JP2553023B2 - Method for forming a connecting ring in a fishing line and method for connecting a hook and a fishing line - 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 tackle, and relates to a method for forming a connecting ring for a fishing line and a method for connecting a fishing hook and a fishing line. That is, the present invention is made to eliminate the defect that the knot of the fishing line is easily cut, and is a method of connecting without using the knot.

[0002]

2. Description of the Related Art Heretofore, in this type, the following has been done. BACKGROUND ART Conventional gimmicks are assembled by connecting a fishing line and a fishing line, connecting a fishing line and a connecting tool, or connecting a fishing line and a fishing hook by forming a knot at the tip or in the middle of the fishing line by various knots.

[0003]

The problems described in the prior art have the following problems. In fishing tackle, a more transparent fishing line has been used so that the portion near the fishing hook, that is, the tacking portion is not noticed by the fish so that the fishing hook can easily catch the fish. In addition, a more flexible fishing line has been used as the fishing line connected to the fishing hook so that the fishing hook can be easily sucked into the mouth of the fish. For these two reasons, the fishing line used for tackling is almost transparent,
Vinyl thread, which is a thin and flexible material, is used. For the purpose of tightly tying the yarn knot, a strong tension is applied before and after the knot, and the frictional force between the plurality of yarns bent into a small radius is used. In this way, strong tension is applied to the part near the knot in the process of making the knot,
Particularly, a portion that is bent with a small radius has a larger tension applied to the outside. In the case of a vinyl-based thread, which is a flexible material, the thread stretches due to the flexible property due to the tension applied during the knot manufacturing process, and the cross-sectional area decreases.

Further, due to the flexible property, a restoring force acts to restore the reduced cross-sectional area to the original cross-sectional area. The restoring force that acts at this time acts as a frictional force between adjacent yarns, forming a knot. Therefore, the knot of the vinyl-based thread has a cross-sectional area smaller than that of the knotless portion, and thus has a lower tensile strength than the knotless portion and is easy to cut. The thickness of the thread used for gimmick is selected to be thinner within the range that can withstand the tension of the target fish, but the pulling strength that is reduced by making a knot is not a guideline, rather than the pulling strength of the thread itself. I am trying. That is, the tensile strength of the yarn itself is not fully utilized.

The present application has been made in view of the above problems of the prior art, and an object of the present application is to provide a device capable of solving the above problems.

[0006]

In order to achieve the above object, the present invention is as follows. That is,
The first invention comprises a Harris 3, an adhesive 4, and a vinyl sleeve 5. The Harris 3 is composed of a vinyl-based thin thread 3A having a predetermined length. The vinyl sleeve 5 is a vinyl-based cylindrical In the case where the empty cross-sectional area is slightly larger than the cross-sectional area of two Harris, the tip 3A1 of the thin thread 3A forming the Harris 3 is inserted into the vinyl sleeve 5 from one side, and the tip 3A1 of the Harris 3 is the vinyl sleeve. When the vinyl sleeve 5 is bent at a time point when it passes 5 and the vinyl sleeve 5 is passed from the opposite side again, the adhesive 4 is positioned inside the vinyl sleeve 5 with the curved portion left as a connecting ring 3A2. In this method, a ring for connecting a fishing line for adhering the Harris 3 and the vinyl sleeve 5 is formed by penetrating and filling a gap between two thin lines in a parallel state.

The second invention comprises a fishing hook 1, a Harris sleeve 2, a Harris 3, and an adhesive 4, and the fishing hook 1
Is a sharp fishhook tip 1B at which the fish is locked at the tip of the fishhook shaft 1A, and a protruding fishhook stopper 1C at the other end.
The Harris sleeve 2 is made of a hard vinyl material, and has a Harris through tube portion 2A having an upper cross-sectional downward U-shape and a lower portion having an upward cross-section substantially U-shaped fishing hook shaft through tubular section. 2B is formed into a tubular body having a gourd-shaped cross section in communication with 2B, and the Harris 3 is composed of a vinyl-based thin thread 3A having a predetermined length, and one end of the thin thread is thicker than the outer diameter of the thin thread 3A. In the case where the enlarged portion 3B is formed, the Harris sleeve 2 is inserted in the vicinity of the fishing hook stopper 1C of the fishing hook 1, and the tip 3A1 of the thin thread 3A in the Harris 3 is inserted into the Harris sleeve 2 from the direction of the fishing hook stopper 1C. It penetrates, goes around the fishing hook shaft 1A of the fishing hook 1 on the side of the fishing hook tip 1B, further penetrates into the Harris sleeve 2 from the direction of the fishing hook tip 1B, and the expanded portion 3B of the Harris 3
Is pulled up until it hits the Harris sleeve 2, and the adhesive 4 is penetratingly filled into the gap between the fishing line shaft 1A of the fishing hook 1 located inside the Harris sleeve 2 and the two thin threads in parallel. This is a method of connecting a fishing hook and a fishing line by which the thin thread of the fishing hook 1 and the Harris 3 and the Harris sleeve 2 are bonded.

