JP2015070858A - Lure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a lure that approximates a real bait and is promising for improvement in fishing result.SOLUTION: In a lure 1 according to the invention, swinging bodies 5R and 5L formed of a flexible material are provided while protruding from a lower body part of a lure body 2 forward, obliquely and downwardly. The swinging bodies 5R and 5L include: rod-like parts 51R and 51L that are provided while protruding from the lure body 2; and branch parts 52R and 52L that are provided at tips of the rod-like parts 51R and 51L. The branch parts 52R and 52L are bifurcated while having two protrusions and are formed flatly as a whole.

Description

  The present invention relates to a simulated bait used for fishing, and more particularly to a simulated bait suitable for squid fishing.

Conventionally, various forms of simulated baits have been used as simulated baits for fishing.
For example, a pseudo bait having a pseudo bait body imitating the shape of a shrimp and a hanging needle provided at the rear end of the pseudo bait body is known.
The squid, which is one of the target fishes for the simulated bait, likes shrimp. Therefore, the simulated bait having a simulated body that imitates the outline of the shrimp is suitable for squid fishing.

The conventional simulated bait mimics the shape and color of the simulated bait body (the design of the simulated bait body) as real bait. For example, on the market, a pseudo bait having a pseudo bait body that is extremely reproducible like a real bait is also on the market.
However, there is a limit to imitating the design of the pseudo bait body to a real bait.
On the other hand, there are many anglers, but since the absolute number of target fish is decreasing, the fishing result is getting worse as a whole.
For this reason, there is a demand for a pseudo bait that the target fish misidentifies as a real bait by means other than the design of the pseudo bait body.

  An object of the present invention is to provide a simulated bait that makes a target fish misidentify as a real bait and can expect an improvement in fishing results.

  In the simulated bait of the present invention, an oscillating body made of a flexible material projects from the trunk of the simulated bait body.

In a preferred simulated bait of the present invention, the rocking body has a rod-shaped portion protruding from the simulated bait main body, and the rocking body extends obliquely forward and downward from a lower portion of the trunk portion of the pseudo bait main body. .
In a preferred simulated bait of the present invention, the rocking body further includes a branch portion provided at the tip of the rod-like portion and branched into a plurality of portions, and the branch portion is flat.
In a preferred simulated bait of the present invention, the branch portion has two protrusions and is bifurcated, and one protrusion is located outside the other protrusion and located outside the other protrusion. The protrusion amount of one protrusion is larger than the protrusion amount of the other protrusion.
In a preferred simulated bait of the present invention, a pair of left and right rocking bodies are provided, the pair of rocking bodies extend outwardly so as to move away from each other toward the tip, and the flat surfaces of the branch portions are substantially parallel. It is arranged to be.

  In the simulated bait of the present invention, since the rocking body swings in water, the target fish can be misidentified as a real bait by the synergistic effect of the pseudo bait main body and the rocking body. For this reason, if the simulated bait of the present invention is used, improvement in fishing results can be expected.

The right view which shows the pseudo bait of this invention. The left side view. The bottom view which looked at the pseudo food from the abdomen side. The IV section enlarged view of FIG. The right view which shows the aggregate | assembly member of the rocking | swiveling body currently used for the simulated bait. The bottom view of the assembly member. The reference side view which shows the use condition of the pseudo food. The reference bottom view which shows the motion of the rocking body of the pseudo food.

1 to 3, the simulated bait 1 includes a simulated bait body 2, a fishing hook 3, and rocking bodies 5R and 5L.
The oscillating bodies 5R and 5L are formed of a flexible material and project from the trunk portion of the simulated bait main body 2.
The simulated bait body 2 can be conceptually divided into three regions: a head, a trunk, and a tail. The head is the front part of the simulated food body 2, the tail is the rear part of the simulated food body 2, and the trunk is the part excluding the head and tail part of the simulated food body 2.
Moreover, in the simulated bait 1 of this invention, the front points out the advancing direction side at the time of use of the simulated bait 1 (at the time of swimming), and back refers to the opposite side to the advancing direction.

