JPH10225246A - Lure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a lure, which avoids giving a damage to a fish though the hooked fish is difficult to unhook and improves the performance and productivity of fishing, by burying a part or all of a freely rotating means for freely rotating a hook with respect to a body into the body. SOLUTION: Concerning this lure, the hook 6a is connected to a freely rotary swivel through a freely turning second eye 3a and a part or all of it is buried in the body 1 (produced by sticking two plastic molded products obtained by dividing the whole body into two halves, e.g.). Thereby the lure can turn in the direction (r) without the direction of the body 1. Then, even when the fish F hooked at the hook 6a moves such as turning its own body in a direction (r'), the force of the fish F is made to escape and force is not concentrated to a joining part K to prevent the fish F from being removed from the hook 6a. In addition, as the wound of the fish at a part to which the hook 6a is hooked is not enlarged by the hook 6a, a damage to give the fish F is reduced.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an artificial bait, and more particularly, to a bait in which a fish hooked on a hook does not easily come off the hook even if the fish is turned around and does not damage the fish. In addition, the present invention relates to a pseudo bait improved so that fishing performance and productivity can be improved.

[0002]

2. Description of the Related Art Artificial baits (lures) include plugs imitating small fish, spoons, jigs made of metallic materials, spinners with rotating blades that rotate in water, and soft lures. Soft bait made of the above-mentioned materials, two or more kinds of pseudo bait, and a combination pseudo bait combining two or more parts of the pseudo bait.

FIG. 5 is a configuration diagram showing an example of a conventional plug. For convenience of illustration, the body part is shown in a sectional view, and the other parts are shown in an external view. This artificial bait 50
Reference numeral 0 denotes a body 51, an eyelet E having a root embedded in the head of the body 51, hook mounting eyes 52a and 52b having roots embedded in the abdomen and tail of the body 51,
A split ring 55a, 55b connected to the hook mounting eye 52a, 52b;
Hooks 6a, 6b connected to 5a, 55b. The fishing line T is connected to the eyelet E via a rolling swivel (untwisting) S.

The hooks 6a and 6b are provided with ring-shaped hook mounting eyes 52a and 52b and a split ring 55.
Since they are connected to the hook mounting eyes 52a and 52b via the a and 55b, the directions can be changed in the α direction and the β direction without changing the direction of the body 51.

FIG. 6 is a configuration diagram showing another example of a conventional plug. The artificial bait 600 is the artificial bait 500 of FIG.
The split ring 6 is attached to the hook mounting eyes 52a, 52b having the roots embedded in the body 51.
7a, 67b, the free-rotation type 8 figure pipe 64a, 6
The first eyes 62a and 62b of the free-rotation type 8 are connected to the second eyes 63a and 63b of the free-rotation type figure-8 tubes 64a and 64b.
And hooks 6a and 6b are connected to each other via split rings 68a and 68b. The hooks 6a, 6
b is connected to the free-rotation type figure 8 tubes 64a and 64b via the ring-shaped second eyes 63a and 63b and the split rings 68a and 68b. The direction can be changed in the β direction. Further, since the hooks 6a and 6b are connected to the free-rotation type figure 8 tubes 64a and 64b through the freely rotating second eyes 63a and 63b, the direction of the body 51 can be changed without changing the direction of the body 51. Can rotate.

FIG. 7 is a configuration diagram showing another example of a conventional plug. This artificial bait 700 has a body 71 having a through hole from the head to the tail and having an opening in the abdomen from the through hole to the outside, and a head of a wire W passed through the through hole. An eyelet E ′ formed by bending a side end;
Free-rotation type 8 pipe 7 with wire W passed through eye 72
4, the split ring 75a connected to the second eye 73 of the free-rotation type figure 8 tube 74, the hook 6a connected to the split ring 75a, and the tail end of the wire W by bending. Hook mounting eye 76 formed
, A split ring 75b connected to the hook mounting eye 76, and a hook 6b connected to the split ring 75b. Since the hook 6a is connected to the free-rotation type figure 8 tube 74 via the ring-shaped second eye 73 and the split ring 75a, the hook 6a can be oriented in the α and β directions without changing the direction of the body 71. Can be changed. Further, since the hook 6a is connected to the free-rotation type figure 8 tube 74 via the freely rotating second eye 73, the hook 6a can rotate in the γ direction without changing the direction of the body 71. . Since the hook 6b is connected to the hook mounting eye 76 via the ring-shaped hook mounting eye 76 and the split ring 75b, it is possible to change the direction in the α direction and the β direction without changing the direction of the body 71. I can do it.

