JP3012644U - Fishing line - Google Patents

Abstract

(57) [Summary] [Purpose] To provide a fishing line that prevents the line from breaking due to scratches and facilitates free movement in the air. [Structure] The top thread 3 is divided into an aerial thread portion 5 and a tip thread portion 4, and the tip thread portion 4 is folded back and slidably inserted into the first tubular body 11 to form the first tubular shape. The first end is provided on one end side of the tip yarn part 4 remaining on the other end side of the first tubular body 11 while being exposed annularly from one end of the body 11.
A tip mounting means 8 provided with a grip portion 12 having a diameter substantially larger than the inner diameter of the tubular body 11, and a substantially linear second tubular body 13 having a diameter larger than that of the aerial yarn portion 5 and flexibility. A third tubular body 14 having a diameter substantially larger than that of the aerial thread portion 5 is provided, and one end of the aerial thread portion 5 is inserted into the third tubular body 14 and then inserted into the second tubular body 13. The yarn portion connecting means 9 in which the folded one end side is attached to the third tubular body 14, and the tip yarn portion 4
The fixed portion 20 is connected to the other end of the second cylindrical body 13, and the rotary portion 19 is attached to the center of the second tubular body 13, and the rotary portion 19 is rotatably held by the fixed portion 20. The untwisting means 10 was provided.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a fishing line used for Ayuyu fishing tackle and the like.

[0002]

[Prior art]

 The fishing line is properly used depending on the tackle. For example, in tackling such as Ayuyu fishing, three kinds of fishing line, underwater thread and tackle thread are used. The top thread is bisected into an aerial thread portion and an apex thread portion for untwisting when unraveling in the air, and the apex thread portion side is attached to the tip of a fishing rod. At this time, one end of the tip yarn part is made to be stiff or is tied to the tip by making a lasso.

On the other hand, one end of the aerial yarn portion is folded back to form an annular shape, and the other end of the tip yarn portion is directly connected to this folded back portion. Also in this case, it is common to make small chihuahuas on the tip yarn part before attaching. In addition, a knotted bump is provided in advance on the other end of the aerial yarn portion, and a knitting having a tubular shape and an extending portion at one end is formed on the other end side. This braid is freely movable and allows adjustment of the length of the thread in the air.

The underwater thread is tied to the extending portion of the braid by forming a chihuahua at one end, and the hanakan is directly tied to the other end. A back needle may be attached to the underwater thread close to the hanakan. Further, the tackle thread has a hook hook tied to the other end and a reverse needle provided midway, and one end side to which a weight is attached is directly tied to the hanakan.

[0005]

[Problems to be solved by the device]

 By the way, this type of fishing line uses nylon thread, polyethylene thread, etc., but if one end of the tip thread part is tied with a chihuahua or lasso, it will be difficult to attach to the tip of the fishing rod and it will not be easy to remove. There was also a drawback. In addition, such a knotting method has a problem in that a knot is likely to be formed, and thus the tip yarn portion is apt to be damaged and a yarn breakage occurs. Furthermore, when a small chihuahua of the tip yarn part is directly connected to the folded part of the aerial yarn part, there is a problem that the aerial yarn part is prematurely fatigued and thread breakage easily occurs.

Further, since the looped-back portion of the aerial yarn portion is two, when twist occurs on the underwater yarn side, they are twisted to absorb the twist. However, since the distance between the yarn parts in the air is small, the yarn parts are intertwined with each other. After being entangled once like this, it was difficult to untwist it back to its original shape, and the threads rub against each other, causing damage to the threads, which also hinders free movement in the air.

An object of the present invention is to provide a fishing line which prevents the line from breaking due to scratches and facilitates floating in the air.

[0008]

[Means for Solving the Problems]

 In order to achieve the above-mentioned object, the present invention provides a fishing line which comprises a tack-up top thread consisting of a tip thread portion having one end attached to the tip of a fishing rod and an aerial thread portion having the other end connected to an underwater thread. The tip yarn portion is folded back and slidably inserted into the first tubular body so that the first tubular body is annularly exposed from one end while remaining on the other end side of the first tubular body. On one end side of the tip yarn portion, a tip attaching means having a grip portion having a diameter substantially larger than the inner diameter of the first tubular body, and a substantially straight line having a diameter larger than that of the aerial yarn portion and having flexibility. A second tubular body and a third tubular body having a diameter substantially larger than that of the aerial yarn portion, and one end of the aerial yarn portion is inserted into the third tubular body, and a second tubular body is formed. A thread portion connecting means having one end side, which is folded back after being inserted, is attached to the third tubular body, and a fixing portion is connected to the other end side of the tip thread portion. Is one, the rotating portion is attached substantially at the center of the second tubular member, the rotating portion is characterized in that and means untwisted formed by rotatably held relative to the fixed portion.

