JP2023152209A - Fishing line hook connecting tool - Google Patents

Abstract

To provide a fishing line hook connecting tool for connecting a fishing line with a fishing hook, the fishing line hook connecting tool that is simple in a configuration to enable the fishing line to be connected with the fishing hook quickly, and also that simply enables main connection with high strength in the knot, and provide a connecting method.SOLUTION: A groove shape with a fan type is provided in an eye receiving part provided at a gripping part and a gripping part tip side. An eye hooking part being a narrowed portion is provided in a portion of the eye receiving part. A U-shaped groove shape is provided in a shaft-through part, and is shaped so that a beginning of the U-shaped groove may be deep and become shallow so as to go to the tip. A nail type shape with the side having a circular arc shape is provided in a long guide part. The nail type shape with the side having the circular arc shape is provided in a short guide part. In the hooking part, the tip of the shaft-through part is a portion divided into 2-parts, and series of shapes are provided.SELECTED DRAWING: Figure 1

Description

The present invention relates to a fishing line hook tying tool and a tying method that can easily and reliably tie a fishing line without breaking easily and that can be tied in a final knot.

Conventionally, methods for tying a fishing line to a fishhook by hand include the fisherman's knot, the inner knot, the outer knot, the main knot, etc., but these are difficult tasks that require skill. Therefore, a device is needed, and electric needle knotters and mechanical needle knotters have been devised, and various forms have been proposed.

2. Description of the Related Art An electric needle tying device is known that is used to easily and reliably tie a fishing line to a fishhook in a short period of time. Patent Document 1 discloses an electric fishing line tying device that is small and lightweight and can tie a fishing line to a fishhook or knots between fishing lines.

A mechanical needle tying device is known, and in Patent Document 2, the case is provided with a concave part and a grip part that allows the user to grip the device with the index finger free, and the user ties the fishing line around the fishhook using the index finger. The structure of the device is simple, allowing you to tie the fishing line in a natural state similar to hand knotting.

In Patent Document 3, the fishhook tying device has a long groove formed along the axial direction for placing the shaft of the fishhook, and a main body having a hooking groove at the tip for hooking the fishhook, and a fishhook placed in the long groove. There is a holder that holds the fishhook in a long groove by pressing the shaft against the main body, and the fishing line is wound around the shaft to tie the hook.

Utility Model Publication No. 07-255341 Utility Model Publication No. 09-019249 Publication of JP-A-2002-065134

This is a method of tying fishing line to a fishing hook.The characteristic of this knot is that the knot does not come loose during use and is known to be the strongest knot if tied correctly.The background technology is as follows. There are points that need improvement, such as: These electric needle knotters and mechanical needle knotters are used to tie needles using either an inner knot or an outer knot. Electric ones cannot be tied once the battery runs out. Furthermore, the structure is complicated, making it inconvenient to carry around.

In order to insert the fishhook shaft into the groove of the fishhook shaft, the fishhook tying tool has a groove in the shaft that takes into account the width of the fishhook, and in order to wrap the fishing line around the shaft and tie it, There is a problem in that the loop of the wrapped knot is large, and when the knot is pulled to finish the knot, the knots overlap and it is not possible to form an orderly knot, reducing the strength of the knot.

SUMMARY OF THE INVENTION An object of the present invention is to provide a fishing line hook tying device and a tying method that have a simple structure, can quickly tie a fishing line to a fishhook, and can easily make a strong final knot.

The present invention forms a fan-shaped groove shape for placing the tip of the fishhook, and a narrow part of the fan-shaped groove forms a part to prevent the tip of the fishhook from slipping out. , the long groove for inserting the shaft of the fishing hook forms a long groove from the tip of the fan-shaped groove shape, the tip of the long groove is divided into two, and the ring of the knot of the fishing line is gradually tightened. A long guide part and a short guide part are formed for fishing, and the part between the long guide part and the short guide part is the beginning of a knot loop, and is a part for hooking a fishing line, and has a series of shapes. .

Further, the long groove of the present invention is characterized in that the depth of the groove becomes shallower toward the tip.

Further, the long guide part and the short guide part of the present invention are characterized in that the lengths of the claw shapes are different, and the long guide part and the short guide part are opposed to each other.

