JP2000342111A - Doubly forked fishhook and jiggle using the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a doubly forked fishhook which is smoothly stuck into the oral cavity of a fish, is difficult to come off when the fish is once taken and enables a catch to be improved even in a deep place, or by night or in a dark place where light does not shine by bending points in the direction of a shank. SOLUTION: In a doubly forked fishhook A where two bends 8 extend from a shank 4, its points 9a are bent in the direction of the shank 4 or its points 9a are bent outward or inward from the direction along the shank 4. The points 9a or vicinity parts 8b each ranging from the point 9a to the bend 8 are formed to be parallel to each other. An luminous illuminant is placed along the shank 4 and a light transmitting body has preferably been installed in the circumference of the illuminant. A jiggle preferably is produced by fastening the doubly forked fishhook A to each of two branch thread lines sprouting from a parent thread line.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a bifurcated hook which is easy for fish to catch and which does not easily come off once hooked.

[0002]

2. Description of the Related Art Conventionally, a single hook such as a snapper has been widely used. The nemuri hook has a characteristic that it has a lower hook than a normal hook because the needle point is directed toward the shaft side, but is hard to be released once the fish is hooked.
The disadvantage of being hard to catch is that the light is hard to reach 20m
When catching fish in places with deep water or at night or in dark places, the fishing results are low due to the problem, and there is a tendency for ordinary anglers to avoid using as a hook except for the special use as described above. Was in

[0003] To put it the other way around, a hook with no slime is easy to catch, but has the drawback that it is easy to buckle, especially when hitting a large game.
The angler was missed. In addition, as described above, the single hook nemuri hook has been often used, but the bifurcated hook has not hitherto existed.

[0004] In addition, there are some cases where a forked hook is used for sabiki. However, in the case of a forked hook, the fish cannot be attached, so that the fish are attracted particularly in a deep place of 20 m or more, at night or in a dark place where no light is emitted. I couldn't do anything and couldn't expect a high catch.

[0005]

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems, and is effective in catching fish even in a deep place of 20 m or more, at night, or in a dark place where no light is shining. An object of the present invention is to develop a bifurcated hook that can be raised and a sabiki using the bifurcated hook.

[0006]

SUMMARY OF THE INVENTION The present invention relates to a method for controlling a shaft from a shaft (4).
The present invention relates to a bifurcated hook (A) in which two hip bends (8) extend, and "Claim 1" is characterized in that "the needle tip portion (9a) is bent toward the shaft (4)". Claim 2 is characterized in that "the tip portion (9a) is bent outward on the shaft (4) side", and "Claim 3" is characterized by "the tip portion ( 9
a) is bent toward the shaft (4) side and inward ".

According to this, since the needle tip portion (9a) is bent outward or inward on the shaft (4) side or the shaft (4) side, this portion (9a) is a so-called "nemuri". Next, fish,
In particular, there is an effect that even a large game is hard to come off once it is applied. Moreover, since it is a bifurcated hook (A), there are two points where it is caught compared to a single hook, so it is easier to hook. Therefore, the needle tip (9a) is nebulized (that is, the needle tip (9a) is
(4) It is bent to the side, outward or inward), but it is easy to catch and the fishing result can be enhanced.

The shaft (4) is formed by bending one wire as shown in FIG.
The axis of the main hook (1a) on which the thymoto (5a) is formed as shown in
As (4a), there is a type in which the axis (4b) of the auxiliary hook (1b) without the thymoto (5a) is joined along with the solder or the like. As used herein, ring (5)
The following description focuses on the bifurcated hook (A) provided with a sword, but is not limited to this.

