JP2019047762A - Tenya for hairtail - Google Patents

Abstract

To provide a tenya for a hairtail in which an effective hooking to the hairtail biting bait is made and a stable hooking state is maintained, and the cost can be reduced.SOLUTION: A fishing hook 3 with a tip fixed to a weight 2 is divided into a needle tip side 3N and a front side 3F, and the two sides are connected in a turning manner. A wire return regulation stopper 10 regulates return of wire 9 and the needle tip side 3N is held in an original position in the position of preventing the return direction turning of the needle tip side 3N. A drawing string 8 draws the wire 9 when a hanging string 7 is stretched, and the tip side 3N of the fishing hook is turned from an original position to a position of receiving the turning regulation by a turning angle regulation stopper 12.SELECTED DRAWING: Figure 1

Description

  TECHNICAL FIELD The present invention relates to a fish sword fish tener and a tenya fish sword that has been devised to improve the retainability of the hooked state and has reduced manufacturing costs.

  In sword fish boat fishing, a sword fish tenya with an integrated weight and fishing hook is used. As shown in FIG. 5, a general sword fish tenya is provided with a weight 2 at the tip, and a trunk (shaft) 3 a of a fishing hook 3 is extended to the rear of the weight 2, and a waist bending portion is provided at the rear end of the trunk. 3b, a tip bending portion 3c, and a needle tip portion 3e having a barb 3d, and a stop needle 6 that rises upward is provided on the body 3a.

  A ring 4 is attached to the weight 2 at the tip, and Harris (also not shown) is connected to the ring 4 via an interlock snap (not shown) or the like.

  A bait 22 such as a kite is attached to the body 3 a of the fishing hook 3. The bait 22 is pierced from below as shown in the figure with a stop needle 6 provided on the upper portion of the trunk 3a, and the bait 22 is wrapped and tied with a wire 14 (thin stainless steel wire, copper wire, etc.). Is fixed to the body 3a (see Patent Document 1 below).

  Then, the sword fish tenya 21 with the bait 22 attached is thrown into the sea from the ship and submerged to the target depth (tana). The sword fish tenya 21 that has reached the target water depth hangs in a horizontal position. As a result, the prey fish appears to be swimming, increasing the chances of a sword fish that likes to live.

  In addition, although the weight 2 of the fish head shape like FIG. 5 is used abundantly, of course, there is also a sword fish tenya which is not a fish head shape.

  With regard to this sword fish tenya, in order to improve the hook of the sword fish, the applicant holds the fishhook through the guide pipe so as to be slidable, and when the sword fish is eaten by the bait, the path thread is lifted (pulled up). Therefore, there has been proposed a technique in which the fishhook is slid so that the tip of the fish is forced into the fish body (see Patent Document 2 below).

JP 2012-165732 A Japanese Patent Laid-Open No. 2006-93105

  The sword fish tenya is inserted so as to maintain a horizontal posture at a target depth position. To the bait attached to the tenya, the sword fish often bites upward from the bottom.

  The angler senses the situation that the fish has eaten (so-called hit) from the movement of the tip of the fishing rod due to the bite and the feeling transmitted to the hand holding the fishing rod, and lifts the fishing rod (so-called match) to the fish body Hang the needle.

  A common sword fish tenya on the market rotates with the tip side lifted by lifting the fishing rod and the part where the bait is eaten by the sword fish, and the needle point with the barb returned to the head of the sword fish Pierce from. In sword fishing using tenya, the tip of the needle is not stuck in the mouth of the fish, but is stuck into the head from the outside and the fish is caught.

  As described above, needle hooks in commercially available common sword fish tenya are caused by rotating the sword fish as a fulcrum when the fishing rod is lifted up, but the sword fish feed is added. Depending on the method, a situation may occur in which the rotation is not reliably performed.

  For example, if there is a situation where the bait is strong and the sword fish shakes its head in the direction of the tenya at the same time when the mating is done, the relative rotation of the tenya relative to the sword fish will be insufficient, and the sword fish at the tip of the needle The piercing to the is insufficient.

  For this reason, there was a situation where fishing was missed, and fishing results sometimes did not rise as expected.

  The tener of Patent Document 2 has been proposed by the present applicant in order to eliminate the inconvenience. However, the mechanism for holding the fishing hook in a slidable manner is complicated and difficult to manufacture, resulting in a high manufacturing cost.

