JP2008212146A - Lure - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a lure 2 hard to cause troubles, with a high hitting rate. <P>SOLUTION: The lure 2 is provided with a head 4, a line eye 6, a hook eye 8, a split ring 10, a plate 12, a hook unit 14, a skirt 16, a necktie 18 and a rubber band 20. The head 4 is composed of a material with specific gravity higher than sea water. The plate 12 has a disk like shape. The plate 12 is composed of a hard material. The hook unit 14 is composed of a swivel 26, a leader 28 and a hook 30. The skirt is composed of a plurality of threads 38. The thread 38 is composed of a soft material. The threads 38 are folded back by the rubber band 20. The threads 38 contact with the plate 12. The threads 38 are pressed by the plate 12 and hanging down without raising. The curling up of the skirt 16 is suppressed by the plate 12. The plate 12 suppresses tailing of the hook unit 14. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a pseudo bait used for fishing.

Carp fishing is carried out using a pseudo bait called cabra. This simulated bait has a metal head, a rubber skirt and tie, and a hook unit. The hook unit has a hook and silicon. This simulated bait is submerged in the seabed with the line tied. When the line is pulled and the pseudo food rises in the sea water, the flushing of the head appeals to the ridge. In addition, the skirt and tie sway under water pressure. By this swing, the persimmon misunderstands the pseudo bait as a live bait and follows the pseudo bait. First, the heel bites into the skirt or tie. At this stage, no hooking has been done. In addition, the moth bites deeply into the pseudo food and the hook is sucked into the mouth of the moth. This hook is inserted into the kite and the kite is picked up. A pseudo bait suitable for carp fishing is described on page 274 of “2007 Fishing Tackle Catalog” published by Shimano Co., Ltd.
"2007 Fishing Tackle Catalog" issued by Shimano Co., Ltd.

  When the simulated bait settles, the hook unit that receives the resistance of water settles later than the head. Therefore, the hook may be located above the head, and this hook may get tangled with the line. This phenomenon is called tailing. When tailing occurs, hooking does not lead to hooking even if the moth eats the pseudo food.

  As the simulated bait sinks, the skirt that has received water resistance rolls upward. Since the skirt covers the head, flushing by the head is insufficient. The rise of the skirt hinders appeal to the heel. Furthermore, the rolled up skirt is easily entangled with metal fittings.

  An object of the present invention is to provide a pseudo food that is less likely to cause trouble and that can achieve a high hit rate.

The pseudo food according to the present invention is:
Head made of high specific gravity material,
Hook unit attached to this head,
An oscillating body made of a soft material and a plate made of a hard material are provided between the head and the oscillating body.

  Preferably, the plate is disk-shaped and has a hole in the center. The hook unit is passed through this hole.

  The rocking body is long. By folding the rocking body, both ends of the rocking body hang downward. This rocking body is pressed against the plate in the vicinity of the folding.

  In the pseudo bait according to the present invention, since the plate holds silicon, tailing is suppressed. Since the plate also holds the oscillating body, the flushing by the head is not easily inhibited, and the entanglement of the oscillating body with the metal fitting is suppressed. In this simulated bait, a water line collides with a plate by drawing a line. This collision disturbs the water flow. This disturbance invites fish. With this simulated bait, trouble is suppressed. This simulated bait achieves a high hit rate.

  Hereinafter, the present invention will be described in detail based on preferred embodiments with appropriate reference to the drawings.

  FIG. 1 is a front view showing a pseudo bait 2 according to an embodiment of the present invention. FIG. 2 is an enlarged cross-sectional view showing a part of the pseudo bait 2 of FIG. This simulated bait 2 is called a turnip. The pseudo bait 2 includes a head 4, a line eye 6, a hook eye 8, a split ring 10, a plate 12, a hook unit 14, a skirt 16, a tie 18, and a rubber band 20.

  The head 4 is made of a material having a higher specific gravity than seawater. Therefore, the head 4 sinks into seawater. The mass of the head 4 is 10 g to 150 g, particularly 20 g to 100 g. Examples of suitable materials for the head 4 include lead, a lead alloy, tungsten, and a tungsten alloy. By using a material with a high specific gravity, the head 4 having both a small size and a large mass can be obtained. Due to the small size of the head 4, the spider easily misunderstands the pseudo food 2 with live food. With a small size, a high hit rate can be achieved. Due to the large mass, a fast sedimentation rate is achieved. By sinking at a high speed, the head 4 can reach the target point without being swept away by the tide. The surface of the head 4 may be painted.

  The line eye 6 is located at the front end of the head 4. The line eye 6 is formed by bending a metal wire. The end of the metal wire is embedded in the head 4 and is firmly fixed to the head 4. The line eye 6 exposed from the head 4 has a ring shape. A line 22 is connected to the line eye 6.

