps through the disk of a trap for capture. (B) A plan view showing a state in which a rod-shaped protrusion in a support frame supports a wire ring. The front view which shows the installation state of the trap for catching a wild animal of Reference Example 1. The side view which shows the installation state of the trap for catching a wild animal of Reference Example 1. A side view showing an operating state 1 of a wild animal capture trap of Reference Example 1. A side view showing an operating state 2 of a wild animal capture trap of Reference Example 1. A side view showing an operating state 3 of a wild animal capture trap of Reference Example 1. The perspective view which shows the trap for catching a wild animal of Example 1. FIG. The perspective view which shows the installation state of the trap for catching a wild animal of Example 1. FIG. An exploded perspective view showing a trap for capturing wild animals of Example 2. The perspective view which shows the trap for catching a wild animal of Example 2. FIG. A cross-sectional explanatory view showing a capture rope and a protrusion mechanism. An explanatory cross-sectional view showing the operating state of the capture rope and the protrusion mechanism. The perspective view which shows the installation state of the trap for catching a wild animal of Example 2. FIG.

The present invention constitutes a double support frame in which a plurality of support frames are connected by a connecting body, and a disk body is loosely fitted to each support frame as a tread plate so as to be able to descend, and each disk body has an outer peripheral surface thereof. Each wire ring is provided to tighten the legs of wild animals as it descends as a tread plate of the disk body, and each wire extension end inserted into each ring formed at one end of each wire forming each wire ring. A wildlife capture trap is provided at each wire extension end, which comprises a portion and is characterized in that a wire actuator that operates ascending is connected to each other.

In addition, a support frame with an upper opening that allows the disk body as a tread to freely descend, a disk body having a tread mechanism for wild animals, and a disk body that surrounds the outer peripheral surface of the disk body as the tread body descends. One wire ring that tightens the legs of wild animals, one wire extension end inserted into one ring formed at one end of one wire that forms one wire ring, and one wire extension end It constitutes a more trap mechanism with a wire actuating body that operates ascending connected to the part, and also surrounds the outer peripheral surface of the disc body and tightens the legs of wild animals as it descends as a tread plate of the disc body. A wire ring, another wire extension end inserted into another ring formed at one end of another wire forming the other wire ring, a guide substrate connected to the other wire extension end, and the other. It is characterized in that another trap mechanism is configured from a projecting body slidably stored in the guide substrate and a projecting mechanism for urging the projecting body to project forward along the guide substrate while tightening the wire ring. ..

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

[Reference example 1]
FIG. 1 is a perspective view showing the installation state of a wildlife capture trap of Reference Example 1, FIG. 2 is a perspective view showing a wildlife capture trap of Reference Example 1, and FIG. 3 is a wildlife capture of Reference Example 1. An exploded perspective view showing a trap, FIG. 4 (a) is a plan view showing a support frame, FIG. 4 (b) is a plan view showing a wild animal capture trap of Reference Example 1, and FIG. 5 (a) is a wild animal. A plan view showing a state in which the disc of the capture trap is stepped on with the foot of the fish, FIG. 5 (b) is a plan view showing a state in which the rod-shaped protrusion in the support frame supports the wire ring, and FIG. 6 is the wild of Reference Example 1. A front view showing the installation state of the animal capture trap, FIG. 7 is a side view showing the installation state of the wild animal capture trap of Reference Example 1, and FIG. 8 is an operating state of the wild animal capture trap of Reference Example 1. 1 is a side view showing 1, FIG. 9 is a side view showing an operating state 2 of a wild animal capture trap of Reference Example 1, and FIG. 10 is a side view showing an operating state 3 of a wild animal capture trap of Reference Example 1. is there.

As shown in FIGS. 1 to 3, the wild animal capture trap K surrounds the disk body 20 having the tread mechanism of the wild animal Y and the outer peripheral surface 20c of the disk body 20 as a tread plate of the disk body 20. A wire ring C1 that tightens the foot Y1 of the wild animal Y as it descends, a wire extension end C3 inserted into a ring C2 formed at one end of the wire C that forms the wire ring C1, and a wire extension end C3. It is composed of a wire operating body A that operates ascending in connection with.

