JP2004057174A - Animal-tying trap device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve problems such that the setting up work of the part becoming a trigger for constricting a loop of trap of a tying trap for capturing animals at the actual spot is complicated and requires experience and technique, there is a danger of causing an accident on installation, also the installation positions are limitted such as not being used in water, etc., and the state of the device can not be monitored from a far place. <P>SOLUTION: This animal tying-trap device 100 is constituted so as to capture an animal by being triggered with the stepping of the animal such as a boar by its foot with its weight on to move a gadget such as a plane plate, etc., set in a strained state beneath the foot of the animal for storing a momentum coupling with the movement by compressing a spring, etc., and tightening the animal trap on releasing the strain. Thereby, it is possible to set the trap easily at a place such as in water, etc., reduce the accidents, and improve the possibility of capturing animals without damaging animal bodies since it is possible to monitor the trap from the far place. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
In the present invention, the loop of the cracking device is enlarged on the path of the captive animal, and the hook is set under the trap. When the animal's foot is depressed into the device mounted on the animal trail, the leg of the animal that is depressed is clamped by the action of the cutting device, and the end of the moving rope is fixed near the trapped animal. The capture animals can only move within the range of the rope length from the tree, etc., and as a result, they can be captured, and their images are monitored from a distance by an Internet network camera.
[0002]
[Prior art]
The conventional "Kuriwana for beast capture" is a thread that is used to activate the "Kuriwana" and is not constructed as an equipment set. Special technology was required.
[0003]
The installation location of the conventional "Knowledge for beast capture" was limited because it could not be installed in the water, and the technology for selecting the installation location and the installation technology were complicated, so anyone could install it. I couldn't say that I could, and it could lead to an accident during installation.
[0004]
The conventional "Beast-trapping crate" requires the use of unnecessary traffic labor and camera equipment because it is not possible to detect the sign when catching prey from a distance, and it is difficult to operate the surveillance camera device. Because it was not easy, catching prey could not be easily confirmed or secured with a healthy body.
[0005]
[Problems to be solved by the invention]
In view of the above problems, the present invention simplifies the installation method by using the operation part of the animal trap as a device and allows the installation place to be located in water or the like.
The purpose is to create a device that can monitor the state of the capture site from a distance through the Internet.
[0006]
[Means for solving the problem]
The invention of claim 1 is
When a beast such as a wild boar steps over with its feet, the gimmicks such as the flat plate set under the beast's feet move under tension,
This is a “beast-trapping device” that is linked to the movement and stores the momentum by compressing springs and the like, and when the tension is released, the beast trap is tightened to catch the beast.
[0007]
Claim 2 of the present invention
It is a pipe pipe of a circular shape or the like that is set up vertically and has a flat plate such as a net that can move downward (hereinafter, referred to as a moving flat plate).
The moving flat plate is fixed at two places to the work tube, such as a needle, so that it does not fall down while holding the moving plate horizontally. The corresponding opposite side has an integrally fixed needle, such as a needle. ,
The end of the needle pipe etc. is taken out of a part of the in-process cylinder to the outside, and it is hooked on a downward movable metal ring etc. installed outside the pipe cylinder, and the height of the pipe cylinder is fixed.
A "working cylinder" characterized in that the catching beast presses the moving flat plate in the pipe cylinder from above, thereby moving the metal ring or the like, which is outside the pipe cylinder and temporarily fixes the moving flat plate, downward. Part and
This is a beast-trapping device that compresses springs, etc., accumulates momentum, and when released by the movement of the device, tightens the beast trap to catch the beast.
[0008]
The invention of claim 3 is
It is a pipe pipe of a circular shape or the like that is set up vertically and has a flat plate such as a net that can move downward (hereinafter, referred to as a moving flat plate).
The moving flat plate is fixed at two places to the work tube, such as a needle, so that it does not fall down while holding the moving plate horizontally. The corresponding opposite side has an integrally fixed needle, such as a needle. ,
The end of the needle pipe etc. is taken out of a part of the in-process cylinder to the outside, and it is hooked on a downward movable metal ring etc. installed outside the pipe cylinder, and the height of the pipe cylinder is fixed.
