JP3881596B2 - Hook structure for attaching multiple fishhooks to a pseudo bait worm - Google Patents

Description

Elastic and flexible rubber-like artificial bait worms are very flexible and elastic, expressive as pseudo bait, can be freely shaped and colored, made of plastic or balsa hard lures Although it is less than one-tenth of the price, has a high natural decomposition rate, and is extremely effective as a natural-friendly simulated bait, it can be used for actual fishing when compared to plastic or balsa hard lures. There is considerable disparity in degrees.
The reason for this is that most of the fishing hooks attached to the worm are single needles (Fig. 2), and it is unmistakable that a hard lure with multiple needles is better than a single needle. Because there is.
In addition, when a fishhook is attached to the worm at present, the total length of the fishhook is more than 50% of the total length of the worm. As a result, the expressive power as a pseudo bait obtained from flexibility, which is the greatest merit of, is impaired. In addition, when a small fishing hook is used to make use of its flexibility and expressive power, the needle tip becomes the front part (FIG. 2), resulting in a conflicting effect that the hooking rate deteriorates.
Therefore, the characteristics of the worm itself surpass that of the hard lure, and it is thought that the spread of the worm has been stopped despite its low cost.
Therefore, the present invention devised from the actual experiment and hooks to make it possible to attach multiple needles, which is the merit of the hard lure, while taking advantage of the flexibility that is the greatest merit of the worm.
The configuration is usually made by using a metal rod with a diameter within the diameter of the single fishhook on the multiple needle (2), which is usually composed of 2 to 3 fishhooks. (4), cut a portion of the hypotenuse from the apex of the triangle (7), and make a hook so as to form a katakana-mum as a whole. This hook is fixed by welding the bottom side of the hook to the straight part of the back of a plurality of needles (3).
It is said that a hook similar in shape to Katakana's letter is put on the back of multiple needles and used, but after piercing the core rod on the hypotenuse (5) of the front part of the hook into the worm Stab the rear core rod (6) while shrinking the worm. Since the worm has an extension force and the hook has an angle at both ends, the whole of the multiple needles are brought into close contact with each other while being drawn toward the worm body. Moreover, the hook piercing direction is straight and vertical to the worm, and the space between the core rod is narrow, so the flexibility of the worm is hardly impaired, and the angle of both ends of this hook is devised to worm body It can be fixed without causing deformation.
Also, this hook structure does not come off when casting, and when the fish attacks the worm, the whole multiple needles are easy to detach from the main body, and the effect of improving the needle catch rate and reducing the variability due to needle removal is also born Come.
001
[Industrial application fields]
This is the field of fishing hooks for fishing equipment.
[002]
[Prior art]
1) Most fishing hooks used in current worms are used with a single fishing hook (Fig. 2), and the probability of hooking will inevitably worsen than a hard lure to which multiple needles can be attached. The frequency of worm use in actual fishing will inevitably drop.
2) At present, the most commonly used worm fish hook is a single hook that is more than 50% of the total length of the worm, from the top to the rear, in order to improve the hook rate. In order to take the method of stab and fix (upper figure of FIG. 2), the worm becomes hard, and the result is that the expressive power as a pseudo bait that comes from the flexibility that is the merit of the original worm is greatly impaired.
3) Using a small needle to make use of the worm's flexibility and expressiveness (center diagram in Fig. 2) causes the needle tip to be far from the rear part of the worm, causing a drop in the establishment of the fish hook. . Therefore, the above 2) and 3) have contradictory effects.
4) Although there is a method of attaching a plurality of needles to the worm (the lower diagram in FIG. 2), a metal joint of 50% or more of the total length of the worm is built in the worm. This will improve the needle hook, but the flexibility and expressiveness of the worm will be greatly impaired.
003
[Problems to be solved by the invention]
In order to solve the problem of how the pseudo-bait worm has a high natural degradation rate, is naturally friendly, and is cheaper, and can function more than the lure of the hard pseudo-bait that is currently most popular and used. The purpose was to satisfy the following conditions.
1) In order to secure the same needle hook rate as that of the conventional lure of hard simulated bait, it will be devised that multiple needles can be attached.
2) The worm should be designed to allow multiple needles to be attached while maintaining the maximum merit of the worm so that the worm can express the same movement as a real fish or insect as a pseudo food.
3) It can be attached to the rear of any conventional fishing hook and can be moved freely.
[004]