  The hook eye 8 is located at the rear end of the head 4. The hook eye 8 is formed by bending a metal wire. The end of the metal wire is embedded in the head 4 and is firmly fixed to the head 4. The hook eye 8 exposed from the head 4 has a ring shape.

  The plate 12 has a disk shape. The plate 12 has a hole 24 (see FIG. 2) at its center. The plate 12 has a shape similar to a washer. The plate 12 is made of a hard material. Typical hard materials are hard synthetic resins and metals. The plate 12 is difficult to bend even when subjected to a water flow.

  The hook unit 14 includes a salcan 26, a silicon 28 and a hook 30. The salcan 26 includes an upper ring 32, a body 34, and a lower ring 36. The upper ring 32 is connected to the hook eye 8 via the split ring 10. Silicon 28 is tied to the lower ring 36. By the salcan 26, the twisting of the silicon 28 is suppressed. The hook unit 14 may not include the salcan 26. In the hook unit 14 that does not include the salcan 26, the silicon 28 is directly connected to the hook eye 8 or the split ring 10. A typical material of silicon 28 is aramid fiber (registered trademark “Kevlar”). The lower end of the silicon 28 is fixed to the hook 30. The hook 30 is made of a metal material.

  The skirt 16 is composed of a large number of yarns 38. In FIG. 2, only one thread 38 is shown for convenience. This thread 38 is a “oscillator”. This thread 38 is long. The thread 38 is fixed to the salcan 26 by the rubber band 20. The thread 38 is made of a soft material. When subjected to water pressure, the thread 38 swings and appeals to the kite. The skirt 16 has a structure similar to a rubber jig used for black bass fishing.

  The thread 38 is made of a rubber composition. Typically, the thread 38 is obtained by a latex process. In this production method, a latex composition is obtained by adding a crosslinking agent and a colorant to natural rubber latex or synthetic rubber latex. A sheet is formed from the latex composition. When this sheet is heated, a crosslinking reaction of rubber occurs. The sheet is cut to obtain a thread 38. The thread 38 colored with the colorant appeals to the wrinkles. The thread 38 may be formed from a soft synthetic resin.

  The tie 18 has a strip shape. This tie 18 is also a “rocking body”. The vicinity of the center of the tie 18 is fixed to the salcan 26 by a rubber band 20. A tie 18 is folded in the rubber band 20 and both ends thereof extend downward. The tie 18 is made of a soft material. When subjected to water pressure, the tie 18 swings and appeals to the bag. The tie 18 may not be provided.

  The tie 18 is made of a rubber composition. Typically, the tie 18 is obtained by a latex process. In this production method, a latex composition is obtained by adding a crosslinking agent and a colorant to natural rubber latex or synthetic rubber latex. A sheet is formed from the latex composition. When this sheet is heated, a crosslinking reaction of rubber occurs. This sheet is cut into a band shape, and a tie 18 is obtained. The tie 18 colored with the colorant appeals to the heel. The tie 18 may be formed from a soft synthetic resin.

  FIG. 3 is a cross-sectional view showing the plate 12 of the simulated bait 2 of FIG. When the simulated bait 2 is pulled upward, the upper surface 40 of the plate 12 receives water. This disturbs the water flow as shown by the arrows in FIG.

  The angler throws this simulated bait 2 into seawater. Since the pseudo bait 2 includes the head 4 having a high specific gravity, the pseudo bait 2 settles in the seawater and settles down. When the angler pulls the line 22 (see FIG. 1), the simulated bait 2 rises in the seawater. As the line 22 is drawn, the skirt 16 and the tie 18 are subjected to water pressure. The skirt 16 and tie 18 swing. This swing appeals to the heel. As the line 22 is drawn, the plate 12 disturbs the water flow as described above. This disturbance also appeals to the fox. Furthermore, the skirt 16 and the tie 18 swing more greatly due to the disturbance of the water flow. The persimmon misunderstands the pseudo bait 2 with a polychaete such as gokai and isome and follows the pseudo bait 2. The crab eats the pseudo food 2. The bag first bites the skirt 16 or tie 18. Furthermore, the bag sucks the hook 30. The hook 30 pierces the kite and the kite is picked up. The hit rate of this pseudo food 2 is high.

  As shown in FIG. 2, the thread 38 is folded back by the rubber band 20. The thread 38 can be divided into an inner part 42 and an outer part 44 with the rubber band 20 as a boundary. The outer part 44 is shorter than the inner part 42. The outer portion 44 is in contact with the plate 12 in the vicinity of the rubber band 20 (that is, in the vicinity of folding). If the plate 12 is not provided, the outer portion 44 stands upward from the rubber band 20. If the outer portion 44 stands, it is difficult to contribute to the appeal to the bag. By coming into contact with the plate 12, the outer side portion 44 is pressed by the plate 12 and hangs downward without standing. The drooping of the thread 38 causes the skirt 16 to have a shape similar to a flare skirt. In the thread 38, both the inner part 42 and the outer part 44 can appeal to the heel. The hit rate of this pseudo food 2 is high.