A "working cylinder" characterized in that the catching beast presses the moving flat plate in the pipe cylinder from above, thereby moving the metal ring or the like, which is outside the pipe cylinder and temporarily fixes the moving flat plate, downward. Part and
Attach a cap or the like with a hole through which a rope is inserted in the center to one end of each of the two long and short pipes, make the cap lid sides outward, and insert the short pipe into the long pipe Polymerized with
The elastic steel spring is compressed and inserted into a pipe to be superimposed, and a rope of twisted steel wire is inserted through the center of the pipe in a floating manner.
Attach the movable stopper corresponding to the pipe movement to the rope that passed through the long pipe side, fix the movement of the pipe end direction,
In the state where the elastic steel spring is compressed and the pipe is superimposed and attached, the hole of the rigid "fixing pin" with a metal ring at the tip attached near the lid end of the short pipe and the lid side of the long pipe One end is fixed near the end, the length is up to the above-mentioned metal ring, and the loop of the end is looped. Insert one side of
The other side of the "H-shaped safety pin" is inserted into the snap ring through which the above-mentioned trigger flexible wire is inserted to form a safety device,
By moving the snap ring to the lower escape side of the "H-shaped safety pin" with the "retaining ring moving bracket" etc., the snap ring as a safety device escapes from the "H-shaped safety pin" and falls off. The long pipe instantaneously hits the stopper due to the extension force of the elastic steel spring that has released the compression constraint.
At the same time, the short pipe pushes up the knot of the trap and moves the elastic steel spring by the compressed and shortened length to instantly reduce the diameter of the trap, tightens the trap, and tightens the trap for the beast's feet. Is tied to a rope,
It is a "beast-trapping device" that is characterized by catching beasts.
[0009]
According to a fourth aspect of the present invention, the motion of the device linked to the motion of the capture beast of the third aspect of the invention or the image of the motion of the beast corresponds to the switch, and starts operating as a switch and operates constantly. And a beast-trapping device equipped with a beast capture monitoring system, such as a combination set with a server camera on the WWW web.
[Practical mode of the invention]
One embodiment of the present invention is as follows.
[0010]
(First procedure)
Activate the function of the “workpiece cylinder” of the “beast crusher” by catching the beast's feet.
[0011]
(Second procedure)
Release the safety device of the "Beast Removal Machine".
[0012]
(Third procedure)
The safety device of the “Beast Kneaker” has been released, reducing the size of the rope loop,
The beast's feet are captured by a rope, and the other end of the rope is tied to a fixed part near the installation location of the device to limit the movement of the beast and capture the beast.
[0013]
(4th procedure)
The movement of the beast capture device, such as the “Beast-Knowing Device”, is broadcast as an image by an Internet network camera, and the image is monitored from a distance.
[0014]
【Example】
(Configuration as a premise of the embodiment of the present invention)
[0015]
FIG. 1 shows an embodiment of the "beast cracking device" according to claim 3, which describes the moment when a captive animal (boar) is about to step into a "trap".
The wild boar is trying to step into the trap 204 of the “beast drilling machine” 200, which has reached the top of the in-process cylinder 106, and step on the moving flat plate 104 of the “in-process cylinder”.
[0016]
At the moment when the moving plate is pushed down from above, it releases the safety device of the linked machine.
The “Beast Crawler” stretches out by the elasticity of the mainspring installed inside, tightens the trap 204, catches the boar's feet, and ties them up.
[0017]
The movable range of the tied and captured wild boar is limited to a distance from a nearby standing tree or the like, which is fixed by tying the escape restraint rope 223.
[0018]
By linking the movement of the moving plate and various information terminal devices such as a server camera, the captured animal can be detected from a remote place.
The various information devices are telephones of mobile telephone devices, Internet mail devices, and network (server) cameras and the like (network cameras operating on the Internet and having a server function).
It is more preferable to link with the operation switches of various information devices, and the video is instantly transmitted to the WWW network, and the captured animal can be instantly confirmed from the homepage that has captured the image.