The wire operating body A is integrated with the base fixing body A1 fixed to the ground G. Specifically, the wire operating body A includes a base fixing body A1 fixed to the ground G and a rod operating body A2, and both bases are connected via a coil spring S.

The base fixing body A1 is a member for fixing the wild animal capture trap K to the ground G, and is configured to be buryable in the shape of a long rod, and the wire extending end portion C3 of the wire C is attached to the tip portion 10 thereof. An annular base ring 10a to be inserted is formed.

The rod operating body A2 can be opened and closed with respect to the base fixed body A1 via the coil spring S, and thus the tip portion 11 of the rod operating body A2 is lifted and urged by the coil spring S. An annular rod ring 11a through which the wire extending end C3 of the wire C is inserted is formed at the tip 11. Further, the tip portion 11 of the rod operating body A2 is bent to a predetermined length. By providing the bent portion 11b in the rod operating body A2, the bent portion 11b of the rod operating body A2 can be reliably exposed to the ground while the base fixed body A1 is embedded.
At the time of installation, the rod operating body A2 is wrapped with a kazura or the like to hide it.

The base fixed body A1 and the rod operating body A2 are configured to regulate the urging force of the coil spring S by connecting the tip portions 10 and 11 to each other via the trigger mechanism D.

That is, the trigger mechanism D engages the wire ring C1 with the outer peripheral surface 20c of the disk body 20, and makes the wire extending end portion C3 the ring C2, the rod ring body 11a of the rod operating body A2, and the base portion of the base fixing body A1. A configuration in which the ring body 10a is inserted in this order, the wire extending end portion C3 is further fastened with a wire stopper E (see FIG. 3) under the base ring body 10a, and one end of the wire C is fixed to a peripheral fixed object T. It is said.

The disk body 20 is circular and has a thickness larger than the diameter of the wire C. Moreover, when a wild animal steps on the disk body 20, the wire ring C1 is surely formed from the outer peripheral surface 20c of the disk body 20. It is made of, for example, styrofoam material, wood, plastic, etc. so as to be a trigger for catching the wild animal Y.
Further, the disk body 20 may be coated to prevent damage when the wire ring C1 of the wire C is engaged with the outer peripheral surface 20c thereof.
Further, as shown in FIGS. 3 and 4B, a cross cut may be formed in the bottom surface portion 20b of the disk body 20 so that the disk body 20 is surely cracked when the wild animal Y steps on it. .. Reference numeral 20a in the figure is an upper surface portion of the disk body 20.

As shown in FIGS. 3 and 4, the support frame 30 has a tubular body 31 having an upward opening for loosely fitting the disk body 20, and a plurality of plate-shaped legs 32, 32, 33, 33 on the peripheral surfaces of the tubular body 31. Two legs 32, 32, 33, and 33 are erected in parallel on the peripheral surface of the cylinder body 31. The support frame 30 having such a configuration can be easily embedded in the ground G by being stepped on by an operator.

The upper opening 31a of the cylinder body 31 is provided with a notch 31b for accommodating the ring C2 of the wire C, and the wire ring C1 is in contact with the inner peripheral surface 31c of the cylinder body 31 to be upward. A plurality of rod-shaped protrusions 34 are arranged to facilitate the detachment. That is, as shown in FIG. 5B, even if the diameter of the wire ring C1 is reduced when the disk body 20 is reduced in diameter, the wire ring C1 is surely brought into contact with the rod-shaped protrusions 34 and 34 and comes off.

Further, as shown in FIGS. 2, 3 and 6, a rod-shaped wire wheel guide pin 35 for guiding the wire ring C1 upward from the upper opening 31a is connected to the cylinder body 31 via a connector 36. doing. That is, the wire wheel guide pin 35 is connected so that the angle can be adjusted in the left-right direction by fastening with a connecting tool 36 whose base is inserted into the insertion hole 31d of the cylinder body 31.

