JP2005304316A - Wild boar trap set for framing and fixing upper edge of hole opening with crossbar and frame fastener - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve problems of an anxiety about treading footboards by wild boar feet while treading a snare of a wire and lowering the capturing ratio even to several% as a result of easily subsiding or collapsing hole corners because the conventional trap hole of a wild boar trap is a directly bored hole for a mountainous district. <P>SOLUTION: Sides of an upper opening of the trap hole of the wild boar trap installed by crossing a part of a wild boar passage are fixed with right and left crossbars and frame fasteners. External soil and a region of the snare of the wire are separated and divided from a region setting the trap such as the inner footboards. The inside surfaces of the upper edge of the hole opening of the trap hole are surrounded with the crossbars having protrusions and slipping down surfaces, frame fasteners and footboards. The snare of the wire completely captures ankles of the catch during the dropping of the wild boar feet together with the footboards even when the wild boar feet tread anywhere in the footboards. Thereby, failure is excluded as mush as possible. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

The mechanism of a common trap such as a spider or a deer is the power of the trap that crosses the passage, and the elasticity of the bending force of wood, bamboo, metal repelling rods and winding springs is used as the power of the wire ring. When the stepping foot 23 of the passing heel to the device hole 26 that has been dug the device hole 26 directly on the ground is used as the tightening power of the difference 10, when the stepping foot 3 steps on the step plate 3, It is a common practice to tie the ankle of a deer and a deer ankle together with a ring difference 10 of the wire.
For the purpose of overcoming various defects caused by this general structure, in the present invention, the hole head of the device hole 26 (the hole is flat: the upper edge of the hole opening) is fixed to the frame with a brace. The hole head that tightens the ankle of the prey with the difference of the wire that interlocks with the repulsive force of the metal repellent rod that holds it and eliminates the interference inside and outside of the device hole, mainly by inserting it into the ground and stopping it This is a trap set that secures the frame with arms and a frame stopper.

  Conventionally, in a trap using a metal repellent rod that is inserted into the ground, a trap is attached while digging a hole directly in natural soil. For this reason, when the soil is softened by rain or the like, when the both sides of the opening at the top of the hole are stepped on, the boundary between the hole and the corner of the soil sinks and sinks diagonally as shown in (b) of FIG. Thus, there is no drop between the foot board 3 and the wire difference 10 around the device hole 26. As a result, the stepping plate is frequently stepped only while the surroundings are stepped on, and the stepping plate is stepped on while the stepping wire is stepped on. As a result of the reacting chain reaction, there was a lot of lost loss due to inaccuracy of operation.

  It would be nice if the kite always stepped on the dotted line in Fig. 1 (a), which is the ideal stepping position of the tread board. Therefore, there are many cases of stepping on (b) or rear (c) at both ends of the tread board 3. Then, as in the case of (b) and (c) on both side surfaces of the device hole, the trapping mechanism does not fully enter the device hole and induces a malfunction. Therefore, in conjunction with the ring difference 10 of the surrounding wire, it is incompletely operated, leading to the empty swing by tightening or squeezing the tip of the strainer. However, there is a tendency for the capture rate to decrease to a few percent by carrying because there is a high probability of idling in the same way if the feet are always on the dotted line parts on both sides (b) and rear end (c) of the tread board. It was.

  For reference, the conventional binding trap and (e) of FIG. 1D of the comparative principle diagram of the present invention are shown for reference. This is a framework with arms and a frame stop, which encloses only the induction area where the trapper operates, creates a pit hole-like space, and eliminates internal and external interference with this induction area. . This means that if you step on the device hole, it will work like a pitfall to ensure that the foot will drop down to the bottom of the hole, which will fundamentally improve the negative effects of the conventional hooking trap. Is the purpose. Alternatively, other winding springs generally have holes for digging the ground directly, and, as in the present invention, a simple combination of a metal repellent rod with a separate tailoring into the ground. There is nothing that has a structure in which the hole head of the opening of the device hole is fixed to the frame.