The third invention comprises a fishing hook 1, a Harris sleeve 2, a Harris 3, an adhesive 4 and a vinyl sleeve 5, and the fishing hook 1 has a fish hooked at the tip of a fishing hook shaft 1A. A sharp fishhook tip 1B and a protrusion-shaped fishhook stopper 1C formed at the other end, and the Harris sleeve 2 is made of a hard vinyl material and has a Harris through tube portion 2A having a downward U-shaped cross section. The downward cross section is upwardly U-shaped, and is in face-to-face communication with the fishhook shaft-passing tubular portion 2B, which is configured as a tubular body having a gourd-shaped cross section. The Harris 3 is a vinyl-based thin thread 3A having a predetermined length, At one end of this thin thread, the enlarged portion 3 formed thicker than the outer diameter of the thin thread 3A.
B is formed, the vinyl sleeve 5 is a vinyl-based cylindrical shape, and the inner air cross-sectional area is slightly larger than the cross-sectional area of two thin Harris threads. 3A1 is inserted into the vinyl sleeve 5 from one side, and is bent when the tip 3A1 of the Harris 3 passes through the vinyl sleeve 5, and when the vinyl sleeve 5 is passed through from the opposite side again, the curved portion is used for connection. While leaving the ring 3A2, the adhesive 4 is permeated and filled into the gap between the two thin threads arranged in parallel in the vinyl sleeve 5, and the Harris 3 and the vinyl sleeve 5 are bonded to each other. The knot is not used on the fishing line to form a connecting ring, while the Harris sleeve 2
Is inserted in the vicinity of the fishhook stopper 1C of the fishing hook 1, the tip 3A1 of the thin thread 3A in the Harris 3 is inserted into the Harris sleeve 2 from the direction of the fishhook stopper 1C, and the fishhook shaft 1A of the fishhook 1 is located on the fishhook tip 1B side. And then penetrates into the Harris sleeve 2 from the direction of the fishhook tip 1B, and the enlarged portion 3B of the Harris 3 becomes the Harris sleeve 2
The adhesive 4 is pulled in until it abuts on the fishing hook shaft 1 of the fishing hook 1 located inside the Harris sleeve 2.
A is a method of connecting a fishing hook and a fishing line, in which the thin thread of the fishing hook 1 and the Harris 3 and the Harris sleeve 2 are adhered by infiltrating and filling the gap between the two thin threads in parallel with each other.

[0009]

[Operation] The operation will be described together with the effect.

[0010]

EXAMPLES Examples will be described with reference to the drawings. The method for forming the connecting ring in the fishing line of the first invention is configured as follows. Harris 3, adhesive 4,
It is composed of a vinyl sleeve 5, the Harris 3 is composed of a vinyl-based thin thread 3A having a predetermined length, the vinyl sleeve 5 is a vinyl-based cylindrical shape, and the inner cross-sectional area is slightly smaller than the cross-sectional area of two thin threads. In the large structure, the tip 3A1 of the thin thread 3A forming the Harris 3 is penetrated into the vinyl sleeve 5 from one side, and when the tip 3A1 of the Harris 3 passes through the vinyl sleeve 5, it is bent and the other side is again formed. When passing the vinyl sleeve 5 from the
With the curved portion left as the connecting ring 3A2, the adhesive 4 is permeated and filled into the gap between the two thin threads in the vinyl sleeve 5 which are in parallel with each other, and the adhesive is applied to the Harris 3 and the vinyl. By bonding the sleeve 5 to each other, it is possible to form a connecting ring without using a knot on the fishing line.

