JP5866574B2 - Tie - Google Patents

Description

The present invention relates to a hook that is used to capture moths, deer and other wild animals.

A spear is a type of spear that is set up mainly to catch wild animals such as spiders and deers, and is a hunting spear that traps the ankle with a wire. A traditional hook is covered with a tread on the opening of a pit hole dug in the beast path, and a hanger ring formed at one end of the hook wire is placed around the tread, and fallen leaves or earth and sand are placed on them. Cover up. And the spring raising arm is fixed with a locking tool, and the base arm of the spring is fixed on the ground. When a heel or the like steps on the tread, the foot drops and falls into the hole, at the same time, the jumping arm is released from the locking device and jumps up the hooking wire so that the hooking ring squeezes the leg and prevents it from coming off. The other end of the tie wire is tied to a standing tree on the ground surface, so that the heel etc. will not escape or the tie wire will not be unraveled even if the heel with the legs tied up is violated and the tie down fixed on the ground is removed. It is.

JP 2000-125743 A JP 2001-112399 A

In the conventional binding rod, since the spring or the locking tool fixed to the ground surface and the binding wire are combined together, the binding rod may be broken if the hook or the like is caught on the binding wire and violated. In addition, it requires a deep pit of 20 to 30 cm to install the hook, and the hook is fixed on the ground surface and covered with fallen leaves and earth and sand to cover the hook, so it takes a lot of man-hours for installation. There is a lot of soil, and it is easy to feel drought from waste soil, etc. Also, since it took a long time to install dredging, human odor adheres to the surroundings, and dredging etc. keeps close to dredging There was a problem that.
Further, since the trigger for receiving the tread and operating the locking tool is attached to the pedestal at one point, the tread is tilted or the operation of the trigger is not stable and unstable. Furthermore, even if a child such as a small animal or a frog steps on the tread, the trigger is released, and a child such as a small animal or a frog that is not the target of capture may be captured regardless of the size of the animal.

In view of the above-described problems, the present invention has a very simple structure of the hook, such as a spring, a trigger, and the like, which are fixed to the ground surface, and the hook wire, when the hook is hooked on the hook wire and goes out of control. Because it is made of material, it is hard to break, and the pit hole can be as shallow as about 1 to 2 cm below the tread. Fixing of the hook is as short as inserting a pile with the spring's base arm bent into the ground. It can be installed in time, and the installation of the kite is difficult to be felt by the kite.
In addition, the installation of the tread board and the operation of the trigger are stable, and the trigger is difficult to come off even when a child such as a small animal or a kite steps on the tread board.

The binding rod of claim 1 of the present invention includes a tread plate 1 laid so as to cover the dropping hole, a binding wire 3 fixed at one end on the ground, forming a binding ring 2 at the other end, and laying around the dropping hole, and a binding wire A spring arm 41 made up of a spring 4 for springing up the wheel 2 is provided, and the tip of the base arm 42 of the spring 4 is bent to form a pile 5 that is inserted into the ground and fixed. A locking device 7 that locks in the closed position, a cross-section that unlocks the locking device 7 is L-shaped, and has a hole that locks the locking device 7 on one side, and the other side is the tread 1 In response, the base 6 attached to the stake 5 is provided with a trigger 8 having an L-shaped corner attached by a rotatable fixed metal 9 so that the binding wire 3 can be separated into a base arm 42 of the spring 4. Fix and move the wire 3 with the wire threading ring 13 at the tip of the jumping arm 41 The tread board 1 is supported by two places, the trigger 8 and the ground surface of the pit hole, and provides a hook that operates the trigger 8 when the tread board 1 is stepped on.

The hook 2 of the biller 2 of the present invention has a plurality of rotation-free fixed metal 9 for fixing the trigger 8 to the base 6.
For this reason, since the trigger 8 is kept stable and level, the tread 1 is not tilted and the operation of the trigger 8 is not unstable, and the prey can be reliably captured.

The binding rod of claim 3 of the present invention is provided with a protrusion 11 for stopping the tread plate 1 on one side of the L shape that receives the tread 1 of the trigger 8 at a position away from the corner of the L shape.
For this reason, when the tread plate 1 is attached to the trigger 8, since the movement of the trigger 8 in the angular direction is reliably stopped by the protrusion 11 , the attachment position of the tread plate 1 can always be attached to a fixed position. The operating moment of the trigger 8 is always stable with respect to the load, and the prey can be reliably captured.

