JP2000324981A - Artificial bait - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain an artificial bait to be made closer to a real bait and to improve a fish appetite in fishing in deep water at a depth of >=20 m, at night or at a dark place with no light. SOLUTION: This artificial bait comprises a fishhook body 1, a luminous illuminant 2 attached to the fishhook body 1, a light transmission body 3 arranged at the outer periphery of the illuminant 2 and an optical fiber 9 in which one end is faced toward the illuminant and the other end is exposed from the light transmission body 3 to the outside.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a simulated bait needle that emits light sufficiently to exhibit a high fish collecting effect and exhibits excellent fishing results even in deep water, in a dark place where light does not shine, or at night.

[0002]

2. Description of the Related Art Conventionally, when catching fish in a place with a water depth of 20 m or more where light is difficult to reach, or at night or in a dark place with a simulated bait hook, how to draw the attention of the fish determines the result. Therefore, the fishhook body is coated with luminous paint, luminous beads are attached, or a piece of fish skin, which is a phosphorescent bait like a natural mackerel skin, is wrapped around to attract the attention of the fish and simulate by mistake. It is actively planned to improve the fishing result by feeding the feed needle.

[0003] However, unlike the plan, such attempts often failed. This is because conventional luminous paints, luminous beads or fish skin do not have luminous properties, so in dark places where light does not reach easily, in dark places where light does not shine, or at night, etc. Little light was emitted, or the amount of light emitted was small, so that the fish gathering effect was not exhibited unlike the expected result, and as a result, the fishing results did not increase.

In addition, simply applying a luminous paint or installing luminous beads merely causes the part to glow and gives the fish a "bait".
The exact message that was was not accurately communicated, and was not enough to get the fish's attention.

[0005]

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems, and eliminates manufacturing problems such as the use of a luminous paint by using a luminous sheet material, and at the same time, it is more than 20 m. In the deep field or at night (in this case, the light is stored in the light box containing the light bulb and the light is stored)
Or to develop a simulated bait needle that is most suitable for fishing in a dark place without light, and to develop a simulated bait needle that makes the appetite of fish closer to real bait.

[0006]

A first aspect of the present invention relates to a fish bait hook (A) of the present invention.
(1) a light-storing luminous body (2), a light-transmitting body (3) disposed on the outer periphery of the luminous body (2), and one end of the luminous body
(2) and an optical fiber (9) whose other end is exposed to the outside from the transmitting body (3). "

[0007] "Light storage" refers to the property of absorbing external light such as sunlight or fluorescent light and continuing to emit light in a dark place.
It has a long afterglow phenomenon that is clearly visible to the naked eye. The mechanism is generally such that electrons in a phosphorescent substance excited by external light are once caught in a metastable excited state of the luminescence center or trapped, and then undergo luminescence transition through thermal activation to emit light. It is. The phosphorescent substance used in the present invention is, for example, a phosphorescent sulfide phosphor such as ZnS or CaS, and the emission time ranges from several tens of minutes to several hours.

Since the light-emitting body (2) is attached to the fishing hook body (1) by the light-transmitting body (3), light emitted from the light-emitting body (2) is hardly interrupted and the light-transmitting body ( Exposure to the outside through 3) will exert the effect of collecting fish. In addition, the mounting method is based on a separately prepared light transmitting body (3) and is not an application method such as luminous paint, so no labor such as drying is required, manufacturing is extremely simple, and light emission Since the body (2) is covered and protected by the light transmitting body (3), it does not come into contact with water and is hardly deteriorated 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.

What is important in the present invention is that an optical fiber (9) whose other end is exposed to the outside from the transmitting body (3) is provided. That is, this causes the light of the luminous body (2) to travel along the optical fiber (9) and emit light in a point-like manner from the exposed end to the outside, as if that part was the “eye” of the bait.
It shines like, and can deceive fish.

[0010] "Claim 2" is a pseudo bait needle according to claim 1.
Limited to (A), `` The luminous body (2) is made to imitate the shape of a bait, and the exposed end of the optical fiber (9) is arranged at the eye of the luminous body (2) The feature is. This allows
The artificial bait needle (A) comes closer to the real bait, which invites the appetite of the fish and contributes to the improvement of fishing results.

