JP3532532B2 - Fishing line tying member and fishing tackle - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fishing line binding member and a fishing tackle, and more particularly to a fishing line binding member used for connecting Harris to a trunk line and a fishing tackle having Harris connected to the trunk line.

[0002]

2. Description of the Related Art The fishing tackle shown in FIG. 21 is widely used. In this device, a road thread 23 is attached to a fishing rod 21, a stem thread 2 is connected to the tip thereof, a Harris 3 is tied so as to branch to the stem thread 2, and a fishing hook 5 is tied to the tip of the Harris 3. In the case of rack fishing, as shown in FIG. 21, a weight 7 is connected to the tip of the stem thread 2. In the case of bottom fishing, although not shown, the fishing hook 5 is attached to the tip of the trunk thread 2.

This tackle is used by throwing it into water with baits attached to the fishing hook 5. Since this tackle is tied to the trunk thread 2 so that the Harris 3 faces upward, the fishing hook 5 is arranged in the direction away from the trunk thread 2 in water, which is advantageous in catching fish. .

When this device is thrown, the fish will catch the hook 5
Inhale and bite into the food attached to the. At this time, the fishing hook 5 sticks into the throat of the fish, so that the fish can be caught by pulling up the fishing line. When the fishhook 5 sticks, the fish swims underwater in an attempt to escape. At this time, a very large tensile load is applied to the Harris 3 and the stem yarn 2 in different directions. Generally two
It is known that when the yarns of a book are tied, a pulling force on the both yarns in different directions is likely to break at the knot.
In the conventional device of FIG. 21, when a large tensile load is applied to the Harris 3 and the stem yarn 2 in different directions, the knot between the stem yarn 2 and the Harris 3 tends to break the yarn.

[0005]

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object of the present invention is to tie a fishing line binding member in which the line is less likely to break at the connection between the trunk line and Harris. And to provide a fishing tackle.

[0006]

According to the invention of claim 1, the above-mentioned problems are obtained by binding the trunk thread of the fishing tackle and Harris.
A binding member for a fishing line, which is arranged at the second eye, wherein the trunk thread
Has one communication hole through which
Groove formed to extend in a direction substantially the same as the communication hole
It is solved by providing . With this configuration, the trunk thread and the Harris are stored in the groove, the positions of the trunk thread and the Harris with respect to the fishing line binding member are stable, and the trunk thread and the Harris and the fishing line binding member are unnecessary. Can be prevented from rubbing against each other and the trunk thread or Harris can be prevented from being easily cut.

At this time, it is preferable that the groove is formed continuously from the outer surface to the upper end surface of the fishing line binding member and reaches the communication hole. By configuring in this way, the trunk thread for the fishing line binding member and
Position of Harris more stable, and the binding member for the stem thread and Harris and fishing line is prevented from rubbing against unnecessarily stem yarn and C
You can prevent the squirrel from getting cut easily.

[0008] The above object is achieved according to the invention of claim 3, and the main thread, a fishing tackle with and a Harris whose ends are connected to the trunk fiber, the said stem yarn Harris connecting portion includes a fishing line for the binding member with one communication hole may be at least once inserted through said Harris said stem yarn, said stem yarns crowded tied in that said fishing line for the binding member of the and a knot between the Harris , and the fishing line binding member accommodates at least a part of the trunk line and the Harris forming the knot on an outer surface of the fishing line binding member. possible groove portion is formed, the groove portion, the communicating hole
It is solved by being formed so as to extend in a direction substantially the same as. With this configuration, the position of the knot relative to the fishing line binding member is stable, and the trunk line or Harris and the fishing line binding member are prevented from rubbing against each other unnecessarily,
It is possible to prevent the trunk thread and Harris from becoming easy to break.

[0009] At this time, the A stem fiber and the Harris, passes through at least once the communication hole from the upper side in the state of being bundled to the lower end, the knot is not yet passed through the communication hole the stem yarn and said Harris, said stem threads and the Harris has passed through the communication hole, the first intersection formed by intersecting immediately above the upper end surface of the fishing line for binding member,
The trunk yarn and the Harris that have passed through the communication hole and the ring-shaped portion formed by intersecting the trunk yarn and the Harris that have not yet passed through the communication hole at the first intersection, and the communication said stem yarn and said Harris has passed through the first intersection through the hole, the annular portion passing through at least once, said stem yarn and the needles forming the annulus
A second intersection formed by intersecting with the spout, and above the fishing line binding member, the trunk thread that has not yet passed through the communication hole and the Harris have the trunk that has passed through the communication hole. It is preferred that the thread and the Harris intersect only once. With this configuration, a load transmitted to the connecting portion through the Harris, increasing the strength of the connecting portion by receive directly at the point of contact between Harris and fishing line for bundling member, stem
It is possible to prevent the thread from breaking easily at the connecting portion between the thread and Harris .

Further, the Harris the communication hole passing through a plurality of times, it is preferable that the Harris said binding member is wound. With this configuration, a load transmitted to the connecting portion via the Harris, is offset by the resistance force of the contact portion between Harris and fishing line for bundling member, hardly broken yarn at the junction between the stem yarns and Harris be able to.

[0011]

DETAILED DESCRIPTION OF THE INVENTION hereinafter be described with reference to an embodiment of the present invention with reference to the accompanying drawings. The members, arrangements, and the like described below do not limit the present invention and can be variously modified within the scope of the gist of the present invention . The fishing line binding member and the fishing tackle according to the present invention are used in a fishing tackle as shown in FIG. This fishing tackle can be used for various types of fishing such as sea fishing, river fishing, rock fishing, boat fishing, throw fishing, sabiki fishing, and so on. Kawahagi, Ainame, flatfish, soy, flounder, catfish, dace, etc. It can be used to fish a variety of fish.

[0012] The present example fishing tackle of, for example, a fishing rod 21,
The reel 22 attached to the fishing rod 21, the yarn 23 wound around the reel, and the end of the yarn 23 with a twist 24
Fishing tackle 1 (10 connected by connecting tools such as
1, 201) and Note that, for example, a balance is used as the connecting tool used in place of the twisted wire 24. Further, although the reel 22 is used in this example, for example, in the case of fly fishing, the reel 22 may be directly attached to the tip of the fishing rod 21 without using the reel 22, Directly on the tip of the fishing rod 21 for fishing tackle 1 (10
1, 201) may be attached.

[0013] (Reference Example 1) Figure 1 and a fishing tackle 1 as shown in FIG. 2 according to the present embodiment 1 includes a stem yarn 2, and Harris 3, tied to the end of each Harris 3 A fishing hook 5 and a weight 7 attached to the lower end of the trunk thread 2 via a snap-attached twister 6
Is a main component. The connecting portion K between the trunk thread 2 and the Harris 3
1, and the connecting portion K1 is composed of a knot 8 of the trunk thread 2 and the Harris 3, and a bead 4 provided on the knot 8 as a fishing line binding member. In the fishing tackle 1, the number of the connecting portions K1 may be one, or may be more than that, if necessary.