The binding rod of the claim 4 of the present invention is provided on the base 6 with a rotation stopper 17 that locks the rotation of the trigger 8 until one load having a pin hole 19 of the L-shaped trigger 8 is applied to the trigger 8. It is fixed.
For this reason, the rotation stopper 17 can adjust the load by which the trigger 8 operates by adjusting the material, the plate thickness, the width, and the number of attachments. That is, if the material is strong in bending strength, the plate thickness is thick, the width is wide, and the number is increased, the operation load can be increased. For this reason, even if a child such as a small animal or a kite steps on the tread 1, the trigger 8 is It can be adjusted so that it does not rotate, and it is possible to prevent children such as small animals and traps that are not captured.

In the hook 5 of the claim 5 of the present invention, the pedestal 36 is a square frame, and the corner portion of the trigger 8 is fixed to one side thereof with a rotatable free fixing metal 9, and the trigger 8 and the other side of the other side opposite the trigger 8 are fixed. The tread board 37 is received and the hole in the square frame is closed.
For this reason, the trigger 8 and the tread board 37 can always be installed in a horizontal state, and the kite can be installed without the skill of the person installing the hook.

According to the present invention, even if a hook or the like is connected to the binding wire 3 and goes wild, the pedestal 6 and the lifting arm 41 are detached from the binding wire 3, and the structure is made very simple. Therefore, it is no longer possible to break the tie by the heel.
In addition, there is no need for deep holes to install the hooks, the structure of the hooks is simple, and it does not take a long time to set up the hooks. There is little soil, and it is difficult to be aware of drought from waste soil, etc., and it is easy to approach dredging without being wary.
Further, since the trigger 8 is locked to the pedestal 6 at a plurality of points, there is no wobbling of the trigger 6, and the trigger 8 operates accurately regardless of where the treadle 1 is stepped, and its operation is also stable. In addition, by adjusting the strength and the number of fixed stoppers 17 that hold the trigger 8 and the pedestal 6, only the target animals can be captured without capturing small animals that are not captured or children such as pupae. can do.

It is the top view (a) and front view (b) of the hook which shows one embodiment of this invention. It is a perspective view which shows the base 6, the trigger 8, etc. which make the principal part of a hook. They are the partial top view (a) and side view (b) which show the attachment part to the base 6 of the pile 5. FIG. An example (a) of the rotation stopper 17 is a perspective view (b) showing another rotation stopper 118. It is a perspective view which shows a latching metal fitting. They are the front view (a) which shows the front-end | tip part of the raising arm 41, and a side view (b). It is the fragmentary top view (a) which shows the attachment state of the latching device 7, and side sectional drawing (b). It is an example of a combination diagram of a pedestal 36 having a square frame, a trigger 8 and a tread plate 37 .

Next, an example of a folding hook will be described with reference to the drawings for a mode for carrying out the present invention. However, the following embodiment shows an example of a bundle for embodying the technical idea of the present invention, and is not limited to the following.

In FIG. 1, a binding rod 100 according to the present invention is shown. The binding rod 100 has a structure that is extremely simple, strong and optimal for hunting a rod etc. in each part. The hook 100 has a 25 cm square and a depth of about 5 cm in the ground, a stepping plate 1 placed on the hole, a binding wire 3 provided with a binding ring 2 laid around the stepping board 1, and the binding ring. 2 includes a lifting arm 41 for instantaneously jumping up 2 and a base 6 to which a trigger 8 for supporting one of the treads 1 is attached.

The tread board 1 is made of a wood board having a thickness of about 15 mm and a width of about 30 mm on one end of a wood board of about 6 mm, or a metal plate having a thickness of about several millimeters. The depth dimension of the tread board 1 is set to be a few centimeters smaller than the pit hole dimension so that when a heel or the like steps on the tread board 1, one end is surely dropped and falls into the hole.
When the other end of the tread board 1 is placed on the top surface of the drop hole, both sides are dropped and the length of the side is shortened so that it can be installed without worrying about the level of the ground surface as much as possible.
The spring 4 is an element wire made of one steel wire having a diameter of about 6 mm. The spring 4 is made of a coil spring formed by winding the steel wire a plurality of times in order to increase the spring strength. At the other end, there is a base arm 42 and a pile 5 in which the same strand is bent at a right angle. When the jump arm 41 is in the open state, the opening angle with the base arm 42 is about 120 degrees.

As shown in FIG. 2, the pedestal 6 is made of wood having a thickness of 15 mm, a width of 40 mm, and a length of about 250 mm, and a corner 9 of the L-shaped trigger 8 is a rotatable fixed metal 9. The upper end of the pedestal 6 is fixed to the pedestal 6 so that the upper end of the L-shaped trigger 8 is aligned. An H-shaped groove 20 for attaching the locking device 7 is provided at the center of the base 6.
A pin hole 19 for locking through a locking pin 22 of the locking device 7 attached to the pedestal 6 is formed in the central portion in the length direction of one side of the L-shaped trigger 8.
When the trigger 8 and the upper end of the pedestal 6 are sandwiched by the rotation stopper 17 and a large load is applied to the trigger 8 and a rotational moment is applied to the trigger 8, the rotation stopper 17 comes off and the trigger 8 is rotatable about the fixed metal 9 that is rotatable. And rotate downward.

