JP2014217289A - Lure device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a lure device that has benefits of a conventional fixed type lure device and those of a floating type lure device.SOLUTION: A lure device 10 includes: a lure body 17 that is fixed to a bottom of a fishing line 11; fishhooks 18 and 19 that are provided at the lure body 17; and a sinker 15 that is attached to the fishing line 11 and sinks the lure body 17. The sinker 15 is provided with an insertion hole 22 through which the fishing line 11 passes. The lure device comprises a temporarily fixing member 16 that is attached in the insertion hole 22 in use and has a center hole 30 into which the fishing line 11 is inserted. The fishline 11 is fixed to the sinker 15 by attaching the temporarily fixing member 16 in the insertion hole 22 of the sinker 15.

Description

The present invention relates to a lure mechanism suitable for fishing root fish such as snapper and scorpion (also known as shark shark and shark mule).

The shark cabra is used in the traditional fishing method of true snapper fishing that originated from the fisheries in Nagasaki and Tokushima prefectures. A fish ball is attached to the lead ball (head) via a centimeter of Harris (fishing line), and this fish hook ( For example, it is a fishing gear that catches shrimp with shrimp. In recent years, as shown in Patent Document 1, a lure type (hereinafter referred to as a lure mechanism) in which vinyl pieces or rubber pieces are used instead of bait has been sold.

FIG. 5A shows a fixed luer mechanism 60 according to a conventional example. The luer mechanism 60 has a plurality of rubber pieces 61 and vinyl pieces 62 (these are called luer main body portions 60a). The lure body 60a and the bases of the Harris 63 and 64, which are the lower parts of the fishing line, are combined together and connected to the weight 65, and the fish hooks 68 and 69 (hereinafter referred to as “the tails”) of the Harris 63 and 64 are connected. It is also provided with a “hook portion”. The weight 65 is provided with a connection fitting (for example, Sulcan) 70, and is connected to the lower end of a road line (fishing line excluding the lower part) 71 (the above-mentioned device is referred to as a fixed type).

Further, as shown in FIG. 5B, a lure mechanism 74 of a weight floating type (simply referred to as “floating type”) in which the weight 72 can freely move along the road line 71 provided at the lower end of the luer main body portion 60a. Is also generally known.

JP 2008-35774 A

However, in the above-described fixed luer mechanism 60, when the mechanism is sunk, 1) the hook part and the luer main body part 60a attached to the weight 65 sink together, which makes the fish uncomfortable and difficult to bite. 2) Since the weight 65 is provided in the hook part, the movement of the hook part is bad, and there is a problem that the hook part is easily detached from the mouth of the fish when the fish shakes his head.
Further, the above-described floating type luer mechanism 74 is 1) it is difficult to catch the luer mechanism 74 attached to the bottom since the luer body 60a and the weight 72 are separated from each other. 2) The luer body 60a and the weight Since 72 is far away, it is difficult to clearly catch the fish bite (fish trust), 3) The weight 72 reaches the bottom, but the movement of the lure body 60a is delayed, so it is difficult to catch the predetermined depth, bottom, etc. There's a problem.

The present invention has been made in view of such circumstances, and when the lure mechanism is sunk, the luer main body part and the weight are simultaneously sunk, and when the fish is caught on the fishhook, the weight is easily separated from the lure main body part. An object of the present invention is to provide a lure device that is less likely to cause looseness.

The lure mechanism according to the first aspect of the present invention comprises a luer body portion fixed to a lower portion of a fishing line, a fishing hook provided on the luer body portion, a weight attached to the fishing line and sinking the luer body portion. In the lure mechanism with
The weight is provided with an insertion hole through which the fishing line passes. In use, the weight is provided with a temporary fixing member having an inner hole through which the fishing line is inserted, and is inserted into the insertion hole of the weight. A fixing member is attached to fix the fishing line and the weight.