The method of connecting the fishing hook and the fishing line according to the second aspect of the present invention is configured as follows. The fishing hook 1 is composed of a Harris sleeve 2, a Harris 3, and an adhesive 4.
Is a sharp fishhook tip 1B at which the fish is locked at the tip of the fishhook shaft 1A, and a protruding fishhook stopper 1C at the other end.
The Harris sleeve 2 is made of a hard vinyl material, and has a Harris through tube portion 2A having an upper cross-sectional downward U-shape and a lower portion having an upward cross-section substantially U-shaped fishing hook shaft through tubular section. 2B is formed into a tubular body having a gourd-shaped cross section in communication with 2B, and the Harris 3 is composed of a vinyl-based thin thread 3A having a predetermined length, and one end of the thin thread is thicker than the outer diameter of the thin thread 3A. An enlarged portion 3B is formed.

Therefore, the Harris sleeve 2 is inserted in the vicinity of the fishhook stopper 1C of the fishing hook 1, and the tip 3A1 of the thin thread 3A of the Harris 3 is inserted into the Harris sleeve 2 from the direction of the fishhook stopper 1C, so that the fishhook tip 1
Around the fishhook shaft 1A of the fishhook 1 on the B side, further penetrated into the Harris sleeve 2 from the direction of the fishhook tip 1B, and the adhesive 4 was pulled in until the enlarged portion 3B of the Harris 3 hits the Harris sleeve 2. The thin thread of the fishing hook 1 and the Harris 3 and the Harris sleeve 2 are adhered by penetrating and filling the gap between the two thin threads in parallel with the fishing hook shaft 1A of the fishing hook 1 located inside the Harris sleeve 2. Thereby, the Harris 3 can be connected to the fishing hook 1 without using a knot.

The method of connecting the fishing hook and the fishing line according to the third aspect of the invention is configured as follows. Fishing hook 1, Harris sleeve 2, Harris 3, Adhesive 4, Vinyl sleeve 5
The fishing hook 1 has a sharp fishing hook tip 1B on which the fish is locked at the tip of the fishing hook shaft 1A and a protruding fish hook stopper 1C at the other end.
Is a hard vinyl type material and has an approximately U-shaped cross section facing downward
The cross section is configured as a gourd-shaped tubular body by face-to-face communication with the Harris through tubular portion 2A configured in a V shape and the fishing hook shaft through tubular portion 2B configured in a downward U-shaped cross section.

Therefore, the Harris 3 is a vinyl-based thin thread 3A having a predetermined length, and the thin thread 3A is provided at one end of the thin thread.
An enlarged portion 3B that is thicker than the outer diameter of the vinyl sleeve 5 is formed, and the vinyl sleeve 5 has a vinyl cylindrical shape and the inner cross-sectional area is slightly larger than the cross-sectional area of two thin Harris threads. The tip 3A1 of the thin thread 3A forming the Harris 3 is inserted into the vinyl sleeve 5 from one side, and when the tip 3A1 of the Harris 3 passes through the vinyl sleeve 5, it is bent and the vinyl sleeve 5 is passed from the opposite side again. 3A for connecting the curved portion when connecting
Adhesive 4 with vinyl sleeve 5
By penetrating and filling the gap between the two parallel thin threads located inside and adhering the Harris 3 and the vinyl sleeve 5, a knot is not used for the fishing line to form a connecting ring. On the other hand, the Harris sleeve 2 is inserted in the vicinity of the hook stopper 1C of the fishing hook 1, and the tip 3A1 of the thin thread 3A in the Harris 3 is inserted into the Harris sleeve 2 from the direction of the hook stopper 1C, and at the hook tip 1B side. Around the fishhook shaft 1A of the fishhook 1, and further penetrates into the Harris sleeve 2 from the direction of the fishhook tip 1B, and the Harris 3
In a state where the enlarged portion 3B of the hook is pulled until it hits the Harris sleeve 2, the adhesive 4 is placed between the fishing hook shaft 1A of the fishing hook 1 positioned inside the Harris sleeve 2 and the gap between the two thin threads in parallel. By osmotic filling and adhering the thin thread of the fishing hook 1 and the Harris 3 to the Harris sleeve 2, the Harris 3 can be connected to the fishing hook 1 without using a knot. In this case, as the adhesive 4, a liquid adhesive having a strong adhesive force that easily penetrates into a small gap is used.