Claim 4 is an improvement of the fishing hook (A) according to Claim 1, wherein the hook portion (9a) or at least the tip portion (8) of the bend (8) is bent from the tip portion (9a). 9a) (8b)
Are formed in parallel with each other. " In this way, if the two tips (9) of the bifurcated hook (A) are caught in the mouth of the fish at the same time, the tips (9) will penetrate in the same direction as they penetrate the hard fish mouth, Each other will not hinder each other and will hang over the mouth smoothly. The parallel portion of the waist bend (8) is referred to as a portion excluding the base (8a) of the waist bend (8), but at a minimum, the neighboring portion (8b) connected to the needle tip portion (9a) is parallel. Has become. Of course, the parallel portion may be only the needle tip portion (9a). Here, the needle tip portion (9a) refers to a portion beyond the bent portion (a).

The parallel portion of the waist bend (8) is a waist bend.
The portion (8) excluding the base portion (8a), but at a minimum, the near portion (8b) connected to the needle tip portion (9a) is parallel. Of course, the parallel portion may be only the needle tip portion (9a). Here, the needle tip portion (9a) refers to a portion beyond the bent portion (a). It should be noted that if a fish hooks on one needle tip (9) and does not hook on the other, it exhibits the same action as a conventional single hook.

Claim 5 is a modification of the fishing hook (A2, 3) according to Claim 2 or 3, which is a modification of the hook tip (9a) of the waist bend (8).
Are formed in parallel with each other up to the vicinity (8b) of "." In this case, the forked hook (A2) of Claim 2
"The needle tip portion (9a) is bent outward on the shaft (4) side, and the portion (8b) near the needle tip portion (9a) of the waist bend (8) is formed parallel to each other." Will be. Here, the parallel portion of the waist bend (8) will be referred to as a portion excluding the base (8a) of the waist bend (8), but at a minimum, the nearby portion (8b) connected to the needle tip portion (9a) is parallel. Has become. Here, the needle tip portion (9a) refers to a portion beyond the bent portion (a).

In such a case, when the two needle tips (9) of the bifurcated hook (A2) are caught in the mouth of the fish at the same time, the needle tips (9) are directed outward and in opposite directions when penetrating the mouth of a hard fish. Invading. Therefore, in this case, the directions of entry of the needle tips (9) are opposite to each other, so that the tip of the needle (9) bends as it enters (8).
The part of the needle is slightly widened, so the resistance slightly increases as it penetrates, but if the needle tip (9a) penetrates the chin,
Since the portion (8b) in the vicinity of the needle tip portion (9a) of (8) is parallel, it can be smoothly applied to the oral cavity without generating resistance.

At this time, since the waist bend (8) is slightly opened to return to its original position and sandwiches the portion penetrated by the forked waist bend (8), this is combined with the "sleep" of the needle tip (9). And it is hard to fall out. Even if the needle tip (9) is stuck without penetrating the jaw, the needle tip (9a) that opens outward and is bent toward the shaft (4) side will fully bite into the jaw to prevent barring . In the case where one needle tip (9) is hooked on a fish and the other comes off, the barring is prevented by the same operation as a conventional single needle.

Claim 3 is opposite to Claim 2 and is characterized in that the needle tip portion 9a is bent inward on the shaft 4 side. In this bifurcated hook (A3),
(9a) is bent inward on the shaft (4) side, and up to the portion (8b) near the needle tip portion (9a) of the waist bend (8) is formed in parallel with each other. " Also in this case, the parallel portion of the waist bend (8) will be referred to as a portion excluding the base (8a) of the waist bend (8), and at least, a nearby portion (8b) connected to the needle tip portion (9a)
Are parallel. The needle tip portion (9a) refers to a portion beyond the bent portion (a).

[0015] Similarly, in the case where the two needle tips (9) of the bifurcated hook (A2) are simultaneously caught in the mouth of the fish, the needle tips (9) are turned inside in opposite directions when penetrating the mouth of the hard fish. Invading. In this case,
Although the resistance slightly increases as it penetrates because the part of (8) is slightly narrowed, the part (8b) near the needle tip part (9a) of the waist bend (8) when the needle tip part (9a) penetrates the chin Are parallel to each other so that they can be smoothly applied to the oral cavity without any resistance.