The legs 32, 33 arranged on the outer circumference of the cylinder body 31 are formed with V-shaped obstacle fixing bodies 32a, 33a for fixing the obstacle X on the upper edge thereof, and further, the legs Insertion holes 32b and 33b used for fixing the obstacle X placed on the obstacle fixing body 32a with a wire, a string or the like are bored on the side surfaces of the 32 and 33, respectively.

Further, the base fixing body A1 and the rod operating body A2 are detachably connected via the trigger mechanism D.

Then, when the connection is released by a constant trigger from the outside, the rod operating body A2 is configured to stand up in an inclined shape around the coil spring S at the base end and the tip portion rises.

In the following description, the mechanism including the disk body 20, the wire C, the base fixing body A1 and the rod operating body A2 is referred to as a trap mechanism H.

A constant trigger from the outside is such that the disk body 20 loosely fitted in the support frame 30 is stepped on by the foot Y1 of the wild animal Y and the wire ring C1 engaged with the outer peripheral surface 20a of the disk body 20 is released. It refers to the operating state, and the operation of releasing the wire ring C1 by the trigger will be described below.

That is, the wire ring C1 is engaged with the outer peripheral surface 20a of the disk body 20, and the wire extending end portion C3 of the wire C is connected to the rod ring body 11a of the tip portion 11 of the rod operating body A2 and the tip portion 10 of the base fixing body A1. The wire stopper E is attached to the wire extending end C3 under the tip of the base fixing body A1 by sequentially inserting the wire stopper E into the base ring body 10a.
Further, the disk body 20 is loosely fitted in the upper opening 31a of the support frame 30 with the wire ring C1 engaged, and a constant trigger from the outside, for example, the disk body 20 is a wild animal. When stepped on by the foot, the wire ring C1 is disengaged upward from the outer peripheral surface 20a of the disk body 20, the connection by the trigger mechanism D is released, and the tip portion 11 of the rod operating body A2 rises apart from the base fixed body A1. Configure to urge.

That is, when the disk body 20 is lowered by a wild animal, the wire ring C1 is pulled out from the disk body 20 and the connection between the tip portion 10 of the base fixing body A1 and the tip portion 11 of the rod operating body A2 is released, and the rod operating body A2 When the tip portion 11 is lifted and urged apart from the base fixed body A1, the tip portion 11 of the rod operating body A2 pushes the ring C2 of the wire C to reduce the diameter of the wire ring C1 and the foot Y1 of the wild animal Y. Tie up.

At the same time as this operation, the wire wheel guide pin 35 of the support frame 30 between the wire wheel C1 and the disk body 20 guides the wire wheel C1 while sliding upward, thereby ensuring the upper part of the foot Y1 of the wild animal Y. It can act as a bondage to the catch rate.

Reference Example 1 of the present invention is configured as described above, and is used and functions as follows.

(1) First, go to a place where wild animals are captured, and place and fix the wild animal trap K on the ground (see FIGS. 1 and 7).
When fixing to the ground G, the support frame 30 is buried in the ground, and the obstacle X is tied to the legs 32 and 32 which are forward positions when the wild animal Y passes through the support frame 30. By providing the obstacle X at the front position of the support frame 30, the wild animal Y adjusts the stride length in order to jump over the obstacle, and the wild animal Y foots Y1 on the disk body 20 installed in front of the obstacle. You can increase the probability of trampling with. When burying the support frame 30, the support frame 30 can be easily buried in the ground by the operator stepping on the support frame 30 without digging a conventional excavation hole.

At that time, the end of the wire C of the wild animal trap K is fixed to a fixed object T such as a standing tree in the vicinity.
Moreover, the wire ring C1 tightens the outer peripheral surface 20a of the disk body 20 so that the disk body 20 can be freely lowered and fitted into the support frame 30. The wire extension end C3 inserted into the ring C2 formed at one end of the wire C forming the wire ring C1 is inserted into the ring C2 formed at one end of the wire C, and the tip of the rod operating body A2 is further described later. The wire stopper E is inserted into the rod ring body 11a of the portion 11 and the base ring body 10a of the tip portion 10 of the base fixed body A1 and is attached to the wire extending end portion C3 of the wire C located below the tip portion of the base fixed body A1. It is attached to regulate the ascending urging of the rod actuator A2.