It should be noted that the following configuration is possible. A. The tip 3A1 of the Harris is formed by a method of forming it in the manufacturing process of the Harris 3 or a method of softening and thickening when the tip portion of the finished vinyl thread is heated, and hardening when it is cooled. Yes, but either one is fine. B. As for the method of attaching the Harris sleeve 2 to the fishing hook 1, the fishing hook stopper 1C and the fishing hook tip 1B of the fishing hook 1 are larger in shape than the inner hollow shape of the Harris sleeve 2, so that the fishing hook 1 cannot be inserted into the Harris sleeve 2. Therefore, in the manufacturing process of the fishing hook 1, the Harris sleeve 2 is inserted before forming either the fishing hook stopper 1C or the fishing hook tip 1B, and the heat shrink pipe 2C that shrinks when heated by the conventional hard vinyl system is used for the fishing hook 1. Insert the rod, and make a gourd-like shape by heating the heat-shrinkable pipe 2C with the Harris through-hole making rod 2D in which the rod slightly thicker than the thickness of the Harris 3 is bent in the gap between the heat-shrinkable pipe 2C and the fishhook 1 in the direction of the fishhook tip. There is a method of contracting and pulling out the Harris through-hole forming rod 2D in the fishing hook stopper direction to form the Harris through cylinder portion 2A, but either method may be used. C. Referring to FIGS. 17 and 18, a connecting ring 6B is formed on the tip end portion of the stem yarn 6 by the same method as the method for forming the connecting ring 3A2 of the first invention, and the stem yarn sleeve 7 is bonded. . 6A is the tip of the stem yarn 6. And the connecting wheel 6
A known snap sulcan 8 is connected between B and the connecting wheel 3A2.

[0016]

Since the present invention is configured as described above, it has the following effects. 1. Since no knot is used for the fishing line, there is no weak point in the tensile strength of the fishing line, and the tackle can be constructed with a thin thread, which is economical. 2. Since the Harris and the hook can be connected, it is difficult for the Harris to be noticed by the fish, and the hook is easily sucked into the mouth of the fish,
You can fish efficiently. 3. Since the mechanism can be constructed with Harris, there is little air resistance when throwing, so it can be thrown further away, less resistance in water, less affected by water flow, and efficient fishing is possible.

[Brief description of drawings]

FIG. 1 is a perspective view of a third invention.

FIG. 2 is an enlarged view of a main part of the same.

FIG. 3 is a perspective view illustrating a method for forming a connecting ring of the first invention.

FIG. 4 is a perspective view illustrating a method for forming a connecting ring.

FIG. 5 is a perspective view illustrating a method of forming a connecting ring.

FIG. 6 is an enlarged sectional view taken along line AA.

FIG. 7 is a perspective view for explaining a method of connecting the fishing hook and the fishing line of the second invention.

FIG. 8 is a perspective view illustrating a method of connecting a fishing hook and a fishing line.

FIG. 9 is a perspective view illustrating a method of connecting a fishing hook and a fishing line.

FIG. 10 is an enlarged perspective view of an essential part in a state where the connection between the fishing hook and the fishing line is completed.

FIG. 11 is a perspective view showing a state in which the hook and the fishing line have been connected.

FIG. 12 is an enlarged sectional view taken along line BB.

FIG. 13 is a perspective view illustrating another embodiment of the method for connecting the fishing hook and the fishing line.

FIG. 14 is a perspective view illustrating another embodiment of the method for connecting the fishing hook and the fishing line.

FIG. 15 is a perspective view for explaining another embodiment of the method for connecting the fishing hook and the fishing line.

FIG. 16 is a perspective view for explaining another embodiment of the method for connecting the fishing hook and the fishing line.

FIG. 17 is a perspective view illustrating a connection state of a stem thread and a stem thread sleeve.

FIG. 18 is an enlarged sectional view taken along line CC.

[Explanation of symbols]

 1 Fishing hook 1B Fishing hook tip 1C Fishing hook stopper 2 Harris sleeve 2A Harris passing cylinder 2B Fishing hook shaft passing cylinder 3 Harris 3A Fine thread 3B Enlarged section 4 Adhesive 5 Vinyl sleeve 6 Stem thread 7 Stem thread sleeve 8 Snap salcan

 ─────────────────────────────────────────────────── ─── Continuation of the front page (56) References JP-A-60-126025 (JP, A) Actual flat 4-43970 (JP, U) Actual flat 2-127169 (JP, U) Actual flat 1- 59068 (JP, U) Actual Open 60-162455 (JP, U) Actual Open 59-98779 (JP, U) Actual Open 55-118972 (JP, U) Actual Open 49-99788 (JP, U)

Claims (3)