The slightly bent hip bend (8) returns to its original position and extends the portion penetrated by the forked waist bend (8), which is combined with the "sleep" of the needle tip (9). It becomes difficult to fall out. Even if the needle tip (9) is pierced without penetrating the jaw, the needle tip (9a) that opens inward and is bent toward the shaft (4) will fully penetrate the jaw and prevent it from barring . In the case where one needle tip (9) is hooked on a fish and the other comes off, the barring is prevented by the same operation as a conventional single needle.

A sixth aspect of the present invention relates to a method in which the bifurcated hook (A) is a pseudo bait needle.
When used as (B), `` a light-storing luminous body (2) is arranged along the axis (4), and a light transmitting body (3) is attached to the outer periphery of the luminous body (2). The feature is. An example of the luminous body (2) used in the present invention is a luminous sheet. This is a resin sheet, the surface of which the luminous substance (2a) is applied or kneaded into the whole, and maintains uniform light emission performance in the entire resin sheet. Then, a section obtained by cutting this according to the size of the axis (4), that is, a luminous sheet material is used as the luminous body (2).

As a result, no uneven light emission occurs between the products. On the other hand, in the case of a luminous paint, it is impossible to maintain uniform luminous performance due to uneven application between products. Here, the term "storage" refers to a property of absorbing external light such as sunlight or fluorescent light and continuously emitting light in a dark place, and is a property of exhibiting a long afterglow phenomenon that is clearly recognized by the naked eye.

The mechanism is such that electrons in a phosphorescent substance excited by external light are once trapped in a metastable excited state or a trap of a luminescence center, and then emit light by a thermal activation process to emit light. Is common. The phosphorescent substance used in the present invention is, for example, ZnS or C
Luminescent sulfide phosphor such as aS, the light emission time is several tens of minutes
It lasts several hours.

Since the light-emitting body (2) is mounted on the shaft (4) by the light-transmitting body (3), the light emitted from the light-emitting body (2) is hardly interrupted. ) To expose to the outside, and exert the effect of collecting fish. The luminous body
Since (2) is covered and protected by the light transmitting body (3), it does not come into contact with water and does not easily deteriorate even when put into water. The light transmitting body (3) is, of course, not limited to this, as long as it is a thin rubber film, since it has both the waterproof property and the winding property, so that the light emitting body (2) It is preferable as a mounting member.

Claim 7 relates to the light transmitting body (3), wherein "the light transmitting body (3) itself has a light emitting property". The light transmitting body (3) is preferably a transparent body, but is not necessarily limited thereto. The light transmitting body (3) may be a translucent body, and preferably is colorless, but may be a colored body. When the light transmitting body (3) is formed of a thin rubber sheet material, and when the light transmitting body (3) made of a thin rubber sheet material is wound over the luminous sheet material as the light emitting body (2), the elasticity of the light transmitting body (3) increases. The light-emitting body (2) of the
It can be firmly attached to (4), exhibits a waterproof effect, and also has a protective effect on the internal luminous body (2).

Moreover, a light transmitting member made of a thin rubber sheet material (3)
Since the light passes through, the light of the luminous body (2) shining in the light transmitting body (3) made of the thin rubber sheet material is sufficiently exposed to the outside to exhibit a sufficient fish collecting effect. The light transmitting member (3) made of a thin rubber sheet material is preferably as thin as possible, and the thinnest one having a thickness of 30 μm is used. In the case of fish skin (eg, mackerel skin or bald skin), the light is sufficiently thin to transmit light, so that the same action as that of the thin rubber sheet material is achieved.

Claim 8 relates to another example of the light transmitting body (3), wherein the light transmitting body (3) is a thin rubber sheet material or fish skin. If 3) is a thin rubber sheet material, and the phosphorescent substance (2a) is coated or kneaded on the thin rubber sheet material itself, the luminous body (2) inside
With the synergistic effect, the light emission performance is improved and the fish collecting effect is promoted. In addition, when the light transmitting body (3) is fish skin, the fish skin itself emits phosphorescence, so there is no need to apply the phosphorescent substance (2a) in particular.However, the phosphorescent substance is used to further enhance the light emission performance. (2
a) may be applied.