The simulated bait body 2 is formed in a shape imitating a real bait. The simulated bait body 2 in the illustrated example is formed in a shape imitating shrimp.
If necessary, a color imitating shrimp is added to the outer surface of the simulated bait main body 2, or a desired thin woven fabric or mesh woven fabric is attached.
An annular line connecting portion 6 for connecting a line (fishing line) protrudes from the head of the pseudo bait main body 2.
An umbrella type fishing hook 3 is fixed to the tail portion of the pseudo bait body 2. Instead of such a fixed fishing hook 3, an annular connecting portion may be provided on the tail portion of the pseudo bait main body 2, and a hook-shaped fishing hook (for example, a treble hook) may be attached to the annular connecting portion. (Not shown).
Moreover, a fishing hook is not restricted to the case where it is provided in a tail part, The attachment position of a fishing hook can be changed suitably.

Further, a weight 7 is attached to the front side of the trunk portion of the simulated bait body 2.
Normally, the simulated bait body 2 itself floats in water (seawater or fresh water), but the provision of the weight 7 and the fishing hook 3 allows the simulated bait 1 to sink into the water.
The material of the pseudo bait body 2 is not particularly limited. For example, a hard synthetic resin such as ABS resin, a soft synthetic resin such as urethane, a foamed synthetic resin such as urethane foam, wood, and a combination of two or more materials. Materials and the like.
The simulated bait body 2 may be hollow or solid. In addition, the solid-like pseudo food main body 2 does not have a hollow part in the inside.

A concave attachment portion 21 for attaching the rocking bodies 5R and 5L is formed on the abdomen of the pseudo food body 2.
The abdomen of the simulated food body 2 is a part of the body part of the simulated food body 2, and when the simulated food body 2 is viewed from the side (see FIG. 1), It is the lower part.

The oscillating bodies 5R and 5L are made of a flexible material.
The material having flexibility means a material that can maintain a predetermined shape in a state where no external force is applied, and that can deform when the external force is applied.
Although it does not specifically limit as said flexible material, For example, polymeric materials, such as soft synthetic resin (elastomer resin, silicon resin, acrylic resin, urethane resin, etc.) and rubber | gum, are mentioned. These polymer materials have flexibility and elasticity.
The oscillating bodies 5R and 5L are obtained, for example, by molding the polymer material into a predetermined shape.
The oscillators 5R and 5L may be colorless and transparent, colored and transparent, or opaque, but are preferably colored and transparent or opaque. Even if it is colorless and transparent, the movement of the rocking bodies 5R and 5L can be appealed to the target fish due to the refraction of light, but it is more effective to be colored and transparent or opaque.

The shape of the rocking bodies 5R, 5L is not particularly limited, and can be set to an appropriate shape.
Since the oscillating bodies 5R and 5L are easy to move when swimming the simulated bait 1 in water, it is preferable that the oscillating bodies 5R and 5L have portions (rod-shaped portions 51R and 51L) formed in a rod shape. In this case, the entire rocking bodies 5R and 5L may be formed in a rod shape, or a part of the rocking bodies 5R and 5L may be formed in a rod shape. Is preferably formed in a rod shape, and more preferably from the base portion to the midway portion of the rocking bodies 5R, 5L (from the portion in contact with the simulated bait body 2 to a predetermined range) in a rod shape.

In the water, the rocking bodies 5R and 5L preferably have a flat portion (flat portion) because it is easy to move due to the resistance of water.
Moreover, it is preferable that the front-end | tip of rocking | fluctuation body 5R and 5L has the branch parts 52R and 52L which have the part branched into multiple. Since the tip portion is branched into a plurality of portions, it is easy to receive water resistance in a wide range, and the plurality of branched portions individually swing, so that the appeal effect to the target fish can be enhanced. it can.

The oscillators 5R and 5L may be provided at any location on the trunk of the simulated bait main body 2, but are preferably provided at the abdomen.
The protruding direction of the rocking bodies 5R and 5L is not particularly limited, and the rocking bodies 5R and 5L may extend in a direction substantially orthogonal to the outer surface of the body portion of the pseudo bait body 2, or the pseudo bait The main body 2 may extend so as to be inclined forward or backward with respect to the outer surface of the body portion.
It is preferable that the oscillating bodies 5R and 5L extend obliquely forward and downward from the abdomen (the lower part of the trunk) of the pseudo bait body 2 because it is easy to move due to water resistance.

  Further, only one rocking body 5R may be provided for one pseudo bait body 2, but the rocking bodies 5R and 5L are illustrated in order to make the pseudo bait 1 stand out easily by the movement of the rocking body. As described above, it is preferable to provide a plurality. The plurality of oscillating bodies 5R, 5L may be regularly arranged on the pseudo food body 2 or may be irregularly arranged.