The fishing line hook tying device according to the present invention has a shape that fits in the hand, is convenient to carry, can be tied quickly, and can make a strong knot.

A perspective view of a fishing line hook tying tool according to Embodiment 1 of the present invention A plan view of a fishing line hook tying device according to Example 1 of the present invention A side view of a fishing line hook tying device according to Example 1 of the present invention An enlarged view of a fishhook inserted into the fish hook according to Example 1 of the present invention A state diagram of inserting a fishhook tip into a knot according to Embodiment 1 of the present invention State diagram of moving knot according to Embodiment 1 of the present invention State diagram of the fishhook in the long guide part according to Embodiment 1 of the present invention A diagram of a state in which a fishing line is hung on a hook according to Embodiment 1 of the present invention A state diagram of passing the fishing line through the shaft passing portion according to the first embodiment of the present invention A state diagram of inserting the fishhook according to Embodiment 1 of the present invention into the shaft passage part A state diagram of sliding the knot according to Embodiment 1 of the present invention to the long guide A state diagram of sliding the knot according to Embodiment 1 of the present invention to the linear shaft of the fishhook A state diagram of tightening the knot date of a fishhook according to Embodiment 1 of the present invention A state diagram of sliding the knot to the tip of the fishhook and tightening the knot according to Embodiment 1 of the present invention

As shown in FIGS. 2 and 3, the fishing line hook tying tool 30 according to the first embodiment of the present invention includes a tip receiving portion 1, a tip hooking portion 2, a shaft passing portion 3, a long guide portion 4, a short guide portion 5, It is composed of a hook part 6, a handle part 7, a needle holder magnet 8, and a holding part 9.

1 is the tip receiving part, which has a fan-shaped shape. Reference numeral 2 is the tip hook part, which is a narrow part of the tip receiving part. 3 is a U-shaped groove at the shaft passage part, and the U-shaped groove starts deep and becomes shallower toward the tip. Reference numeral 4 denotes a long guide portion which has a claw-like shape with an arcuate side surface. Reference numeral 5 denotes a short guide portion, which has a claw-like shape with an arcuate side surface, and reference numeral 6 represents a hook portion, which is a portion where the tip of the shaft passage portion is divided into two. These have a series of shapes, ranging from a fan-shaped shape to a U-shaped groove structure, and the U-shaped tip is an integral shape divided into two.

7 is a handle part with a rectangular shape, 8 is a needle rest magnet with a permanent magnet embedded in the rectangular part of the handle part, and 9 is a holding part with a part of the rectangular part of the handle part cut out diagonally. It is a part.

As shown in FIG. 4, the tip 11c of the fishhook 11 is placed on the tip receiving part 1, and the tip 11c is caught in the tip hooking part 2 to prevent the fishhook 11 from falling off. The shaft passage portion 3 accommodates the linear shaft portion 11a of the fishhook 11 and can be easily taken out again.

As shown in FIG. 5, the hook portion 6 is at the beginning of the knot 10c and has a groove height that allows the tip 11c of the fishhook 11 to sufficiently pass through the loop of the knot 10c in the axis passage portion 3. The long guide part 4 and the short guide part 5 are arcuate, and the loop of the knot 10c is reduced. Further, since the long guide portion 4 and the short guide portion 5 are arcuate, the knot 10c has a slippery shape. However, the same effect can be obtained even if the long guide portion 4 and the short guide portion 5 have a planar shape.

As shown in FIG. 6, when the knot 10c in the shaft passage part 3 moves from the position (1) to the long guide part 4 in the position (2), the loop of the knot 10c tightens further, and the knot 10c moves to the position (3). When moved to the position, the loop of the knot 10c is tightened around the linear shaft portion 11a of the fishhook 11 and tightly adheres to the linear shaft portion 11a, and the knots 10c are neatly lined up without being disturbed, thereby completing the knot 10c.

As shown in FIG. 7, when the knot 10c moves to the long guide part 4, the straight shaft part 11a of the fishhook 11 comes into close contact with the long guide part 4, and the straight shaft part 11a is moved from the bottom of the groove of the shaft passage part 3 to the axial direction. The fishhook 11 floats on the upper part of the groove of the part 3 and becomes easier to come out of the shaft passage part 3.

