JP2006115747A - Worm device for lure fishing - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a worm device for lure fishing, preventing a worm from being cut from a part to which a fishhook 10 is hooked, the tip to which a sinker 4 is inserted, etc., in the worm 1 for the lure fishing. <P>SOLUTION: A lead sinker 4 is installed in the tip 3 corresponding to the head of the worm 1 so as to be exposed, and a wire 5 having the lead sinker attached to one terminal is included in the worm by an insert molding. A loop-shaped part 7 formed at the other terminal of the wire 5 is exposed from the nearly back part 9 of the worm 1. The loop part 7 has a nearly ellipse shape, and covered with a short rubber tube material 11 capable of being stuck by the fishhook 10 to form an engaging part 13 for engaging the fishhook 10. The wire 5 becomes a connecting part 15 for connecting the sinker and the engaging part 13. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a worm made of a soft material for lure fishing.

  As shown in FIG. 4A, there is a worm 101 made of a soft material as a kind of lure for lure fishing. The worm 101 is manufactured by pouring a soft material melted by heating into a mold. The worm 101 is generally elongated. Then, a thin metal weight 102 called a nail sinker is inserted into the tip, and a fishing hook 103 (the fishing line attached to the fishing hook is omitted in this specification) is hung in the middle in the longitudinal direction. Nekorigu is known for its good fishing results such as bass.

In the conventional neko rig, the force applied to the worm 101 includes the force pulled by the fishing hook 103, the resistance of the water that is received when the worm is pulled, and the contact force that is received by contacting the bottom of the lake by the weight 102 while being pulled. .
However, the soft member forming the worm 101 is generally easy to cut and weak. Then, the force pulled by the fishhook 103 is in the opposite direction to the resistance of water, and since it is local, the worm is cut 105 from the portion where the fishhook 103 is hung as shown in FIG. There are many cases.

Further, the tip into which the weight 102 is inserted receives a strong moment force due to the weight of the weight 102 and the resistance of water acting in the opposite direction. Or, it touches the bottom of the lake violently. Therefore, as shown in FIG. 4B, the soft member is often cut off 104 or the weight 102 is not dropped from the insertion opening of the weight 102 in many cases.
In addition to this, when the neko rig is thrown in or when the caught fish is rampant, the cut 105 often occurs.

  A method for preventing the weight 102 from falling off by partially altering the tip of the worm 101 with the weight 102 inserted with a lighter or the like is also carried out by anglers, but is troublesome and heavy. When using the weight 102, the effect was weak.

  In order to solve the above-described problems, the present invention prevents lure fishing by preventing a worm from being cut off from a cut-off portion of a portion where a fishing hook has been hung or a tip into which a weight is inserted, and the weight is dropped. The purpose is to provide a worm mechanism.

In order to solve the above problems, the first invention is a worm made of a soft material for lure fishing, a weight provided on the worm, a locking portion provided on the worm for locking a fishhook, A lure fishing worm device comprising: a connecting portion provided in the worm by connecting the weight and the locking portion.
In the second invention, the weight is lead provided exposed at a tip of a worm, and the connecting portion is a wire in which the lead is attached to one end and insert-molded in the worm, and the locking The portion is a lure fishing worm device characterized by a loop-shaped portion formed at the other end of the wire.
3. The lure fishing worm according to claim 2, wherein the loop-shaped portion has a substantially oval shape and is covered with a rubber material or a synthetic resin that can pierce a fishing hook. It is a device.

  According to the first, second, or third invention, since the connecting portion for connecting the fishhook and the weight is provided in the worm, the force applied to the worm fishhook or the vicinity of the weight is directly applied only to the worm. There is no. That is, the fishing hook, the connecting portion, and the weight are integrated with this force to support the worm from the inside as if it were a spine, thereby preventing the body from being cut off.

Further, according to the second or third invention, the connecting portion is formed of a wire and also serves as a locking portion, so that a simple structure is sufficient and the cost can be reduced.
According to the third aspect of the present invention, it is further possible to prevent the fishhook from coming off from the locking portion.

A lure fishing worm device according to an embodiment of the present invention is shown in FIGS.
As shown in FIG. 1, a worm 1 made of a soft material is formed to resemble an aquatic insect or small fish as a pseudo bait for lure fishing. A lead weight 4 is provided so as to be exposed at the tip 3 corresponding to the head of the worm 1. A wire 5 having one end attached to the lead is insert-molded in the worm 1. A loop-shaped portion 7 formed at the other end of the wire 5 is exposed from a substantially back portion 9 of the worm 1. The loop-shaped portion 7 has a substantially elliptical shape and is covered with a short rubber tube 11 that can be pierced with a fishing hook 10.