Claim 9 applies the bifurcated hook (A) or the artificial bait hook (B) to the sabiki (C), and claims "a plurality of branch yarns (13) derived from the parent yarn (13)". The forked hook (A) or (B) according to any one of Items 1 to 6 is attached. " In this case, if the artificial bait needle (B) is used, the bait can not be attached to the bait needle (B) itself, but it can attract fish by its fish collecting effect even in deep places and dark places where light is difficult to reach, In addition, the fishing results can be ensured by the ease of catching and the difficulty of coming off.

[0025]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the illustrated embodiments. 1 to 3 show a first embodiment (A1) of a bifurcated hook (A) according to the present invention, which is formed by bending a single wire. The shaft (4) has two members disposed in parallel, one end of which is formed in a ring shape, and constitutes a ring (5). From the pair of two shafts (5), a waist bend (8) bent in a hook shape is extended, and further a waist bend (8)
The needle tip (9a) that becomes the `` nemble part '' from the shaft toward the shaft (4)
Is bent and extended, and its tip is sharply pointed to form a needle tip (9). The bending position is the bent portion (a) that is bent from the waist bending portion (8) at a steep angle in the direction of the axis (4). In the present embodiment, no burrs (not shown) or a hansle (not shown) are provided because they are "nem hooks", but they can be provided if necessary. The above points can be said in common for the entire present invention.

In this embodiment (A1), the vicinity of the needle tip (9a) of the bifurcated hook (A) and the needle tip (9a) of the waist bend (8) is used.
(8b) are formed in parallel with each other. In addition, waist bending
The parallel part of (8) should be bent to the maximum at the base of (8) (8a)
Excluding the part that is bent outward and bifurcated at the part (8a) that extends from (4), but the needle tip part (9a) and the vicinity connected to the needle tip part (9a). Portions (8b) are parallel. Here, the needle tip portion (9a) is the bent portion (a)
From the beginning.

Next, a second embodiment (A2) will be described.
In this case, unlike the first embodiment (A1), the direction of “nemuri” is different. That is, the tip portion (9a) of the bifurcated hook (A) is oriented in the direction of the axis (4) and outwards from each other, and only the portion (8b) near the tip portion (9a) of the hip bend (8) is bent. They are formed parallel to each other.

Conversely, the needle tip (9a) of the third embodiment (A3) is
(4) direction and inward to each other, curving (8)
Only the portion (8b) near the needle tip portion (9a) is formed parallel to each other.

FIG. 6 shows a modification of the third embodiment (A3).
Main hook (1a) with thymoto (5a) and secondary hook without thymoto (5a)
This is an example in which the shafts (4) are soldered to each other using (1b). This modification is naturally applied to the first and second embodiments. And there is also a case where the branch thread (13) is wound around this part and fixed,
In the illustrated embodiment, an example in which the ring (5) is mainly formed is shown, but the embodiment is not limited to the ring (5).

The surface of the bifurcated hook (A) may be in a normal metal color, but can be colored in a desired color such as plating of gold, silver or the like. In addition, when attaching the bait for artificial bait (6) as described later, a coating that emits phosphorescence according to the color of the bait for artificial bait (6), or even a fine mica piece is applied with a colored paint. Good. The ground color of the surface of the axis (4) is preferably from pearl white, which is the color of food such as krill, to flesh color.

Next, the case where the artificial bait needle (B) is formed using the forked hook (A) of the above embodiment will be described. (Figs. 8-11)
An example of the luminous body (2) used for the artificial bait needle (B) is a luminous sheet. This is a resin sheet, the surface of which the luminous substance (2a) is applied or kneaded into the whole, and maintains uniform light emission performance in the entire resin sheet. Then, a section obtained by cutting this according to the size of the axis (4), that is, the luminous sheet material is a luminous body (2)
Used as

The luminous body (2) serves as a luminous substance (2a), for example, Z
Luminescent sulfide phosphors such as nS and CaS are integrally coated on the surface of a resin sheet, or are entirely kneaded with a resin material to form a sheet material. (2a) appears uniformly and absorbs external light. Therefore, the light emission performance is uniform, and there is almost no variation between products unlike the case of painting. In this embodiment,
The resin sheet material is cut into strips (or other shapes) according to the size of the shaft (4), and is wound around the shaft (4) before use.