  In addition, in the trap holes in the usual trap hooks, natural holes that have been dug in the soil of the mountain are mostly used, so the two openings above the holes are the treading pressure that steps around the trap hole, and rain. As shown in FIG. 1, the corner of the hole is recessed, the corner of the hole is removed, the opening is inclined, and the wire that tightens the ankle that goes around the hole is tightened. The wheel difference and the drop of the footboard disappear. Therefore, depending on the stepping position other than the ideal stepping position (i) of the foot of the heel, even if you stepped on the wire difference or part of the foot was still outside, part of the strain was Still, there was a problem that caused the mistakes of a state where the treadle was fully depressed, and caused the malfunction of the interfering interference, which caused frequent swinging of the trap.

  In order to prevent these harmful effects, the head of the device hole in FIGS. 1, 3, 4 and 5 is fixedly fixed with a brace and a frame stopper, so that it is used as a hook trap. A framed hole that crosses the path of travel, with both arms on both sides of the head of the hole, and the space between the hole, the surrounding soil, and the bordering framework, with a paragraph between the inside and outside, making it stand out In this way, the area of the wheel difference of the external wire and the area of the tread plate of the mechanism hole that also serves as an internal pit are made to stand out and stand out, such as the soil around the hole and the area of the wheel difference of the wire, etc. Only when the prey's feet have sufficiently fallen into the trap holes of the framework, which completely blocks the adverse effects of external influences and the mutual interference of internal treads and other operating mechanisms. It is possible to make it fully operational.

In order to achieve the above-mentioned purpose, if there is a concern that the ring difference part of the external wire may get caught in the foot during walking of the heel, it will also adversely affect the operation of the trap, In order to stabilize the distinction of the external incidental area that accompanies it, the difference in the wire around the device hole is fitted into the fitting groove of both arms and stably stopped. With a frame surrounded by a stop, the stepping foot by the walking of the heel is shaped and fixed in the space of the paragraph to be dropped, and the inside of the hole even if the warp hits the end due to the convex slip of the inner side of the upper part of the arm Attract, slide down and get caught in the pitfall enclosed by the framework.
In order to make it easy to fall off the tread board, the tread board is divided into two parts, and the tread board is also divided into two parts. Tighten it. Also, no matter where you step on the tread board, you will eliminate blind spots, ensure the trap reaction, and make sure that you are directly connected to the capture.

  In the case of FIG. 2 of claim 2, when both arms are fixed with a frame stopper, both the two arms and both the two frame stoppers at both ends thereof are screwed, or the arms and the frame stopper are Integrate everything into a single piece.

  In the case of FIG. 6 according to claim 3, a bar having a required thickness and length having a convex surface on the surface of hardwood, bamboo, metal, or plastic material can be used for both arms. Usually, when both ends of both arms are fixed with two frame stoppers using a plastic pipe, a metal piece of the frame stopper that is screwed or ring-fastened is further wound with a thread.

  In the case of FIG. 7 of claim 4, it is simplified to fix both ends of both arms with a frame stopper, and when fixing only one side with a frame stopper, it is screwed or ring-fastened. Then wind it further and stop.

