JPH0728354U - Fishing hook - Google Patents

Abstract

(57) [Summary] [Purpose] The purpose of the present invention is to prevent the knot of Harris from getting in the way when the bait is attached up to the Harris side in the chimoto part of the fishing hook.
When the bait of the fishing hook is taken, the bait attached to the Harris side smoothly moves to the hook side. [Structure] The neck portion (2) of Harris winding, which is integrally extended from the tip of the shaft (1), is formed to have a thinner thickness than the shaft (1). Holding part
(5) is extended integrally. This Harris Holder (5)
Has a thickness close to that of the shaft (1) or a thickness smaller than that of the shaft (1), and the vertical groove (3) for Harris insertion is
It is formed on the (4) side. The Harris holder (5) has a C or U-shaped cross section.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to an improvement of the chimoto portion of a fishing hook.

[0002]

[Prior art]

 When fishing, the fishing line must be wound every time the bait attached to the fishing hook is taken by the fish, the fishing hook should be drawn to the hand, and new bait should be attached, and the fishing is interrupted each time. There is a problem that it is not only very complicated but also intriguing. Therefore, we tried to solve the above-mentioned problems by attaching as much bait as possible to the fishing hook, such as by mounting bait over the hook side to the Harris side. I couldn't do it.

That is, in the conventional fishing hook (B), as shown in FIG. 7, the tip of the shaft (20) was pressed flat to form a chimoto (22). Since this chimoto (22) is formed by pressing, its width is naturally wider than the axis (20). In addition, (23) is a roller, and (24) is a bur, which is formed by cutting and raising the inside of the tip of the fishing point (25).

When the Harris (27) is wound around such a conventional fishing hook (B), the knot (28) is attached to the shaft (20) to wind the Harris (27) around the end of the shaft (20). ) It becomes thicker, the resistance of the knot (28) part and the chimoto (22) part is large when the bait is passed to the Harris (27) side, and the bait may be cut off in extreme cases. In addition, if fishing is performed with the bait reaching the Harris (27) side and the bait on the hook (B) side is taken, the bait on the Harris (27) side will move smoothly to the hook (B) side. However, even in this case, the bait inserted on the Harris (27) side still catches on the tip of the chimoto (22) and the knot (28) and cannot move smoothly to the hook (B) side. was there.

Further, as shown in FIG. 8, the tip of the shaft (20) is pressed flat, and the ears (26) (26) on both sides of the pressed part (21) are bent to form a chimoto ( There is also a fishing hook (C) that has formed (22), but in this case as well, when the Harris (27) is wrapped, since the rising of the ear (26) and the axis (20) are close to each other, the axis (20) In order to wind Harris (27) from to C-shaped Chimoto (22), the knot becomes thicker than the shaft (20), and when the bait is passed up to the Harris (27) side, the resistance is large and it is extremely The food may be cut off. Also, when the bait on the hook (C) side is taken by a fish when fishing is performed with the bait reaching the Harris (27) side, again the end of the chimoto (22) is located on the Harris (27) side. There was a drawback that the bait was caught and could not move smoothly to the hook (C) side.

[0006]

[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 prevent the Harris knot from being an obstacle when the bait is attached to the Harris side. , If the bait of the hook is taken, the bait attached to the Harris side should move smoothly to the hook side.

[0007]

[Means for Solving the Problems]

 The fishing hook (A) according to the present invention comprises a neck portion (2) for wearing a Harris winding, which extends from the tip of the shaft (1) with a thickness smaller than that of the shaft (1), and a thickness similar to that of the shaft (1). A vertical groove (3) extending from the neck (2) with a thickness smaller than that of the shaft (1) and formed with a vertical groove (3) for inserting a hole on the side of the roller (4) has a C or U-shaped cross section. It has a Harris holding part (5).

When the Harris (10) is wrapped around the chimoto part (7) of the fishing hook (A), the Harris (10) is wrapped around the neck (2) narrower than the shaft (1) as shown in FIGS. The Harris (10) will be attached to the Harris holding part (5) through the vertical groove (3). As a result, the knot (11) of the Harris (10) digs into the neck (2) and becomes almost the same thickness as the shaft (1). Also, since the Harris holding part (5) has almost the same thickness as the shaft (1), the entire chimoto part (7) from the neck part (2) to the Harris holding part (5) has almost the same thickness as the shaft (1). It becomes As a result, when the bait (12) is attached to the Harris (10) side, the chimoto part (7) does not have any resistance and the bait (12) can be smoothly passed. 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 smoothly passes through the chimoto part (7). After moving to the fishing hook (A) side, you can continue fishing as it is.

Further, since the Harris holding portion (5) has a C-to-U cross section, the Harris (10) does not come off from the Harris holding portion (5), and the Harris holding unit (5) does not come off in any state. Since the (10) and the tip (8) face the same direction, the fishhook (A) can be operated accurately.

Further, in claim 2, "the outer periphery of the end portion of the Harris holding portion (5) is formed in a taper shape", so that the bait (12) on the Harris (10) side can smoothly move to the hook (A). ) Side.