Next, the method of use will be explained with reference to FIGS. 8 to 14.
As shown in FIG. 8, the method of tying a fishing line to a hook is to hold the handle part 7 of the fishing line hook tying tool 30 in your left hand, hold the fish hook 11 for tying it to the hook holder magnet 8, and place the fishing line 10 on the holding part 9. Hold the short end 10a of the fishing line with your right hand, insert the short end 10a of the fishing line into the groove of the shaft passage part 3, hang the fishing line 10 on the hook part 6, and take it out.

As shown in FIG. 9, hold the short end 10a of the fishing line with your right hand and wrap the fishing line 10 around the shaft passage part 3 five times, pass the short end 10a of the fishing line into the groove of the shaft passage part 3, and wrap it around Pass it through the knot 10c and pull it out, and when you pull it lightly, the wrapped knot 10c will be neatly aligned.

As shown in FIG. 10, take out the fishhook 11 from the needle holder magnet 8 of the handle part 7 with your right hand, align the flat part of the tip 11c of the fishhook 11 inside the long guide part 4, and tie the knot in the shaft passage part 3. 10c, insert it up to the fish hook receiving part 1, rotate the bent part 11b of the fishhook 11 by 90 degrees, and turn the bent part 11b downward.

As shown in FIG. 11, hold the knot 10c in the shaft passage part 3 with the index finger of the left hand holding the handle part 7, and while sliding the knot 10c to the long guide part 4, gently hold the short end part 10a of the fishing line with your right hand. When pulled, the knot 10c comes into close contact with the long guide portion 4 and the linear shaft portion 11a of the fishhook 11.

As shown in FIG. 12, slide the knot 10c on the long guide part 4 to the linear shaft part 11a of the fishhook 11 with the index finger of your left hand, and gently pull the short end part 10a of the fishing line with your right hand to tie the knot 10c to the linear shaft part 11a. The tied fishhook 11 can be taken out from the fishing line hook tying tool 30 by bringing the short end 10a of the fishing line into close contact with the fishing line and pulling the short end 10a lightly.

As shown in FIGS. 13 and 14, take out the short end 10a of the fishing line from the fishing line hook tying tool 30 with your right hand, pull the long end 10b of the fishing line with your left hand, and slide the knot 10c of the straight shaft 11a to the tip 11c. A final knot can be made by strongly pulling the short end 10a of the fishing line and the long end 10b of the fishing line and tightening the knot 10c.

Since the action of winding the fishing line around the fishing hook can be performed directly with the fingers, the fishing line can be tied in a natural state, and a high-strength knot can be obtained. Since you can control the winding force at your own will, you can easily tie even thin fishing lines.

This fishing line hook tying device 30 is convenient to carry, and since a knot 10c can be made with a small amount of fishing line, only the fishing hook can be tied, there is no need to change the device, and the hook can be tied quickly, improving fishing results. can.

The fishing line hook tying tool 30 of the present invention can securely tie both small and large fishhooks in a short time. The effect is that the fishing line is difficult to break. It can also be used to connect fishing lines.

1 Chimoto receiving part 2 Chimoto hooking part 3 Shaft passage part 4 Long guide part 5 Short guide part 6 Hook part 7 Handle part 8 Needle rest magnet 9 Holding part 10 Needle thread 10a Fishing line short end part 10b Fishing line long end part 10c Knot 11 Fishhook 11a Straight shaft portion 11b Bent portion 11c Chimoto 30 Fishing line hook tying tool

Claims (3)

A fan-shaped groove shape is formed to place the tip of the fishhook.
The narrowed part of the fan-shaped groove forms a part to prevent the tip of the fishhook from slipping out, and the shaft part of the fishhook is inserted from the tip of the fan-shaped groove. A long groove is formed, and the tip of the groove is divided into two parts, forming a long guide part and a short guide part for gradually tightening the loop of the fishing line knot. A fishing line hook tying tool that is the beginning of a knot loop and is used to hook a fishing line, and is characterized by having a series of shapes. The fishing line hook tying device according to claim 1, wherein the long groove has a shape in which the depth of the groove becomes shallower toward the tip. The fishing line hook tying device according to claim 1 or 2, wherein the long guide portion has a claw-shaped length different from that of the short guide portion, and the long guide portion and the short guide portion oppose each other. .

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