The loop-shaped portion 7 covered with the rubber pipe material 11 serves as a locking portion 13 for locking the fishing hook 10. The wire 5 serves as a connecting portion 15 that connects the weight 4 and the locking portion 13.
As shown in FIG. 2, the lure fishing worm device of this embodiment is integrally insert-molded by a mold.

  That is, first, as shown in FIG. 1 (B), a wire 5 having a length reaching the back from the tip 3 corresponding to the head of the worm 1 is prepared, one end is bent into an L-shape 16 and the other end is looped. A bending loop portion 7 is formed. Next, a substantially spherical lead ball 17 as a fishing weight 4 is prepared, a portion bent into an L-shape 16 of the wire 5 is sandwiched between the notch portion 19 of the lead ball 17, and the lead ball 17 is sandwiched with pliers or the like. The lead ball 17 and the wire 5 are connected by crushing them.

  Next, a mold 21 for forming the worm 1 is prepared as shown in FIG. This mold 21 is formed by combining two, each having a base 23 made of wood on the outside and a putty 25 made of an epoxy-based material on the inside. The putty 25 is formed with a recess 27 for heating and melting and pouring a soft material as a material. As the soft material, for example, soft plastic, vinyl chloride, food fiber that is produced by a chain of glucose and decomposes in water in several months can be used. Old worms that are no longer used may be used.

In addition to the flow path 29 for pouring, the recess 27 has a first recess 31 for positioning the lead ball 17 as a weight, and a second recess 33 for positioning the loop-shaped portion 7 of the wire 5. Is added.

  Then, the lead ball 17 and the wire 5 connected to each other are placed in the recess 27, the lead ball 17 is positioned in the first recess 31, and the loop-shaped portion 7 of the wire 5 is positioned in the second recess 33. Let Thereafter, the two molds 21 are combined, and the soft material that is the material is heated and melted and poured from the outside opening of the passage 29 for pouring. Eventually, after the material has hardened, when the mold 21 is opened and the formed worm 1 is taken out, the weight from the head of the worm 1 and the looped portion 7 of the wire 5 are exposed from the back. A short rubber tube 11 is placed on the loop-shaped portion 7. In this way, the lure fishing worm mechanism of this embodiment is completed.

"Effect of embodiment"
According to this embodiment, since the wire 5 as the connecting portion 15 is provided in the worm 1, a portion where the force applied to the worm 1 near the fishhook 10 or the weight 4 is directly applied only to the worm 1. Absent. That is, the fishing hook 10, the connecting portion 15, and the weight 4 are integrated against these forces. In particular, the wire 5 of the connecting portion 15 can support the worm 1 from the inside as if it were a spine, thereby preventing the body from being cut off.

  Moreover, since the connection part 15 is comprised with the wire 5, and also serves as the latching | locking part 13, a simple structure may be sufficient and cost can be reduced. Furthermore, it is possible to prevent the fishing hook 10 from being detached from the locking portion 13 by using the rubber tube material 11.

  Further, by exposing the weight 4, the contact force received by contacting the bottom of the lake while the worm 1 is pulled while being sunk by the weight 4 can be received by the weight 4, so that the weight 4, the connecting portion 15. The contact force is directly transmitted to the fishing hook 10, fishing line, and fishing rod, thereby improving the sensitivity obtained from the fishing rod, and estimating the state of the lake, for example, whether it is Gorota stone, sandy land, or swampy land. It becomes easy to do.

  Further, in this embodiment, a locking portion is provided via a connecting portion made of a wire to lead at the tip of the worm, and the fishing hook is locked to the locking portion. Deliver power to a generally central part away. Such a device having a positional relationship between a fishing line and a worm is commonly referred to as a neck rig. When the fishing rod is lifted by the fishing line and the fishing line pulls the worm, the central part of the worm is pulled and moves in the water like a spill.

On the other hand, a fishing line is connected to lead at the tip of the worm, and a fishing hook attached to the lead passes through the inside of the worm and is exposed from the middle of the worm. In such a jig head, when the fishing rod is lifted and the fishing line pulls the worm, the tip of the worm is pulled, and the movement in water is relatively small.
Therefore, even if the structures are somewhat similar to each other, the effect of nekorikuri inviting fish is great.

"Other embodiments"
In the above embodiment, the loop-shaped portion 7 is covered with the rubber tube material 11, but in other embodiments, as shown in FIG. 3 (A), the fishing hook 10 can be stabbed in advance with a synthetic resin. I can leave.