  The lower end 46 of the inner part 42 is located below the lower end 48 of the outer part 44. In this thread 38, appeal to the heel is made in a wide vertical range from the lower end 46 of the inner portion 42 to the lower end 48 of the outer portion 44. The hit rate of this pseudo food 2 is high. In FIG. 2, what is indicated by a symbol L <b> 1 is a vertical distance from the lower end 46 of the inner portion 42 to the lower end 48 of the outer portion 44. From the viewpoint of appeal to the bag, the distance L1 is preferably 10 mm or more, and more preferably 20 mm or more. The distance L1 is preferably 100 mm or less. The distance L1 is measured in a state where the plate 12 is held horizontally and the inner portion 42 and the outer portion 44 hang down under their own weight in the air.

  The lower end 46 of the inner part 42 is located inside the lower end 48 of the outer part 44. As is apparent from FIG. 1, the group consisting of a large number of outer portions 44 surrounds the group consisting of a large number of inner portions 42. The thread 38 is appealed to the heel in a wide horizontal range from the lower end 46 of the inner portion 42 to the lower end 48 of the outer portion 44. The hit rate of this pseudo food 2 is high. In FIG. 2, a distance L2 from the lower end 46 of the inner portion 42 to the lower end 48 of the outer portion 44 is indicated by a reference symbol L <b> 2. From the viewpoint of appeal to the bag, the distance L2 is preferably 5 mm or more, and more preferably 10 mm or more. The distance L2 is preferably 50 mm or less. The distance L2 is measured in a state where the plate 12 is held horizontally and the inner portion 42 and the outer portion 44 hang down under their own weight in the air.

  FIG. 4 is an enlarged cross-sectional view showing a part of the pseudo bait 2 of FIG. FIG. 4 shows the simulated bait 2 during sedimentation. The thread 38 extends upward by water pressure. However, since the plate 12 presses the thread 38, the movable range of the thread 38 is narrow. Therefore, the skirt 16 does not reach the head 4. Even during the settling of the pseudo bait 2, the effect of flushing by the head 4 can be exhibited. Furthermore, the yarn 38 is prevented from being entangled with a metal fitting such as the split ring 10 due to the limitation of the movable range of the yarn 38.

  As shown in FIG. 4, the silicon 28 also extends upward due to the water pressure during settling. However, since the plate 12 holds the silicon 28, the movable range of the silicon 28 is narrow. The hook 30 is unlikely to interfere with the line 22. Therefore, the hook 30 is not easily entangled with the line 22. In this pseudo bait 2, tailing is suppressed.

  In FIG. 2, what is indicated by a symbol D is the diameter of the plate 12. From the viewpoint that the movable range of the thread 38 and the silicon 28 is sufficiently limited, the diameter D is preferably 5 mm or more, and more preferably 8 mm or more. From the viewpoint that the water pressure received by the plate 12 is small, the diameter D is preferably 30 mm or less, and more preferably 20 mm or less.

  The effect by the plate 12 can be obtained not only by the turnip but also by other simulated baits such as inch.

  The simulated bait according to the present invention is suitable for fishing targeting not only carp but also various fishes such as sword fish, flounder, ainame, magoti and pufferfish.

FIG. 1 is a side view illustrating a pseudo bait according to an embodiment of the present invention. FIG. 2 is an enlarged cross-sectional view showing a part of the pseudo bait of FIG. FIG. 3 is a cross-sectional view illustrating the simulated bait plate of FIG. 1. FIG. 4 is an enlarged view showing a part of the pseudo food of FIG.

Explanation of symbols

2 ... Pseudo bait 4 ... Head 12 ... Plate 14 ... Hook unit 16 ... Skirt 18 ... Tie 20 ... Rubber band 24 ... Hole 26 ... Sarkan 28 .... Silicon 30 ... Hook 38 ... Yarn 42 ... Inside part 44 ... Outside part

Claims (3)

Head made of high specific gravity material,
Hook unit attached to this head,
An artificial bait provided with an oscillating body made of a soft material and a plate made of a hard material and positioned between the head and the oscillating body.   The simulated bait according to claim 1, wherein the plate has a disk shape and has a hole in the center, and the hook unit is passed through the hole.   The pseudo bait according to claim 1 or 2, wherein the oscillating body is long, the oscillating body is folded and its both ends hang downward, and the oscillating body is pressed against the plate in the vicinity of the folding. .

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