Means to be Solved by the Invention
The main difference between the present invention and the conventional method of attaching a fishhook is that it is not intended to fix the fishhook by inserting metal into the center of the worm or the entire worm, but by clipping a part of the main body with a hook, that is, by picking it. It is judged that the flexibility can be maintained if it is fixed, and the clip method is devised as a hook shape that can be attached to the worm body with almost no deformation and the clip method. Furthermore, the ideal shape of the hook to satisfy the conditions of installation strength of the worm body and multiple needles, flexible change of the mounting position, and fixing using the worm's extensibility is the angle between the hook ends and the hook It was discovered from hundreds of actual fishing and experiments that making the two hypotenuses straight has great significance in this device. The two core rods that extend from both ends of the bottom of the hook seem to have a fixed strength in the shape of a horizontal U-shaped fishhook facing each other, but in reality, the worm body deformed due to the flexibility of the worm. In addition, a gap is formed between the worm body and the plurality of needles, and the fishing hook itself becomes unstable and unstable.
[005]
[Action]
Since the present invention is configured as described above, it is possible to fix multiple needles to the worm body while maintaining the original flexibility of the worm. It leads to raising the probability of hooking. Therefore, fishing results are improved, leading to an increase in the diffusion rate and usage rate of cheap and naturally friendly worms.
[006]
【Example】
A non-corrosive stainless steel rod with a diameter equal to or less than the diameter of the fishhook to be attached is welded to the straight part of the back of the multiple needles, and both ends are directed upward at a position shorter than the straight part of the back of the fishhook. Bend while maintaining the corners. Ideally, when the angle formed at the contact point of both oblique sides is 90 degrees, a portion protruding from the contact point is cut out, and a part of the subsequent oblique side is cut out. The overall shape is very similar to the Katakana characters.
However, depending on the size of the multiple needles, the thickness of the worm at the attachment position, and the type of worm, the length of both hypotenuses does not protrude from the thickness, and the cut end is sharply cut.
In addition, if the angle between the base and the hypotenuse at both ends of the hook is too acute, it is difficult to attach to the worm body, and if it is too obtuse, the fixing strength tends to fall off, so the ideal angle is within 45 to 60 degrees respectively. The total of 90 degrees is less likely to cause deformation of the worm body, creating ideal fixing strength and easy attachment / detachment.
[007]
【The invention's effect】
1) Compared with the conventional worm hook, the flexibility of the worm can be greatly improved. As a result, the expressive power as a pseudo bait is improved, and the appeal to the fish is further improved, resulting in improved fishing results.
2) The needle hook rate could be improved by making it possible to attach multiple needles while ensuring flexibility.
3) Compared with the conventional one, it is possible to attach a plurality of needles to the rearmost part, and the needle catching rate can be improved.
4) The trouble of attaching and removing multiple needles has been simplified compared to the conventional one, and the attachment position can be moved.
By the above effects, the needle catching rate is greatly improved, and it is possible to produce an exquisite movement as a pseudo bait, and as a result, an improvement in fishing results can be expected. Therefore, it can be expected to further spread to a worm simulated bait that is inexpensive, has a high natural decomposition rate, and is naturally friendly.
[Brief description of the drawings]
FIG. 1 is a side view of a configuration of a hook according to the present invention (1), an entire hook (6), a rear hypotenuse (2), a multi-needle (7), a rear hypotenuse cut part (3), a weld Part (8) is the straight part of the back of multiple needles (4) is the bottom of the hook (9) is the fishing line (5) is the front hypotenuse of the hook (10) is the worm body [Fig. Cross-sectional view of a worm hook and usage example in Japan [Fig. 3] Cross-sectional view of usage example of hook of the present invention

Claims (2)

In the shape of a hook made of a metal rod, characterized by a shape in which a part of the hypotenuse is cut from the apex, the base of the straight portion (8) below the length of the plural needles (2) (4) and the angle of both ends is less than 90 degrees, and (7) a hook which is welded (3) to a straight portion of a plurality of needles and fixed. Between the two straight core rods (5) and (6) that become the hypotenuse of the hook, a part of the contracted worm is contracted while being contracted, and the entire multiple needles are attached to the main body of the worm by utilizing the extension force of the worm. The hook according to claim 1, characterized in that it adheres closely and produces a fixed strength.

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