[0019]
The trap is set up on the animal trail of the captive animal, but may be on the ground or in the water such as a pond or river.
[0020]
The structure, size, etc. of the specific device are designed and manufactured depending on the type of capture animal and the capture location.
[0021]
(Structure of working cylinder and embodiment)
FIG. 2 is a structural view of a part of the in-process cylinder of the “beast-knipping device” described below. 100 is the ground (GL), 101 is a vertical sectional view, 102 is an elevation view, and 103 is a plan view. The trap 204 is a trap attached to the tip of the rope of the "cutting machine", and basically has a loop size larger than 106 cylinders.
[0022]
The traps 204 and 106 may or may not be buried in the soil, but they may not be so, so that they are decorated with fallen leaves or branches and are not detected by the captured animal.
In some cases, the installation site may be located in the underwater soil.
[0023]
It is a diagram in which 106 "workpieces" are installed vertically on the passage of the beast to be captured. One of the 104 moving flat plates made of wire mesh or the like is a horizontal plate fishing equipment 105 such as a chain to stabilize the horizontal. Are fixed at two places at 107 places near the upper part of the 106 cylinder.
[0024]
104 Near the other end to stabilize the moving flat plate, 108 movable horizontal stabilizing pins made of needles and the like protrude out of the cylinder through the 109 cylinder cutout space, and the tip is bent downward and temporarily The height is fixed by passing through a fixed 110 horizontal metal ring.
The shape height of the notch 109 is larger than the movable radius of the horizontal plate 108, which moves the horizontal stable end 106, and the width is wider than the movable horizontal stabilizer pin 108, so that there is no restriction on the movement.
[0025]
The 104 moving flat plate set horizontally in the 106 cylinder is fixed by one of the 105 fishing parts when pushed from above with the feet of a catch such as a beast, so it can move downward to the opposite position of the 104 moving flat plate This is a movement in which the 108 movable horizontal stabilizing pin fixed at the temporary height is instantaneously moved downward.
[0026]
The 106 working cylinder may be on the ground, may be buried in the ground, may be buried in the soil at the bottom of the water, such as a river or a pond, and may have an upper part from the bottom. It may be out of the water, etc., and is installed on the passage of the captive animal.
It is even better to decorate the fallen leaves or tree branches so that they will not be detected by the captured animals.
[0027]
The 106 cylinder may be a circular part, a square, or the like, and the material may be a resin product or a metallic material. The lower side of the cylinder may or may not be closed with a lid.
The height of the moving flat plate 104 may be fixed at one place or many places depending on the shape of the cylinder.
The shape of the 104 moving flat plate may be circular or may be other shapes.
The 105 fishing component may be a chain bracket, a line, or the like, or may be fixed in height from below by a hinge or the like. In addition, there may be a horizontal board table that can move downward.
[0028]
(Structure and example of a hollow machine)
FIG. 3 is a sectional view showing an embodiment of the "beast-trapping machine" according to the third aspect. The following items explain the structure and operation in practice.
[0029]
The 200 “Beast-Knowing Machine” is installed integrally with the device. The installation method is the same as that of the in-process cylinder.
[0030]
(Structure of hollow machine)
Description will be given based on the drawing of FIG.
The "200 beast cutter" of FIG. 3 comprises a second step 201 safety device part and a 203 step cutter body of the third procedure "kneader machine".
[0031]
203 The kneading body portion is composed of a 205 long pipe portion located at a lower portion and a 206 short pipe portion located at an upper portion accommodated therein, and a 207 elastic steel spring compressed and accommodated therein, And a 221 capture rope portion composed of a stranded steel wire loosely inserted at the center.
[0032]
The 206 short pipe is composed of a 209 cap portion and a 210 pipe, each of which has a hole for passing a rope in the center, and both are fixed. The same applies to a 205 long pipe.
The length of the 206 short pipe is a length that can compress the 207 elastic steel spring and stably fit into the length of 205 when the pipe is inserted and installed, and is adopted based on the length that can properly mount the 207 elastic steel spring. You.
