JP2588993Y2 - Fishing hook - Google Patents

Description

[Detailed description of the invention]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an improvement of a harness holding shaft end of a fishing hook.

[0002]

2. Description of the Related Art When fishing, a fishing hook as shown in FIG.
Harris (27) is wound around the shaft end of (B).
If there is an edge (22a) in the continuous part of (22) and the axis (20), the knot (28) of Harris (27) and the derived part of Harris (27) derived from the knot (28) during use (22a) is scratched when it comes into contact with the fish, and if a shocking load is applied to the fishhook (B) due to the fish, or if it is rubbed, harness will be removed from the scratched part.
There is a problem that (27) is disconnected.

Further, since the chimoto (27) of the conventional fishing hook (B) shown in FIG. 7 is a mere flat plate formed by press working, when the fish is hooked on the fishing hook and rampages, the Harris (27)
The part derived from the knot (28) comes off the chimoto (22) and comes into contact with the edge (22a) of the chimoto (22) and cuts, or the derived part turns to the back side of the chimoto (22) and the fishing hook (B There is a problem that the direction of ()) is shifted.

[0004]

SUMMARY OF THE INVENTION The present invention has been made in view of such a conventional drawback, and the problem to be solved by the present invention is that the harris knot and the lead-out part come into contact with the Harris winding. Harris holding shaft ends are all composed of smooth curves so that Harris's knots and lead-out parts are not damaged, and by keeping Harris's lead-out parts, Harris's lead-out part is always To be held in a position that matches the axis on the front side,
The object is to make the end of the harris holding shaft approximately the same thickness as the shaft so that bait can pass through the harris holding shaft end without resistance.

[0005]

SUMMARY OF THE INVENTION A hook according to the present invention.
(A) is, `` the center both ears (5a) of the tip flat plate portion (13) of the flat plate-shaped shaft (1) is bent to the side of the shaft (4), the bent portion is the shaft ( 1) Harris holding part (5) for harris winding and harris insertion formed with a thinner thickness, and a vertical groove (3) in the axis (1) direction is formed in the harris holding part (5). A neck (2) composed of a gentle curve is formed between the shaft (1) and the harris holding part (5), and a chimoto composed of a gentle curve is formed at the end of the harris holding part (5). (14) has been extended ”.

When the harris (10) is wound around the harris holding portion (5) of the harness holding shaft end (7) of the hook (A), the harris (10) is inserted through the vertical groove (3) as shown in FIGS. The holding hole (5
b) Harris (10) is passed through and Harris holder is thinner than shaft (1)
Wrap Harris (10) around (5) and attach Harris (10) to hook (A). (Fig. 2)

As a result, the knot (11) of the harris (10) cuts into the outer periphery of the harris holding portion (5) and becomes almost the same thickness as the shaft (1). Further, the Harris holding part (5) is a central binaural part (5a) of a tip flat part (13) of the shaft (1) formed in a flat shape.
Is formed by bending to the side of the shaft (4), a neck (2) formed by a gentle curve between the shaft (1) and the harris holding portion (5), and a harris holding portion The chimoto (14) composed of a gentle curve at the end of (5) is a portion of the maximum width, which is slightly wider than the axis (1) or almost the same thickness. Therefore, Harris bait (12)
When it is installed up to the (10) side, the harness holding shaft end (7) consisting of the neck (2), the harris holding part (5) and the chimoto (14) does not create any resistance, and the bait (12) ) Can be passed through. As a result, even when the bait (12) on the hook (A) side is taken out and the hook (A) is exposed, the bait (1) on the Harris (10) side is removed.
2) smoothly passes through the harness holding shaft end (7) and shifts to the fishhook (A) side, so that fishing can be continued as it is.

Further, as described above, the Harris holding portion (5)
Is formed by bending the center both ears (5a) and (5a) of the tip flat plate portion (13) of the flat plate-shaped shaft (1) to the side of the shaft (4). The neck (2) formed between (1) and the harris holding part (5) will be composed of a very gentle curve, and at the same time, the end of the harris holding part (5) will also have a gentle Chimoto (14) composed of curves will be extended. As a result, when the fish hooked on the hook (A) ramps up to escape, the force of the fish is applied to the outgoing part of Harris (10) and the knot (11), but the outgoing part of Harris (10) and the knot (11)
There is no such thing as being cut and damaged, and the knot (1
Even if 1) is formed, Harris (10) is not damaged.