A luer mechanism according to a second invention is the lure mechanism according to the first invention, wherein the temporary fixing member is made of a tubular tapered stopper having elasticity, and the tapered stopper is located at a predetermined position in the insertion hole of the weight. A taper hole is provided to be fitted in a fastened and fixed state.

A luer mechanism according to a third invention is the lure mechanism according to the second invention, wherein a plurality of circumferential grooves are formed in the tapered plug.

A lure mechanism according to a fourth invention is the lure mechanism according to the first to third inventions, wherein the fishing line is Harris (a hook attached to a hook) connected to the road line and the road line via a sarcane (return fitting). The weight is temporarily fixed to the Harris, and the fishing hook is fixed to the tip of the Harris.

And the lure mechanism which concerns on 5th invention is the lure mechanism which concerns on 1st-4th invention, The said luer main-body part has a some string-like piece and a tape piece, and is formed.

In the lure mechanism according to the present invention, the weight is provided with an insertion hole through which the fishing line passes, and in use, the lure mechanism is provided with a temporary fixing member that is attached to the insertion hole and has an inner hole through which the fishing line is inserted. Since the fishing line and the weight are fixed by attaching the temporary fixing member to the fishing rod, if the fish catches the needle and a shock load is applied to the fishing hook part by swinging, etc., the temporary fixing member comes off from the weight and the weight is attached to the fishing line. It becomes free state, and it becomes difficult for the fishhook to come off from the fish.
Furthermore, since an excessive load is not applied to the fishhook, a thinner fishhook can be used.

In particular, in the lure mechanism according to the present invention, the temporary fixing member is formed of a tubular taper plug having elasticity, and the insertion hole of the weight is provided with a taper hole portion into which the taper plug is fitted and fixed to a predetermined position. In this case, the weight can be temporarily fixed at an intermediate position of the fishing line (for example, a connecting portion between the luer main body and the fishing line).

Further, in the lure mechanism according to the present invention, when a plurality of circumferential grooves are formed in the taper stopper, the taper stopper having elasticity can be more loosely fitted into the taper hole portion, and the temporary fixing of the weight to the fishing line is easy. At the same time, the weight is easily detached from the fishing line.

Further, when the fishing line has a road line and Harris connected to the road line via a sarkan, a weight is temporarily fixed to Harris, and a fishing hook is fixed to the tip of Harris, the lure mechanism is distorted. It has the advantage of being difficult to hang.

And in the lure mechanism which concerns on this invention, when the lure main-body part is formed with a some string-like piece and a tape piece, curiosity to a fish can be raised more.

It is a perspective view of the lure mechanism concerning one embodiment of the present invention. It is a perspective view of the use condition of the lure mechanism. (A)-(C) are explanatory drawings of the operation state of the lure mechanism. It is explanatory drawing of the lure mechanism. (A), (B) is a perspective view of the lure mechanism concerning a prior art example, respectively.

Next, embodiments of the present invention will be described with reference to the accompanying drawings.
As shown in FIGS. 1 to 4, a lure device 10 according to an embodiment of the present invention includes a fishing line 11 having a road line 12 and a Harris 14 that is rotatably connected to the road line 12 by a salcan 13. Yes. Then, the weight 15 disposed in the middle of the Harris 14 and the taper plug 16 which is an example of a temporary fixing member, the luer main body portion 17 disposed below the Harris 14, and the luer main body portion 17 are disposed. And it has fishhooks 18 and 19 fastened to the lower end (tip) of Harris 14. These will be described in detail below.

In this embodiment, Harris 14 is made of a string-like material using an extremely fine and strong material. The long Harris 14 is folded in two, and the portion of the fold 20 is connected to the road yarn 12 via the Sarkan 13 having a known structure. Two Harris 14 folded in two are integrated, for example, have a length of 8 to 12 cm, pass through the insertion hole 22 of the weight 15 and the taper plug 16, and are fixed to the base of the luer body 17. Furthermore, it extends in two independent states up to the lure body portion 17.