The shape of the strip-shaped light emitting body (2) is not particularly limited.
It is common to form an elongated triangular shape as shown in FIG. In particular, make it into an elongated triangular shape, with the bottom side (2b) on the ring (5) side,
When the tip end side (2c) having an acute angle is the waist bend (8) side and is wound around the shaft (4), the waist bend (8) side is preferably wound without being bulky.

The light transmitting body (3) is used by being wound around the outer surface of the light emitting body (2) attached to the shaft (4), and is made of any material having a property of transmitting light. However, in this embodiment, a strip-shaped section of a thin rubber sheet material, or a strip-shaped section of fish skin is used, and the unwound portion is pulled out from the shaft (4) as a dummy bait (6). I have.

A luminescent bead (11) is inserted near the ring (5) of the shaft (4). The luminescent color of the luminescent beads (11) is preferably different from the luminescent color of the luminescent body (2). This is because the luminescent beads (11) are spherical, followed by the elongated luminous body (2), and the two adjacent portions have different colors, thereby approaching a more attractive bait form.

(12) is one or a plurality of filaments, and
It is wrapped around the shaft (4) together with (2), and is arranged inside the artificial bait wing (6). The filamentous body (12) has fine nodes (12a), and it receives glittering light and exhibits glittering and gleaming phenomena in various colors. Apply phosphorescent substance (2a),
The knot (12a) may glow in the sea or in a dark place.

The method of assembling the artificial bait needle (B) using the bifurcated hook (A) of the present invention will be briefly described. A part of the thread (12) is wound around the shaft (4) to serve as a root thread. And pull the rest to the side bent (8). Subsequently, a strip-shaped luminous body (2) is put thereon. Finally, a strip-shaped light transmitting body (3) is spirally wound from above the light emitting body (2) so as to partially hang the light emitting beads (11), and the winding end portion is tied to the shaft (4) and fixed. . Since the winding start part of the light transmitting body (3) is entangled with the winding part of the light transmitting body (3), there is no possibility that the light transmitting body (3) can be unwound.
(3) will be tightly wound over the entire length of the luminous body (2).

The artificial bait needle (B) thus formed is
A plurality of them are attached to, for example, the trunk yarn (14) at predetermined intervals via the branch yarn (13), and are used as a ridge (C). Of course, it is also possible to use it alone. For example, when used as a sabiki (C), bait (19) spilling from a bait basket (18) attached to the lower end of a trunk thread (14) floats around and attracts fish. And the artificial bait needle (B) connected to the tip of the branch thread (13)
Drifts in the sea on the flow of the tide in the sea, and at the same time, the artificial bait (6) flutters around the axis (4), and the bait (19)
It behaves like live bait mixed with
Attracts the attention of fish that are swarming around, even without food such as krill.

In the case where the sabiki (C) is in a deep field of 20 m or more, or in a dark place where light does not shine, or at night fishing, a sunshine or a flashlight or a light bulb is stored before being put into the sea. Because it is exposed to the light of the light box, and absorbs external light sufficiently, it can emit light even in deep or dark places as described above.
(2), the luminescent beads (11) and the knots (12a) of the filamentous body (12) shine while swaying, drawing the attention of the fish swarming around.
In the case of the present embodiment, if the emission colors of the light emitting beads (11) and the light emitting body (2) are changed (of course, the same color may be used), the round light emitting beads (11) and the light emitting body (2) following the round light emitting beads (11) are used. The wrapped elongated light-emitting part (7), the beard-like filament (12), and the simulated bait wings (6) fluttering around it make it look like a shrimp flying in the sea.