(57) [Claims] 1. A Harris (3), an adhesive (4), and a vinyl sleeve (5), wherein the Harris (3) is made of a vinyl-based thin thread (3A) of a predetermined length. (5) is a vinyl-based cylinder having an inner cross-sectional area slightly larger than the cross-sectional area of two Harris, and the tip (3A1) of the thin thread (3A) forming Harris (3) is When penetrating into the vinyl sleeve (5) from one side and making the tip (3A1) of the Harris (3) pass through the vinyl sleeve (5), bend the vinyl sleeve (5) and pass the vinyl sleeve (5) from the opposite side again. With the curved part left as a connecting ring (3A2),
The adhesive (4) is permeated and filled into a gap between two parallel thin threads located inside the vinyl sleeve (5) to bond the Harris (3) and the vinyl sleeve (5) together. And a method for forming a connecting ring in a fishing line. 2. A fishing hook (1) and a Harris sleeve (2).
And a Harris (3) and an adhesive (4). The fishing hook (1) has a sharp fishing hook tip (1B) at which the fish is locked at the tip of the fishing hook shaft (1A) and the other end. Is a protrusion-shaped hook hook stopper (1C), and the Harris sleeve (2) is made of a hard vinyl material and has an upward U-shaped cross section, and a Harris through tube (2A) having a substantially U-shaped configuration, and a downward cross-sectional upward direction. A tubular body having a gourd-shaped cross section is formed in communication with the fishing hook shaft through tubular portion (2B) having a substantially U shape.
Harris (3) is a vinyl-based thin thread (3A)
And, in the one in which the enlarged portion (3B) configured to be thicker than the outer diameter of the thin thread (3A) is formed at one end of the thin thread, the Harris sleeve (2) has the hook stopper ( 1C), the tip (3A1) of the thin thread (3A) in the Harris (3) penetrates into the Harris sleeve (2) from the direction of the fishhook stopper (1C), and at the fishhook tip (1B) side. The fishing rod shaft (1A) of the fishing hook (1) goes around once, and further penetrates into the Harris sleeve (2) from the direction of the fishing hook tip (1B), so that the enlarged portion (3B) of the Harris (3) becomes the Harris sleeve (2). The adhesive (4) penetrates into the space between the two thin threads in parallel with the fishing hook shaft (1A) of the fishing hook (1) located inside the Harris sleeve (2) in a state of being pulled until it hits Fill and hook (1) and ha Hook and the fishing line connection wherein the adhering scan the (3) thin thread and Harris sleeve of (2). 3. A fishing hook (1) and a Harris sleeve (2).
, The Harris (3), the adhesive (4), and the vinyl sleeve (5).
At the tip of (A), a fish hook is attached to which the fish is locked (1
B) and a protrusion-shaped fishhook stopper (1C) formed on the other end, and the Harris sleeve (2) is made of a hard vinyl material and has a generally U-shaped downward cross section. ), And a downward cross section that is in upward U-shape and is in face-to-face communication with the fishing hook shaft through cylinder portion (2B), and is configured as a tubular body having a gourd-shaped cross section. Harris (3) is a vinyl-based predetermined length. A thin thread (3A) and an enlarged portion (3B) that is thicker than the outer diameter of the thin thread (3A) are formed at one end of the thin thread, and the vinyl sleeve (5) has a vinyl cylindrical shape. In the case where the inner cross-sectional area is slightly larger than the cross-sectional area of two thin Harris threads, the tip (3A1) of the thin thread (3A) forming Harris (3) is placed inside the vinyl sleeve (5). To the Harris (3) tip (3A1 Is bent when it passes through the vinyl sleeve (5), and when the vinyl sleeve (5) is passed again from the opposite side, the curved portion is left as a connecting ring (3A2) and the adhesive ( 4)
A knot on the fishing line by permeating and filling the gap between two parallel thin threads located inside the vinyl sleeve (5) and adhering the Harris (3) and the vinyl sleeve (5) Without forming a connecting ring, while the Harris sleeve (2) is inserted in the vicinity of the hook stopper (1C) of the hook (1) and the tip (3A1) of the thin thread (3A) in the Harris (3). ) Is inserted into the Harris sleeve (2) from the direction of the hook stopper (1C), and the fishhook shaft (1A) of the fishhook (1) makes one round at the fishhook tip (1B) side, and further into the Harris sleeve (2). Position the adhesive (4) inside the Harris sleeve (2) while penetrating from the direction of the fishhook tip (1B) and pulling up until the enlarged portion (3B) of the Harris (3) hits the Harris sleeve (2). Fishing By penetrating and filling the gap between the fishing hook shaft (1A) of the needle (1) and two thin threads arranged in parallel, the thin threads of the fishing hook (1) and Harris (3) and the Harris sleeve (2) are bonded together. A method for connecting a fishing hook and a fishing line, which is characterized by.