At this time, the ascending urging force of the rod operating body A2 is such that the wire extending end C3 is the tip 11 of the rod operating body A2 and the tip of the base fixing body A1 while the wire ring C1 is tightening the outer peripheral portion of the disk body 20. The holding state is maintained by locking the portion 10 with the wire stopper E at a position below the base ring body 10a of the base fixed body A1.
After that, the base fixing body A1 is buried in the ground, and the safety ring Z in FIG. 7 is removed. In this state, preparations for installing the wildlife trap K are completed.

(2) After that, as shown in FIGS. 5 (a), 8 and 9, when the wild animal steps on the disk body 20, the disk body 20 descends into the opening of the support frame 30 and thus externally. A certain trigger is generated from the above, the wire ring C1 is detached from the outer peripheral surface 20a of the disk body 20, and the connecting function connecting the rod operating body A2 and the base fixing body A1 is released, and the rod operating body A2 The tip portion is separated from the base fixed body A1 and rises in an inclined manner. That is, if the tip of the rod operating body A2 collides with the ring C2 of the wire ring C1 and is pushed upward, the ring C2 contracts the ring diameter of the wire ring C1 to reduce the diameter and binds the foot Y1 of the wild animal Y. (See FIG. 10).
In particular, after the wire ring C1 is detached from the disk body 20, the wire ring C1 is guided upward by the wire wheel guide pins 35 and 35 of the support frame 30, so that the upper part of the foot Y1 of the wild animal Y (above the hoof). It acts to capture the high position of the wild animal, and can further improve the capture probability of wild animals.
The ring C2 forms a wire ring C1 by connecting one end of the wire C in an annular shape and inserting the other end of the wire into the ring C2.

(3) In particular, since the rod operating body A2 rises in an inclined manner, the wire ring C1 is reduced in diameter to the foot Y1 of the wild animal Y, and the wild animal Y is bound.
After that, even if the wild animal Y senses the abnormality of the bondage of the foot Y1 and rampages, the wire C is connected to the fixed object T, so that the safe and reliable capture work is completed.

[Example 1]
[Double support frame]
The double support frame 40 shown in FIGS. 11 and 12 has a structure in which cylindrical cylinder bodies 31 and 31 of a plurality of support frames are connected to each other by plate-shaped connecting bodies 42 and 42. That is, the wild animal capture trap constitutes a double support frame 40 in which a plurality of support frames 30 and 30 are connected by a connecting body 42, and a disk body 20 is freely lowered as a tread on each support frame 30. Each disk body 20 is loosely fitted, and each disk body 20 is provided with wire rings C1 that surround the outer peripheral surface 20c and tighten the legs of wild animals as the disc body descends as a tread plate to form each wire ring C1. It is composed of each wire extending end portion C3 inserted into each ring C2 formed at one end of each wire C, and each wire extending end portion C3 is connected to a wire operating body A that operates ascending.

A V-shaped obstacle fixing body 42a for fixing the obstacle X is formed at the center of the upper edge of each connecting body 42, and further, the obstacle fixing body 42a is placed at the center of the side surface of the connecting body 42. An insertion hole 42b used for fixing the placed obstacle X with a wire, a string, or the like is bored.

A trap mechanism H including a base fixing body A1, a rod operating body A2, a disk body 20, and a wire can be attached to each cylinder body 31.
It should be noted that the respective configuration diagrams in FIGS. 11 and 12 are designated by the same reference numerals as the respective components of Reference Example 1, and the same description will be omitted.

Example 1 of the present invention is configured as described above, and is used and functions as follows.