[0033]
The length of the 205 long pipe is determined by the length when the 206 short pipe is stored and the 207 elastic steel spring is stored in each pipe.
[0034]
The length and strength of the 207 elastic steel spring can be reduced when the safety device is released and the stretcher is fully extended. It is the length for properly performing the work of tightening with the strength that does not come off by the rope operation, and is the strength of the spring. The strength and length allow the spring wearer to easily compression-mount.
[0035]
The 201 safety device part is fixed near the rope-side end of the 206 short pipe.
[0036]
The 212 safety pin of the 201 safety device portion is shaped like a "<", and the upper side is a 215 loop of a 213 trigger rope with one end fixed to the end of a 215 long pipe for fixing the compression size when the mainspring is compressed. And a 214-needle loop fixed and attached to a short pipe, and the lower side is fixedly mounted by inserting a 216 snap ring through which a trigger rope is looped.
[0037]
The lower curved end of the 106 movable horizontal stabilizing pin, which is a work-in-process cylinder part, is inserted into and set in the 216 snap ring.
[0038]
(Example of the operation of the machine)
The 200 “Beast Conveyor” is operated in conjunction with the downward movement of the 108 movable horizontal stabilizing pin while the 104 is being mounted (see FIG. 2), and the safety device is released.
The following items will be described in detail with reference to the drawings.
[0039]
In FIG. 3, when the lower horizontal pin 105 of the in-process cylinder of the safety device 201 moves downward, the 216 snap ring moves downward interlockingly, the 212 safety pin is released, and the 213 loop is temporarily fixed to the 212 safety pin 213 loop. The trigger rope is released.
[0040]
The 207 elastic steel spring was released from the restriction and the repulsive force pushed the 205 long side pipe to the 220 stopper (movable type), and the 206 short side pipe flew along the 221 capture rope section, pulling the rope and simultaneously 204 trap. Push up the knot and squeeze the trap to squeeze the beast.
[0041]
(Example of capture rope and mainspring)
The capture rope is composed of a 204 trap, a 221 capture rope portion, a return from the topper 220, 222, and a 223 escape restraint rope.
[0042]
If the resilience of the 221 elastic steel spring is strong enough to destroy the tightening of the catches and the like of the catch, the total length of the 204 capture rope and the 221 elastic steel spring is the elastic force release extension length X of the spring. Then, the position of the movable 220 stopper is determined, and the drawing size of the 204 trap in the surplus portion with respect to the length X of the mainspring is determined.
[0043]
The trap diameter varies depending on the prey, but it should be adjusted to the foot size of the beast to be captured. You can squeeze the catch and catch it.
[0044]
If the elastic force of the 207 elastic steel spring is weak, if the length of the rope corresponding to the in-process cylinder and the total length of the trap are determined within the extended length X of the mainspring, the catch is firmly tightened. Can be captured.
[0045]
The above-mentioned condition setting is appropriately determined and set according to the catch and the capture place, and the length of the escape suppression rope 223 is also determined. The type, strength, etc. of each rope are determined in the same manner. The size, strength, etc. of the in-process cylinder are determined in the same manner.
[0046]
The fixing of the 223 escape-preventing rope may be performed by a standing tree near the installation location of the specific device or by a fixed object such as a rock.
[0047]
FIG. 4 for explaining FIG. 4 is a view in which the 207 elastic steel spring of the convoluting machine described in FIG. 3 is released, and shows a relationship between the 206 short cylinder, the 205 long cylinder and the 207 elastic steel spring.
It is also a detailed diagram showing the relationship between the 221 rope, the 220 stopper (movable), the return from the 222, and the 223 escape restraint rope, which do not catch the 204 prey.
[0048]
Referring to FIG.
FIG. 5 is a design drawing of an embodiment of the in-process cylinder.
It is a figure which shows the description and dimension of each material.
[0049]
Referring to FIG.
FIG. 6 is a detailed view of a practical example of the in-process cylinder described in FIG. 5 and a detailed view of a detailed part.
[0050]
Referring to FIG.