The trunk line 2 is made of nylon fishing line generally used for fishing. The stem thread 2 is, as shown in FIG.
It is connected to the yarn 23 through the twist 24. A plurality of Harris 3 are connected to the trunk yarn 2 so as to branch into branches. The Harris 3 is made of a generally used nylon fishing line, and a thread thinner than the trunk thread 2 is used. The Harris 3 is also called “branch Harris”, and as shown in FIG. 2, the end 3 a is tied to the middle of the stem yarn 2 and is connected to the stem yarn 2. At this time, Harris 3
Are tied so as to extend upward in the trunk yarn 2.

[0015] tie the stem thread 2 and Harris 3 may be any knots that can withstand sufficient for tensile load, for example, knots the yarn in the step of connecting is in the form of a figure-eight is used. According to this knotting method, the yarn is not twisted on both sides of the knot, and it is possible to create a high quality fishing tackle. In this example, the trunk thread 2 and the Harris 3 are made of nylon thread, but other fishing lines such as tetron series and metal series may be used.

FIG . 3 is a cross sectional view of the beads 4. The bead 4 is made of plastic and is a ring-shaped body having a communication hole 9. Direction of the cross-sectional shape of Cartesian communication hole 9 in the present embodiment has a substantially circular shape. In this example, the beads 4 made of plastic are used, but the present invention is not limited to this, and the beads 4 are made of a material such as rubber, metal, ceramics, etc., which can sufficiently withstand the force applied when the fish is caught. You may. When using a metal material, a material that does not easily rust even if immersed in water or placed in a humid place for a long time,
For example, brass or stainless steel may be used. In addition, when the beads are made of a material such as metal that is hard to break, the effect that the knot 8 peculiar to the present invention is unlikely to break can be more sufficiently obtained. If the beads 4 are made of a material that shines in water or a material that produces good color, they also serve as decorations for attracting fish.

The width of the communication hole 9 of the beads 4 (diameter) in all locations, and the main thread 2 and Harris 3 are formed as wide enough to pass through at least once. Further, the width (diameter) of the communication hole 9 is the width 9 of the narrow portion 9a which is the narrowest width.
A has a width that does not allow the knot 8 to pass through, and is formed so that the knot 8 cannot pass through the narrow portion 9a. As shown in FIGS. 2 and 5 (A), the beads 4 are arranged near the upper side of the knot 8 so as to bundle the stem yarn 2 and the Harris 3 together, and move along the stem yarn 2 and the Harris 3. Has been enabled. When a force pulling the fishing hook 5 and the stem thread 2 in different directions is applied, the beads 4 are pressed against the knot 8.

In this example, the outer surface 4a, the lower end surface 4b, the upper end surface 4c, the inner surface 4d of the bead 4 and their boundaries are rounded. However, it is not limited to this. For example, the outer surface 4a of the bead 4 may be formed in a polygonal shape or the like as shown in FIG.
However, as shown in FIGS. 3 (A) and 4 (B), the beads 4
The portion 4e extending from the inner side surface 4d to the upper end surface 4c is preferably formed in a curved shape. With this configuration, the trunk thread 2 and the Harris 3 when the fish hooks on the fishing hook 5
Due to the tensile load applied to the connection part with
It is possible to prevent the thread from being rubbed and weakened, and the thread from being broken at the bead upper end surface 4c.

[0019] As described above, the bead 4 is plastic, rubber, metal, it may be any of ceramics made like. Various methods for molding the beads 4 can be selected according to each material. For example, plastic beads 4
In the case of, a substantially spherical or cylindrical plastic molded body is prepared in advance, and a hole is drilled in the plastic molded body,
By applying an electric iron to the inside of the hole, the portion from the inner side surface 4d to the upper end surface 4c can be formed in a curved shape. The beads 4 having the communication holes 9 may be formed by injection molding.

The fishing line binding member need not be integrally formed like the beads 4. For example, a wire wound into a cylindrical body, a ring-shaped body fixed to the outside of the end of a cylindrical tube to strengthen the end, and a wire wound around a cylindrical tube to strengthen it. Things, etc.
Various modifications can be used.

FIG . 6 shows a fishing line binding member in which a fishing line binding member is formed by inserting a funnel-shaped pipe member 91 into the communication hole 9 of the bead 4 made of plastic, rubber or ceramics. FIG. Pipe member 91
Can be formed of metal or ceramic. For example, if the pipe member 91 is made of metal, the end portion of the metal tube can be spread by a jig such as a punch to form a funnel-shaped end portion. It is better that the tip angle of the punch is not too small, for example, a tip angle of about 100 degrees may be used.

If the pipe member 91 is made of ceramic, the pipe member 91 having a funnel-shaped end is previously formed by casting or the like. Pipe member 91 and beads 4
Can be bonded with an adhesive agent, but may be one in which a pipe material is simply fitted into the communication hole. In addition, the end portions of the pipe members 91 inserted from both sides of the communication hole 9 are connected to each other through the communication hole 9
You may adhere | attach in the vicinity of the intermediate part.

In the fishing line binding member of FIG . 6, since the pipe member 91 is fitted in the plastic beads 4, the fishing line binding member has a certain volume and is easy to handle although it is lightweight. With
The strength of the fishing line binding member can be improved. Although FIG. 6 shows an example in which the pipe member 91 is inserted into both ends of the communication hole 9, it may be inserted into only one end of the communication hole 9.

Further , in the present example, the bead 4 as the fishing line binding member has one communication hole 9 through which both the trunk thread 2 and the Harris 3 are passed. A fishing line binding member having parallel communication holes may be used, and the trunk thread 2 and the Harris 3 may be separately passed through different communication holes. Further, the plurality of communication holes are not limited to those provided in parallel, and for example, two communication holes may be provided so as to be perpendicular to each other.

[0025] In addition, as the fishing line for the binding member, beads 4
Alternatively, beads 4'as shown in FIG. 3 (B) may be used. The bead 4 ′ is characteristic compared to the bead 4 in that the width 9 </ b> B of the lower opening of the communication hole 9 is formed to be larger than the width 9 </ b> C of the upper opening of the communication hole 9. In the bead 4 ′, the width 9 B of the lower opening of the communication hole 9 is formed wider than the width of the knot 8, and the bead 4 ′ has a shape in which the space of the widened portion 9 b forming the lower region of the communication hole 9 is secured. ing. In this way, only the width 9B of the lower opening of the communication hole 9 is widened, and only the space of the widened portion 9b constituting the lower region of the communication hole 9 is secured to be wide, thereby reducing the size of the entire bead 4 '. While maintaining, the thickness of the beads 4'on the upper side can be increased, and the durability of the beads 4'is improved.

