JPH0728355U - Fishing hook - Google Patents

Abstract

(57) [Summary] (Corrected) [Purpose] To prevent the Harris knot or the derived part from being damaged. [Structure] Press the tip of shaft 1 of fishhook A into a flat plate,
The center both ears 5a of the tip flat plate portion are bent to the side of the roller 4 to form the Harris holding portion 5 for wearing the Harris and inserting the Harris with a thickness thinner than the shaft 1. In this Harris holding unit 5,
A longitudinal groove 3 in the direction of the axis 1 is formed. Axis 1 and Harris holder 5
A neck portion 2 formed of a gentle curved line is formed between and, and a chimoto 14 formed of a gentle curved line extends to the end of the Harris holding portion 5.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to an improvement in the end portion of a fishing hook that holds Harris.

[0002]

[Prior art]

 When fishing, Harris (27) is wrapped around the shaft end of the fishing hook (B) as shown in Fig. 7, but the edge (22a) is formed at the continuous part of the chimoto (22) and the shaft (20). Then, during use, the knot (28) of Harris (27) and the derived portion of Harris (27) derived from the knot (28) come into contact with the edge (22a), are scratched, and catch fish. There was a problem that the Harris (27) would cut from the scratched part when the fishing hook (B) was subjected to an impact load or was rubbed.

Further, the conventional fishing hook (B) Chimoto (27) shown in FIG. 7 is a mere flat plate formed by pressing, so that when the fish hooks on the fishing hook and runs wild, the Harris (27) The lead-out portion from the knot (28) comes off the timoto (22) and touches the edge (22a) of the timoto (22) to cut, or the lead-out portion turns to the back side of the timoto (22) and hooks. There was a problem that the direction of (B) was shifted.

[0004]

[Problems to be solved by the device]

 The present invention has been made in view of such conventional drawbacks, and the problem to be solved by the present invention is to smooth all the ends of the Harris-holding shaft for Harris winding in which the knot portion and the lead-out portion of the Harris contact. It is composed of various curves so as not to damage the Harris knot and the derived part, and by holding the derived part of Harris, the derived part of Harris is always on the axis side on the front side of Chimoto. It is to be held at the same position, and the end of the Harris holding shaft should be approximately the same thickness as the shaft so that the bait can pass through the Harris holding shaft end without resistance. .

[0005]

[Means for Solving the Problems] The fishing hook (A) according to the present invention has a structure in which "the central both ears (5a) of the tip flat plate portion (13) of the shaft (1) formed in a flat plate shape are the pivot rollers (4). It is bent to the side, and the bent portion is a Harris holding part (5) for wearing Harris winding and inserting the Harris formed with a thickness thinner than the shaft (1), and the Harris holding part (5) A longitudinal groove (3) in the direction of the shaft (1) is formed on the shaft, and a neck (2) composed of a gentle curve is formed between the shaft (1) and the Harris holding part (5). At the end of 5) there is extended Chimoto (14) composed of a gentle curve. ”

When the Harris (10) is wound around the Harris holding portion (5) of the Harris holding shaft end (7) of the fishing hook (A), the Harris groove (3) is removed from the vertical groove (3) as shown in FIGS. Pass the Harris (10) through the holding hole (5b) inside the Harris holding unit (5) and wind the Harris (10) around the Harris holding unit (5) thinner than the shaft (1), and attach the Harris (10) to the fishing hook (A). Attach to. (Fig. 2)

As a result, the knot (11) of the Harris (10) bites into the outer periphery of the Harris holding portion (5) and has a thickness substantially similar to that of the shaft (1). Further, the Harris holding portion (5) is formed by bending the central both ears (5a) of the tip flat plate portion (13) of the shaft (1) formed in a flat plate shape to the side of the roller (4). Therefore, the neck (2) is composed of a gentle curve between the shaft (1) and the Harris holding part (5), and the end of the Harris holding part (5) is composed of a gentle curve. Chimoto (14) is the widest part and is slightly wider than the shaft (1) or has almost the same thickness. Therefore, when the bait (12) is attached to the Harris (10) side, the Harris holding shaft end (7) composed of the neck (2), the Harris holding part (5) and the chimoto (14) does not give any resistance. Instead, the bait (12) can be passed through smoothly. As a result, even if the bait (12) on the fishing hook (A) side is removed and the fishing hook (A) is exposed, the bait (12) on the Harris (10) side moves the Harris holding shaft end (7). You can pass smoothly and move to the fishing hook (A) side, and continue fishing as it is.