(1) First, go to a place where wild animals are captured, and place and fix the wild animal trap K on the ground (see FIGS. 1 and 7).
When fixing to the ground G, the double support frame 40 is buried in the ground, and the wild animal Y binds the obstacle X to the connecting bodies 42 and 42 of the double support frame 40. By providing the obstacle X at the center position of the double support frame 40, the wild animal Y adjusts the stride length in order to jump over the obstacle, and the wild animal Y legs the disk body 20 installed in front of the obstacle. The probability of trampling with Y1 can be increased.

At that time, the end of each wire C of each trap mechanism H is fixed to a fixed object T such as a standing tree in the vicinity.
Moreover, in each trap mechanism H, the wire ring C1 tightens the outer peripheral surface 20a of the disk body 20 and loosely fits the disk body 20 into the support frame 30 so as to be able to descend. The wire extension end C3 inserted into the ring C2 formed at one end of the wire C forming the wire ring C1 is inserted into the ring C2 formed at one end of the wire C, and the tip of the rod operating body A2 is further described later. The wire stopper E is inserted into the rod ring body 11a of the portion 11 and the base ring body 10a of the tip portion 10 of the base fixed body A1 and is provided at the wire extending end portion C3 of the wire C located below the tip portion of the base fixed body A. It is attached to regulate the ascending urging of the rod actuator A2.

At this time, the ascending urging force of the rod operating body A2 is such that the wire extending end C3 is the tip 11 of the rod operating body A2 and the tip of the base fixing body A1 while the wire ring C1 is tightening the outer peripheral portion of the disk body 20. The holding state is maintained by locking the portion 10 with the wire stopper E at a position below the base ring body 10a of the base fixed body A1.
In this state, preparations for installing the wildlife trap K are completed.

(2) After that, as shown in FIG. 12, when a wild animal walking from any of the outbound and inbound routes of the beast road steps on the disk body 20 of either cylinder body 31, the disk body 20 opens the double support frame 40. It descended inward, and in this way, a constant trigger from the outside was generated, the wire ring C1 was disengaged from the outer peripheral surface 20a of the disk body 20, and the rod actuating body A2 and the base fixing body A1 were connected. The connection function is released, and the tip end portion of the rod operating body A2 is separated from the base fixed body A1 and rises in an inclined manner. That is, if the tip of the rod operating body A2 collides with the ring C2 of the wire ring C1 and is pushed upward, the ring C2 contracts the ring diameter of the wire ring C1 to reduce the diameter and binds the foot Y1 of the wild animal Y. To do.
In particular, after the wire ring C1 is detached from the disk body 20, the wire ring C1 is guided upward by the wire wheel guide pins 35 and 35 of the double support frame 40, so that the upper part of the foot Y1 of the wild animal Y (from the hoof). It acts to capture the upper position), and can further improve the capture probability of wild animals.
The ring C2 forms a wire ring C1 by connecting one end of the wire C in an annular shape and inserting the other end of the wire into the ring C2.

(3) In particular, since the rod operating body A2 rises in an inclined manner, the wire ring C1 is reduced in diameter to the foot Y1 of the wild animal Y, and the wild animal Y is bound.
After that, even if the wild animal Y senses the abnormality of the bondage of the foot Y1 and rampages, the capture rope C is connected to the fixed object T, so that the safe and reliable capture work is completed.

According to the wild animal capture trap K having such a configuration, one cylinder body 31 can be installed on the outward route side and the other cylinder body 31 can be installed on the return route side in the beast path. When a wild animal advances from any of the above directions, it can be bound by the wire ring C1 of the trap mechanism H installed in any of the cylinder main bodies 31.