Further, the harness holding portion (5) has a C-shaped or U-shaped cross section, and the harness holding portion (5) has
(10) is wound around, so Harris (10) is
Harris (10) and hook (8) face the same direction in any state without coming off from (5) and fishing hook (A)
Operation can be performed accurately.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of a 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 harness holding shaft end (7) composed of a chimoto (14), a harris holding portion (5) and a neck (2), a shaft (1), and a shaft.
(4), needle tip (8) and burrs (9). The fishing hook (A) according to the present invention is characterized by a harris holding shaft end (7) composed of a chimoto (14), a harris holding portion (5), and a neck portion (2). Rotary roller (4), needle point (8)
The part of the burrs (9) is the same as before.

That is, the diameter of the tip of the shaft (1) is formed into a flat plate shape by pressing as shown in FIG. 4, and then both ears (5a) of the flat plate portion (13) are pressed by pressing.
(4) Curved to the side and the cross section is C or U as shown in FIGS.
A letter-shaped Harris holding portion (5) is formed. The Harris holding part (5) is formed smaller in diameter than the shaft (1). As a result, the neck formed by a gentle curve between the shaft (1) and the Harris holding part (5)
(2) is formed, but the neck portion (2) continuously connected to the small-diameter harris holding portion (5) becomes slightly wider at the shaft end, and then moves toward the harris holding portion (5). The width is gradually narrowing. Therefore, the portion having the maximum width may be slightly wider than the axis (1).

Further, the chimoto (14) having a gentle curve extends to the end of the harris holding part (5). In this case, too, the chimoto (14) gradually extends from the harris holding part (5). )
Widens toward the tip of the shaft, but the axis (1)
It is slightly wider or almost the same width. Therefore, in the harness holding shaft end (7), the portion of the harris holding portion (5) is the thinnest, and the harris (10) is wound around this portion for several turns or more. ), The knot (11) of Harris (10) hardly protrudes from the axis (1).

As described above, the edges of the neck portion (2), the harris holding portion (5), and the chimoto (14) constituting the harness holding shaft end (7) are all formed by gentle curves, and
There are no corners or ridges that damage (10).

The Harris holding portion (5) is a cylindrical member having a C or U-shaped cross section as described above, and has a thickness smaller than that of the shaft (1). A vertical groove (3) for inserting the harris is formed over the entire length along the axial direction of the harris holding portion (5), and the forming direction is on the side of the shaft (4). The axial direction of the Harris holding portion (5) is substantially coincident with the needle tip (8), and the needle tip (8) is oriented in the direction of the Harris (10) inserted through the Harris holding portion (5). I have. The material of the hook (A) may be a material such as high-speed steel that has been conventionally used, or a material such as titanium, and the material is not particularly limited.

A case where the harris (10) is wound around the harness holding shaft end (7) of the hook (A) will be described in detail with reference to FIGS. Insert Harris (10) into Harris holding part (5) through vertical groove (3),
Next, as usual, Harris (10) is wrapped around the thin Harris holder (5), and then Harris (1) on the side of Timoth (14) is
Pulling on (0) tightens the knot (11) and is firmly wound around the harris holding part (5). Cut off the excess 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 axis (1), and the knot (11) does not interfere when the bait (12) is passed.

Harris of the hook (A) attached in this manner
(10) is connected to the fishing line of the fishing rod and the bait (12) is attached to the hook (A) for fishing.In this case, the hook (A) is used to attach as much bait (12) as possible. The bait (12) is attached not only to the part ()) but also to the part (H) (10) beyond the hook (A). For this purpose, the bait (12) must be worn beyond the Harris holding shaft end (7), but the Harris (10) knot (11), neck (2), and Chimoto (14) must be attached to the shaft (1). ), The harness holding shaft end (7) does not become a resistance when the bait (12) is inserted, and the bait (12) smoothly
Can be moved to the side.