FIG. 4 a shows the rotation stopper 17. It has a U-shape with almost sharp corners and is made of a metal plate or plastic molded product. The thickness is about 0.1 to 1 mm, the width is about 10 to 20 mm, and the depth is 5 to 5. About 10 mm, the deeper is about 10-20 mm. The groove width is almost the same as the sum of the thicknesses of the base 6 and the trigger 8 and is a groove width that does not easily fall when the rotation stopper 17 is inserted.
Further, as shown in FIG. 4B, the bottom of the U-shape may be rounded to form an arcuate rotation stopper 118.

FIG. 5 shows a locking shaft 21 and a locking pin 22 which are parts constituting the locking device 7. The locking shaft 21 and the locking pin 22 are made of steel wire having a diameter of about 2 mm. The locking shaft 21 is U-shaped, and both ends thereof are sharpened so as to be easily driven into the pedestal 6. The locking pin 22 has a circular shape with an inner diameter slightly larger than the diameter of the locking shaft 21 at one end. The other part is straight. A locking shaft 21 is rotated through a circular portion of the locking pin 22, the locking shaft 21 is driven into one side of an H-shaped groove 20 provided in the base 6, and the linear portion of the locking pin 22 is H It is attached so that it can move freely within one side of the center of the letter-shaped groove 20.
At both ends of the same surface where the H-shaped groove 20 is provided, a ring guide metal 12 made of aluminum wire is attached so that the shape of the ring 2 is kept in an appropriate shape with respect to the tread 1. It is.

As shown in FIG. 6, the tip of the jumping arm 41 is shaped flat and has two holes of about 2 mm. The hole at the tip is a hole through which the locking ring 23 that locks the jumping arm 41 is passed, and the remaining one hole is a hole to which the binding wire handle 13 is attached. The inner diameter of the binding wire thread 13 is the outer shape of the binding wire 3. The binding wire 3 can freely move when the binding wire 3 is passed through the binding wire handle 13. In order to improve the slippage of the binding wire handle ring 13 and the binding wire 3, a tube or the like may be put on the binding wire threading ring 13. The binding wire threading ring 13 is cut off at one portion, and when the hook or the like is violated, the binding wire threading ring 13 is opened so that the binding wire 3 and the flip-up arm 41 are detached.

The locking ring 23 forms a triangular ring with a stainless steel wire having a diameter of about 1.5 mm. The locking pin 22 constituting the locking device 7 of the jumping arm 41 passes through the locking ring 23 attached to the jumping arm 41 side, falls into the H-shaped groove 20 provided in the pedestal 6, and is linear. Is passed through a pin hole 19 formed in the trigger 8, and the jumping arm 41 is locked by the locking shaft 21 and the trigger 8.

The binding wire 3 is formed of a thin twisted steel wire having an outer diameter of about 3 to 6 mm, and one end thereof is fixed to a standing tree or the like standing on the ground, and the other end is dropped to form a binding ring 2 laid around the hole. ing. The binding wire 3 is fixed to the base arm 42 by the wire fixing portion 14 in the middle from one end fixed to a standing tree or the like to the binding ring 2, and then the binding wire handle provided at the tip of the jumping arm 41. 13, leading to the ring 2. The wire fixing portion 14 is configured by winding the binding wire 3 and the base arm 42 with an aluminum wire of about 3 mm. The wire 3 and the base arm 42 are removed.

Before the lifting arm 41 is stored and locked by the locking device 7, it is locked by the presser fitting 15 in a compressed state at the stored position. One end of the presser fitting 15 is rotatably attached to the base arm 42, and the other end is hooked on the flip-up arm 41 as a hook bent in an arc shape.
The presser bracket 15 suspends the lifting arm 41 so that the lifting arm 41 is not inadvertently operated during the installation work of the rod and the operator is injured.

As shown in FIG. 8, the pedestal 6 is a square frame pedestal 36, and the corner portion of the trigger 8 is fixed to one side of the pedestal 6 by a freely rotatable fixed metal 9, and the tread is formed at two places on the other side opposite the trigger 8 and the trigger 8. The hole in the square frame that receives 37 may be closed. By doing so, the trigger 8 and the tread board 37 can always be installed in a horizontal state, and the hooks can be installed more easily. In this case, the tread plate 37 may be a square plate.

The hook 100 covers the opening of the pit hole dug in the beast road, places the hook 2 formed at one end of the hook wire 3 around the tread 1, and puts fallen leaves, earth and sand, etc. on them. Cover and cover the bag. Then, the spring arm 41 of the spring 4 is fixed by the locking device 7, and the base arm 42, the pedestal 6 and the like of the spring 4 are fixed to the ground by the pile 5.