In the connecting portion K1 using the beads 4 ', the beads 4'are located above the knot 8 and the opening of the communication hole 9 having a width wider than the width of the knot 8 faces downward, It is arranged so as to cover 8 (FIG. 5 (B)). At this time, while pulling the trunk yarn 2 upward in the drawing, the beads 4 '
Is pushed downward in the drawing, the knot 8 is arranged so as to bite into the widened portion 9b below the communication hole 9 of the bead 4 '.

[0027] In this manner, the knot 8 is disposed so as to bite into the bead 4 ', than in the case shown in FIG. 5 (A) to the bead 4 is arranged adjacent to the knot 8, stem yarn 2 and Harris When the cords 3 and 3 are pulled in different directions, the knot 8 is hard to be loosened, and the trunk yarn 2 and the Harris 3 are hard to be cut at the knot 8.

Further , in FIG. 3A, the widths 9B and 9C of the openings on the upper and lower sides of the communication hole 9 may be wider than the knot 8. This way,
As in the case of FIG. 5B, it is not necessary to confirm the up-down direction of the beads 4 ′ when the stem yarn 2 and the Harris 3 are passed through the communication hole 9. However, in this case, in order to have the same durability as the beads 4'of FIG. 3B, it is necessary to increase the size of the entire beads.

In the bead 4 ', since the knot 8 is arranged so as to bite into the widened portion 9b of the communication hole 9 of the bead 4', the widened portion 9b communicates from the narrow portion 9a to the opening of the communication hole 9. It is preferable that the width of the hole 9 is continuously changed. For example, as shown in FIG. 3C, the width of the communication hole 9 in the widened portion 9b may be linearly changed, and the cross-sectional shape may be tapered. Even if the width of the knot 8 is slightly different depending on the thickness and knot of the stem yarn 2 and the Harris 3, as long as the cross-sectional shape of the communication hole 9 in the widened portion 9b is tapered, it corresponds to the width of the knot 8. With the inner surface 4d of the beads 4 in contact with the knot 8,
This is because the knot 8 can be properly bited into the widened portion 9b.

The narrow portion 9a of the bead 4 to the widened portion 9
parts or continuous with b, portion contiguous to the upper end face 4c of the widened portion 9b, it is preferable to work so as to curve. This is because when the corners are in contact with each other, the stem thread 2 and the Harris 3 are likely to break when they come into contact with the stem thread 2 and the Harris 3.

When the beads 4'as shown in FIG . 3 (C) are produced, the shape of the tip of the electric iron described above is tapered and the electric iron is pressed against the end of the communication hole 9. The beads 4 can be molded so that the width of the communication hole 9 changes linearly in the widened portion 9b.

The fishing hook 5 is a fishing hook generally used for fishing. The fishing hook 5 is tied to the end portion 3b of the Harris 3 as shown in FIG. As shown in FIG. 1, the fishing hook 5 is preferably tied so that the tip of the fishing hook faces upward. The snap-attached twisted cord 6 plays a role of connecting the trunk yarn 2 and the weight 7 and preventing twisting of the yarn. The stem thread 2 and the weight 7 may be directly connected.

In this example, the snap-fitting cord 6 and the weight 7 are arranged at the tip of the stem thread 2, but the invention is not limited to this, and the fishing hook 5 is connected to the tip of the stem thread 2 via the Harris 3. May be. In this case, if the weight 7 is required, for example,
A balance may be used instead of the twisted hook 24 used for connecting the above-mentioned thread 23 and the fishing tackle, and the weight 7 necessary for the balance may be attached, or the weight may be directly attached to an arbitrary position of the trunk thread 2. The weight 7 may be attached using a weight that can be attached.

When the fishing hook 5 is connected through the Harris 3 instead of arranging the snap-attached twister 6 and the weight 7 at the tip of the trunk thread 2, the Harris 3 is directly attached to the trunk thread 2 through the twister. There is a way to connect. In addition, as another method for connecting the Harris 3 to the tip of the stem yarn 2, the connecting method shown in FIG. 7 can be considered.

The connecting method shown in FIG . 7 is an application of a connecting method of fishing lines generally called "train knot" or the like. When the trunk yarn 2 and the Harris 3 are connected by a "train knot", first, the trunk yarn 2 and the Harris 3 are bundled in parallel, and the trunk yarn 2
Make a hump 20 by wrapping Harris 3 at the end of. Make a bump 30 at the end of Harris 3 as well. And stem thread 2
And Harris 3 are pulled to the left and right, and the bump 20 and the bump 30 are brought into contact with each other, so that the stem yarn 2 and the Harris 3 are connected.

The connecting method shown in FIG . 7 is the "train knot".
In the above, beads 4 (4 ′) are inserted between the bumps 20 at the ends of the stem yarn 2 and the bumps 30 at the ends of the Harris 3. At this time, the trunk thread 2 and the Harris 3 between the bump 20 and the bump 30 are inserted through the communication holes 9 of the beads 4 (4 ′). Since the width of the narrow portion 9a of the communication hole 9 of the bead 4 (4 ') is formed to be narrower than the width of the bump 20 and the bump 30, according to this joining method, the trunk yarn 2 and the Harris 3 are separated from each other. When pulled to the left and right, the hump 20 and the hump 30 cannot pass through the narrow portion 9a of the communication hole 9, and the trunk yarn 2 and the Harris 3 are connected.

Furthermore, the width of the widening portion 9b of the communication hole 9, when the width such that at least a portion of the Cobb 20 and Cobb 30 is accommodated, when pulled stem yarn 2 and Harris 3 to the left and right, Cobb 20 and the bump 30 are tightened in the widened portion 9b, so that the trunk yarn 2 and the Harris 3 are firmly connected.

[0038] That is, by adopting the coupling method shown in FIG. 7, instead of placing a snap with Yorimodoshi 6 and weight 7 to the tip of the stem thread 2 of the fishing tackle 1, via a Harris 3 stem thread 2 In the fishing tackle with the hook 5 connected, Harris 3
By the bump 20 composed of the trunk thread 2 that winds the trunk thread, the bump 30 configured by the Harris 3 that winds the trunk thread 2, and the beads 4 that bundle the trunk thread 2 and the Harris 3 between the bump 20 and the bump 30, The tip of the fishing tackle is configured, and the trunk thread 2 and the Harris 3 are bundled between the bumps 20 and 30 and inserted through the communication holes 9 of the beads 4. And the communication hole 9
The width of the narrow portion 9a is narrower than the width of the bumps 20 and 30, and the opening of the communication hole 9 is formed wider than the width of the bumps 20 and 30. At least a portion of the

The connection method as shown in FIG . 7 is not limited to the case of connecting the trunk thread 2 and the Harris 3 as in this example, but other than this, the tips of the fishing line are connected in the fishing tackle. Can be adopted in case. For example, when the road yarn 23 and the stem yarn 2 are directly connected, the connecting method as shown in FIG. 7 may be adopted.