When fishing is performed with a large amount of bait (12) attached to the harris (10) side, even if the bait (12) on the hook (A) side is taken by the fish, the harris (10) side The bait (12) slides down to the hook (A) side through the Harris holding shaft end (7) without resistance,
The bait (12) is attached to the hook (A). Thereby, it is possible to enjoy fishing without interrupting fishing for feeding as in the related art. As can be seen from FIG. 3, the ridge line from Chimoto (14) toward the harris holding section (5) is a curve that expands extremely smoothly, so that the bait (12) holds the harris along this smooth ridge line. Because it moves to the part (5) side, the bait (12) on the harris (10) side slides down to the hook (A) side through the harness holding shaft end (7) extremely smoothly. Will be done.

When the fish bites the bait (12) during fishing as described above, at the same time, the rod is promptly operated to adjust the fishhook (A) to the fish. Rampage to escape from A). During this time, a force is applied to the lead-out portion of the harris (10) and the knot (11), which rubs against all edges of the harness holding shaft end (7).
(7) All edge parts are formed with smooth rounded curves, and there are no sharp ridge parts, so
There is no such thing as the derived part of Harris (10) or the knot (11) being damaged and cut. The same applies to the case where the knot (11) is formed, and even if the knot (11) is tightened by pulling the harris (10) on the side of the moto (14), the harris (10) is not damaged.

The harris (10) may fall off from the harris holding portion (5) because it is held in the harris holding portion (5) around which the harris (10) is wound. There is nothing at all, and the needle point (8) is always facing the direction of Harris (10), making it very easy to operate the rod.

[0020]

According to the fishing hook of the present invention, the harris holding portion is formed by bending the center both ears of the flat plate at the tip end of the shaft formed into a flat shape to the side of the shaft. The neck formed between the shaft and the harris holding part will be composed of a very gentle curve, and the end of the harris holding part will be extended with a chimney composed of a gentle curve. Even if the force of a fish that runs wild trying to escape from the hook is added to the leading part or knot of Harris, the leading part or knot of Harris will not be damaged and cut, and even when forming a knot Harris There is an advantage that there is no such thing as being damaged.

Further, since the entire end of the harness holding shaft including the chimoto, the neck and the harness knot wound around the harness holding portion is substantially equal in thickness to the shaft, it is possible to mount the bait to the harris side without resistance. Yes, even if there is no bait on the hook side during fishing, the bait on the Harris side will slide down smoothly to the hook side and cover the hook, so there is no need to frequently attach the bait to the hook, and long There is an advantage that the fishing can be enjoyed over time, and in addition to this, there is an advantage that a large fishing result can be obtained inevitably because the bait need not be changed frequently.

Further, since the harris holding portion has a C-shaped or U-shaped cross section, not only can the harris be inserted into the inside, but the harris can be wound around the harris holding portion. In any state, the harness and the hook point in the same direction without deviating, so that the fishing hook can be operated accurately.

[Brief description of the 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 when Harris is wound and bait is attached.

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

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

FIG. 5 is a cross-sectional view of the harness holding portion of the hook according to the present invention.

FIG. 6 is another sectional view of the harness holding portion of the 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)… Dot roller (5)… Harris holding part (5a)… Ear part (5b)… Holding hole (7)… Harris Shaft end for holding (8) ... Needle tip (9) ... Frog (10) ... Harris (11) ... Knot (12) ... Feed (13) ... Flat plate (14) ... Timoto

Claims (1)

(57) [Scope of request for utility model registration] 1. A harris winding and harness in which the center both ears of a flat end portion of a shaft formed in a flat plate shape are bent to the side of the shaft, and the bent portion has a thickness smaller than the shaft. It is a harris holding part for insertion, an axial vertical groove is formed in the harris holding part, a neck composed of a gentle curve is formed between the shaft and the harris holding part, and the harris holding part A fishhook characterized by having a chimoto formed by a gentle curve at an end of the fishhook.