[0009]

[Action]

 With the above configuration, when the tip thread portion of the top thread is attached to the tip of the fishing rod, the annular portion exposed from the first cylindrical body of the tip attaching means is hung on the tip with a ring larger than the tip. Then, pull the grip to make the ring smaller, and it will be firmly attached to the tip. On the other hand, when the grip is pushed and the annular part is pulled, the ring becomes larger, so the top thread can be removed from the tip.

Further, when the underwater thread is connected to the aerial thread portion of the top thread and fishing is performed by the fishing rod with the tackle thread attached, the untwisting means is provided substantially at the center of the second cylindrical body of the thread connecting means. Since the other end of the tip yarn portion is tied to the other end, the second tubular body is bent and deformed by the downward pulling force, and thus is bent in an annular shape. For this reason, the looped-back two aerial thread portions form a taper tapering from the second tubular body toward the third tubular body. Here, since the second tubular body has flexibility, the space between the two aerial thread portions is kept at a required width according to the length of the second tubular body by the original shape restoring action. At the same time, since the inner diameter of the second tubular body is maintained so as not to be narrowed, the aerial thread portion is kept slidable.

Therefore, when twisting occurs on the underwater thread side during fishing, the two aerial thread portions in the thread portion connecting means gradually twist from the third tubular body side toward the second tubular body side. Absorbs the twist. When this twist is strong, the twist is absorbed by rotating the rotating portion of the untwisting means. Therefore, the burden of twisting on the side of the tip yarn portion is eliminated. In addition, since the entanglement between the yarn parts is reduced, the yarn can be easily untwisted.

Since the third tubular body has a substantially larger diameter than the aerial thread portion, the third tubular body can be held in the midway of the aerial thread portion. You can also move it. At this time, since the aerial thread portion slides in the second tubular body without trouble, the entire top thread is lengthened by bringing the third tubular body close to the second tubular body, It can be shortened by moving it away. Therefore, the length of the top thread can be freely adjusted.

[0013]

【Example】

 An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is an overall configuration diagram showing a fishing rod and fishing line for Ayuyu fishing, and FIG. 2 is a schematic configuration diagram showing a main part of the fishing line.

This fishing line is used for tackling Ayu friend fishing, and is divided into three parts, the top thread 3, the underwater thread 6 and the tack thread 7, and the top end of the top thread 3 divided into two for untwisting. The thread portion 4 and the aerial thread portion 5 are connected by the thread portion connecting tool 9 and the untwisting tool 10, and the tip thread portion 4 side is attached to the tip 2 of the fishing rod 1 by the tip attachment tool 8 and the aerial thread portion 5 side. Is configured to connect the underwater thread 6 and the tackle thread 7.

The tip attachment 8 is composed of a first tubular body 11 and a grip portion 12, and is made into a tubular shape by knitting threads in a stitch shape. The first tubular body 11 is formed to have an inner diameter that allows the two tip yarn portions 4 to be inserted therein, and is expandable and contractable. Further, the grip portion 12 has an inner diameter that allows one to be inserted, and is slightly shorter than the first tubular body 11. The tip end 4a side of the tip yarn portion 4 is folded back and slidably inserted into the first tubular body 11, and is exposed annularly from one end of the first tubular body 11 to form a loop like a lasso. make . On the other hand, the tip portion 4a side of the tip yarn portion 4 left on the other end portion side of the first tubular body 11 is inserted into the grip portion 12, and then this end portion is largely knotted.

When the tip thread portion 4 of the top thread 3 is attached to the tip 2 of the fishing rod 1 with the tip attachment 8, the annular portion 4c exposed from the first tubular body 11 is attached to the tip 2a of the tip 2. Make a larger ring and hang it on tip 2. After that, when the grip portion 12 is pulled to reduce the size of the ring, it is firmly attached to the tip 2. In this state, the first tubular body 11 is stretched and placed along the two tip yarn portions 4. Then, the first tubular body 11 is squeezed and comes into close contact with the tip yarn portion 4. As a result, the tip thread portion 4 is prevented from slipping, and there is no problem that the tip attachment 8 loosens and comes off from the tip 2.