[0011]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the illustrated embodiments. As the fishing hook main body (1), a generally used fishing hook (1b) or a jig head (1a) or a treble hook (not shown) is used. FIG. 1 shows a case where the jig head (1a) is used, and FIG.
Nos. 4 to 4 are cases in which a fishing hook (1b) having a normal shape is used.

The surface of the fishing hook body (1) may be in a normal metal color, but may be plated with gold, silver, etc., painted to emit phosphorescence according to the color of the artificial bait (6), or fine mica. The pieces may be applied with a colored paint. Fishing hook body (1)
The ground color of the surface is preferably from pearl white, which is the color of food such as krill, to flesh color.

The luminous body (2) is 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 hook body (1),
It will be used by wrapping around the shaft (4) of (1). Further, the shape of the strip-shaped light emitting body (2) is not particularly limited, but is generally, for example, a rectangular shape or an elongated triangular shape as shown in FIG. In particular, when it is formed into a slender triangular shape, the bottom side (2b) is on the side of the chin or weight (5), the sharp tip side (2c) is on the side of the shaft (8), and the shaft (4) is wound around the shaft (4). It is preferable that the side is not bulky and is wound.

An optical fiber (9) is wound around a light-storing luminous body (2) disposed on a fishing hook main body (1), one end of which is directed to the luminous body (2), and the other end of which is the other end. Transparent body
It is exposed to the outside from (3). Thus, the light of the light emitting body (2) is input from one end of the optical fiber (9), travels through the inside, and is exposed to the outside from the other end. In this embodiment, two optical fibers (9) are used.

The light transmitting body (3) is used by being wound around the light emitting body (2) attached to the shaft part (4) and the outer surface of the optical fiber (9), and has 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 in the case of FIG. On the other hand, in the case of FIG. 2, the unwound portion is pulled out from the hook main body (1) as the artificial bait blade (6).

The artificial bait needle (A) for lure fishing shown in FIG.
In (1), the simulated bait (10) `` Here, a transparent or translucent resin capable of transmitting light is shrimped with a transparent or translucent member capable of transmitting light. It may be a small fish or any other material. "It is buried in the inside of the dummy bait (10) and extends from the tail of the dummy bait (8) to the tip of the needle. The portion is formed so as to be exposed. Of course, the optical fiber (9) and the luminous body (2) may be directly embedded in the pseudo bait (10) by insert molding without the light transmitting body (3). Although not shown, one or more treble hooks may be attached to the ring implanted in the artificial bait (10).

FIG. 2 shows an example in which a normal fishing hook main body (1b) is used, and a light emitting bead (11) is inserted in the vicinity of the thymoto (5) of the fishing hook main body (1b). 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.

Further, similarly to the above, the optical fiber (9) together with the luminous body (2) on the side of the thymoto (5), and the plurality of thread-like bodies (12) together with the luminous body (2) on the side of the hood (8) are connected to the shaft (4). ) And wound around the light transmitting body (3) in the same manner as described above. The thread-like body (12) is disposed inside the artificial bait blade (6) formed by the unwound of the light transmitting body (3). The filaments (12) contain fine knots (12
There is a), and in a slight light, various colors show glittering and scaly phenomena. Apply luminous substance (2a) and apply knot (12a)
May glow in the sea or in a dark place.

On the other hand, the optical fiber (9) emits the light of the luminous body (2) from the exposed end of the artificial baiting needle (A2) in the same manner as described above, as if it were a real shrimp or small fish. The luminous body (2) of the body of the artificial bait needle (A2) and the filamentous body (1
Combined with 2), it gives a lively appearance like live food.

The artificial bait needle of FIG. 1 thus formed
(A1) is attached to the tip of a fishing line (not shown) of lure fishing, and is used for lure fishing.
In the case of FIG. 2, a plurality of pieces are attached to, for example, the trunk thread (14) at predetermined intervals via the EDAS (13), and are used as a skirt (B). Of course, it is also possible to use it alone.

