JP6168499B2 - Treadboard direct-action bracket - Google Patents

Description

    The present invention captures beasts such as spiders and deers, and relates to a tread board direct-acting trap that has a simple structure and reliably captures beasts.

Traditionally, a beast's leg plow has been set up in a loop with a wire that can be reduced in diameter around the tread, and when the load is applied to the tread, the trigger is released and the coil spring is given a biasing force. The rod pulls up by the restoring action, and at the same time, the ring of the beast-clamping wire installed along the outer circumference of the tread board shrinks and catches the beast's feet, and the wire is fixed to the tree member firmly fixed on the ground surface feet enclosed trap beast with a fixed member for connecting該罠rope is of a configuration that requires a work to dig down to the lower stepping plate. (For example, see Patent Document 1)

Also, enclosed trap 32 More Ru operable without providing a hole in the ground, this mounting table 33, footboard 8, T-shaped plate 34, elastic portion 35, the torsion spring 36, first arm 37, second arm 38 is constituted integrally, to release the engagement of the second arm 38, the second arm 38 engaging is released by a trigger device 10 for opening the torsion spring 36 wire rope 39 is pulled, tying wheel 40 intended to capture the clamped beast, the bracketing trap 32, footboard 8 are hand support connected to the mounting table 33, beasts by the configuration of trigger device 10 is installed at a site supporting the pedal force transmission member 42 It is Nokuri Kuri (For example, see Patent Document 2)

Utility Model Registration No. 3129891 Utility Model Registration No. 317549

The above-mentioned patent document 2 is a narrow rod 32 that cannot be operated without digging a hole in the ground, and includes a mounting table 33, a footboard 8, an elastic portion 35, a torsion spring 36, a first arm 37, a second arm 38, a trigger. In the hollow cage 32 that is formed from the device 10, is unlocked by the trigger device 10, the wire rope 39 is pulled by the second arm 38, the hook ring 40 is tightened, and the beast is captured ,
The footplate 8 and the trigger device 10 is supported by a pedal force transmission member 42, a configuration in which the swinging member connector 45 is attached to the mounting table 33, the footplate 8 is configured by one point support, Note the footplate 8, narrow stepping field area in T-shape, with respect to the ground, placed in an inclined state, also, the wire rope 39 is wheel 40 chestnut want through the wire guide ring 46, the upper portion of the trigger device 10 and through the wire guide ring 46, the footplate 8 and the tying wheel 40 is in a state away, also a tying trap 32 is installed in an inclined state relative to the ground. As a result, there is a possibility that the instantaneous unlocking may be uncertain.

The bracketing trap 32, since the footboard 8 of the inclined state with respect to the ground, actuation of the stepping plate 8 by pedaling force position beast Ri anxiety there lacks certainty, also the footplate 8, the depression force transmitting member 42 and is connected consists rocking member 44 has a swing shaft 41 as a fulcrum, the external force operating according to the footboard 8 occurs twisting of the swing member and pivot shaft 41 is reliably transmitted to the trigger device 10 It is difficult, and there is a possibility that the unlocking does not operate reliably and instantaneously, and there is a problem in the unlocking of the first trigger device 10 ,
Thus, Ri anxiety there Torinigasu the capture of the beast can not correspond to the agile beast, also, the footboard 8 no pedal force adjustment function in unable sorting beast capture, that there is a problem such as .
The present invention is intended to solve the problems of such a conventional configuration, and an object thereof is to realize a stepping board direct-motion binding rod 1 that can cope with the agile movement of a beast. Is.

Therefore, in order to achieve the above object, the present invention provides a stepping plate direct-action hook 1 that instantly tightens and restrains a part of a beast's body by a ring-shaped portion formed of a hook wire.
Installed on the footboard base in a horizontal state in a flip-up rod formed with a wire guide fitting through which the binding wire is passed in the vicinity of the tip, a coil spring for applying a biasing force to the flip-up rod, and the ring-shaped portion A movable bar installed on the tread base, which interlocks and transmits an external force applied to the step tread and the tread, a trigger device for locking and releasing the urging force, and a slide bar to which an operating pin for starting the trigger device is attached When, transmit an external force operation of the footboard, a turnbuckle for adjusting the spring tension returned to the locked state, the configuration that is coupled in order, the external force applied to the tread plate is a movable arm, interlocking transmitted by said slide bar and, trigger device is activated at the same time, to release the locking of the set ring which is attached to the flip-up bar, the flip-up bar is the biasing force of the coil spring Ri splashed, the enclosed in Figures 1 and 2 which can restrain the beast by condensation diameter of the wire is pulled the annulus, in which the clear the mechanism.