In the first aspect of the present invention, the metal repellent rod to be set is bent into the setting hole of the frame in which the two left and right arms and the two portions near both ends of the arms are fixed to each other with the frame. By a treading pressure applied to the treadle that is attached to the side of the treadle with a latch that is attached to the side of the thigh plate, and is placed on the treadle plate holder. The reaction of the round bar stopper, which has been removed from the tread, is temporarily delivered to the arm ring retaining groove of the left and right arm arms, and the ring difference of the wire is repelled by the repulsive force of the metal repellent bar. This is a trap set that secures the foot with a brace and a frame stopper.
That is, the frame is formed by fixing two parallel left and right arms with the same length and two points near both ends of the arms with a frame stopper. This frame is attached to the opening (hole head) of the device hole. A wire ring is spread and held on the frame. A tread board is disposed inside the frame. The tread is supported from below by a tread receiving on one end in the length direction of the rectangular frame and a round bar stopper on the other end. The horizontal bar stopper is supported from below by a hook-shaped tip of the horizontal stopper, and the proximal end of the horizontal bar stopper is supported in contact with a horizontal stopper clamp. The staple stopper is urged in one direction about the axis of the staple stopper metal by the restoring force generated by bending the metal reflector rod connected to the tip of the metal stopper rod. The leading end of the stapler is hooked on the stopper round rod and is opposed to this biasing force. Hoso round bar stopper is hooked to each stopper part of both arms so as not to move upward. Moreover, a wire will close the ring | wheel with the said restoring force of a metal repellent rod.
Therefore, due to the pressure of the tread on the tread board, the reaction of the tapping round bar stops and the tucking off the treads, and the difference in the wire of the wire temporarily delivered to the arm ring retaining groove of the left and right arms is repelled by the metal repellent bar. It will be repelled by force and tighten the foot.
At this time, the footboard can be moved slightly in the length direction within the rectangular frame, thereby eliminating the malfunction. In addition, the length of the hook-shaped stopper is shorter than the distance between the stopper stopper and the other end in the length direction of the frame so that the metal repellent rod can be easily removed from the frame when it is restored. .
In the trap set of the invention as set forth in claim 2, the upper inner surface of the left and right arms is made convex with the upper arms, and the brace ring retaining grooves are attached to both of the arms. Both near the both ends were fixed with a frame. A stepping plate holder having a convex surface was attached to the base of one side of the frame stopper. At the upper center of the frame stop on the other side, a reverse flipping operation was added. The circular curved surfaces on both sides of the frame stopper are used as rear support stoppers of the wheel, and the footboard support stoppers and the hook stopper holders are attached to the front left and right arms and the corners of the frame stopper. It was. I added a groove to the arm bar.
In the invention according to claim 3, the left and right arms are used as pipe members, and two places near both ends thereof are fixed with frame stoppers. The sword that secures the frame head with the brace and the frame stopper according to claim 2, wherein a footboard support stopper and a staple clasp are received at the sides of the left and right arms and the corners of the frame stopper. Wanna set.
In the invention according to claim 4, the left and right two braces are used as pipe materials, and one end of each of the braces is fixed with a frame stop near both ends, and brace ring retaining grooves are formed on the upper surfaces near both ends of both braces. It is a trap set which fixes the frame head (anagashira) of Claim 3 which attached the stopper clasp receptacle to both the attachments and the ends of the arms with the arms and the frame stopper.

  With the frame of the hole head on the ground, stabilization of the device hole and mutual interference between the inside and outside of the hole are blocked, and the independence of the internal device area is preserved. It has the effect of measuring and stabilizing.

  It is possible to make a set of instruments that are lightweight, compact, and convenient to carry so that they can be labor-saving, simplified, and simplified at the spot of the trap. Furthermore, it can be easily installed anywhere on any site without worrying about the difficulty of the slope of the steep slope of the mountain, its crossing road, and the flat road. At the same time, there is an effect of eliminating the malfunction of the conventional function of the trap and reducing the loss of the capture efficiency due to the wasteful swinging to the minimum.

  On-site traps are used to fix the position of the wire ring and the insertion of the stopper metal by fixing the position of the wheel stopper and the stopper plate holder and tread plate support. Easier and more stable installation is possible, and it is possible to install it stably and without fail. In addition, with the brace wheel retaining groove, the ring difference of the wire is stably attached in close contact with the soil, and the influence of the obstacle that gets caught in the ring difference of the hoof due to walking of the heel is eliminated as much as possible, It makes it possible to maximize the original functions of Wana.

  It is a mechanism hole that has a hole head that has been hardened with a brace and a frame, and even if the arm is stepped on the end of a walking gait and hung on the end, the convex surface of the traversing arm and the foot Combined with the squirrel's shackle, it helps slide and fall, and, like an ant hell, it attracts prey footsteps to the device holes, slides, and the trap responds to complete fall landing to prevent device failure and swinging. Is possible.

  In recent years, drought damage and deer damage have been increasing gradually at the mountainside of farming and mountain villages, and the damage is starting to occur. However, by utilizing the dredge set of the present invention, the efficiency of harmful bird and beast removal work has been significantly improved, and agriculture and forestry It will be possible to make a great contribution to reducing damage.