On the other hand, when removing the top thread 3 from the tips 2 of the fishing rod 1, the first tubular body 11 is contracted to increase the inner diameter so that the two tip thread portions 4 can be moved. Then, by pushing the grip portion 12 toward the first tubular body 11 side and pulling the annular portion 4c to enlarge the ring, the top thread 3 can be easily removed from the tip 2.

The thread part connector 9 is composed of second and third tubular bodies 13 and 14 and a grip part 15, 13 is Lillian, and 14 and 15 are braided with a Willy nylon thread. The second tubular body 13 is made of a flexible and hard linear Lillian, and has an inner diameter that allows one of the hollow fiber portions 5 to be easily inserted. The second tubular body 13 is set to have a length capable of keeping a distance between the two when the aerial thread portion 5 is folded back to a certain value or more. Similar to the first tubular body 11, the third tubular body 14 and the grip portion 15 are each formed into a tubular shape by knitting threads in a knitting pattern. Both of them 14 and 15 have an inner diameter such that one aerial thread portion 5 can be inserted, and their lengths are substantially equal.

The tip 5 a of the aerial thread portion 5 is inserted into the third tubular body 14, and after being inserted into the second tubular body 13, it is also inserted into the grip portion 15. Then, the aerial yarn portion 5 is folded back so that the second tubular body 13 becomes the center of the ring, and the tip 5a side is tied to the outer peripheral portion of the third tubular body 14.

As a result, the thread part connector 9 having the annular portion 5c composed of the two aerial thread parts 5 is formed. Here, since the third tubular body 14 has a substantially larger diameter than the aerial yarn portion 5, and the third tubular body 14 can be held in the midway of the aerial yarn portion 5, the annular portion 5c is kept constant. Can be maintained in size. The rear end 4b side of the tip yarn portion 4 is attached to the center of the second tubular body 13 via the untwisting tool 10.

The untwisting tool 10 includes a rotating portion 16 and fourth and fifth tubular bodies 17 and 18, and urethane tubes are used for the fourth and fifth tubular bodies 17 and 18. . The rotating portion 16 is composed of a rotating shaft 19 and a fixed shaft 20, and a head is integrally formed at one end of the rotating shaft 19. A hollow small ball is integrally formed at one end of the fixed shaft 20. Although the hollow portion of this small ball has a larger diameter than the head portion of the rotating shaft 19, the opening formed in the outer peripheral surface has a smaller diameter than the head portion. The rotary shaft 19 can be rotated by holding the rotary shaft 19.

A turnback portion is provided at each of the other ends of the rotary shaft 19 and the fixed shaft 20, and the rear end 4b of the tip yarn portion 4 is provided at the turnback portion of the fixed shaft 20 of the rotary shaft 19. The second tubular bodies 13 are attached to the folded portions, respectively. At this time, the tip yarn portion 4 is tied to the folded portion of the fixed shaft 20. Further, the folded-back portion of the rotary shaft 19 and the second tubular body 13 are tied together with a fishing line remainder or the like. Then, the fourth and fifth tubular bodies 17 and 18 are respectively covered so as to cover these knots.

As a result, the tip yarn portion 4 and the aerial yarn portion 5 are connected by the yarn portion connecting device 9 and the untwisting device 10, and the top yarn 3 is formed. Then, after the braid 21 is formed on the rear end 5b side of the aerial yarn portion 5 which is the lower side of the top yarn 3, one end of the underwater yarn 6 is connected to the braid 21. Further, the underwater thread 6 is tied with a tack thread 7 having a hanakan 22, a back needle 23, a reverse needle 24, a hanging needle 25, etc., to form a tackle for ayu fishing.

When the above fishing line is used for the fishing rod 1 for fishing, the tip yarn portion 4 of the tip thread portion 4 is provided at the center of the second tubular body 13 forming the yarn portion connector 9 via the untwisting tool 10. Since the rear end 4b side is attached, the second tubular body 13 bends and deforms annularly while being bent and deformed by a downward pulling force during fishing. Therefore, the two aerial thread portions 5 that are folded back form an annular portion 5c that tapers from the second tubular body 13 toward the third tubular body 14 side.

Here, since the second tubular body 13 has flexibility, the spacing between the two aerial thread portions 5 depends on the length of the second tubular body 13 due to the original shape restoring action. Keep wide. Further, since the inner diameter of the second tubular body 13 is maintained so as not to be narrowed, the aerial thread portion 5 is kept slidable. As a result, a local load is not applied to the airborne thread portion 5, and fatigue is reduced. Further, when the underwater thread 6 is twisted during fishing, the thread connecting device 9 holds the two aerial thread portions 5 at a required distance, so that the second tubular body 14 is connected to the second tubular body 14 from the third tubular body 14 side. The twisting is absorbed by gradually twisting the airborne thread portion 5 of the book.