FIG. 7 is a diagram of a “beast-pulling trap device” (beast capture system device) provided with a beast capture system according to claim 4.
[0051]
User X's 151 network camera, which created the 150 beast capture system device, has a landscape containing 100 beast-specific devices as a camera subject, and 160 capture beasts (boars) in the camera subject now respond to the trap just by foot. FIG.
[0052]
When the movement of the 160 captive beasts (boars) reacts to the 100 beasting device, the movement of the 104 plate causes the 181 electric switch to react as shown in the operation diagram of the interlocking switch while 180 devices are mounted on the 106 work tubes of the 100 being device. The server serves as a switch for the operation of the 151 server camera through the electric cord, and the Internet is connected to the WWW, and the photographed image is uploaded to a predetermined 155 image storage file of the user X154 server as a continuous frame advance image or the like.
[0053]
The uploaded image is distributed to the WWW through a dedicated Internet homepage for the user X's “Beast-Known Device”.
Equipped with a beast monitoring system that detects images of the movement of 100 beasts and the capture of prey on the web screen of the 156 personal computer at home 157, the 157I mode mobile terminal, etc., and the 158I mode terminal outdoors through the homepage. FIG.
[0054]
In the beast capture system, the 151 server camera may be powered on at all times to activate a function of capturing the movement in the camera's field of view and automatically uploading the captured video as the camera performance. May be set to be distributed via the Internet.
[0055]
In addition, the operation of the “Beast Removal Device” may be linked to an operation switch of a mobile phone and transmitted to a predetermined contact by telephone, or may be automatically linked to a power switch of an I-mode mobile phone with a built-in camera. Alternatively, the image may be transmitted to a predetermined contact by e-mail, or the image may be uploaded to a predetermined file of a predetermined server to be distributed via the Internet.
[0056]
The structure of the 100 beast-knocking device may be changed depending on the type of the catch, such as a wild boar or a rabbit, or may be changed depending on the condition of the catching place.
【The invention's effect】
The installation of a “beast-specific device” for catching beasts can be simplified, and it can be done underwater. In addition, the "beast-like device" provided with the beast-capture monitoring system according to claim 4 does not check the installation state of the "beast-like device", and can detect the state of the beast capture quickly, and the beast capture rate. And increase the health and safety of captured animals.
[Brief description of the drawings]
FIG. 1 is an actual view of a detailed device at a site.
FIG. 2 is a detailed view of a work-in-progress tube of the detailed apparatus.
FIG. 3 is a detailed view of the hollow device when the hollow machine is set to practice.
FIG. 4 is a detailed view of the present invention when the practical set of the present invention is released.
[Fig. 5] Schematic diagram of the in-process cylinder [Fig. 6] Diagram of beast catching device (beast catching system device)
FIG. 7 is a diagram of a beast clear device equipped with a beast monitoring system.
REFERENCE SIGNS LIST 100 Beast cutting device 101 Cross section of work-in-process tube 102 Elevation view of work-in-process tube 103 Plan view of work-in-process tube 104: Moving horizontal plate 105: Horizontal plate fishing part 106: Tube 107: Location near above 108: Movable horizontal stabilizing pin 109: Cut-out part 111: Ring ring 130 Design drawing of the work-in-tube 131 Detailed view of the work-in-tube 150 Beast-like device 151 with a beast monitoring system Server camera (network)
152 Internet connection server 153 Internet WWW
154 User X server 155 Image storage file 156 Personal computer 157 I-mode mobile terminal 158 User XI mode mobile terminal 159 User X home, external user home, etc. 160 Captured animals (boars etc.)