The second problem solving means, before Symbol treads, the said movable arm provided on footplate base end, the footplate of the base a plurality of the fixed arm provided in face-to-face slack the footplate mounting wire The treadle is attached and fixed on the treadle attachment wire, the treadle is vertically lowered by an external force, and the movable arm operates in an inclined direction by pulling the treadle attachment wire attached to the movable arm. The slide bar slides and transmits to the trigger device in an interlocking manner , and the step board is square and attached and fixed on the plurality of attachment wires without slack, and the external force applied to the step board depends on the position. Razz the footplate is substantially vertical lowered, thereby mounting the wire is pulled in the footplate direction, movable a Beam is inclined, the slide bar from being slid operate footplate direction, in which the made clear in FIG. 3 in conjunction with the triggering device mechanism.

The third problem solving means, the trigger device, than to the trigger operation pin simultaneously attached to said slide bar and tilt of the movable arm such external force to the footplate moves the trigger, the trigger It is composed of the trigger device that rotates simultaneously with the shaft as a fulcrum, the hook portion of the trigger rotates and releases, and the set ring installed on the flip-up rod unlocks, and the external force operation on the tread is simultaneously performed It is a mechanism clarified in FIG. 4 capable of interlocking transmission.

The fourth problem-solving means is that the turn buckle is provided before and after the slide bar, is connected to the trigger device, and adjusts the length of the turn buckle to change the tension of the tension spring. The external force applied to the tread board is adjusted , and the mechanism clarified in FIG.

The tread board direct-motion binding rod 1 of the present invention is a binding rod that tightens and restrains a part of a beast's body by a ring-shaped portion formed of a binding wire.
A flip-up rod in which a wire guide fitting through which the binding wire is passed is formed in the vicinity of the tip, a coil spring for applying a biasing force to the flip-up rod, a step plate installed on the step plate base in the ring-shaped portion, and the step plate A movable arm installed on the tread base for directly transmitting the external force applied to the tread, a trigger device for locking and releasing the urging force, a slide bar with a trigger operating pin for starting the trigger device, and the tread transmitting the external force actuation of the tension spring back into the turnbuckle and locking state be adjusted in configuration coupled in order, and said movable arm is an external force actuated imposed on the footboard, and more interlocked transmitted to the slide bar, at the same time the trigger device is actuated, the locking of the set ring attached to the flip-up rod is released, the flip-up rod splashed, the lumping Ear is a mechanism capable of restraining a beast by condensation diameter of the annulus is pulled, thereby, a rapid movement of the beast quickly detect an effect of preventing missed the beasts.

The tread board is attached to the movable arm provided at one end of the tread board base and the fixed arm provided on the opposite side of the tread board base by tensioning a plurality of tread board attachment wires, and the tread board is mounted on the tread board attachment wire. The treadle is vertically lowered by external force, pulled by the treadle attachment wire attached to the movable arm in the previous period, the movable arm is operated, and the slide bar is interlocked and transmitted to the trigger device.
The footplate is an external force exerted on the tread plate in prismatic said footplate has mounting wire is tensioned, a mechanism for vertically lowering operation by an external force applied to the tread plate.
As a result, the external force applied to the tread has the effect of lowering the tread regardless of its position.

The trigger device is configured to cause the trigger to rotate simultaneously around a trigger shaft of the trigger device by the movement of the trigger operating pin attached to the movable arm and the slide bar with an external force applied to the tread plate, operation but is constructed from the previous SL trigger device for unlocking at open the settling installed in the flip-up bar _, wherein the mechanism according external force actuation can be linked directly transmitted to the tread plate, thereby the external force of the beast is instantly by transmitting, there is an effect that can accommodate agile beast.

By connecting the turnbuckle and the tension spring before and after the trigger device, and adjusting the length of the turnbuckle with the tension of the tension spring, the external force applied to the tread can be adjusted in the range of about 15 kg to 20 kg. The mechanism.
This has the effect of selecting and capturing the type and size of the beast.