Then, when the fish approaching the forked bait needle (B), which behaves like raw bait in the sea, approaches and approaches the forked bait needle (B), the forked hook (A) therein ) Will hit the mouth of the fish. Then, when the two needle tips (9) of the bifurcated hook (A) are simultaneously caught in the mouth of the fish, the needle tip (9) penetrates the hard fish mouth as described above. And at this time, if the surface color of the forked hook (A) is close to the color of the bait (19) as described above, the forked hook (A) is mistaken for the bait (19) and bites, so that higher fishing results are obtained. Can be expected.

In addition, at night or in a dark place, sabiki (C)
When assembling or replacing the simulated bait needle (B) of the sabiki (C) with a new one, the simulated bait needle (B) in the needle storage box shines, so the needle exchange work can be easily performed even in darkness .

[0042]

In the bifurcated hook according to the present invention, the needle tip is bent inward or outward on the shaft side or on the shaft side, so that the needle tip constitutes a so-called "sleep". There is an effect that it is hard to come off. In addition, since it is a bifurcated hook, there are two points where it gets caught compared to a single hook, so it is easier to hook. In addition, if the needle tip portion or at least the portion from the needle tip portion to the vicinity of the waist-bent needle tip portion is formed parallel to each other, if the two needle tips of the bifurcated hook are simultaneously caught on the mouth of the fish, the bifurcated hook is used. Despite the fact, it pierces the mouth smoothly.

Further, when this is used for a pseudo bait hook, fishing results can be expected in a deep place, in a dark place, or in a place where light is hardly reachable due to a fish collecting effect of a luminous luminous body. Furthermore, when used for sabiki, sufficient fishing results can be expected without bait.

[Brief description of the drawings]

FIG. 1 is a front view of a first embodiment of a bifurcated hook according to the present invention.

FIG. 2 is a side view of the bifurcated hook shown in FIG. 1;

FIG. 3 is a bottom view of FIG. 1;

FIG. 4 is a front view of a bifurcated hook according to a second embodiment of the present invention.

FIG. 5 is a bottom view of the forked hook shown in FIG. 4;

FIG. 6 is a front view of a third embodiment of a forked hook according to the present invention.

FIG. 7 is a bottom view of the forked hook shown in FIG. 6;

FIG. 8 is a perspective view of a pseudo bait hook using the forked hook of the present invention.

FIG. 9 is a front view of FIG. 8;

FIG. 10 is a sectional view of FIG. 8;

FIG. 11 is an exploded view of FIG.

FIG. 12 is an explanatory diagram of a use state of a sabiki using a forked bait hook of the present invention.

[Explanation of symbols]

 (A) ... bifurcated hook (2) ... luminous body (3) ... light transmitting body (4) ... shaft (5) ... chimoto (6) ... feather for artificial bait

Claims (9)

[Claims] 1. A bifurcated hook in which two waist bends extend from a shaft, the tip of which is bent toward the shaft. 2. A bifurcated hook in which two waist bends extend from a shaft, wherein the needle tip is bent outward on the shaft side. 3. A bifurcated hook in which two waist bends extend from a shaft, wherein the needle tip portion is bent inward on the shaft side. 4. The bifurcated hook according to claim 1, wherein the needle tip portion or at least a portion from the needle tip portion to a portion in the vicinity of the waist-bent needle tip portion are formed parallel to each other. 5. The bifurcated hook according to claim 2, wherein portions in the vicinity of the waist-curved needle tip are formed in parallel with each other. 6. The light-emitting device according to claim 1, wherein a light-storing light-emitting body is provided along the axis, and a light-transmitting body is attached to an outer periphery of the light-emitting body. Bifurcated hook. 7. The bifurcated hook according to claim 6, wherein the light transmitting body itself has a light emitting property. 8. The hook according to claim 6, wherein the light transmitting body is a thin rubber sheet material or fish skin. 9. A sabiki, comprising the bifurcated hook according to claim 1 attached to two branch yarns derived from the parent yarn.