The luer main body 17 has a well-known structure and has a plurality of string-like pieces 24 and tape pieces 25a, and the length thereof is about 5 to 15 cm. Two Harris 14 are arranged in the lure main body portion 17, and the base portions thereof are bundled together with the string-like piece 24 and the tape piece 25a to form one. The fishhooks 18 and 19 fixed to the tip of the Harris 14 are mixed into the lure body 17 and when the fish bites into the lure body 17 with interest, either the fishhooks 18 or 19 is caught. Or both are hooked into the mouth of the fish.

In this embodiment, the weight 15 is disc-shaped and has a flat bead (colored flat glass ball) 24a for collecting fish in the center, and the insertion hole 22 is shown in FIGS. 2 and 3A to 3C. As shown in FIG. 2, the disc is provided at a central position in the thickness direction of the disk so as to be eccentric from the center in a plan view. Thus, by providing the insertion hole 22 eccentrically, the rotation of the weight 15 is prevented.
Moreover, the insertion hole 22 has the truncated cone part 25, the linear part 26, and the taper hole part 27, as shown to FIG. 3 (A), (B), (C). The length of the tapered hole portion 27 is about 40 to 70% of the length of the insertion hole 22.

The frustoconical portion 25 is for preventing the cut when the Harris 14 hits the corner of the insertion hole 22, and the opening angle θ1 of the opposite hypotenuse is about 50 to 90 degrees. The tapered hole portion 27 is provided with a step 28 between the linear portion 26 and is expanded in diameter, and the opening angle θ2 of the opposite hypotenuse is 3 to 5 degrees. There are various weights of the weight 15, for example, in the range of 5 to 100 kg (1 kg = 3.75 g).

The taper plug 16 is tubular or tapered, and is formed of rubber or elastic plastic, has a taper angle and a diameter that fits into the taper hole portion 27 without resistance, and has a medium hole 30 in the center. Formed and two Harris 14 are free to enter.
A plurality of circumferential grooves 31 are formed in the taper plug 16 to reduce the repulsive force at the time of pushing, and a wide circumferential groove 32 is provided on the base side, so that the taper hole portion 27 The inserted taper plug 16 is easily removed.

In addition, the taper angle of the taper plug 16 does not need to be an angle coincident with the taper hole portion 27, and is preferably an angle smaller than the opening angle θ2. Further, the tapered stopper 16 does not necessarily have a tapered outer side, and may be a cylindrical shape. In this case, the outer diameter of the cylindrical tapered plug is preferably equal to the inner diameter in the range of 1/3 to 2/3 of the length direction of the tapered hole portion 27. Even in this case, since the taper plug 16 is formed of an elastic member, the taper plug 16 is fastened and fixed (temporarily fixed) to the taper hole portion 27 by pushing the taper plug 16 into the taper hole portion 27. ) In the case where the outer shape of the tapered plug 16 is tapered, it is preferable that the outer diameter of the non-groove portion at the tip is equal to the inner diameter in the range of 1/4 to 2/3 in the length direction of the tapered hole portion 27. The present invention is not limited to the above numbers.

When this taper plug 16 is attached to the taper hole portion 27 and the taper plug 16 is further pushed into the taper hole portion 27, the taper plug 16 is reduced in diameter, the inner hole 30 is reduced in diameter, and the movement of the Harris 14 is eliminated. The stopper 16 can be temporarily fixed to the tapered hole 27. As a result, the weight 15 can be temporarily fixed to the connecting portion between the fishing line 11 and, in this embodiment, the Harris 14 and the lure body 17. Each taper angle and diameter are determined so that the wide circumferential groove 32 is located outside the tapered hole portion 27 in a state where the tapered plug 16 is pushed into the tapered hole portion 27.