  In the case of FIG. 2 of claim 2, when both arms are fixed with a frame stopper, both the two arms parallel to each other and both the two frame stoppers at both ends thereof are screwed, or the arms, the frame All the stops are integrated into one piece.

  In the case of FIG. 6 according to claim 3, a bar having a required thickness and length having a convex surface on the surface of hardwood, bamboo, metal, or plastic material can be used for both arms. Usually, when both ends of both arms are fixed with two frame stoppers using a plastic pipe, a metal piece of the frame stopper that is screwed or ring-fastened is further wound with a thread.

  In the case of FIG. 7 of claim 4, it is simplified to fix both ends of both arms with a frame stopper, and when fixing only one side with a frame stopper, it is screwed or ring-fastened. Then wind it further and stop.

  In the case of the embodiment of claim 2, it is possible to process wood and bamboo, but practically, it is integrally formed by melting and blowing hard plastic (naturally decomposed lactic acid plastic or the like).

  In the case of the embodiment of claim 3, a rigid vinyl pipe is used as the tube material of both arms, and the frame is fixed to fix both near the both ends.

  In the case of the embodiment of claim 4, the hard vinyl pipe is similarly used as the pipe material of the both arms tree of claim 3, but the frame stopper is simplified and only one side is fixed and the frame is fixed.

  The configuration and operation of the present invention will be described with reference to (d) of the composition principle diagram of FIG. When installing them in the field, dig a hole 26 slightly larger than the inner diameter of the brace 1 frame stopper 2 so as to cross the path of the beast such as a cage. The upper part of the hole is cut according to the height of the frame, and the upper surface of the frame is set to be slightly lower than the ground surface 20. The tread plate 3 mounted on the bottom of the frame (e) constructed there is installed in a state of floating in the device hole 26. FIG. 3 of a wire ring 10 to be turned into the arm ring retaining groove 19 by turning the outside of the arm 1 of the framework close to the ground surface portion 20 on the upper surface, and an arm that helps the inner surface of the upper part of the arm 1 to slide down. The space of the frame constituted by the convex surface 13 is the ground surface in the space of the frame constituted by supporting the mounting portion of the ring difference 10 of the wire with the support 24 of the rear portion of the ring difference. The fallen leaves 29 are introduced until the gap of the frame is closed, and a thin soil is hung on the frame to stabilize the fallen leaves and conceal the trap of the trap. See FIG. 1 and FIG.

  As for the power related part of the trap, the metal repellent rod insertion 27 is pointed at a position slightly lower than the ground surface 20 until the portion that becomes the winding spring of the power metal repellent rod 15 that tightens the wire difference 10 of the wire. Secure with the bar pile 16. The length of the upper part of the metal repellent bar 15 is approximately proportional to the length of the ring of the wire difference 10. The wire that fastens the ankle of the heel is based on a thickness of about 4 mm, and the length after the relaying of the untwisted ring 18 is approximately twice as long as the length of the metal repelling rod 15. The roots are wrapped around the roots of bamboo and trees and stopped. See FIG.

  In the frame 1 of the brace 1 frame stopper 2 in FIG. 2 and FIG. 3, when the staple clasp 8 is installed, the staple clasp 8 having a width that can be easily inserted into the lateral width of the frame stopper 2 is received by the staple clasp holder. 9 is inserted into the ground at the bottom of the mounting hole 26 from above, and the upper part is aligned with the upper surface of the frame and fixed by driving in, or the stopper clasp 8 inserted first. Fit and install the frame from above.

  Referring to FIGS. 3 and 4, as a movable action part, the position of the metal repelling rod insertion 27 is determined and fixed in accordance with the position of the stopper clasp 8, and it is operated as a trap. Presses and bends the spring of the metal repellent bar 15 and 27 of the vertical structure, and the stopper 7 that is fixed with a thread at the tip of the metal stopper sticks under the stopper stopper 8 and stops the upper part. The lower clasp part is fixed to the center part of the stiffener round bar stopper 5 attached to both ends of the stapling clasp 8 and the protruding part at both ends is placed in the groove 14 of the stiffener round bar stopper. The end of the tread plate 3 is put on the stopper round bar stopper 5 and the end of the tread plate 3 is rounded to be narrow and narrow so that it can be easily slid down. Divide and step on the treadle support stopper 5 as a side stop. 3 is solely to serve only in the stamping pressure from the top.