[0040] fishing with a fishing tackle 1 of this embodiment,
The fishing hook 5 is put on the bait and the fishing tackle 1 is thrown into water for use. In water, the weight of the weight 7 causes the trunk yarn 2 to drop substantially vertically. Since the Harris 3 is tied so as to extend upward with respect to the stem yarn 2, the Harris 3 separates from the stem yarn 2 in water. Therefore, the fishhooks 5 are separated from each other, and a plurality of fishes can be easily caught at the same time, and the fishhooks 5 can be shaken in water to easily catch the fish. Fish
When it comes near the fishhook 5, the fishhook 5
Bite the bait attached to. When the fishhook 5 sticks into the fish, the fish swims in an attempt to escape, and the Harris 3 and the trunk thread 2 are easily entangled. In addition, the force that the fish pulls at this time,
A large force is applied to the knot 8 by the action of the angler pulling up the device. However, in this example, since the beads 4 are arranged on the knot 8, when the tensile load acts on the stem yarn 2 and the Harris 3 in the different directions, the entanglement between the stem yarn 2 and the Harris 3 is generated. In addition to being prevented, it is possible to prevent the knot 8 from unraveling and the stem yarn 2 and the Harris 3 from breaking at the knot 8.

[0041] Here, at the junction K1 by placing the beads 4 will be described mechanisms stem yarns 2 and Harris 3 is hardly broken. When a fish is hooked on the fishing tackle 1 without the beads 4, a tensile load W1 is directly applied to the knot as shown in FIG. 8 (A). When the tensile load W1 is smaller than the limit load W2 at which the stem yarn 2 or the Harris 3 does not break or loosen at the knot, the stem yarn 2 at the knot
Or Harris 3 never breaks.

[0042] However, or around and swim while pulling the hook 5 fish in the water, that fish is rapidly or raised pull the Mikiito 2 when applied to the needle 5, tensile load W1 applied to the knot than W2 When it gets bigger (W1> W2),
The knot may be untied, or the trunk thread 2 or the Harris 3 may be cut at the knot. Generally, when fishing lines are tied together, it is known that the knots tend to break, and when the knot is unraveled or the trunk yarn 2 or Harris 3 breaks, W1 is either the trunk yarn 2 or the Harris 3 itself. Withstandable load W
Less than 4.

On the other hand, as shown in FIG. 8 (B), when using a fishing tackle 1 of this embodiment is mainly the bead 4, tensile load W1 is applied. When the tensile load W1 becomes larger than the limit load W3 that the beads 4 can withstand without crushing (W1> W3), the trunk yarn 2 or the Harris 3 is cut at the knot 8. In this example, since the beads 4 made of plastic or the like are used, the load W3 that the beads 4 can withstand is W3.
Is greater than the load W2 that the knot 8 can withstand (W3> W
2), by placing the beads 4 on the knot 8,
The knot 8 makes it difficult for the thread to break.

[0044] Further, in the case of Figure 8 is not arranged on the bead 4 knots 8 (A) is a fishing tackle 1 while you are using several, entangled and the stem thread 2 and Harris 3 , The strength of the knot 8 by loosening the knot 8 (knot 8
The load W2) that can withstand is gradually weakened, the knot 8 is easily unraveled, and the trunk yarn 2 and the Harris 3 are easily broken. On the other hand, in the fishing tackle 1 (FIG. 8B) using the beads 4, the trunk thread 2 and the Harris 3 are difficult to be entangled, and the beads 4 use the fishing tackle 1 In addition, the strength is not likely to be weakened, and the beads are knotted 8 each time a tensile load is repeatedly applied between the trunk yarn 2 and the Harris 3.
The function of re-tightening the knot 8 can be prevented and the knot 8 can be prevented from loosening. Therefore, the knot 8 is hard to be unraveled, the trunk yarn 2 and the Harris 3 are hard to be broken, and the fishing tackle 1 has a long-lasting characteristic.

[0045] Further, 'the use of, knot 8 beads 4' width 9B of the opening of the communication hole 9 is wide beads 4 than the width of the knot 8 to be arranged so as bite into the widened portion 9b of the communicating hole 9 (FIG. 5B), the effect that the widened portion 9b refastens the knot 8 can be increased, the knot 8 is more difficult to untie, and the trunk yarn 2 and the Harris 3 are less likely to be cut at the knot 8. At this time, even if the width of the knot 8 is slightly different depending on the thickness of the trunk yarn 2 and the length of the Harris 3, the width of the widened portion 9b of the bead 4'changes continuously. The widened portion 9 is in contact with the knot 8.
The knot 8 can be cut into b. Therefore, the beads 4'can accommodate knots 8 having various widths.

Next, a description will be given of engagement Ru real施例to the present invention. ( Embodiment 1 ) This embodiment 1 is an embodiment of the invention according to claims 3 and 4 .
The fishing tackle 101 as shown in FIGS. 1 and 9 includes a trunk thread 2 described as “main thread” in the claims and a Harris 3 described as “branch” in the claims.
The main components are a fishing hook 5 connected to the end of each Harris 3, and a weight 7 attached to the lower end of the stem thread 2 via a snap-attached twister 6. The trunk thread 2 and the Harris 3 are linked by a linking section K2, and the linking section K2 is composed of beads 4 as a fishing line binding member and a knot 108 between the trunk thread 2 and the Harris 3, and the beads 4 are the trunk threads. Two
Is tied in a knot 108 with Harris 3. In the fishing tackle 101, the connecting portion K2
The number may be one, or more if necessary. The same members as those in Reference Example 1 described above are denoted by the same reference numerals in the first embodiment . Further, as in the case of Reference Example 1 , the fishing hook 5 may be connected to the tip of the stem thread 2 via the Harris 3.

Next, the specific structure of the coupling portion K2, 10
Will be described based on the procedure in which the beads 4 are tied in the knot 108. FIG. 10A shows the connecting portion K2, and the trunk thread 2 extending upward in the drawing extends in the direction of the tip of the fishing rod 21. Further, the fishing hook 5 is tied to the tip of the Harris 3 extending upward in the drawing.