  In addition, since the fishhook slides straight and the tip of the fish sticks into the fish body, there is a problem that the hooked state cannot be maintained sufficiently.

  Therefore, the present invention provides a sword fish tenya that can be effectively hooked on the sword fish that has been eaten, and can maintain the hooked state in a stable manner so that the fishing results can be increased. The challenge is to make it possible to lower the price.

  In order to solve the above-described problems, in the present invention, a sword fish tenya is configured as follows.

That is, having a fishing rod with a weight and a straight body attached to the weight and extending rearward of the weight,
The fishing hook is divided into a needle tip side and a front side where the tip of the trunk is fixed to the weight, and the needle tip side is rotatably coupled to the front side. It is done using a hinge pin that is perpendicular to the direction and horizontal,
Further, a stop needle for attaching a bait fixed to the upper outer periphery of the front side trunk, and a stretchable elastic body interposed between the weight and the thread at a load balance point where the tener hangs horizontally. A hanging string, a pulling string whose upper end is connected to the upper end of the hanging string and a length longer than the free length of the hanging string, and a guide hole provided in the weight, and a rear end below the trunk A wire connected to the tip side of the fishhook on the side, a wire return regulating stopper provided at the front end of the wire, a needlepoint side return elastic body for returning the needlepoint side of the fishhook to the original position, A rotation angle restriction stopper for restricting the movement of the wire at a position where the needle tip side of the fishhook is pulled by the wire and turned to turn the needle tip upward;
The front end of the wire is connected to the lower end of the drawstring;
The needle tip side is held in the original position at the position where the wire return regulation stopper restricts the return of the wire and prevents the return direction rotation on the needle tip side of the fishing hook,
When the hanging string is extended, the pulling string pulls the wire, and the tip of the fishhook is rotated from the original position until it is subjected to the rotation restriction by the rotation angle restriction stopper. I made it.

  The fishing hook is a cylinder whose tip is fixed to the weight, and is linearly extended. At the rear end of the cylinder, a waist bending part, a bending part, and a needle tip part having a barb are provided. The body of the fishing hook is separated at a position biased toward the needle tip side, and a hinge coupling portion is provided at the separation portion, and the needle tip side is rotatably connected to the front side.

  This sword fish tener can use a rubber string, a coil spring, a helical spring, or the like as an elastic body for returning the needle tip side.

  The hanging string is preferably a rubber string (a product called cushion rubber) formed of thermoplastic polyurethane or the like.

  The wire is preferably provided with a guide pipe fixed to the lower part of the trunk on the front side of the fishhook and passed through the guide pipe.

  The rear end of the wire may be connected to the wire anchoring portion by providing a wire anchoring portion on the inner side of the waist bending portion on the tip side of the fishhook. The wire anchoring portion may be a ring or the like.

  The weight may have any shape such as a shell shape or a fish head shape. In addition, a coating film of a phosphorescent paint that enhances the appealing property or a quasi-fisheye with luster can be provided on the surface of the weight.

  When the tenya of the present invention senses the bite of the sword fish against the bait and lifts up the fishing rod, the weight of the sword fish is added to the tenya, so that the elastic string is stretched, thereby pulling the pull string. It is done.

  For this purpose, the wire connected to the drawstring is pulled and the tip of the fishing hook rotates from its original position until it is subject to rotation restriction by the rotation angle restriction stopper. Pierce. The piercing is surely made by turning the needle tip side.

  In addition, the needle tip pierced by the fish body is held at the end of rotation because the pulling resistance due to the weight of the sword fish is added while winding the thread, so that the state where the needle tip is stuck is maintained without being unraveled. Because of that, fishing escape increases and fishing results rise.

  The tener according to the present invention divides a fishing hook of a common sword fish tener into two parts, hinges the divided parts, an elastic suspension string, a pull string and a wire that rotates the tip of the fishhook, and a rotated needle. It can be considered that a needle point return elastic body that returns the tip side to the original position and a rotation angle regulating stopper that regulates the rotation angle of the needle tip side are added, and the structure is relatively simple and processed. There are no difficult parts. Therefore, the manufacturing cost is also reduced.