[Example 2]
[Other support frames]
The support frame 50 shown in FIG. 13 is suitable for use in an area with a large amount of snow, and is buried in snow so that two types of trap mechanisms can be attached at the same time. That is, the trap for capturing wild animals includes a support frame 50 having an upper opening for freely fitting the disk body 20 as a tread plate, a disk body 20 having a tread mechanism for wild animals, and an outer peripheral surface 20c of the disk body 20. One wire ring C1 that tightens the legs of wild animals as it descends as a tread plate of the disk body 20 and one ring C2 formed at one end of one wire C that forms one wire ring C1. A wire actuating end C3 inserted into the wire, a wire actuating body A connected to the wire extending end C3, and a trap mechanism H are formed, and further, an outer peripheral surface of the disk body 20 is formed. Another wire ring C1 that surrounds 20c and tightens the legs of wild animals as the disc body 20 descends as a tread, and another ring formed at one end of the other wire C that forms the other wire ring C1. The other wire extending end C3 inserted through C2, the guide base 14 connected to the other wire extending end C3, and the other wire ring C1 were tightened and slidably stored in the guide base 14. The projecting body 15 and the projecting mechanism 16 for urging the projecting body 15 to project forward along the guide base 14 constitute another trap mechanism H'.

The guide base 14 is formed in a tubular shape, and a projecting body 15 also formed in a tubular shape is loosely fitted and stored therein.

In this way, the guide base 14 and the projecting body 15 are formed in a pipe shape, and the projecting body 15 can slide freely in the guide base 14.

A protrusion mechanism 16 is interposed between the guide base 14 and the protrusion 15.

That is, the protruding mechanism 16 is composed of a coiled spring 17 interposed between the bottom portion 14a of the guide base 14 and the ceiling portion 15a of the protruding body 15.

Here, the wire ring C1 is engaged with the outer peripheral surface 20a of the disk body 20, the wire extending end portion C3 of the wire C is inserted into the projecting body 15 and pulled out from the small hole 15b of the projecting body 15 with the wire stopper E. It is locked, and the end of the wire C is fixed to a fixed object T such as a standing tree in the vicinity.
Further, the front end surface 14c of the projecting body 15 in the guide base 14 abuts on the ring C2 and the disk body 20 to regulate the projecting urging of the projecting body 15.

Further, the disk body 20 is loosely fitted in the upper opening 31a of the support frame 50.

The projecting body 15 has a function of abutting the ring C2 of the wire ring C1 of the wire C whose front end is on the front side of the guide base 14 when projecting forward, and displaces the ring C2 in the contraction direction of the wire ring C1. ..

A wire C inserted through the center of the coiled spring 17 is inserted from the tip and rear ends of the projecting body 15 and extends rearward from the bottom 14a of the guide base 14, and the end thereof is a wildlife trap K. The tip of the wire C, which is fixed to the fixed object T around the installation and extends from the tip of the projecting body 15, forms a ring C2 to form a wire ring C1 which is formed into a contractible ring.

In the trap mechanism H'having the above configuration, a cold protection cylinder 18 for preventing freezing is attached to the outer periphery of the guide base 14. By inserting the cold protection cylinder 18, the trigger is activated and the wild animal Y can be reliably captured without the protrusion mechanism 16 being inadvertently frozen.

Further, the trap mechanism H described in Examples 1 and 2 different from the trap mechanism H'is attached to one support frame 50.
That is, the wire rings C1 and C1 of the trap mechanisms H and H'are attached to the outer peripheral surface 20c of one disk body 20.

The configuration diagrams in FIGS. 13 to 17 are designated by the same reference numerals as the configuration parts of Reference Example 1 and the same description will be omitted.

Example 3 of the present invention is configured as described above, and is used and functions as follows.

First, go to a place to capture wild animals, excavate in the snow, install a circular plate P at the bottom of the excavation hole to prevent the support frame 50 from sinking, and place the support frame 50 on it. (See FIG. 17).

Two types of trap mechanisms H and H'are set on the support frame 50. In particular, the trap mechanism H'is attached with a cold protection cylinder 18 for preventing freezing, and when the wild animal Y steps on the disk body 20 with the foot Y1, the disk body 20 descends into the opening of the support frame 50, and this In this way, a constant trigger from the outside is generated, the wire ring C1 is detached from the outer peripheral surface 20a of the disk body 20, the protrusion restriction of the protrusion 15 housed in the guide base 14 is released, and the spring of the protrusion mechanism 16 is released. The projecting body 15 protrudes toward the tip of the ring C2 of the wire ring C1 by 17, and pushes the ring C2 to reduce the diameter of the wire ring C1 and bind the foot Y1 of the wild animal Y.