[0007]

The above-mentioned conventional artificial bait 50
At 0, since the hook 6a can change the direction in the α direction and the β direction (FIG. 5), as shown in FIG. 8, the fish F hooked on the hook 6a changes the direction in the α ′ direction and the β ′ direction. Even with such a movement, the force of the fish F can be released, the force does not concentrate on the engaging portion K (the portion where the hook 6a is hooked on the fish F), and the fish F does not come off the hook 6a. (The same applies when the fish F is hooked on the hook 6b). However, since the hook 6a can rotate only by a half turn in the left and right directions about its central axis, as shown in FIG. 9, the fish F hooked on the hook 6a turns its body more than half turn in the γ ′ direction. With such a movement, the body 51 also tries to turn in the γ ″ direction. However, since the body 51 does not easily turn due to the resistance of water, the turning force of the fish F concentrates on the engaging portion K. Fish F is hook 6
a. In addition, fish F
However, even if the fish F does not come off the hook 6a, there is a problem that the wound of the fish F where the hook 6a is hooked is widened and the fish F is damaged (the same applies when the fish F is hooked on the hook 6b). .

In the above-mentioned conventional artificial bait 600, since the hooks 6a and 6b can rotate in the γ direction, the above problem does not occur in principle. However, hook 6a,
6b is easily separated from the body 51, and the hook 6a and the hook 6b and the hook 6a and the fishing line T are easily entangled. Further, there is a problem that the resistance of the water around the hooks 6a and 6b increases, and the movement of the artificial bait 600 is deteriorated.
Further, since two split rings 67a and 68a are required to attach the hook 6a, there is a problem that workability is deteriorated (the same applies to the hook 6b). Further, in the above-mentioned conventional artificial bait 700, the hook 6b has a problem with the artificial bait 500. Further, since the hard and thick wire W must be bent at the time of assembling, there is a problem that productivity is poor. Further, since there is a little play between the wire W and the body 71, the eyelet E moves unnecessarily in the swimming layer, and there is a problem that the original movement of the artificial bait is easily damaged.

[0009] Therefore, an object of the present invention is to prevent the fish hooked on the hook from being detached from the hook even if the fish turns, and to prevent the fish from being damaged, and to improve fishing performance and productivity. An object of the present invention is to provide an improved artificial bait so that it can be raised.

[0010]

According to the present invention, there is provided a pseudo bait comprising a body for causing a target fish to be misidentified as a bait, and a hook for catching the target fish, wherein the hook is attached to the body. A feature of the configuration is that part or all of the free rotation means for allowing free rotation is embedded in the body. In the artificial bait of the present invention, the hook is made to rotate freely with respect to the body, so that even if the fish hooked on the hook makes a movement to rotate, the hook simply rotates and the body does not rotate. Therefore,
The force of the fish trying to turn escapes, so that the force does not concentrate on the engaging portion (the portion where the hook is hooked on the fish), and the fish is less likely to come off the hook. In addition, since the wound of the fish where the hook is hung does not spread, damage to the fish can be reduced. Furthermore, since the free rotation means is embedded in the body, the hooks can be brought close to the body, the entanglement between the hooks or between the hook and the fishing line can be suppressed, and the resistance of water around the hook can be reduced. Also, the connection between the free rotation means and the hook can be easily performed by using only one split ring or the like,
Workability can be improved. Further, from the viewpoint of the working process, the embedding can be easily performed in a relatively short time, so that the productivity can be improved. Further, since the free rotation means is integrated with the body, no play occurs between the free rotation means and the body, and the original movement of the pseudo bait is not impaired.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in more detail with reference to the embodiments shown in the drawings. Note that the present invention is not limited by this.

FIG. 1 is a configuration diagram showing a dummy bait according to an embodiment of the present invention. For convenience of illustration, a portion corresponding to the body is shown in a cross-sectional view, and other portions are shown in an external view. The artificial bait 100 includes a body 1, an eyelet E having a root embedded in the head of the body 1, and a free-rotation type 8 having the first eyes 2 a and 2 b embedded in the abdomen and tail of the body 1. Split rings 5a, 5b connected to the second eyes 3a, 3b of the free-form type pipes 4a, 4b, and the split rings 5
a, 5b and hooks 6a, 6b connected thereto. A fishing line T is connected to the eyelet E via a rolling swivel S.