In the case of lure fishing, the artificial bait needle (A1) is blown behind a floodgate or a bridge girder where prey is likely to be found, in the vicinity of abandoned stones, in the vicinity of a wave-dissipating block or a stake pile. Flying pseudo bait needle (A1)
Sinks in the water, and the lure operation causes the artificial bait needle (A1) to move in the water as if it were a living small fish or shrimp. At this time, if the underwater is dark due to the shadow of a floodgate or bridge girder, the luminous body (2) shines and the entire pseudo bait (10) shines brightly, and at the same time, the exposed end of the optical fiber (9) shines and surrounds it. Call attention to the fish you are in.

In the case shown in FIG. 2, for example, when used as a sabiki (B), bait (19) spilling from a bait basket (18) attached to the lower end of a trunk thread (14) drifts around. Attract fish. And a pseudo bait needle connected to the tip of Edas (13)
(A) rides in the tide of the sea and drifts in the sea, and at the same time, the artificial bait (6) flutters around the shaft (4) and mixes with the bait (19) as if it were a live bait. It behaves like this and draws the attention of the fish around it. Of course, it is needless to say that food such as krill may be added to the artificial bait needle (A).

In the case where the sabiki (B) is in a deep field of 20 m or more, or in a dark place where light does not shine, or in night fishing, a sunshine or a flashlight or a light bulb is housed 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.
At the same time as (2), the luminescent beads (11), and the exposed end of the optical fiber (9) shine, the nodes (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 light emitting colors of the light emitting beads (11) and the light emitting body (2) are changed (of course, they may be the same color), the round light emitting beads (11) and the exposed end of the optical fiber (9) are not changed. Two bright `` dots '', followed by an elongated luminous part (7) wrapped with a luminous body (2), a beard-like filament (12), and a simulated bait wing (6) fluttering around it It feels like shrimp flying under the sea.

[0024] Then, the fish attracted and approached by the artificial bait needle (A2), which behaves like raw bait in the sea, surely hits the mouth of the fish that bites the artificial bait needle (A2). . At this time, if the color of the surface of the hook body (1) is close to the color of the bait (19) as described above, the hook body (1) is also baited.
Because it is mistaken for (19) and bites, higher fishing results can be expected.

[0025]

The artificial bait needle of the present invention comprises a fishhook main body, a luminous luminous body disposed on the fishhook main body, and a light transmitting body disposed on the outer periphery of the luminous body. The light emitted from the luminous body is exposed through the light transmitting body with almost no obstruction, thereby exhibiting a fish collecting effect.

Furthermore, since the artificial bait needle is equipped with an optical fiber, it receives light from the luminous body and its end shines like a dot, shining like the "eyes" of a small fish or shrimp that becomes bait. This makes the artificial bait look more authentic and has the effect of increasing the interest of fish. As a result, remarkable fishing results can be expected more than before.

[Brief description of the drawings]

FIG. 1 is a front view of a first embodiment of a pseudo bait needle of the present invention.

FIG. 2 is a front view of a second embodiment of the artificial bait needle of the present invention.

FIG. 3 is a sectional view of FIG. 2;

FIG. 4 is an exploded explanatory view of FIG. 2;

FIG. 5 is an explanatory diagram of a use state of sabiki using the artificial bait needle of the second embodiment.

[Explanation of symbols]

 (A) (A1) (A2) ... artificial bait needle (1) ... fishing hook body (2) ... luminous body (3) ... light transmitting body (4) ... shaft (5) ... thymoto or weight (6) ... artificial bait Blades (7)… Elongated light-emitting part (8)… Dot roller (9)… Optical fiber

Claims (2)

[Claims] 1. A fishhook main body, a light-storing luminous body disposed on the fishhook main body, a light transmitting body disposed on an outer periphery of the luminous body, one end of which is directed to the luminous body, and the other end of which is directed to the luminous body. An artificial bait needle comprising an optical fiber exposed to the outside from the light transmitting body. 2. The simulated bait according to claim 1, wherein the luminous body is made to imitate the shape of the bait, and the exposed end of the optical fiber is arranged at the eye of the luminous body. needle.