1 to 3 show a preferred embodiment of the simulated bait 1 of the present invention.
In this simulated bait 1, a plurality of rocking bodies 5R, 5L are regularly arranged in the front-rear direction on the abdomen of the simulated bait body 2.
Each of the oscillating bodies 5R and 5L is formed in a rod shape from the base portion to the midway portion, and is formed flat and branched from the midway portion to the tip.

Specifically, each of the rocking bodies 5R and 5L includes rod-like portions 51R and 51L, and branch portions 52R and 52L provided at the tips of the rod-like portions 51R and 51L, respectively.
The rod-shaped portions 51R and 51L are portions extending in a rod shape having a predetermined cross-sectional shape such as a cross-sectional circle shape, a cross-sectional elliptical shape, a cross-sectional square shape, or a cross-sectional triangular shape. In the illustrated example, the rod-like parts 51R and 51L are formed in an elliptical cross section.
The rod-shaped parts 51R and 51L and the branch parts 52R and 52L are integrally formed, but may be formed separately and bonded together with an adhesive or the like.
One end of the rod-like portions 51R and 51L constituting the rocking bodies 5R and 5L is fixed to the pseudo bait main body 2, and the branch portions 52R and 52L are provided at the other end of the rod-like portions 51R and 51L. ing.

The branch parts 52R and 52L are parts branched into a plurality of parts, and are formed in a flat shape. For example, the branch parts 52R and 52L are bifurcated.
As shown in the enlarged view of FIG. 4, the branch portions 52R and 52L are extended from the flat wide portions 523R and 523L connected to the rod-like portions 51R and 51L and the ends of the wide portions 523R and 523L. Two protrusions 521R, 522R, 521L, 522L (first protrusions 521R, 521L and second protrusions 522R, 522L). The first protrusions 521R and 521L and the second protrusions 522R and 522L are also flat like the wide parts 523R and 523L, and therefore the entire branch parts 52R and 52L are flat. .
The first protrusions 521R and 521L are located outside the second protrusions 522R and 522L. Moreover, although the protrusion amount of 1st protrusion part 521R, 521L may be the same as that of 2nd protrusion part 522R, 522L, or it may be larger or smaller than it, since the motion of rocking | fluctuation body 5R, 5L becomes large. The protrusion amounts of the first protrusions 521R and 521L are preferably larger than those of the second protrusions 522R and 522L.

The plurality of oscillating bodies 5R and 5L are provided as a pair of left and right pairs, and a plurality of sets (for example, four sets) are provided in the front-rear direction.
Each of the oscillating bodies 5R and 5L extends obliquely forward and downward. The extension angle of the rocking bodies 5R, 5L is preferably 20 degrees to 60 degrees. However, the extending angle of the oscillating bodies 5R and 5L means an angle formed by a virtual straight line drawn in the extending direction of the oscillating bodies 5R and 5L and a virtual straight line drawn in the traveling direction of the pseudo bait 1.

In the pair of left and right oscillating bodies 5R and 5L, the end portions of the rod-like portions 51R and 51L are respectively fixed to the central portion of the abdomen of the simulated bait body 2. That is, the adhering position of the pair of rocking bodies 5R and 5L with respect to the abdomen of the pseudo bait main body 2 is substantially the same. The left and right oscillating bodies 5R and 5L extend outward so as to be separated from each other toward the tip. Accordingly, when viewed from the bottom surface side, the left and right oscillating bodies 5R and 5L extend in a substantially V shape as shown in FIG. Preferably, the pair of left and right oscillating bodies 5R and 5L have a line-symmetric shape with reference to an imaginary straight line drawn in the traveling direction of the pseudo bait body 2.
The opening angle of the left and right oscillating bodies 5R, 5L is preferably 20 degrees to 45 degrees. However, the opening angle of the left and right oscillating bodies 5R and 5L means an angle formed by a virtual straight line drawn in the extending direction of the left and right oscillating bodies 5R and 5L.
A pair of such left and right oscillating bodies 5R, 5L is fixed to the abdomen of the four sets of pseudo bait bodies 2 with a predetermined interval in the front and rear direction.

  In each set of the oscillating bodies 5R and 5L, the flat surfaces of the branch portions 52R and 52L may face either direction. Of course, since the pair of left and right oscillating bodies 5R and 5L are subject to the same movement, the branch portions 52R and 52L of the pair of left and right oscillating bodies 5R and 5L are It is preferable that the flat surfaces are arranged so as to be substantially parallel to each other.