The body 1 is manufactured, for example, by laminating two plastic molded products each having a shape obtained by dividing the entire body in half in the entire length direction. The distance Lf from the tip of the head of the body 1 to the first eye 2a is:
For example, it is 21 mm. The distance from the head end of the body 1 to the second eye 3a is, for example, 27 mm. The total length of the body 1 is, for example, 91 mm.

The hooks 6a and 6b are ring-shaped second
It is connected to the free-rotation type figure 8 pipes 4a and 4b via the eyes 3a and 3b and the split rings 5a and 5b, so that the body 1 does not change its direction,
You can change the direction.

Further, since the hooks 6a and 6b are connected to the free-rotating type 8 pipes 4a and 4b via the freely rotating second eyes 3a and 3b, the direction of the body 1 is not changed. , Γ direction.

FIG. 2 is a sectional view of the free-rotation type figure 8 tube 4a (4).
3B shows an example of the structure. The spindle J and the ball B are connected to the first eye 2a (2b).
Are bound in the hollow tube H. Similarly, a spindle J and a ball B are connected to the second eye 3a (3b), and the ball B is inserted into the hollow tube H.

The hook 6a is in the α direction and the β direction (FIG. 1)
Can be changed, as shown in FIG.
Even if the fish F hooked on the hook 6a makes a change of direction in the α ′ direction and the β ′ direction, the force of the fish F can be released, and the hook K (the hook 6a is hooked on the fish F). The force is not concentrated on the portion 6), and the fish F does not come off the hook 6a (the same applies when the fish F is hooked on the hook 6b).
Further, since the hook 6a can freely rotate in the γ direction,
As shown in FIG. 4, even if the fish F applied to the hook 6a makes a movement to rotate itself in the γ ′ direction, the force of the fish F can be released, and the force is not concentrated on the engaging portion K. The fish F does not come off the hook 6a (the same applies when the fish F is hooked on the hook 6b).

According to the above-described artificial bait 100, the hook 6
Even if the fish F hung on the a and 6b makes a turning motion, the force is not concentrated on the hook K between the hooks 6a and 6b and the fish F, so that the fish F does not come off the hooks 6a and 6b. Become. Also, the fish F at the portion where the hooks 6a and 6b are hooked
Since the wound of the fish F is not spread, the damage given to the fish F can be reduced.

[0019]

According to the artificial bait of the present invention, even if the fish hooked on the hook makes a turning motion, the force is not concentrated on the portion where the hook is hooked on the fish, so that the fish can be moved from the hook. It will not come off. In addition, since the wound at the portion where the hook is hooked on the fish does not spread, damage to the fish can be reduced. Further, since the hook can be brought close to the body, it is convenient from the viewpoint of preventing entanglement and reducing the resistance of water around the hook.

[Brief description of the drawings]

FIG. 1 is a configuration diagram showing a pseudo bait according to an embodiment of the present invention.

FIG. 2 is an explanatory view showing an example of the structure of a free-rotation type 8 pipe in the artificial bait of FIG. 1;

FIG. 3 is an explanatory view showing rocking of a fish hooked on a hook of the artificial bait of FIG. 1;

FIG. 4 is an explanatory view showing rotation of a fish hooked on a hook of the artificial bait of FIG. 1;

FIG. 5 is a configuration diagram showing an example of a conventional artificial bait.

FIG. 6 is a configuration diagram showing another example of a conventional artificial bait.

FIG. 7 is a configuration diagram showing still another example of the conventional artificial bait.

FIG. 8 is an explanatory view showing rocking of a fish hooked on a hook of the pseudo bait of FIG. 5;

9 is an explanatory view showing rotation of a fish hooked on a hook of the artificial bait of FIG. 5;

[Explanation of symbols]

 100 Simulated bait 1 Body 2a, 2b First eye 3a, 3b Second eye 4a, 4b Free-rotation type figure-shaped tube 5a, 5b Split ring 6a, 6b Hook B Ball E Eyelet H Hollow tube K Engagement part J Support shaft S Rolling swivel T Fishing line

Claims (1)

[Claims] 1. A simulated bait having a body for causing a target fish to be mistaken for bait and a hook for capturing the target fish, wherein the hook is free to rotate with respect to the body. A simulated bait, wherein part or all of a rotating means is embedded in the body.