  In addition, the thing which also used the cushion rubber | gum for fishing as a hanging string of the said elastic body does not become thick, and becomes a thing which is hard to receive the influence of a tidal current.

  In addition, in the case where the guide pipe is provided and the wire is passed through the guide pipe, the wire is not bitten by the sword fish and does not become difficult to move, and the wire is smoothly moved.

  In addition to this, a wire anchoring portion provided inside the waist bent portion on the tip side of the fishhook and the rear end of the wire being connected to the wire anchoring portion can be easily and reliably connected to the wire.

It is a side view which shows an example of the tenya for sword fish of this invention. It is a side view which shows the state which attached the bait to the tenya of FIG. It is a side view of the principal part which shows the other example of the elastic body for needle point side return. It is a side view which shows the state which the fish hook of Tenya stuck in the sword fish which ate the bait. It is a side view which shows the state which attached the bait to an example of the tenya for sword fish of the conventional product.

  Embodiments of a sword fish tenyer according to the present invention will be described below with reference to FIGS. 1 to 4 of the accompanying drawings.

  The sword fish tener 1 shown in FIG. 1 has a balance-type weight 2 at its tip, and a fishing hook 3 is attached to the weight 2.

  The weight 2 employed in the illustrated tenya is a pyramid-shaped balance weight having a predetermined weight, but may be a shell-shaped or fish-head-shaped weight, and further, a phosphorescent paint film or a glittering coating on the surface. It may be provided with a certain fisheye. A ring 4 is attached to a load balance point (a position where the weight of the front side of the tener and the tip of the needle are balanced) at the upper part of the weight 2.

  The fishing hook 3 is a needle provided with a waist bent portion 3b, a bent forward portion 3c, and a needle tip portion 3e having a barb 3d at the rear end of a straight body 3a. The entire fishing hook 3 is divided into a needle tip side 3N and a front portion side 3F, and the needle tip side 3N is rotatably coupled to the front portion side 3F. The dividing point between the needle tip side 3N and the front portion side 3F is in a position biased toward the needle tip side 3N in the middle of the longitudinal direction of the body 3a.

  The needle tip side 3N and the front part side 3F are coupled by providing a hinge coupling part 5 at the separation part of both. The hinge coupling portion 5 is provided at the front end of the needle tip side 3N and the rear end of the front side 3F so as to correspond to the clevis joint 5a and a bearing 5b that enters the groove of the clevis joint 5a. A hinge pin 5c that is perpendicular and horizontal is loosely fitted to the bearing 5b, and both ends of the hinge pin 5c are fixedly supported by a clevis joint 5a.

  In the illustrated hinge coupling portion 5, the clevis joint 5a is disposed at the rear end of the front side 3F, and the bearing 5b is disposed at the front end of the needle tip portion 3N. The positions of the clevis joint 5a and the bearing 5b are as follows. The relationship may be the reverse of the figure.

  1 is provided with a stop needle 6 for attachment, a stretchable elastic strap 7, a pull cord 8, a wire 9, a wire return regulating stopper 10, and a needle tip side return needle. An elastic body 11, a rotation angle restricting stopper 12, a guide pipe 13, and a wire 14 are further provided.

  The stop needle 6 is fixed in a standing state on the outer periphery of the upper portion of the trunk 3 a on the front side 3 </ b> F of the fishing hook 3. The stop needle 6 may be at least one, but a plurality of the stop needles 6 are preferably installed to stably keep the bait.

  The lower end of the suspension string 7 is connected to the weight 2 at the load balance point where the tenor hangs horizontally using an interlock snap 15 or the like, and is interposed between the weight 2 and the road thread 20. The hanging string 7 is a rubber string called a cushion rubber formed of thermoplastic polyurethane. At the upper end of the hanging strap 7, a connecting tool 16 (which is a swivel in the figure) for connecting the road thread 20 is provided.

  The hanging strap 7 is preferably made of a cushion rubber for fishing and is not affected easily by the tide. However, even with a coil spring made of a corrosion-resistant material such as stainless steel, the pulling cord 8 is slackened to suspend the tenor. It is possible.

  The suspension string 7 is provided with a tensile strength that can hold the tener in the suspended position while leaving an extension allowance of a predetermined length or more. When the fed tenya is simply suspended (when the weight of the fish is not added), the suspension string 7 hardly extends. The elongation at this time is a negligible length that can be ignored.