[0048] First of all, Tabaito L a bundle of the stem thread 2 and Harris 3
Through the communication holes 9 of the beads 4 from above to below (FIG. 10 (A)). Next, of the bundled yarn L coming out from the lower end of the communication hole 9, the portion L1 that has passed through the communication hole 9 once and the bundled yarn L
Of these, the L0 portion that has not yet passed through the communication hole 9 is first intersected immediately above the upper end surface 4c of the bead 4 to form the first intersection P1 (FIG. 10 (B)). Here, the L1 portion of the bundle yarn L forms a ring-shaped portion C.

Next, the first intersection on immediately of beads 4 P1
Then, the portion of the L1 portion other than the ring-shaped portion C is rotated (FIG. 10C). Next, a portion of the L1 portion other than the ring-shaped portion C is passed through the ring-shaped portion C so as to intersect with the L1 portion forming the ring-shaped portion C to form a second intersection P2 (FIG. 10).
(D)). In this state, that is, above the beads 4,
The L0 portion of the bundle yarn L that has not yet passed through the communication hole 9 is
By pulling the bundled yarn L toward both ends in a state of intersecting the L1 portion of the bundled yarn L that has passed through the communication hole 9 once, only once.
The knot 108 is formed, and the connecting portion K2 including the knot 108 and the beads 4 tied to the knot 108 is formed.

[0050] That is, the connecting portion K2 thus formed
Then, the bundle yarn L passes through the communication hole 9 from the upper end side to the lower end side at least once. In the knot 108, the L0 portion that has not yet passed through the communication hole 9 intersects the L1 portion that has passed through the communication hole 9 for the first time immediately above the upper end surface 4c of the bead 4, thereby forming a ring shape with the first intersection P1. And part C. Further, the L1 portion passing through the first intersection P1 passes through the ring-shaped portion C at least once to form the ring-shaped portion C.
The second intersection P2 is formed by intersecting with part 1. Then, on the upper side of the bead 4, the L0 part and the L1 part are
It is configured to intersect only once.

[0051] In accordance with the above procedure, knot 108
The shape of the connecting portion K2 formed by the beads 4 can be changed by changing the shape of the knot 108. That is, the direction in which the L1 portion of the bundle yarn L is rotated with respect to the L0 portion (FIG. 10C), the number of times and the direction in which the L1 portion of the bundle yarn L passes through the annular portion C (FIG. 10D) are changed. By doing so, for example, FIGS. 11 (A) to (D) and FIG. 12 (E) to
A connecting portion having a shape as shown in (H) can be made.

[0052] However, in any case, the number of times L1 parts of Tabaito L is convoluted in the L0 parts should be one rotated less. As will be described later, in the present invention, the load transmitted from the direction of the needle 5 to the connecting portion K2 via the Harris 3 is changed to the Harris 3
This is because the strength of the connecting portion is enhanced by directly receiving it at the contact point between the beads and the beads 4. That is, if the number of times the L1 part of the bundle yarn L is rotated with respect to the L0 part is one rotation or more (for example, FIG. 13), before the Harris 3 extending from the needle 5 contacts the beads 4, Contact with the rotated L1 part, and Harris 3 from the needle 5 direction
It becomes impossible to directly receive the tension transmitted to the connecting portion K2 via the contact point between the Harris 3 and the beads 4. Therefore, the number of times the L1 part of the bundle yarn L is rotated with respect to the L0 part needs to be one rotation or less.

Further , for example, the first intersection P1 is the bead 4
Even if it is not formed immediately above, the Harris 3 extending from the needle 5 comes into contact with the L1 part rotated about the L0 part before contacting the beads 4, and the Harris 3 is moved from the needle 5 direction. It becomes impossible to directly receive the tension transmitted to the connecting portion K2 via the contact point between the Harris 3 and the beads 4.

The fishing line binding member may have a simple shape as the ring-shaped beads 4 (4 ') as shown in FIGS. 3 and 6, but may be modified in various ways. For example, the beads 104 having the shape shown in FIG. 14 can be used. The beads 104 are fishing according to claims 3 to 5.
It corresponds to a binding member for re-thread. FIG. 14 (A) shows beads 10.
14 is a plan view of FIG. 4 and FIG. 14 (B) is a sectional view taken along line AA of FIG. 14 (A). A bead 104 shown in FIG. 14 has a groove 10 formed on the outer surface 4 a of the bead 4 described above, and the groove 10 is linearly formed in a direction substantially the same as the direction of the communication hole 9.

[0055] Beads 104, equipped with grooves 10, when the bead (104) is tied knot 108,
Of the trunk yarn 2 and the Harris 3 forming the knot 108, the portions located on the sides of the beads 104 are accommodated in the groove 10.
As described above, by storing a part of the knot 108 in the groove portion 10, the position of the knot 108 with respect to the beads 104 becomes stable, and the stem yarn 2, the Harris 3 and the beads 104 are stabilized.
It is possible to prevent unnecessarily rubbing due to the movement of and, and to prevent the trunk yarn 2 and the Harris 3 from being easily broken.

The fishing line binding member may be beads 114 having a shape as shown in FIG. Beads 114
Corresponds to the fishing line binding member. Figure 15
FIG. 15A is a side view of the beads 114, and FIG.
It is a BB sectional view in 5 (A). In the bead 114 shown in FIG. 15, the groove portion of the bead 104 described above has an upper end surface 4c.
The groove portion 10 reaches the communication hole 9 continuously.

As shown in FIG . 16, in the beads 114,
When the beads 114 are tied, the portions of the trunk yarn 2 and the Harris 3 forming the knot 108, which are located on the sides and above the beads 114, are housed in the groove 10. As described above, since many portions of the knot 108 are accommodated in the groove portion 10, the position of the knot 108 with respect to the beads 114 becomes more stable, and the connecting portion K2 is provided more than the beads 104 only having the outer groove portion 10 provided. Thus, it is possible to prevent the trunk yarn 2 or the Harris from unnecessarily rubbing against the beads 114.

Further , in the widened portion 9b extending from the narrow portion 9a to the upper opening of the communication hole 9, the communication hole 9 is formed so that the width thereof changes abruptly, and the inner surface 4d of the bead 114 has a shelf-like portion. 4f may be provided. By providing the shelf-like portion 4f, most or all of the trunk yarn 2 and the Harris 3 forming the knot 108 located above the beads 114 can be accommodated in the widening portion 9b.
Thus, for example, the knot 108 between the bead 114 and another fishing tackle or between the bead 114 and an underwater rock or the like.
It is possible to prevent the strength of the knot 108 from being weakened by being pinched.