It is a perspective view of a tread board direct-acting binding rod according to an embodiment of the present invention. (A) It is a side view of the tread board direct-acting hook. (B) It is a side view of the state in which the external force of the beast was applied to the tread board direct-acting hook. (A) It is an upper side figure of the foot board concerning one embodiment of the present invention. (B) It is a side view of the tread. (A) It is a top view of the trigger device concerning one embodiment of the present invention. (B) It is a side view at the time of the trigger device setting. (C) It is a side view at the time of the trigger apparatus open | released. (D) It is a side view after the trigger device operation. It is a front view of the chestnut which concerns on the conventional embodiment. It is a top view of the chestnut which concerns on the conventional embodiment. It is a front view which expands and shows the principal part of the trigger apparatus which concerns on the conventional embodiment.

DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, embodiments of the invention will be described with reference to FIGS.

As shown in FIG. 1, the tread board direct-motion binding rod 1 according to this embodiment is a binding rod that tightens and restrains a part of a beast's body by the reduced diameter of the ring-shaped portion 3 formed by the binding wire 2 .
The coil spring 6 and the base 17 and the stepping plate base 7 which imparts a biasing force to raise rod 5 bounce the a flip-up rod 5 the wire guide bracket 4 is formed in which the wire 2 is passed through bundling the to the tip vicinity, A stepping plate 8 that is integrally connected to the stepping plate base 7 in the ring-shaped portion 3 and the movable arm 9 that is installed on the stepping plate base 7 that transmits external force applied to the stepping plate 8 in an interlocking manner; When the trigger operating pin 12 is attached and the movable arm 9 is inclined, the slide bar 13 sliding in the direction of the movable arm and the trigger shaft 23 can be rotated as a fulcrum, and the trigger operating pin 12 is engaged. The trigger device 10 is formed with the trigger 11 hook portion for stopping and the trigger 11 arm portion for locking the set ring 16 attached to the flip-up rod 5. , Has a,
The flip-up bar 5 is configured such that when the external force is applied to the tread plate 8, the tread plate 8 descends vertically ,
As a result, the slide bar 13 slides in the tilt direction of the movable arm 9, and the arm portion of the trigger 11 of the trigger device 10 that locks the trigger operating pin 12 of the slide bar 13 thereby moves the trigger. The shaft 23 rotates around the fulcrum, thereby releasing the locking of the set ring 16 attached to the flip-up bar 5 set on the arm portion of the trigger 11 of the trigger device 10, thereby A mechanism that is flipped up by the urging force of the coil spring 6;
The turnbuckle 14 for transmitting and adjusting the external force applied to the stepping plate 8 and the slide bar, the trigger device, and the tension spring 15 for returning to the locked state are sequentially connected to each other. The external force is interlocked and transmitted by the movable arm 9 and the slide bar 13, and at the same time, the trigger device 10 is actuated, the locking of the set ring 16 attached to the flip-up bar 5 is released, and the flip-up is performed. rod 5 is splashed up the enclosed pulled the wire 2, wherein Rukoto can restrain the beast by diameter of the annular portion 3,
Moreover, said the central portion of the stepping plate base 7 and integral base 17 includes a wire guide 18 to prevent sagging during raising the bundling wire 2 bounces, corresponds to the rapid movement of the beast, capture beast Make sure . The base 17 is provided with an anchor guide 28, an anchor pile 29, a safety fitting 30, and a safety pin 31.

As shown in FIG. 1, the binding wire 2 of the stepping plate direct-motion binding rod 1 according to the present embodiment is made of a thin wire that is soft and strong, and the ring-shaped portion 3 is arranged around the stepping plate . By actuating, the flip-up rod is released from the locked state, the binding wire 2 jumps up and the ring-shaped portion 3 is reduced in diameter, and a part of the body of the beast is captured and the beast is captured.
After the diameter reduction, a check fitting 19 is provided so that the ring-shaped portion 3 does not loosen, and the other end of the binding wire 2 is fixed to a member that can be firmly fixed on the ground surface, such as a standing tree ,
The flip-up bar 5 is a strong round steel, and has a structure integrated with a base 17 that is linearly connected to a coil spring 6 that applies an urging force.

Fig.2 (a) is the side view which set the tread board direct-acting hook 1 which concerns on this embodiment. The flip-up bar 5 holds a biasing force, and is a state diagram in which the set ring 16 is locked to the trigger device 10. The tread board 8 can be installed horizontally with the ground, and the external force applied to the tread board 8 can be detected and actuated regardless of the position to activate the connected trigger device 10.