  Tegs are used for the drawstring 8. The upper end of the pull string 8 is connected to the upper end of the suspension string 7, and the lower end is connected to the front end of the wire 9. The length of the drawstring 8 is longer than the free length of the suspension string 7 (the length when there is no load), and in the state where the tenor fed by the suspension string 7 is simply suspended, the drawstring 8 has moderate slack. It has occurred.

  The wire 9 is a stranded metal wire. The wire 9 is passed through a guide hole 2a provided in the weight 2, and a rear end thereof is connected to the tip side 3N of the fishhook below the trunk 3a. The connection of the rear end of the wire 9 to the needle tip side 3N is performed by providing a wire anchoring portion 18 inside the waist bending portion 3b. The wire tether 18 is preferably the illustrated ring.

  The wire return regulation stopper 10 is provided at the front end of the wire 9 and regulates the return of the wire 9 (movement toward the needle tip side 3N side) at the position where the needle tip side 3N of the fishing hook returns to the original position. Return direction rotation by the force of the needle tip side return elastic body 11 on the tip side 3N is prevented. Thereby, when the wire 9 is not pulled, the needle tip side 3N is held in the original position.

  The needle tip side return elastic body 11 biases the needle tip side 3N in the direction opposite to the direction in which the needle tip side 3N is pulled and rotated, and the needle tip side 3N is pulled by the wire 9 and rotated. Sometimes the repulsive force is strengthened and when the force pulling the wire 9 is released, the needle tip side 3N is returned to the original posture (original position).

  The needle tip side return elastic body 11 is exemplified by a rubber string, but may be a coil spring as shown in FIG. 3 or a helical spring (not shown) that is wound when the wire 9 is pulled. Or the like.

  The rotation angle restriction stopper 12 restricts the rotation angle of the fishtip side 3N of the fishing hook, and is fixed in the middle of the length of the wire 9. The rotation angle restricting stopper 12 is moved at a position where the needle tip side 3N is pulled by the wire 9 and turned to turn the needle tip upward (state shown in FIG. 4). The movement of the wire 9 is restricted by this, and while the wire 9 is being pulled, the rotation posture of the needle tip side 3N is maintained.

  The guide pipe 13 is fixed to the lower portion of the trunk 3a on the front side 3F of the fishhook, and the wire 9 is slidably passed through the guide pipe 13. With this guide pipe 13, the wire 9 is not bitten by the sword fish and does not become difficult to move. Thus, the guide pipe 13 is a preferred element but is not essential.

  The wire 14 is a thin wire formed of stainless steel, copper, copper alloy, or the like, and is used to bind bait to a fishing hook. The wire 14 can be additionally installed by the purchaser of the sword fish tener 1. Therefore, it is not always necessary to include it in the product at the time of shipment.

  Reference numeral 17 in FIG. 1 denotes an intermediate weight through which the suspension string 7 and the pull string 8 are loosely passed. The threading weight 17 is useful for preventing the suspension string 7 and the pull string 8 from being entangled, but is only a preferable element.

  The sword fish tener 1 configured as described above connects the road thread 20 fed from a fishing rod reel (not shown) to the connector 16.

  The sword fish tenya 1 attached to the road thread 20 is used with a bait attached. As shown in FIG. 2, the bait is attached by piercing the bait 22 into the bait 22 from below and winding the wire 14 around the bait 22 and the guide pipe 13 integrated with the body 3a on the front side 3F of the fishhook. Tie 22

  The bait 22 is frequently used as a bait, but it is also possible to use a fish other than the carp, a rubber pseudo bait, or the like.

  The wire 14 to which the bait 22 is tied is fixed by winding an end portion on the winding end around an appropriate portion of the fishing hook 3.

  The wire 14 is wound by turning the winding position halfway and winding the end of the wire 14 returned to the winding start side around the body 3a or the guide pipe 13 in the vicinity where the starting end is fixed, the bait is fixed. Stable and preferred.

  The bait 22 is attached at this time so that the rotation of the tip 3N of the fishing hook 3 is not hindered. When the bait is finished, the sword fish tenya 1 is put into the sea.

  The introduced sword fish tener 1 is suspended by the suspension strap 7 and submerged to a target point, and is maintained at a target water depth (tana) position while maintaining a substantially horizontal posture.