Since the other structure of the fishing tackle of this example and the method of using the fishing tackle 101 are the same as those of the reference example 1 ,
The description is omitted. In the connecting portion K2 of this example, the knot 1
Since the beads 4 are tied to 08, when a tensile load is applied to the stem yarn 2 and the Harris 3 in different directions, the stem yarn 2 and the Harris 3 are tied at the knot as compared to when the load is directly applied to the knot. It is hard to cut.

[0060] Here, at the junction K2 by placing the beads 4 will be described mechanisms stem yarns 2 and Harris 3 is hardly broken. When a fish is hooked on the fishing tackle 1 without the beads 4, a tensile load W1 is directly applied to the knot as shown in FIG. 8 (A). When the tensile load W1 is smaller than the limit load W2 at which the stem yarn 2 or the Harris 3 does not break or loosen at the knot, the stem yarn 2 at the knot
Or Harris 3 never breaks.

[0061] However, or around and swim while pulling the hook 5 fish in the water, that fish is rapidly or raised pull the Mikiito 2 when applied to the needle 5, tensile load W1 applied to the knot than W2 When it gets bigger (W1> W2),
The trunk thread 2 or Harris 3 is cut at the knot. Generally, when fishing lines are tied together, it is known that the knots tend to break, and when the knot is unraveled or the trunk yarn 2 or Harris 3 breaks, W1 is either the trunk yarn 2 or the Harris 3 itself. It is smaller than the withstand load W4.

[0062] On the other hand, as shown in FIG. 17, fishing for this example
When device 101 is used, Harris 3
The tensile load W1 transmitted to the connecting portion K2 via
It is directly received at the contact point P3 with the beads 4. ButWhat
The tensile load W1 is the limit that the beads 4 can withstand without crushing
When the load becomes larger than W3 (W1> W3),
At the eye 108, the trunk thread 2 or Harris 3 is cut off.
It In this example, beads 4 made of plastic or the like are used.
Therefore, the load W3 that the beads 4 can bear is the knot 1
08 is larger than the load W2 that it can withstand (W3> W2),
By tying the ropes 4 in the knot 108,
The thread is less likely to break at the eye 108.

[0063] As shown in (Reference Example 2) FIGS. 1 and 18, fishing tackle 201 of the present reference example 2, the stem thread 2, and Harris 3, tied to the end of each Harris 3 The fishing hook 5 and the weight 7 attached to the lower end of the trunk thread 2 via a snap-fitting hook 6
And are the main components. The trunk yarn 2 and the Harris 3 are connected by a connecting portion K3. In the fishing tackle 201, the number of the connecting portions K3 may be one, or may be more than that, if necessary. Incidentally, Reference Example 1 above, Example 1 and the same members are designated by the same numerals in this reference example 2. Also, reference
As in the case of Example 1 , the fishing hook 5 may be connected to the tip of the stem thread 2 via the Harris 3.

At the connecting portion K3, the stem yarn 2 and the Harris 3 are connected by the first beads 41 and the fourth beads 44 , the second beads 42, and the third beads 43, which serve as restraining members. As the first beads 41, the second beads 42, the third beads 43, and the fourth beads 44, the same beads 4 described in Reference Example 1 can be used.

[0065] Only Mikiito 2 in the first bead 41 located at the bottom of the connection portion K3 is, the second bead 42 located second from the bottom only Harris 3 is located fourth from the bottom Only the stem thread 2 is tied to the fourth beads 44. In addition, the third bead 43 from the bottom has the first bead 41 and the fourth bead 43.
The stem yarn 2 between the beads 44 and the Harris 3 whose end is tied to the second beads 42 are inserted. First beads 41
And stem yarn 2, fourth beads 44, stem yarn 2, and second beads 4
The knot 2 and the Harris 3 can be knotted in the same knot as in the case where the bundle thread L is knotted to the beads 4 in FIGS. 11 and 12, but other knots may be used. For example, the first beads 4
1. In the method of tying the 4th bead 44 and the stem yarn 2, the trunk yarn 2 is wound around the 1st bead 41 and the 4th bead 44 several times by using the communication holes of the 1st bead 41 and the 4th bead 44. But it's okay.

[0066] The first bead 41 and the fourth beads 44 is a member for limiting the vertical movement of the third bead 43 therebetween, the first bead 41 is the distance between the fourth bead 44 Harris 3 In consideration of the length and the interval with other connecting parts K3 when a plurality of connecting parts K3 are provided, the intervals are determined so that the Harris 3 is not easily entangled with each other. It should be noted that the fishing tackle 2 of this example is provided without providing the first beads 41 serving as the first restraining member and the fourth beads 44 serving as the second restraining member.
The vertical movements of the second beads 42 and the third beads 43 may be restricted by using the twisting edge 24 located at the end of 01 or the twisting edge 6 with snap as the restraining member.

Since the other structure of the fishing tackle of this example and the method of using the fishing tackle 201 are the same as those of the reference example 1 ,
The description is omitted. In the connecting portion K3 of this example, the third beads 43 that bundle the stem yarn 2 and the Harris 3 between the first beads 41 and the fourth beads 44 are provided, and the third beads 43 are
By performing the same function as the beads 4 of Reference Example 1 , the stem yarn 2
And Harris 3 are hard to break at the connecting portion K3.

[0068] Here, at the junction K3 by placing the beads 4 will be described mechanisms stem yarns 2 and Harris 3 is hardly broken. As described above, when the Harris 3 is directly tied to the trunk yarn 2 (FIG. 8 (A)), when the fish is hooked on the fishing tackle, the tensile load W1 is directly applied to the knot. When the tensile load W1 is smaller than the limit load W2 at which the trunk yarn 2 or the Harris 3 does not break or break at the knot, the trunk yarn 2 or the Harris 3 does not break at the knot.

[0069] However, or around and swim while pulling the hook 5 fish in the water, that fish is rapidly or raised pull the Mikiito 2 when applied to the needle 5, tensile load W1 applied to the knot than W2 When it gets bigger (W1> W2),
The knot may be untied, or the trunk thread 2 or the Harris 3 may be cut at the knot. Generally, when fishing lines are tied together, it is known that the knots tend to break, and when the knot is unraveled or the trunk yarn 2 or Harris 3 breaks, W1 is either the trunk yarn 2 or the Harris 3 itself. Withstandable load W
Less than 4.

[0070] On the other hand, when a fishing tackle 201 of this reference example, as shown in FIG. 19, the tensile load W1 from the stem threads 2 and Harris 3 acts directly on the third bead 43. Were it to Tsu, tensile load W1 is when the third bead 43 is larger than the load W3 limit capable of withstanding without crushing (W1> W3), coupling portion K3 is broken. In this example,
Beads 4 made of plastic or the like as the third beads 43
Therefore, the load W3 that the beads 4 can withstand is larger than the load W2 that the knot when the stem yarn 2 and Harris 3 are directly tied (W3> W2), and the connecting portion between the stem yarn 2 and Harris 3 With K3, the thread becomes difficult to break.