When the twist reaches the second tubular body 13 side due to the strong twist, the rotating shaft 19 side of the rotating portion 16 rotates to absorb the twist, and thus the tip yarn portion The twisting load on the 4th side is eliminated. After the twist is absorbed in this way, the rotary shaft 19 is reversely rotated by the downward pulling force to untwist and the entanglement of the yarns is avoided. Therefore, the floating in the air can be performed without any trouble, and the scratches on the aerial thread portion 5 can be greatly reduced.

In addition, when it is desired to adjust the length of the fishing line during fishing, the third tubular body 14 that has been positioned is contracted by previously stretching it and bringing it into close contact with the aerial thread portion 5. Then, the aerial thread portion 5 becomes movable in the third cylindrical body 14 and is kept in a state of sliding in the second cylindrical body 13 without any trouble, so that the second cylindrical body 13 Finely adjust the overall length of the top thread 3 such that the entire top thread 3 is lengthened by moving the third tubular body 14 closer to the upper end, or shortened by moving it away from the second tubular body 13. be able to.

[0028]

[Effect of device]

 As described above, according to the present invention, when the annular portion exposed from the first tubular body of the tip attachment means is hung on the tip of the fishing rod and the grip is pulled, the top thread can be firmly attached to the tip. Since it is possible to remove the top thread from the tip by pressing the grip, etc., there is an advantage that the work of attaching and detaching to the tip becomes easy.

Further, when fishing with a fishing rod, the distance between the two aerial thread portions in the thread portion connecting means is kept wide as required, so that when the underwater thread side is twisted, the two aerial threads are aerial. Twisting is absorbed by twisting the yarn part, and when there is strong twisting, the untwisting means absorbs it, so that the twisting load on the tip yarn part is eliminated and the tip yarn part is kept for a long life. . In addition, since the entanglement between the yarn parts is reduced and the yarn is easily untwisted, there is an effect that it is possible to move freely in the air without any trouble.

Further, when the inner diameter of the second tubular body of the thread portion connecting means is appropriately maintained and the third tubular body is gripped and moved, the aerial thread portion slides in the second tubular body without trouble. As a result, a local load is not applied to the aerial yarn portion, which reduces fatigue. Then, there is also an advantage that the length of the top thread can be freely adjusted according to the convenience of the angler by moving the third tubular body toward or away from the second tubular body.

Further, in addition to the tip attachment for attaching the top thread to the tip of the fishing rod, a knot is not formed in each part, and a flexible portion is provided so that the folded-back part of the aerial thread part of the thread part connector is not bent. Since it uses the second tubular body, which has good properties, even if nylon thread or polyethylene thread is used for this type of fishing line, the problem of scratches and thread breakage that occurs in the conventional case can be avoided. It

[Brief description of drawings]

FIG. 1 is an overall configuration diagram showing a fishing rod and a fishing line for ayu friend fishing according to an embodiment of the present invention.

FIG. 2 is a schematic configuration diagram showing a main part of a fishing line.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Fishing rod 3 Top thread 4 Tip thread part 5 Aerial thread part 8 Tip mounting means 9 Thread part connecting means 10 Untwisting means 11 1st cylindrical body 13 2nd cylindrical body 14 3rd cylindrical body 19 Rotating part 20 Fixed part

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification code Internal reference number FI technical display location 8602-2B A01K 91/06 C

Claims (1)

[Scope of utility model registration request] 1. A fishing line that constitutes a top thread of a tackle by a tip thread portion having one end attached to the tip of a fishing rod and an aerial thread portion having the other end connected to an underwater thread. One end side of the tip yarn portion remaining on the other end side of the first tubular body while being slidably inserted into the one tubular body to be exposed annularly from one end portion of the first tubular body. Includes a tip attachment means provided with a gripping portion having a diameter substantially larger than the inner diameter of the first tubular body, and a substantially linear second tubular body having a diameter larger than that of the aerial thread portion and having flexibility. And a third tubular body having a diameter substantially larger than that of the aerial yarn portion, and one end of the aerial yarn portion is inserted into the third tubular body and is folded back after being inserted into the second tubular body. And a fixing portion connected to the other end side of the tip yarn portion while the second portion is connected to the third tubular body. A fishing line, wherein a rotating part is attached to substantially the center of the body, and the rotating part is rotatably held with respect to the fixed part.