  In order to excite the operation, when a stepping pressure is applied to the tread board 3, the latch of the tread stopper 7 is released, and the foot 23 is enclosed with the tread board 3 so that it cannot escape to the outside. When the foot 23 is taken in and the reaction of dropping to the bottom of the device hole 26 starts, the untwisted ring 18 connected to the wire ring 10 is connected to the tip of the metal repellent bar 15 with a thin wire. In this state, by repelling together with the spring of the metal repellent bar 15, the metal repellent bar 15 is about 50 degrees with respect to the ground at the time when the ankle of the heel is tightened by the pulling action of the wire difference 10 When the initial role of helping to tighten the wire difference 10 is over, the metal repelling rod 15 The thin wire that connects the wheels is adjusted so that it can be cut. The metal repellent rod 15 that has finished its eyes is completely cut off from the ring difference part, and the wire ring difference 10 is fastened to the ankle of the prey at the tip of the wire tied to the root of the bamboo tree. It is a trap set that fixes the frame with a bracelet and a frame stopper.

That is, the main point of the present invention is that the elastic restoring force of the metal repellent bar is received by the hobo-round bar stopper via the hobo-stop, and when the hobo-round bar stopper is pressed downward through the tread plate, the hobo-stop is released from this. The ring of wire tightens the foot of the heel by the restoring force. In this case, the footboard is movable by a slight distance toward the metal repellent rod side in the longitudinal direction of the frame shown in FIG. 3 (a slight gap w between the metal repellent rod side tip of the footboard and the frame). Can prevent malfunction. In addition, the length of the stopper stop at this time is shorter than the interval (x in FIG. 3) between the frame stopper 2 on the metal repellent rod side of the frame and the stopper stopper 8 horizontally spanned in the width direction. It is a structure that comes out easily from. Therefore, the catching operation is ensured by facilitating removal of the stopper when the treadle comes off. In addition, when the upper surface of the arm is rounded, if the foot of the heel steps on it, as a habit, the hoof is squeezed to the front side, so it is easy to fall into the device hole. Further, since the groove is formed in the arm, the wire ring can be reliably held in the initial ring shape.
This trap set has a torii-shaped stopper clasp inserted into the bottom of a rectangular hole with a predetermined depth dug in the path through which the trap passes. The horizontal part of the stopper clasp shall be the opening height position of the hole. Next, the rectangular frame is fitted into the hole head and fixed. At this time, a part 9 of the frame comes into contact with the vertical portion of the staple clasp. Positioning. In this state, the framework is fixed. Here, the metal repellent bar 15 is bent and the horizontal bar stopper 5 is fixed horizontally with the horizontal stopper 7 at the tip. The height is assumed to be the same as the tread plate holder 4 having a rectangular frame. The side bar stopper 5 is a hook-shaped side stopper 7 and is pressed against the vertical portion of the side stopper 8 as shown in FIG. Both ends of the hoso round bar stopper 5 are respectively hooked in the grooves 14 of the hoso round bar stopper and do not move upward. This is because the upper side of the groove 14 is narrowed. The base end of the side stop 7 is in contact with the horizontal portion of the side stop 8 from below. The lever is in contact with the stopper round bar stopper 5 with a small force. The treads 3 and 3 are gently set on the upper surfaces of the hobo round bar stopper 5 and the tread board receiver 14. Here, the length of the footboard is set in the frame with a gap w that is substantially the same as the amount of the inward protrusion of the footboard receiver 14. As described above, the footboard 3 can move in the length direction by this gap. The wire is inserted into the groove and set as specified. After this, the soil is set on the tread board.
The direction perpendicular to the long side of the framework is the direction in which the animal path extends. Therefore, when the kite steps on a part of the tread board 3, the tread board 3 falls into the hole, and the side stopper 7 is disengaged from the side bar stopper 5. As a result, the metal repelling bar 15 jumps up due to the elastic force and narrows the wire difference 10. A spider's leg is captured by this. When the tread board 3 is stepped down, the stopper stopper 7 jumps out of the hole through a sufficiently long gap x, so that the metal repelling bar 15 is reliably restored. That is, it is possible to reliably capture the cocoon. Further, even when the foot of the heel steps on the convex surface 13 of the arm, the stepping plate 3 is stepped on by the shaving, and the wire difference 10 is located outside the convex surface 13 of the arm, so that it is reliably captured from this point. it can.