Regarding the operation procedure of the other trap mechanism H, duplicate explanation will be omitted as described above in the first embodiment.

In particular, in areas with a lot of snow, even if one trap mechanism H does not operate due to freezing, the other trap mechanism H'will capture and operate, so there is an effect that wild animals can be reliably captured. ..

The disk body 20 is formed in a substantially circular shape, and when used, if sticky rice grains or the like are rubbed on it and leaves or the like are attached on it for camouflage, the foot Y1 of the wild animal Y can be obtained. The leaf L does not slip even when riding on the leaf, and the wild animal Y can be reliably detected by the disk body 20.

In the second embodiment described above, two types of trap mechanisms H and H'are attached to the support frame 50 at the same time, but one trap mechanism may be attached depending on the climate. For example, if there is no snow, a trap mechanism H that separates upwards is attached to the support frame 50, and if there is snow, a trap mechanism H'with an antifreeze function is attached to the support frame 50. It may be installed.

Although some of the embodiments of the present invention have been described in detail with reference to the drawings, these are examples, and various embodiments are described based on the knowledge of those skilled in the art, including the embodiments described in the disclosure column of the invention. It is possible to carry out the present invention in another form that has been modified or improved.

K Wildlife capture trap Y Wildlife Y1 Foot G Ground T Fixed object X Obstacle Z Safety ring A Wire actuator A1 Base fixture 10 Tip 10a Base ring A2 Rod actuator 11 Tip 11a Rod ring 11b Folded part 14 Guide base 14a Bottom part 14b Rear end wall 15 Protruding body 15a Ceiling part 15b Protruding body tip surface 16 Protruding mechanism 17 Spring 18 Cold protection cylinder C Wire C1 Wire ring C2 Ring C3 Wire extension end D Trigger mechanism E Stopper Pin H Trap mechanism S Coil spring 20 Disc body 20a Top surface 20b Bottom surface 20c Outer surface 30 Support frame 31 Cylinder body 31a Upper opening 31b Notch 31c Inner peripheral surface 31d Insertion holes 32, 33 Legs 32a Obstacle fixing body 32b Insertion hole 34 Rod-shaped protrusion 35 Wire ring guide pin 36 Connector 40 Double support frame 42 Connector 42a Obstacle fixing body

Claims (2)

A double support frame is constructed by connecting a plurality of support frames with a connecting body.
A wire that allows the disk body to freely descend as a tread on each support frame, and a wire that surrounds the outer peripheral surface of each disk body and tightens the legs of wild animals as the disk body descends as a tread. Each wire is provided with a ring, and is composed of each wire extending end portion inserted into each ring formed at one end of each wire forming each wire ring, and each wire extending end portion is provided with a wire operating body that operates ascending. A wildlife capture trap having a connected structure and having a notch for fixing an obstacle formed on the upper edge of the connected body. A support frame with an upper opening that allows the disk body as a tread to be freely lowered and fitted.
Said disc having a step board mechanism wildlife, and primary wire wheel tightening operation foot wildlife an outer peripheral surface surrounds with the drop as step board of the disk body of the disk body, one wire wheels One wire extending end inserted into one ring formed at one end of one wire forming the above, and a wire operating body connected to the one wire extending end and operating ascending, and a more one trap mechanism. And
Further, on one end of another wire to form the other wire wheel tightening operation the legs of wildlife with the drop as step board of the disk body so as to surround the outer circumferential surface of the disk body, the other wire wheels A projecting body in which another wire extending end inserted through the other ring, a guide base connected to the other wire extending end, and another wire ring are tightened and slidably stored in the guide base. A wildlife capture trap characterized in that it comprises a protruding mechanism that projects and urges the projecting object forward along a guide substrate and another trap mechanism.

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