[0071] In addition, the fishing tackle 201 of the present reference example, the ends of the Harris 3 tied to the second bead 42 is movable along the stem yarn 2 between the first bead 41 and the fourth beads 44 Since the ends of the Harris 3 are fixedly connected to one point of the stem thread 2, the Harris 3 can be made to move in a complicated manner and the fish can be brought closer to the bait. it can.

In this reference example, the same beads 4 described in the above reference example 1 are used as the first beads 41, the second beads 42, the third beads 43, and the fourth beads 44. Beads 4 ', beads 104, beads 11
The same as 4 may be used. Further, as the first restraining member and the second restraining member, a well-known gundam, beetle or the like may be used instead of the first beads 41 or the fourth beads 44, or a connecting tool such as a sulcan may be used. .

[0073] For example, the first bead 41, second beads 42
As the above, the same beads 114 as described above are preferably used because the trunk yarn 2 and the Harris 3 are less likely to be broken at the connecting portion K3. That is, when the fish is caught and the state as shown in FIG. 19 is reached, the first beads 41, the second beads 42 and the third beads 4 are
The trunk thread 2 and the Harris 3 are sandwiched between them. It is conceivable that the trunk thread 2 and the Harris 3 are repeatedly pinched in this manner while the fishing tackle 201 is repeatedly used, and the trunk thread 2 and the Harris 3 are deteriorated and easily cut. However, the first beads 4
By using the same beads as the beads 114 described above as the first and second beads 42, the stem yarn 2 bound to the first beads 41
The Harris 3 tied to the second beads 42 is the groove 10,
It is accommodated in the widened portion 9b formed by the shelf portion 4f. Then, the trunk yarn 2 and the Harris 3 are connected to the first beads 41 and the second beads.
Since the beads 42 and the third beads 43 are not sandwiched between them, the trunk yarn 2 and the Harris 3 can be prevented from being easily broken at the connecting portion K3.

[0074] In addition, stem thread 2 which is tied to the first beads 41
Or the Harris 3 tied to the second bead 42 is the third bead 4
A lid for protecting the knot may be provided above the first beads 41 and the second beads 42 in order to prevent the knot from being sandwiched between the first beads 41 and the second beads 42.

In this example, the beads 4 of Reference Example 1 are used as the third beads 43 as the fishing line binding member.
As described in Reference Example 1 , a wire is wound into a cylindrical body, a ring-shaped body is fixed to the outside of the end of a cylindrical tube to strengthen the end, and a cylindrical tube is covered with a wire and a thread. It can be used after being variously modified, for example, by winding and strengthening etc. (for example, FIG. 6).

[0076] (Embodiment 2) Embodiment 2 is described in Reference Examples 1 and 2, an embodiment obtained by modifying the first embodiment. In the case of modifying Reference Example 1 , the Harris 3 passes through the communication holes 9 of the beads 4 a plurality of times,
The Harris 3 is wound around the beads 4. Moreover, in the case of modifying Example 1 , FIG.
In (A), when the bundle yarn L is passed through the communication hole 9 of the bead 4, the Harris 3 passes through the communication hole 9 a plurality of times so that the Harris 3 can be wound around the bead 4.
In the case of modifying Reference Example 2 , the Harris 3 is passed through the communication hole 9 of the third bead 43 a plurality of times so that the Harris 3 is wound around the third bead 43. In any case, fishing tackle 1, 101, 2
Other configurations of 01 are the same as the configurations described in Reference Example 1 , Example 1 , and Reference Example 2 .

[0077] Thus, in Reference Example 1, the beads 4 in Example 1, constituting the third bead 43 in Reference Example 2 coupling portion K1 such that the Harris 3 wound, coupling portion K2, the coupling portion K3 As a result, the Harris 3 is more difficult to break in the connecting portion K1, the connecting portion K2, and the connecting portion K3. That is, FIG. 8 (B)
As shown in FIGS. 17 and 19, when the Harris 3 is wound around the beads 4 and the third beads 43 when the tensile load W1 is applied, the force of pulling the Harris 3 (tensile load) W1) is reduced by the resistance force of the contact portion between the Harris 3 and the beads 4 and the third beads 43, and the tensile load W1
Will be reduced in proportion to the knot 8, the knot 108, and the Harris 3 knot in the second bead 42. As a result, the Harris 3 is more difficult to break in the connecting portion K1, the connecting portion K2, and the connecting portion K3.

[0078] Incidentally, the thickness of the stem thread 2 and Harris 3 is variable by the fish subject to fish, thus, the above-mentioned Reference Example 1,
2. Also in Examples 1 and 2 , the sizes of the beads 4, beads 4 ′, beads 104, and beads 114 are appropriately changed according to the thicknesses of the stem yarn 2 and the Harris 3.

Next, in order to confirm the effects of the present invention, reference example 1, a fishing tackle according to the first embodiment of the present invention, for a fishing tackle in the conventional example, knot stem yarns and Harris The strength comparison was performed, and will be described below.

The intensity comparison was performed on the following four items. (1) When the knot 38 of the fishing lines 32 and 33 is used as shown in FIG. 20 (A). (2) As shown in FIG. 20 (B), a knot 38 for the fishing lines 32, 33 is made, and the fishing lines 32, 33 are passed through the beads 34,
When the beads 4 made of only plastic are used as the beads 34. (3) As shown in FIG. 20 (B), a knot 38 of the fishing lines 32 and 33 is formed, and the fishing lines 32 and 33 are passed through the beads 34,
A case where a metal (copper) pipe member 91 is inserted into the communication hole 9 as the bead 34, and a bead 4'where the opening of the communication hole 9 is wider than the width of the knot 38 is used. (4) As shown in FIG. 20 (C), a knot 38 for the fishing lines 32, 33 is made, and the fishing lines 32, 33 are passed through the beads 34,
When the beads 4 made of only plastic are used as the beads 34.

As the fishing lines 32 and 33, Hongeron GP No. 2 (diameter 0.235 mm) manufactured by GOSEN is used. Note that, in FIG. 20, only the portions of the beads 34 and the knot 38 are drawn large for easy understanding. In comparison with this strength, as shown in FIG. 20, the balance 3 is attached to one end of the fishing line 33.
6 was hung, and in this state, the weight 37 was placed on the balance 36, and the weight Mmax of the weight 37 when the thread was cut at the knot 38 or when the beads 34 were broken was measured.

Although not shown, the tip of the fishing line 32 extending upward in FIG. 20 is fixed by being wound around the pipe about 8 to 10 times. This is because if the ends of the fishing line are tied and fixed, the fishing line may break at the knot during strength comparison. For the same reason, the tip of the fishing line 33 is not tied to the balance 36 but the balance 3
It is wound around a part of 6 about 8 to 10 times and fixed.