The composition principle figure which compares the merits and demerits of the trap set of the present invention which fixes the hole of the ground or the moat of the ground and the head of the hole with the arm and the frame. A top perspective three-dimensional view of a workpiece according to the basic principle of claim 1. The top perspective three-dimensional figure of the principle development of the actual trap mechanism of the basic principle diagram. An upper perspective three-dimensional schematic view of the overall pattern of the actual trap. The development principle figure of the vertical section of an actual trap. A three-dimensional perspective view of the hooks with both frames fixed to the pipes. A three-dimensional perspective top view of a single-frame stop by deploying arms to a pipe.

Explanation of symbols

1, 11, 21 arms
2, 12, 22 Frame stop
3 Footboard
4 Tread board holder
5 Hose round bar stopper
6 Treadle support
7 Stop
8 Hose clasp
9 Hose clasp holder
10 Wire difference
13 Arms convex
14 Grooves for retaining round bars
15 Metal repellent stick
16 Peeling rod retaining pile
17 Connection stop wire
18 Untwisting the wheel difference (Sarkan)
19 Arm ring retaining groove
20 Ground
23 foot
24 Rear support for the wheel
25 Connecting wire
26 Device holes (pitfalls)
27 Insert metal repellent rod
28 Without reverse operation
29 Fallen leaves
(B) (b) (c) Location of footsteps
(D) Top view of basic structure of patent application trap
(E) is the principle diagram of the implementation state of (d)

Claims (4)

  The left arm and the right arm 1 are connected to the restoring force of bending the metal repelling rod 15 into the mechanism hole 26, which is fixed at the two positions near the ends of the arm with the frame stopper 2. With the latch for the tread plate 7, the zipper round bar clamp 5 attached to the side of the tread plate 8 is hung and placed on the tread plate holder 4, so Due to the reaction of the rod stopper 5 and the stopper stopper 7 being removed, the wire difference 10 temporarily delivered to the arm ring retaining groove 19 of the left and right arms 1 repels due to the repulsive force of the metal repellent bar 15. A trap set that operates and tightens the heel 23 to fix the hole head with arms and a frame stopper.   The upper inner surface of the left and right arms 1 is formed into a convex arm 13 and both ends of the arm brace ring retaining groove 19 are attached to both ends near the both ends by a frame stopper 2 and fixed. Then, a tread plate support 4 having a convex surface is attached to the base portion on one side of the frame stopper, and a side-reversing operation release 28 is attached to the center upper portion of the other one side frame stopper 2, and both sides of the frame stopper 2 are attached. A circular curved surface is used as a rear support 24 for the wheel differential, and a tread plate support 6 and a side stopper 9 are attached to the front side of the left and right arms 1 and the corners of the frame stop 2. An armpit set for fixing the frame head of the hole 1 according to claim 1 with a brace and a frame stopper.   The left and right two arms 11 are used as pipes, and two places near both ends thereof are fixed with frame stoppers 12, and brace ring retaining grooves 19 are attached to the upper surfaces near both ends of both arms 11. A saddle trap set for fixing the hole head of claim 2 to the side of the right arm 1 and the corners of the frame stopper 2 with a tread plate support stopper 6 and a presser stopper catch 9 to fix the frame head with the arm stopper and the frame stopper.   The left and right two arms 21 are used as pipes, and one end of each arm 21 is fixed with a frame stopper 22 on one side, and a brace ring retaining groove 19 is attached to the upper surface near both ends of both arms 21. A saddle trap set with a stopper clasp holder 9 attached to both ends, and fixing the frame head of the hole of claim 3 with a brace and a frame stopper.

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