FIG. 2B is a side view showing a state in which an external force of a beast is applied to the tread board 8 on the tread board direct-action hook 1 according to the present embodiment. At the same time when a part of the beast's body enters the tread board 8, the trigger device 10 is actuated, the unlocking is released, the lifting rod 5 is jumped up, and the binding wire 2 is pulled,
As a result, the ring-shaped portion 3 is immediately reduced in diameter , a part of the beast is tightened and restrained , and a state diagram showing the capture of the beast,
The opening angle of the flip-up bar 5 is approximately 80 degrees, but the strength and the flip-up angle of the coil spring 6 can be selected as appropriate.

FIG. 3 is a plan view (a) and a side view (b) of the tread plate portion of the tread plate direct-acting hook 1 according to the present embodiment. The tread plate 8 is a flat plate having a predetermined square shape, and the tread plate base. A plurality of tread plate attachment wires 21 of about 2 mm are stretched between the movable arm 9 provided on the slide bar 13 side and the fixed arm 20 provided on the opposite side of the tread plate base 7 in a slack-free state. The tread plate 8 is fixedly attached by a mounting bracket 22 ;
The external force by the beast is detected by the tread board 8 and descends almost directly below. The movable arm 9 is pulled by the tread plate attachment wire 21 to operate the movable arm 9 toward the fixed arm, and the slide bar 13 is interlocked to transmit to the trigger device 10.
The external force applied to the tread plate 8 is lowered regardless of the position.

The tread plate 8 descends when an external force is applied. Although the descending distance depends on the weight of the beast, the trigger device 10 is actuated to release the lock when it descends approximately 3 cm vertically.

FIG. 4 is a plan view and a side view of the trigger device 10 of the footboard direct-acting hook 1 according to the present embodiment. The trigger device 10 is installed at a substantially central portion of the base 17 and the set ring. The trigger 11 that locks and releases the trigger, the trigger guide frame 27 that attaches the trigger, the trigger 11, the trigger shaft 23 that serves as a support shaft of the trigger 11, and the coil spring 24 that rotates and restores the trigger 11. And a configuration in which a coil spring mounting bolt 26 for mounting the coil spring 24 is mounted,
The trigger guide frame 27 is fixed to the base 17, and the trigger device 10 is attached to the inside of the trigger guide frame 27 ,
The slide bar 13 is attached to the outer sides of the trigger guide frame 27, also through the trigger operation pin 12 in a substantially central portion of the slide bar 13 to the arm portion of the trigger 11, the attachment fitting,
In addition, the turnbuckle 14 and the tension spring 15 that holds the trigger in a locked state on the coil spring side are connected to both ends of the slide bar 13, and the length of the turnbuckle 14 is adjusted. for example the tension of the tension spring 15 variable, thereby consists mechanism that can change 15~20kg the operation force of the footboard 8.

4 (a) and 4 (b) are a treadle direct-acting binding rod 1 according to this embodiment, showing a plan view and a side view of the trigger device 10. The trigger 11 has an arc shape with a trigger shaft 23 as a fulcrum. It is a mechanism that can exert a locking and releasing function by rotating in the direction .
The trigger locking / releasing part of the trigger 11 is a U-shaped hook-shaped part and the trigger operating pin 12 side of the slide bar fitted into the slide bar is an inverted U-shaped and bifurcated arm part , The bifurcated arm portion and the hook portion that become the trigger portion of the set ring 16 are formed as an integral member, and the length of the arm is adjusted by the movement stroke of the trigger operating pin 12. The material shall withstand repeated use. The trigger 11 is released when the trigger operating pin 12 slides , the trigger rotates about a trigger shaft, and the arm arm portion of the trigger 11 rotates and moves from the trigger operating pin. The ring 16 is released from the trigger hook part, and the toss ring 16 is released to release the lock.

FIG. 4 (b), in step board linear motion enclose trap 1 according to the present embodiment, the trigger device 10 is a side view, which is engaged with the set ring 16. FIG. 4C is a diagram showing an instantaneous state in which the trigger device 10 is operated in conjunction with the movement of the foot board 8 in the foot board direct acting hook 1 according to the present embodiment. FIG.4 (d) is a figure which shows the state after the said trigger apparatus 10 action | operation with the binding rod 1 which concerns on this embodiment.

The turnbuckle 14 is provided in front of and behind the slide bar 13, and the tension of the tension spring 15 is changed by adjusting the connection with the trigger device 10 and the length of the turnbuckle 14. It consists of a mechanism that can adjust the external force.

As mentioned above, although it explained in detail about the tread board direct-acting binding rod 1 according to the embodiment of the present invention , the present invention is not limited to the above-described embodiment, and various modifications can be made without departing from the gist of the present invention. Is possible.