In addition, as described above, in the Harris holding portion (5), the center both ears (5a) (5a) of the tip flat plate portion (13) of the shaft (1) formed in a flat plate shape are provided with the roller (4 ) Side, the neck part (2) formed between the shaft (1) and the Harris holding part (5) is composed of a very gentle curve. At the same time, the chimoto (14) composed of a gentle curve is extended to the end of the Harris holding part (5). As a result, when the fish hooked on the hook (A) ran away to escape, even if the force of the fish applied to the derivation part or knot (11) of Harris (10), the derivation part or knot (11) of Harris (10). There is no such thing as scratches and cuts, and even when forming a knot (11) the Harris (10) is not scratched.

Further, since the Harris holding portion (5) has a C to U-shaped cross section and the Harris (10) is wound around the outer circumference of the Harris holding portion (5), the Harris (10) is Being able to operate the fishing hook (A) accurately with the Harris (10) and the tip of the needle (8) facing in the same direction in any state without coming off from the Harris holding part (5). You can

[0010]

【Example】

 An embodiment of the fishing hook (A) according to the present invention will be described below with reference to the drawings. As shown in Fig. 1, the fishing hook (A) is composed of a chimoto (14), a Harris holding part (5) and a neck part (2), a Harris holding shaft end (7), a shaft (1), and a roller ( 4), the needle tip (8) and the burr (9). The fishing hook (A) according to the present invention is characterized by the Harris holding shaft end (7) including the chimoto (14), the Harris holding part (5) and the neck part (2), and the shaft (1), The parts of the roller (4), the tip of the needle (8) and the burrs (9) are the same as before.

That is, as shown in FIG. 4, the diameter of the tip portion of the shaft (1) is formed into a flat plate shape by pressing, and then both ears (5a) of the tip flat plate portion (13) are pressed to form a flat plate. The Harris holding portion (5) having a C- or U-shaped cross section as shown in FIGS. The Harris holding portion (5) is formed to have a smaller diameter than the shaft (1). As a result, a neck portion (2) composed of a gentle curve is formed between the shaft (1) and the Harris holding portion (5), but the narrow diameter Harris holding portion (5) is continuous. The neck portion (2) connected to is slightly widened at the end on the shaft side, and then gradually narrows toward the Harris holding portion (5). Therefore, the maximum width portion may be slightly wider than the axis (1).

[0012] Further, the chimoto (14) composed of a gentle curve also extends to the end of the Harris holding part (5), and in this case also, the chimoto (14) is gradually extended from the Harris holding part (5). ), The width becomes wider toward the front end, but it is slightly wider or almost the same width as the axis (1) at the maximum width part. Therefore, in the Harris holding shaft end (7), the portion of the Harris holding portion (5) is the thinnest, and the Harris (10) is to be wound around this portion for several turns or more. Even if the 10) is wrapped around, the knot (11) of the Harris (10) hardly extends beyond the axis (1).

In this way, the neck (2), the Harris holding section (5) and the Chimoto (14) forming the Harris holding shaft end section (7) and the edge shape of the Chimoto (14) are all formed by a gentle curve. (10) There are no corners or ridges that may damage the ridge.

The Harris holding portion (5) is of a cylindrical shape having a C-shaped or U-shaped cross-section as described above, and its thickness is smaller than that of the shaft (1). A vertical groove (3) for inserting the Harris is formed along the axial direction of the Harris holding portion (5) over the entire length, and the forming direction is the side of the roller (4). The axial direction of the Harris holding part (5) is almost the same as the needle tip (8), so that the needle tip (8) faces the Harris (10) inserted in the Harris holding part (5). There is. The material of the fishing hook (A) may be a conventionally used material such as high-speed steel or titanium, and the material is not particularly limited.

The case where the Harris (10) is wound around the Harris holding shaft end (7) of the fishing hook (A) will be described in detail with reference to FIGS. Insert the Harris (10) through the flutes (3) into the Harris retainer (5), then wrap the Harris (10) around the thin Harris retainer (5) and then use the chimoto as usual. When the Harris (10) on the (14) side is pulled, the knot (11) is tightened and tightly wound around the Harris holding portion (5). Cut off the extra Harris (10) from the knot (11) so that the knot (11) does not become a resistance when passing the bait (12). As a result, the knot (11) of Harris (10) is approximately equal to the thickness of the shaft (1), and the knot (11) does not get in the way when the bait (12) is passed.

The Harris (10) of the fishing hook (A) thus attached is connected to the fishing line of the fishing rod, and the bait (12) is attached to the fishing hook (A) for fishing. In order to attach as much (12) as possible, attach the bait (12) not only to the hook (A) but also to the Harris (10) beyond the hook (A). For that purpose, the bait (12) must be attached beyond the Harris holding shaft end (7), but the knot (11) of the Harris (10), the neck (2), and the chimoto (14) should be attached to the shaft ( Since the thickness is almost the same as 1), the Harris holding shaft end (7) does not resist when inserting the bait (12), and the bait (12) moves smoothly to the Harris (10) side. It can be done.