  In the above embodiment, the loop-shaped portion 7 has a substantially elliptical shape. However, in other embodiments, a circular shape may be used as shown in FIG. Also, a triangle may be used.

Moreover, although the weight 4 was substantially spherical in the above embodiment, as shown in FIG. 3 (A), an oval spherical lead ball 17 may be used in other embodiments. Moreover, as shown to FIG. 3 (B), a cone shape may be sufficient. The conical shape makes it easy to break through obstacles when the worm 1 is in contact with the bottom of the lake while being pulled while being pulled down by the weight.
Further, it may be semispherical toward the tip of the worm 1.

  A sleeve-like portion that extends from the weight and wraps the wire may be provided at the boundary between the weight and the wire 5. It is also possible to form a worm stopper that is pointed back at the end of the sleeve-like portion, and to make it a catch that prevents deviation from the worm.

In the above embodiment, the weight is exposed, but in another embodiment, the weight 4 may be hidden in the worm 1 at the time of insert molding.
In the above embodiment, the locking portion 13 for locking the fishhook 10 is the loop-shaped portion 7 that is integral with the wire 5. However, in other embodiments, as a separate body from the connecting portion 15 such as the wire 5. Also good.

  In the above embodiment, the connecting portion 15 is the wire 5. However, in other embodiments, the connecting portion 15 can be made of another material that is more flexible than the wire 5 and stronger than the worm 1, for example, a plastic material. . At this time, by increasing the flexibility and widening of the plastic material, the worm 1 can be softly supported from the inside like a flexible spine, and it is possible to further prevent the body from being cut off.

In the above embodiment, the length of the connecting portion 15 corresponds to the distance from the tip 3 corresponding to the head of the worm 1 to the substantially back portion 9, but in other embodiments it is shorter or longer than this. Can do. This length is effective to some extent.
In the above embodiment, the weight is lead, but in other embodiments, a metal such as brass or tungsten can be used.

  In the above embodiment, the lead ball 17 and the wire 5 are connected by sandwiching the portion of the lead ball 17 bent into the L-shape 16 of the wire 5 and pinching the lead ball 17 with pliers or the like. However, in another embodiment, the lead ball 17 and the wire 5 can be integrally connected by pouring lead dissolved in the mold and inserting the wire 5 therein.

  In the above embodiment, lead, which is a metal, is used naked, but in other embodiments, a large number of radial yarns called synthetic resin rubber skirts may be attached. This increases the power to invite fish such as bass.

  In the above embodiment, the weight 4, the wire 5, and the worm 1 are integrally formed by the mold 21. However, in another embodiment, the weight 4 and the wire 5 are integrally formed by a mold, and another mold is formed. You may insert and attach with respect to the worm 1 shape | molded by. In this way, by forming the worm 1, the weight 4 and the wire 5 separately, an arbitrary worm can be selected from a number of types and the weight 4 and the wire 5 can be attached.

The lure fishing worm mechanism which shows one Embodiment of this invention is shown, (A) is a general view (B) is a principal part exploded view. It is a perspective view which shows the type | mold for insert-molding the lure fishing worm mechanism of this embodiment. (A) and (B) each show the principal part of other embodiment of this invention, and are the figures corresponding to FIG.1 (B). The worm mechanism used for the conventional lure fishing is explained. (A) is a general view (B) shows the problem of (A), and (C) shows another problem of (A).

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Worm, 3 ... Tip, 4 ... Weight, 5 ... Wire, 7 ... Loop part, 9 ... Substantially back part, 11 ... Rubber pipe material, 13 ... Locking part, 15 ... Connection part, 17 ... Lead ball, 19 ... notch portion, 21 ... mold, 23 ... base, 25 ... putty, 27 ... concave, 29 ... road, 31 ... first recess, 33 ... second recess, 101 ... worm, 103 ... needle, 104,105・ Shortness.

Claims (3)

A worm made of a soft material for lure fishing, a weight provided on the worm, a locking part provided on the worm for locking a fishing hook, and connecting the weight and the locking part into the worm. A lure fishing worm device characterized by comprising a connecting portion provided. The weight is lead provided to be exposed at the tip of the worm, the connecting portion is a wire in which the lead is attached to one end and insert-molded in the worm, and the locking portion is a wire other than the wire. The lure fishing worm device according to claim 1, wherein the lure fishing worm device is a loop-shaped portion formed at an end. The lure fishing worm device according to claim 2, wherein the loop-shaped portion has a substantially oval shape and is covered with a rubber material or a synthetic resin that can pierce a fishing hook.

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