[0011]

【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) includes a chimoto part (7) composed of a Harris holding part (5) and a neck part (2), a shaft (1), a foot roller (4), a tip (8) and It is composed by Kaeri (9). The fishing hook (A) according to the present invention is characterized by the chimoto part (7) composed of the Harris holding part (5) and the neck part (2), and the shaft (1), the roller (4), the tip of the hook ( 8) and the part of Kaeri (9) are the same as before.

That is, the diameter of the tip of the shaft (1) is made thin by, for example, rolling, then the thinned portion is pressed into a flat plate shape, and finally the ear portion of the flattened portion is obtained. The (5a) is curved to form a Harris holding part (5) having a C- or U-shaped cross section as shown in FIGS. In this case, a neck portion (2) is formed between the shaft (1) and the Harris holding portion (5) so that the Harris (10) can be wound several turns or more.

The neck (2) has a narrow shape around the entire circumference of the shaft (1), and even if the Harris (10) is wound, the knot (11) of the Harris (10) is From 1), most of it does not overflow. Further, the connecting portion between the shaft (1) and the neck portion (2) is connected by a gentle curve, and there is no corner that damages the Harris (10). Similarly, the connection part between the Harris holding part (5) and the neck part (2) is also connected by a gentle curve, and the corners and ridges that would damage the Harris (10) wound around the neck part (2). Does not exist.

The Harris holding portion (5) is of a tubular shape having a C or U-shaped cross section as described above, and its thickness is similar to that of the shaft (1) or the shaft (1). ) It is formed with a thinner thickness. The vertical groove (3) for Harris insertion is formed over the entire length along the axial direction of the Harris holding portion (5), and the forming direction is the side of the roller (4). All the constituent parts of the Harris holding part (5) are chamfered or curved so that they will not be damaged even if the Harris (10) is caught. Further, the outer periphery of the end of the Harris holding portion (5) is formed in a tapered shape. The axial direction of the Harris holding part (5) is almost the same as the needle tip (8), and the needle tip (8) is oriented toward the Harris (10) inserted in the Harris holding part (5). ing. 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 chimoto part (7) of the fishing hook (A) will be described in detail with reference to FIGS. Insert the Harris (10) through the vertical groove (3) into the Harris holding hole inside the Harris holding unit (5), and then insert the Harris (10) into the narrow neck (2) as is usually done. After the winding, the knot (11) is tightened by pulling the Harris (10) on the side of the Harris holding part (5), and the knot (11) is tightly wound around the neck (2). Cut the extra Harris (10) from the knot (11) so that the knot (11) does not create 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 worn over the chimoto part (7), but the knot (11) and the Harris holding part (5) of the Harris (10) are almost as thick as the shaft (1). Therefore, the Chimoto part (7) does not resist when the bait (12) is inserted, and the bait (12) can be smoothly moved to the Harris (10) side.

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 chimoto part (7) without resistance and slides down to the hook (A) side, and the bait (12) is attached to the hook (A). As a result, you can enjoy fishing without interrupting fishing as in the past. In addition, when the taper part (6) is formed at the tip of the Harris holding part (5), the bait (12) slides more smoothly from the Harris (10) side to the fishing hook (A) side. It is preferable to be performed.

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, since the Harris (10) is held in the Harris holding portion (5), the needle tip (8) always faces the direction of the Harris (10), which makes it very easy to operate the rod.

[0019]

[Effect of device]

 According to the fishing hook of the present invention, since the entire Chimoto part including the Harris knot is almost equal to the thickness of the shaft, the bait can be attached to the Harris side without resistance and the bait on the hook side disappears during fishing. Even if it does, the bait on the Harris side will smoothly slide to the hook side and cover the hook, and it is not necessary to frequently attach the bait to the hook, so you can enjoy fishing for a long time. There is an advantage, and in addition to this, since it is not necessary to change the bait frequently, there is an advantage that a large fishing result is inevitably obtained.

[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 the chimoto portion of the fishing hook according to the present invention.

FIG. 4 is a front view of the chimoto portion of the fishing hook according to the present invention.

5 is a sectional view taken along line XX of FIG.

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

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

FIG. 8 is a perspective view of another conventional example.

[Explanation of symbols]

 (A)… Fishing hook (1)… Shaft (2)… Neck (3)… Vertical groove (4)… Foot roller (5)… Harris retaining part (6)… Taper part (7)… Chimoto part (8)… Needle Destination (9) ... Kaeri (10) ... Harris (11) ... Knot (12) ... Bait

Claims (2)

[Scope of utility model registration request] 1. A Harris-worn neck extending from the tip of the shaft with a thickness smaller than the shaft, and a Harris insertion extending from the neck with a thickness close to the shaft or a thickness smaller than the shaft. The vertical cross section of the vertical groove is C or U
A fishing hook having a character-shaped Harris holding portion. 2. The fishing hook according to claim 1, wherein an outer periphery of an end portion of the Harris holding portion is formed in a tapered shape.