The usage method and operation of the lure mechanism 10 will be described.
The taper plug 16 is attached to the insertion hole 22 of the weight 15 in a state where the weight 15 and the taper plug 16 are inserted into the Harris 14 below the fishing line 11. As a result, the weight 15 is temporarily fixed to the lower portion of the fishing line 11. As a result, the luer body 17 that hides the fishhooks 18 and 19 and the weight 15 are integrated.

In this state, when the lure mechanism 10 is put into the sea, the luer body part 17 temporarily fixed to the weight 15 sinks to the seabed while being shaken. If a fish (for example, a shark) bites into the lure main body part 17 on the way, at least one of the fishhooks 18 and 19 is hooked on the fish mouth. Here, when the fish swings its mouth sideways to remove the fishhooks 18 and 19 from the mouth, the weight 15 becomes weight and the taper plug 16 comes off from the weight 15. When the tapered stopper 16 is removed from the weight 15, the Harris 14 can freely move, so that the fishhooks 18, 19 cannot be easily removed from the fish mouth. Accordingly, the variation is reduced.

In actual fishing work, the lure mechanism 10 is moved up and down near the seabed to invite fish. The weight 15 holds the fishing line 11 fixed at a predetermined position.
Further, if necessary, the taper plug 16 can be removed from the insertion hole 22 of the weight 15, and the weight 15 can be separated from the luer body portion 17, and the luer mechanism 10 can be used as a floating type.

Therefore, in this lure mechanism 10, 1) the fish can be caught clearly when the fish is preyed, 2) the mechanism is difficult to get entangled when the mechanism is sinking, 3) the mechanism is at the bottom The signal that arrived can be obtained reliably 4) The fish under the middle layer can be attacked reliably 5) After the fish hits, the locked state of the weight 15 and the fishing line 11 is released, The large load of the weight 15 is not transmitted directly to the mouth that becomes the hit point of the fish, and there is little variation. 6) After this, even if the fish shakes its head, the weight of the lure body 17 is not directly applied, and the fixed type There are advantages such as being hard to break even when using a one-rank sharp fishhook.

The present invention is not limited to the above-described embodiment, and the configuration thereof can be changed without changing the gist of the present invention. For example, the weight can be fixed at an arbitrary position of Harris, and the present invention is applied also in this case. Further, various materials can be used as lures, and the present invention is not limited to the materials used.

10: Luer device, 11: Fishing line, 12: Road line, 13: Sulcan, 14: Harris, 15: Weight, 16: Taper plug, 17: Luer body, 18, 19: Fishing hook, 20: Fold, 22: Insertion Hole, 24: string-like piece, 24a: bead, 25: truncated cone part, 25a: tape piece, 26: linear part, 27: taper hole part, 28: step, 30: medium hole, 31, 32: circumferential groove

Claims (5)

In a lure mechanism comprising a luer body part fixed to the lower part of a fishing line, a fishing hook provided on the luer body part, and a weight attached to the fishing line and sinking the luer body part,
The weight is provided with an insertion hole through which the fishing line passes. In use, the weight is provided with a temporary fixing member having an inner hole through which the fishing line is inserted, and is inserted into the insertion hole of the weight. A lure mechanism characterized by attaching a fixing member to fix the fishing line and the weight. 2. The lure mechanism according to claim 1, wherein the temporary fixing member is made of a tubular taper plug having elasticity, and a taper hole portion into which the taper plug is fitted and fixed to a predetermined position is inserted into the insertion hole of the weight. Luer mechanism characterized by being provided. The lure mechanism according to claim 2, wherein a plurality of circumferential grooves are formed in the tapered stopper. The lure mechanism according to any one of claims 1 to 3, wherein the fishing line includes a road line and a Harris connected to the road line via a sarkan, and the weight is temporarily fixed to the Harris. The lure mechanism, wherein the fishhook is fixed to the tip of the Harris. The lure mechanism according to any one of claims 1 to 4, wherein the luer main body portion is formed to have a plurality of string-like pieces and a tape piece.

Images