180 Work in progress cylinder interlocking switch operation Fig. 181 Electric switch 182 Electric cord 200 Detailed view of a cracked machine when the spring is compressed and mounted so that it can be implemented 201 Safety device portion 203 of the cracked machine 203: Main body portion 204: Trap at the tip of rope (Beast capture part)
205: long pipe part 206: short pipe part 207: elastic steel spring 208: capture rope part 209: cap part of short pipe 210: pipe part of short pipe 212 safety pin 213 of safety device part of beast drilling machine: pull Draw rope 214: Needle draw loop 215 attached to the short pipe of the safety device part: Long pipe fixed end 216 of draw rope: Snap ring 217 of the safety device part: Loop of draw rope 220: Stopper (movable)
221: Capture rope part 222: Twist return bracket 223: Escape restraint rope

Claims (4)

When a beast such as a wild boar steps over with its feet, the gimmicks such as the flat plate set under the beast's feet move under tension,
The "Beast-Cup Trap Device" is characterized by the ability to compress the springs, etc., accumulate the momentum, and when the tension is released, tighten the beast trap to catch the beast. It is a pipe pipe of a circular shape or the like that is set up vertically and has a flat plate such as a net that can move downward (hereinafter, referred to as a moving flat plate).
The moving flat plate is fixed at two places to the work tube, such as a needle, so that it does not fall down while holding the moving plate horizontally. The corresponding opposite side has an integrally fixed needle, such as a needle. ,
The end of the needle pipe etc. is taken out of a part of the in-process cylinder to the outside, and it is hooked on a downward movable metal ring etc. installed outside the pipe cylinder, and the height of the pipe cylinder is fixed.
A "working cylinder" characterized in that the catching beast presses the moving flat plate in the pipe cylinder from above, thereby moving the metal ring or the like, which is outside the pipe cylinder and temporarily fixes the moving flat plate, downward. Part and
The "Beast-Cup Trap Device" is characterized by compressing springs, etc., accumulating momentum and, when tension is released by the movement of the device, tightening the beast trap to catch the beast. It is a pipe pipe of a circular shape or the like that is set up vertically and has a flat plate such as a net that can move downward (hereinafter, referred to as a moving flat plate).
The moving flat plate is fixed at two places to the work tube, such as a needle, so that it does not fall down while holding the moving plate horizontally. The corresponding opposite side has an integrally fixed needle, such as a needle. ,
The end of the needle pipe etc. is taken out of a part of the in-process cylinder to the outside, and it is hooked on a downward movable metal ring etc. installed outside the pipe cylinder, and the height of the pipe cylinder is fixed.
A "working cylinder" characterized in that the catching beast presses the moving flat plate in the pipe cylinder from above, thereby moving the metal ring or the like, which is outside the pipe cylinder and temporarily fixes the moving flat plate, downward. Part and
Attach a cap or the like with a hole through which a rope is inserted in the center to one end of each of the two long and short pipes, make the cap lid sides outward, and insert the short pipe into the long pipe Polymerized with
The elastic steel spring is compressed and inserted into a pipe to be superimposed, and a rope of twisted steel wire is inserted through the center of the pipe in a floating manner.
Attach the movable stopper corresponding to the pipe movement to the rope that passed through the long pipe side, fix the movement of the pipe end direction,
In the state where the elastic steel spring is compressed and the pipe is superimposed and attached, the hole of the rigid "fixing pin" with a metal ring at the tip attached near the lid end of the short pipe and the lid side of the long pipe One end is fixed near the end, the length is up to the above-mentioned metal ring, and the loop of the end is looped. Insert one side of
The other side of the "H-shaped safety pin" is inserted into the snap ring through which the above-mentioned trigger flexible wire is inserted to form a safety device,
By moving the snap ring to the lower escape side of the "H-shaped safety pin" with the "retaining ring moving bracket" etc., the snap ring as a safety device escapes from the "H-shaped safety pin" and falls off. The long pipe instantaneously hits the stopper due to the extension force of the elastic steel spring that has released the compression constraint.
At the same time, the short pipe pushes up the knot of the trap and moves the elastic steel spring by the compressed and shortened length to instantly reduce the diameter of the trap, tightens the trap, and tightens the trap for the beast's feet. Is tied to a rope,
The "Beast Trap Device" which features the capture of beasts. A beast-clipping device according to claim 3, characterized in that the device has a network camera or various portable terminal devices on a WWW web that starts operating as a switch in conjunction with the movement of the captured beast. "Beast capture system device").

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