When a large amount of bait (12) is attached to the Harris (10) side, even if the bait (12) on the fishing hook (A) side is taken by the fish, fishing is performed on the Harris (10) side. The bait (12) of the fish passes through the Harris holding shaft end (7) without resistance and slides down to the hook (A) side, and the bait (12) is attached to the hook (A). This makes it possible to enjoy fishing without interrupting fishing for feeding as in the past. As can be seen from Fig. 3, the ridge line extending from the chimoto (14) to the Harris holding part (5) is a curve that expands very smoothly, so the bait (12) follows the ridge line along this smooth ridge line. Since it will move to the holding part (5) side, the bait (12) on the Harris (10) side can slide extremely smoothly through the Harris holding shaft end (7) to the fishing hook (A) side. Will be done in.

Further, when the fish bites the bait (12) during fishing as described above, at the same time, the rod is swiftly operated to align the fishhook (A) with the fish. A) rampages to escape from. During this time, force is applied to the derivation part of the Harris (10) and the knot (11) and it is rubbed against all the edge parts of the Harris holding shaft end (7), but all the edges of the Harris holding shaft end (7). Since the part is formed by a smooth rounded curve and there are no sharp ridges, there is no chance that the derivation part of Harris (10) or the knot (11) will be damaged and cut. The same applies when forming the knot (11), and even when pulling the Harris (10) on the side of the Chimoto (14) to tighten the knot (11), the Harris (10) is not scratched.

Further, the Harris (10) is detached from the Harris holding unit (5) because it is held in the Harris holding unit (5) around which the Harris (10) is wound. There is no needle, and the needle point (8) always faces the direction of Harris (10), and it is very easy to operate the rod.

[0020]

[Effect of device]

 According to the fishing hook of the present invention, the Harris holding portion is formed by bending the tip of the flat plate-shaped shaft and the center ears of the flat plate portion toward the foot roller side. The neck formed between the part and the part will be formed with a very gentle curve, and the end of the Harris holding part will also be extended with a smooth curve. Even if the force of a violent fish trying to escape from the fishing hook is applied to the Harris derivation part or the knot, the Harris derivation part or the knot will not be damaged and cut, and even if the knot is formed, the Harris will be damaged. There is an advantage that nothing happens.

In addition, since the entire Harris holding shaft end including the Harris knot wrapped around the chimoto, the neck and the Harris holding unit is almost equal to the thickness of the shaft, the bait should be attached to the Harris side without resistance. Even if the bait on the hook side runs out during fishing, the bait on the Harris side will slide down to the hook side and cover the hook, and it will be necessary to frequently attach bait to the hook. In addition to this, there is an advantage that you can enjoy fishing for a long time.In addition to this, you do not need to change the bait frequently, so you can inevitably get a large fishing result. is there.

Furthermore, not only can the Harris holding portion have a C-shaped U-shaped cross-section, but the Harris can be inserted inside, but since the Harris can be wrapped around the Harris holding portion, the Harris holding portion can hold the Harris holding portion. It does not come off from the section, and the Harris and the tip of the needle point in the same direction in any condition, and the fishhook can be operated accurately.

[Brief description of drawings]

FIG. 1 is a perspective view of an embodiment of a fishing hook according to the present invention.

FIG. 2 is a perspective view of the fishing hook according to the present invention with Harris wrapped around and bait attached.

FIG. 3 is an enlarged perspective view of a Harris holding shaft end portion of the fishing hook according to the present invention.

FIG. 4 is a perspective view showing a relationship before and after processing of the Harris holding shaft end portion of the fishing hook according to the present invention.

FIG. 5 is a sectional view of the Harris holding portion of the fishing hook according to the present invention.

FIG. 6 is another sectional view of the Harris holding portion of the fishing hook according to the present invention.

FIG. 7 is a perspective view of a conventional example.

[Explanation of symbols]

 (A)… Fishing hook (1)… Shaft (2)… Neck (3)… Vertical groove (4)… Foot roller (5)… Harris retaining part (5a)… Ear (5b)… Holding hole (7)… Harris Retaining shaft end (8)… Needle tip (9)… Burr (10)… Harris (11)… Knot (12)… Bait (13)… Tip flat part (14)… Chimoto

Claims (1)

[Scope of utility model registration request] 1. A Harris-worn and Harris-shaped shaft having a flat plate-shaped shaft, wherein both central ears of a flat plate part of the shaft are bent toward the foot roller side, and the bent parts are formed to be thinner than the shaft. It is a Harris holding part for insertion, an axial vertical groove is formed in the Harris holding part, and a neck composed of a gentle curve is formed between the shaft and the Harris holding part. A fishing hook characterized by having a smooth curved chimoto at the end of the.