The size and material of each member which comprises the tread board direct-acting binding rod 1 based on embodiment of this invention can be changed suitably.

  INDUSTRIAL APPLICABILITY The present invention is used in industries that manufacture animal traps for the purpose of suppressing industrial damage to agriculture, forestry, livestock, as well as animal hunting such as spiders, deer, and bears.

DESCRIPTION OF SYMBOLS 1 Tread plate direct-acting binding rod 2 Bending wire 3 Ring-shaped part 4 Wire guide metal fitting 5 Bounce rod 6 Coil spring 7 Tread plate base 8 Tread plate 9 Movable arm 10 Trigger device 11 Trigger device 12 Trigger operation pin 13 Slide bar 14 Turn buckle 15 Pull spring 16 Set ring 17 Base 18 Wire guide bracket 19 Check bracket 20 Fixed arm 21 Footboard mounting wire 22 Footboard mounting bracket 23 Trigger shaft 24 Coil spring 25 Turnbuckle mounting bolt 26 Coil spring mounting bolt 27 Trigger guide frame 28 Pile guide 29 Pile 30 U-shaped safety bracket 31 Safety bracket pin 32 Round collar 33 Mounting base 34 T-shaped plate 35 Elastic portion 36 Torsion spring 37 First arm 38 Second arm 39 Wire rope 40 Round ring 41 Oscillating shaft 2 treading force transmission member 43 supporting member 44 swinging member 45 connecting member 46 wire guide ring

Claims (4)

Enclose the footplate linear motion enclose trap restraining tightening the part of a beast's body reduced diameter annular portion formed by a wire,
The flip-up rod formed with a wire guide fitting through which the binding wire is passed in the vicinity of the tip ,
A set ring attached to the flip-up rod;
A flip-up rod formed from a coil spring that applies a biasing force to the flip-up rod;
A footboard installed on the footboard base in the ring-shaped portion;
It is installed on the tread base, and the tread is lowered vertically by external force received from the beast ,
A movable arm inclined in the direction of the tread plate ,
A trigger bar is attached and a slide bar that slides in the direction of the movable arm by tilting the movable arm;
To rotatable trigger shaft as a fulcrum, and a trigger arm portion for engaging said trigger operating pin trigger device which triggers the hook portion for engaging an attached settling in the flip-up rod having a trigger has been made form And having
When the external force is applied to the tread plate, the tread plate is lowered vertically, whereby the movable arm is tilted, and the slide bar to which the trigger operating pin is attached is inclined in the direction of the movable arm. The trigger arm is actuated by the trigger operating pin, and the trigger shaft is rotated about the trigger shaft, whereby the hook portion of the trigger is opened and the set ring attached to the flip-up rod is locked. The stepping plate direct-action hook is characterized in that the mechanism is such that the spring bar is lifted by the biasing force of the coil spring . In the tread board direct-action bracket,
The footboard includes a movable arm which is provided on the footboard base end, in the absence of loosening a plurality of treads attached wire between the fixed arm provided on facing the footplate base on the footplate mounting wire The treadle is fixed by a treadle mounting bracket, pulled by the treadle attachment wire attached to the movable arm by an external force, the movable arm is actuated, and the slide bar is interlocked and transmitted to the trigger device. 2. An external force applied to the tread board in a square shape is attached to the tread board attachment wire in a state without slack, and the external force applied to the tread board is configured to move downward regardless of its position. The treadle direct-action bracket described. In the fence that moves directly on the tread board,
The trigger device includes: a trigger for locking and releasing the set ring; a guide frame for mounting the trigger; a trigger shaft serving as a support shaft for the trigger; a coil spring for rotating and restoring the trigger; and a coil spring for mounting the coil spring The external force applied to the tread plate is configured by a mounting bolt, and the trigger is simultaneously rotated about the trigger shaft of the trigger device by the movement of the trigger operating pin attached to the movable arm and the slide bar. The stop ring is opened, and the set ring installed on the flip-up bar is unlocked, whereby the trigger device has a mechanism that can simultaneously transmit the external force applied to the tread. 1 or 2 treadle direct-acting bracket. In the treads linear motion enclosed trap,
The turn buckle is provided at both ends of the slide bar, and is a mechanism capable of changing the tension of the tension spring and adjusting the external force of the tread plate by adjusting the connection with the trigger device and the length of the turn buckle. 2. The tread board direct-action bracket according to claim 1, characterized in that it is a mechanism capable of selecting beast capture.

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