In addition, since it is troublesome to fix the plurality of rocking bodies 5R and 5L to the pseudo bait body 2 one by one, the pseudo bait 1 in the illustrated example has the plurality of rocking bodies 5R and 5L attached to the pseudo bait body 2. It is comprised by attaching the assembly member which has.
As shown in FIGS. 5 and 6, the assembly member 9 includes a rod-like support portion 91 extending in the front-rear direction and a plurality of sets (for example, four sets) of swinging bodies fixed from the support portion 91 at a predetermined interval in the front-rear direction. 5R, 5L.
The assembly member 9 is integrally formed using the polymer (a material having flexibility).
The support portion 91 is fitted and fixed to the concave attachment portion 21 of the simulated bait main body 2 to constitute the simulated bait 1 of the present invention shown in FIGS. 1 to 3.
In addition, when the support part 91 is formed with the material which has flexibility, since the support part 91 closely_contact | adheres to the attachment part 21 by inserting it in the concave attachment part 21, it is usually used n In the state it will not fall out. However, if necessary, the support portion 91 may be firmly fixed to the mounting portion 21 using an adhesive.

The simulated bait 1 is used as follows.
A line is connected to the line connecting portion 6 of the simulated food 1 and the simulated food 1 is put into water.
As shown in FIG. 7, when the lure thrown into the water is attracted, the branch parts 52R and 52L of the rocking bodies 5R and 5L mainly receive the resistance of the water, and as shown in FIG. The moving bodies 5R and 5L swing to the left and right. In particular, the branch portions 52R and 52L of the swinging bodies 5R and 5L are greatly swung as compared with the rod-shaped portions 51R and 51L. In FIG. 8, the movements of the oscillating bodies 5R and 5L are indicated by two-dot chain lines and arrows.
In addition, since one end part of rod-shaped part 51R, 51L of rocking | fluctuation body 5R, 5L is connected with the pseudo food main body 2, the branch part 52R, 52L which is a free end part rocks | fluctuates in an arc shape correctly. (That is, the swinging of the swinging bodies 5R and 5L includes not only the left and right movements but also the back and forth movements).

  A pair of oscillating bodies 5R, 5L extend outward so as to be separated from each other toward the tip, and the pseudo bait 1 arranged so that the flat surfaces of the branch parts 52R, 52L are substantially parallel is an oscillating body. 5R and 5L catch water and move easily and swing to the left and right. Further, in the simulated bait 1 in which the protruding amounts of the first protrusions 521R and 521L are larger than those of the second protrusions 522R and 522L, the left and right movements slightly change at the distal ends of the swinging bodies 5R and 5L.

According to the simulated bait 1 of the present invention, since the rocking bodies 5R and 5L are rocked, the target fish can be misidentified as a real bait by the synergy between the design of the pseudo bait body 2 and the rocking bodies 5R and 5L. .
If the simulated bait 1 of the present invention is used, improvement in fishing results can be expected.

  DESCRIPTION OF SYMBOLS 1 ... Pseudo bait, 2 ... Pseudo bait body, 3 ... Fishing hook, 5R, 5L ... Oscillator, 51R, 51L ... Rod-like part, 52R, 52L ... Branching part, 521R, 521L ... 1st protrusion part, 522R, 522L ... No. 2 protrusions

Claims (5)

  A simulated bait, in which an oscillating body made of a flexible material protrudes from the body of the simulated bait body. The rocking body has a rod-like portion protruding from the pseudo food body,
The simulated bait according to claim 1, wherein the rocking body extends obliquely forward and downward from a lower portion of the trunk portion of the simulated bait body. The rocking body further includes a branch portion provided at a tip of the rod-like portion and branched into a plurality of portions.
The simulated bait according to claim 2, wherein the branch portion has a flat shape. The bifurcation has two protrusions and is bifurcated;
One protrusion is located outside the other protrusion,
The simulated bait according to claim 3, wherein a protruding amount of the one protruding portion located on the outside is larger than a protruding amount of the other protruding portion. A pair of left and right rocking bodies are provided,
The pseudo bait according to claim 3 or 4, wherein the pair of rocking bodies extend outward so as to be separated from each other toward the tip, and are arranged so that the flat surfaces of the branch portions are substantially parallel to each other.

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