[0083] Results of the comparison experiment, the value of Mmax is, 1900～2300G in the case above <br/> SL (1), (2)
In the case of 2800 g, in the case of the above (3) 3400 g
~ 3900g, 3500 ~ 390 in case of (4) above
It was 0 g. When there is no knot only with the fishing line 32 (33), the value of Mmax is 4000 to 4200.
Met.

[0084] From the results of the intensity contrast, in Reference Example 1 and the real
In the case of Example 1 , it was confirmed that the connecting portion of the fishing line was stronger than in the conventional case.

[0085]

According to the fishing line for binding members of the present invention as described above, according to the present invention, the position of the knot is stable for fishing Ri yarn for binding member, and the binding member for the stem thread and Harris and fishing line is unnecessary rub against each other that It is possible to prevent the trunk thread and the Harris from being easily broken. Further, according to the fishing tackle of the present invention, the load transmitted to the connecting portion through the Harris is directly received at the contact point between the Harris and the fishing line binding member, so that the strength of the connecting portion is increased and the trunk is improved. It is possible to prevent the thread from breaking easily at the connecting portion between the thread and Harris . Further, according to the fishing tackle of the present invention, the load transmitted to the connecting portion via the trunk thread and the Harris directly acts on the fishing line binding member, so that the thread at the connecting portion between the trunk thread and Harris is Can be hard to cut. Further, according to the present invention, the load transmitted to the connecting portion via the Harris, is offset by the resistance force of the contact portion between Harris and fishing line for bundling member, hardly broken yarn at the junction between the stem yarns and Harris be able to.

[Brief description of drawings]

FIG. 1 is an explanatory diagram of a fishing tackle.

FIG. 2 is an explanatory diagram showing a reference example of a connecting portion.

FIG. 3 is a cross-sectional explanatory view of a fishing line binding member.

FIG. 4 is a cross-sectional explanatory view showing a reference example of a fishing line binding member.

FIG. 5 is an explanatory diagram of a connecting portion.

FIG. 6 is a cross-sectional explanatory view showing a reference example of a fishing line binding member.

FIG. 7 is an explanatory diagram showing a reference example of a method for connecting a main yarn and a branch yarn.

FIG. 8 is an explanatory diagram of a tensile load applied to a connecting portion.

9 is an explanatory view showing an actual施例of the connecting portion.

FIG. 10 is an explanatory diagram showing a procedure for creating a connecting portion.

11 is an explanatory view showing the actual施例of the connecting portion.

12 is an explanatory view showing the actual施例of the connecting portion.

FIG. 13 is an explanatory diagram showing a reference example with a bad connecting portion.

14 is an explanatory view showing the actual施例fishing line for the binding member.

15 is an explanatory diagram showing an actual施例fishing line for the binding member.

FIG. 16 is an explanatory diagram showing a connecting portion.

FIG. 17 is an explanatory diagram of a tensile load applied to a connecting portion.

FIG. 18 is an explanatory diagram showing a reference example of a connecting portion.

FIG. 19 is an explanatory diagram of a tensile load applied to a connecting portion.

FIG. 20 is a schematic explanatory diagram of intensity comparison.

FIG. 21 is an explanatory diagram of a fishing tackle to which a conventional fishing tackle is applied.

[Explanation of symbols]

1, 101, 201 Fishing tackle 2 Stem thread (main thread) 3 Harris (branch thread) 3a, 3b Ends 4, 4 ', 34, 104, 114 Beads (bundling member for fishing line) 4a Outer side surface 4b Lower end surface 4c Upper end surface 4d Inner side surface 4e Portion 4f from the inner side surface to the upper end surface 5 Shelf-like portion 5 Fishing hook 6 Snap-on edge 7,37 Weight 8,38,108 Knot 9 Communication hole 9a Narrow portion 9b Widened portion 9A, 9B, 9C Width 10 Grooves 20, 30 Cobb 21 Fishing Rod 22 Reel 23 Road Thread 24 Stitching Thread 32, 33, 61, 62, 63 Fishing Line 36 Balance 41 First Bead (Suppression Member) 42 Second Bead (Branch Fastening Member) 43 Third Bead ( Fishing line binding member) 44 Fourth beads (suppression member) 91 Pipe member C Ring portions K1, K2, K3 Connecting portion L Bundling line P1 First intersection P2 Second intersection P3 Contact point W1 Zhang load

Claims (5)

(57) [Claims] 1. A knot between a fishing tackle trunk thread and Harris.
A fishing line for binding member disposed on the stem thread and has one communication hole passing through the Harris and together, is formed extending in a direction in which said communication hole having substantially the same outside surface
Fishing line for bundling member, characterized in that it comprises the grooves unit. 2. The groove portion is formed continuously from the outer surface to the upper end surface of the fishing line binding member, and
Fishing line for binding member according to claim 1, characterized in that it reaches the communication hole. 3. A stem yarn tension which ends in the stem thread is connected
A fishing tackle comprising scan and, a connecting portion between said stem yarn and said Harris, the said stem yarn Ha
A communication hole that can be inserted at least once with the squirrel
The fishing line binding member provided with one and the fishing line binding member
A knot between the trunk thread and the Harris tied in ,
In the configuration, the fishing line for binding members, on the outer surface of the fishing line for the binding member, capable of accommodating grooves at least a part of said stem yarn and the Harris constituting the knot is formed, the groove portion, Shaped by extending in the same direction as the communication hole
Fishing Ri for the mechanism, characterized in that have been made. The method according to claim 4, wherein the stem thread and said Harris, passes through at least once the communication hole from the upper side in the state of being bundled to the lower end, the knot, said stem have not yet passed through the communication hole
Yarn and said Harris, said stem thread及<br/> beauty said Harris has passed through the communication hole, the first intersection formed by intersecting immediately above the upper end surface of the fishing line for binding member, the communication hole The trunk yarn and the Harris that have passed through the passage and the trunk formed by intersecting the trunk yarn and the Harris that have not yet passed through the communication hole at the first intersection, and passing through the communication hole. And the trunk that passed the first intersection
Yarn and said Harris, said annulus through at least once, and a second intersection which is formed by intersecting the stem yarn and the Harris constituting the annulus, comprising a top side of said fishing line for binding member in the stem yarn and the Harris the communication hole not yet pass, fishing tackle according to claim 3, wherein the intersecting only said stem yarn and the Harris and once passed through the communication hole . Wherein said Harris the communication hole passing through a plurality of times, according to claim 3 or 4 fishing tackle according to, characterized in that it said Harris wound on the binding member.