Next, the operation of the binding rod 100 will be described. When the tread 1 installed so as to cover the hole is dropped, a load is applied to the tread 1 indicated by an arrow in FIG. 1, and the step 1 on the trigger 8 supporting the tread 1 is indicated by an arrow in FIG. the left rotation downwards, clockwise as indicated by arrow trigger 8 also also in Figure 1 at the same time. When the trigger 8 rotates, the locking device 7 of the jumping arm 41 is unlocked and the jumping arm 41 jumps up. Since the binding wire 3 is fixed to the base arm 42 by the wire fixing portion 14 and is passed through the binding wire threading ring 13 at the tip of the jumping arm 41, the binding ring 2 connected to the binding wire 3 is pulled upward. . As a result, the tie ring 2 is pulled upward with a foot such as a heel on it, and at the same time, the tie ring 2 is tightened to the thickness of the foot. Therefore, a foot such as a heel is caught, and an ungulate such as a heel has a strain larger than the thickness of the ankle, so that the foot cannot be removed from the ring 2.
The binding wire 3, the jumping arm 41, and the base arm 42 are joined by the binding wire fixing portion 14 and the binding wire threading ring 13. However, since the binding wire fixing portion 14 and the binding wire threading ring 13 can be separated from each other, the hook or the like If the violence is violated, the lifting arm 41 and the base arm 42 are detached from the binding wire 3, and the hook or the like does not drag them, so that the binding hook is not broken and the hook or the like is not damaged.
Since the other end of the binding wire 3 is fixed to the standing tree, it does not come off even if the bag or the like breaks.

Trap enclose a beast capture of the present invention is a widget trap for capturing wild animals such as wild boar, deer, particularly useful for the capture of ungulates, without etc. hounds take, beast and reliably purposes It is possible to tie up the legs of the fish and use it even in places where hunting guns cannot be used.

DESCRIPTION OF SYMBOLS 1 Tread board 2 Ring 3 Ring wire 4 Spring 5 Pile 6 Base 7 Locking device 8 Trigger 9 Rotating fixed metal

11 Protrusion 12 Ring guide gold 13 Chain wire loop 14 Wire fixing part 15 Presser fitting 16 Pile attachment 17 Rotation stopper

19 Pin hole 20 H-shaped groove 21 Locking shaft 22 Locking pin 23 Locking ring




30 Pile holder 31 Pile presser 32 Pan head screw 33 Wing nut 34 Flat head screw 35 Nut 36 Square frame base 37 Tread

41 Jump arm 42 Base arm

100

118 rotation stopper

Claims (5)

A step board 1 laying so as to cover the pit,
And factoring wire 3 to form a ring 2 bundling laid around the pit in a fixed other end at one end on the ground,
Enclose a drive-up arm 41 of the spring 4 flipping up the wheel 2 upwards,
At the tip of the jump arm 41, a tie wire threading ring 13 through which the wire 3 is movably attached is attached, and the tip of the base arm 42 of the spring 4 is bent and inserted into the ground to form a pile 5 for fixing the spring 4. A locking device 7 is provided to lock the jump arm 41 in the closed position,
An L-shaped trigger 8 that unlocks the locking device 7 is attached to a pedestal 6 attached to the pile 5 in a freely rotating state by a fixed metal 9 , and the tread 1 is received on one side of the L-shaped trigger 8. Lock the locking device 7 with the other L-shaped piece of the trigger 8,
When the middle of the binding wire 3 is separably fixed to the base arm 42 and the treadle 1 is stepped on,
When the trigger 8 is rotated, the locking device 7 is unlocked by the trigger 8, the locking arm 41 is unlocked by the locking device 7, and the lifting arm 41 and the binding ring 2 jump upward. Constriction kite configured as follows 2. The binding rod according to claim 1, wherein there are a plurality of fixings for fixing the trigger to the base in a freely rotating state . 3. The hook according to claim 1 or 2, wherein a protrusion 9 is provided on one side of the L shape that receives the tread plate 1 of the trigger 8 at a position away from the corner of the L shape. The binding rod according to any one of claims 1 to 3 , wherein the trigger 8 is fixed to the pedestal 6 with a rotation stopper 17 that stops the rotation of the trigger 8 until a predetermined load or more is applied to the trigger 8. The pedestal 16 is a square frame, and the trigger 8 is fixed to one side thereof with a fixed metal 9 in a freely rotating state .
The binding rod according to any one of claims 1 to 4 , wherein the step board 1 is received by the trigger 8 and the other side opposite the trigger 8, and the trigger 8 is operated when the step board 1 is stepped on.

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