JPS6341529B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an artificial bait hook structure for preventing the bait hook from getting stuck on weeds, aquatic plants, algae, etc. when the bait hook is thrown.

Traditionally, bait hooks such as lures have bifurcated or trifurcated needle tips, which can be used to attach to tree branches, weeds, aquatic plants, algae, etc. when casting into water or swimming underwater. The fishing line often stalls and cannot be released, so the fishing line must be cut midway and the bait hook abandoned, which is uneconomical and makes it impossible to use the bait hook itself, especially in areas with a lot of aquatic plants and algae. , my interest in fishing itself was halved.

Furthermore, even when the bait hooks are stored in a storage box or the like other than when they are in use, it takes a lot of time and effort to untie the bait hooks from being locked together.

In this invention, a needle guard made of a soft synthetic resin material is arranged so as to shield the upper part of the needle tip of the artificial bait needle, which has a trifurcated shape or a desired shape. To provide an artificial bait hook structure in which when the hook is not locked and the fish bites, the hook guard is easily deformed and the tip of the lure can be locked to the fish, and the hook guard forms an artificial bait body. This is what I am trying to do.

Describing the embodiment of this invention in detail with reference to the drawings, A is an artificial bait needle, which is configured in a trifurcated shape or other shape, extends from the proximal end 1 and is folded back in the middle. A needle tip portion 3 with a sharp tip is provided at the upper tip of the needle tip portion 3.
A return needle 4 is formed inwardly.

Reference numeral 5 indicates a connecting ring connected to the base end portion 1.

B is a cap-shaped needle guard, which is made of soft synthetic resin and maintains flexibility so that it is thin and easily deformed and restored.
The needle guard B is attached to the artificial bait hook A, and the needle guard B is constructed as follows.

That is, as shown in FIG. 1, the cap-shaped needle guard B is formed into a substantially cap-like shape with curved bulges on the sides, and the bulge portion B-1 of the guard B has a trifurcated shape. The size is such that the needle tip 3 of the artificial bait hook does not protrude from the periphery.

An insertion hole 6 is provided in the central ceiling portion of the cap-shaped needle guard B, and the bait needle A is inserted into the insertion hole 6.
The proximal end 1 of the needle is inserted, and the cap-shaped needle guard B is attached.

Further, a cylindrical flange portion 7 is provided in the insertion hole 6 in any vertical direction.

Further, the inner peripheral edge member or cylindrical flange portion 7 of the insertion hole 6 tightens the boundary portion between the upper end of the proximal end portion 1 of the artificial bait needle A and the connecting ring 5.

Further, a monkey ring 5' is connected to the connecting ring 5 of the lure A, and the monkey ring 5' is covered by a cap-shaped needle guard B.

Moreover, when such a cap-shaped needle guard B is attached to the artificial bait hook A, the bulge portion B-1 of the cap-shaped needle guard B is located ahead of the needle tip portion 3 of the artificial bait hook A.
The needle tip portion 3 is covered by the bulging portion B-1 of the guard B.

Therefore, when the lure A is pulled toward the proximal end,
Even if there are weeds, etc. that are caught on the artificial bait hook in front of the bait hook in the pulling direction, the front of the needle tip 3 is shielded by the cap-shaped needle guard B, so there are no weeds, aquatic plants, or algae on the hook tip 3. On the other hand, if the fish bites the bait hook A, the needle tip 3 of the bait hook will , it does not pose any problem in catching fish.

Furthermore, as shown in FIG. 1, a diaphragm-shaped body part C is integrally connected to the lower end peripheral part of the cap-like needle guard B, and the body part C allows the head of the prey to be is formed.

Furthermore, the needle tip portion 3 is exposed on the outer side of the aperture-shaped body portion C.

With this structure, the aperture-shaped body C is connected to the lower end of the cap-shaped needle guard B to form the head of a bait object such as an insect or a small fish, and the head of the bait object such as an insect or a small fish is used. A fish hits artificial bait hook A.

Furthermore, since the needle tip 3 is exposed, the needle tip 3 can reliably catch a fish.

In addition, as shown in FIG. 1, a skirt portion D is formed on the body C at the lower end of the cap-shaped needle guard B, and a skirt portion D is formed in which a number of thin strips are arranged in series. Part D constitutes a squid-shaped bait object. Furthermore, the skirt portion D covers the folded portion 2 of the lure A. Moreover, since the skirt portion D floats while oscillating in the water,
The skirt part can serve as a lure and serve as a warning ventilation for fish.

FIG. 7 shows a case where the skirt portion D is formed in a wave shape.

In the figure, a indicates the bait main body, and the lure A of the present invention is connected to the tail and lower abdomen of the fish-shaped lure.

b shows a weight for sliding on the underwater surface when the skirt D of the cap-shaped needle guard B of the present invention is used with the lure function maintained.

In short, when using an artificial bait hook, this invention
Since the cap-shaped needle guard is placed at the tip of the needle tip, weeds, aquatic plants, algae, etc. will not get caught in the cap-shaped needle guard and become stuck to the needle tip. The artificial bait hook can be used in many places, and when catching fish, the fish can bite the tip of the hook without being hindered by the flexible cap-shaped hook guard made of soft material. The cap-shaped needle guard does not pose any problem when catching fresh fish, and when storing artificial bait hooks, it has various effects such as being able to store and take out the bait in an orderly manner without the need for a large number of hooks to become entangled. Furthermore, by connecting the skirt part, the skirt part itself has the effect of retaining the lure function.

[Brief explanation of the drawing]

Fig. 1 is a front view of the artificial bait hook of the present invention, Fig. 2 is a plan view thereof, Fig. 3 is a cross-sectional plan view along the line of Fig. 1, Fig. 4 is a longitudinal cross-sectional side view taken along the line of Fig. Fig. 5 is a front view showing another embodiment, Fig. 6 is a front view showing another embodiment, Fig. 7 is a front view showing another embodiment, and Figs. 8 and 9 show the state of use. It is an explanatory diagram. A: Artificial bait needle, 3: Needle tip, B: Cap-shaped needle guard,
C: body part, D: skirt part.

Claims (1)

[Scope of Claims] 1. A cap-shaped needle guard B made of a soft synthetic resin material with curved sides bulged is attached to the artificial bait needle A, and the bulged portion B is
-1 to shield the tip of the needle tip 3, and furthermore, a diaphragm-shaped body C is integrally connected to the lower end circumference of the needle guard B to form the head of the bait, and the needle tip An artificial bait hook structure characterized in that part 3 is exposed outward from body part C. 2 Attach a cap-shaped needle guard B made of a soft synthetic resin material with a curved side bulge to the artificial bait needle A, and attach the bulge part B to the bait needle A.
-1 to shield the tip of the needle tip 3, and furthermore, a diaphragm-shaped body C is integrally connected to the lower end circumference of the needle guard B to form the head of the bait, and the needle tip This artificial bait hook structure is characterized in that the part 3 is exposed outwardly from the body part C, and a thin strip-like skirt part is formed at the lower end of the body part C.