  The sword fish Cf bites into the bait 22 attached to the sword fish tenya 1 as shown in FIG. 4, and when the angler feels a hit, a match is made (raising the fishing rod). When the alignment is performed, the suspension string 7 is stretched and the pull string 8 is pulled, and the wire 9 connected to the pull string 8 is moved.

  Thereby, as shown in FIG. 4, the needle tip side 3 </ b> N of the fishing hook 3 rotates around the hinge pin 5 c as a fulcrum, and the needle tip sticks into the cheek of the sword fish Cf that has bitten the bait 22 with high probability.

  The tip of the fishhook 3 is pierced into the sword fish Cf, then bites into the fish body, and the guide pipe 13 (the one without this pipe is the trunk 3a) with the head side of the fish along the trunk 3a on the front side 3F of the fishhook. Between them.

  While the road thread 20 is rewound onto the reel, the above-described pinching state is maintained, and therefore, the sword fish Cf hanging on the needle is effectively prevented from being detached, and the needle hooking state is stably maintained. .

  The illustrated sword fish tener 1 has a simple structure and is easier to make than the one proposed in Patent Document 2. Therefore, the manufacturing cost is also reduced.

  Further, since the tip side 3N of the fishing hook 3 is simply hinged to the front side 3F, the return of the tip side 3N when the caught fish is removed can be smoothly performed.

1,21 Tuna fish tener 2 Weight 2a Guide hole 3 Fishing hook 3N Needle tip side 3F Front side 3a Body 3b Waist bent portion 3c Bend bent portion 3d Return point 3e Needle tip portion 4 Ring 5 Hinge joint 5a Clevis joint 5b Bearing 5c Hinge pin 6 Stopping needle 7 Hanging string 8 Pulling string 9 Wire 10 Wire return regulating stopper 11 Needle tip side return elastic body 12 Rotating angle regulating stopper 13 Guide pipe 14 Wire 15 Interlock snap 16 Connecting tool 17 Through weight 18 Wire tether 20 Michiito 22 Bait Cf Tachi Fish

Claims (3)

A fishing rod (3) having a weight (2) and a straight body (3a) attached to the weight and extending rearward of the weight;
The fishhook (3) is divided into a needle tip side (3N) and a front side (3F) where the tip of the body (3a) is fixed to the weight (2), and the needle tip side (3N) is the front part. The side (3F) is pivotally coupled, and the coupling is performed using a hinge pin (5c) that is perpendicular to the longitudinal direction of the body (3a) and is horizontal,
Further, a stop needle (6) for attaching bait fixed to the upper outer periphery of the front side (3F) body (3a), and the weight (2) and the road thread (2) at a load balance point where the tener hangs horizontally. 20) and a stretchable elastic hanging string (7) interposed between the upper end of the hanging string (7) and a pulling string having a length longer than the free length of the hanging string. (8) and a wire that is passed through a guide hole (2a) provided in the weight (2) and whose rear end is connected to the tip side (3N) of the fishhook below the trunk (3a) ( 9), a wire return regulating stopper (10) provided at the front end of the wire (9), and a needle tip side return elastic body (11) for returning the needle tip side (3N) of the fishhook to the original position; , The tip of the fish hook (3N) is pulled by the wire (9) and turns to point upward And a rotation angle restricting stopper (12) at the turned position to restrict the movement of the wire (9),
The front end of the wire (9) is connected to the lower end of the drawstring (8);
At the position where the wire return restriction stopper (10) restricts the return of the wire (9) and prevents the tip of the fishhook (3N) from turning in the return direction, the needletip (3N) is in the original position. Retained,
When the suspension string (7) is extended, the pull string (8) pulls the wire (9), and the tip (3N) of the fishing hook is rotated by the rotation angle regulating stopper (12). A sword fish tenya that is configured to rotate from its original position until it is subject to dynamic regulation.   It has a guide pipe (13) fixed to the lower part of the trunk (3a) on the front side (3F) of the fishhook (3), and the wire (9) is passed through the guide pipe (13). The sword fish tenya according to claim 1.   It has a wire anchoring part (18) inside the waist bent part (3b) on the needle tip side (3N) of the fishhook (3), and the rear end of the wire (9) is connected to the wire anchoring part (18). The tenya for sword fish according to claim 1 or 2.

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