JP3141186U - Fishhook - Google Patents

Abstract

PROBLEM TO BE SOLVED: To connect Harris to the chimoto portion of a fishhook, regardless of the fishing hook used conventionally in fishing, such as longline, snowfishing, throwing fishing, hunting fishing, sabiki fishing, mountain stream fishing, lure fishing, etc. However, Harris was too thick and a gap was formed, and the fishing hook fell off. In addition, because it handles thin Harris, it is a difficult task in the cold season when the surroundings are dimly lit and the fingertips bite. By improving the shape of the chimoto portion of the fishhook, it is possible to provide a fishhook that allows anyone to attach Harris easily and quickly.
The fishing hook is attached to the Harris by a simple operation by sandwiching Harris in a fishing hook having a Chimoto portion formed in a hairpin shape.
[Selection] Figure 1

Description

    The present invention relates to a fishhook having a new-shaped chimoto that can be easily attached to Harris, and an article for securing and protecting Harris attached to the fishhook to the fishhook.

  In conventional fishing hooks and Harris knots, when a pulling force is applied with a strong force, in many cases, it is cut at the knot of Harris. This is because Harris is not only stretched by the pulling force but also bites into each other at the node and becomes locally thin.

  As for the mechanism used for fishing, it is designed to be equipped with a mechanism consisting of about 6 to 8 hooks that have been tied to Harris in advance. If the fishhook was lost, the device became difficult to use and was discarded and replaced with a new device.

In carp fishing, Harris tends to use as thin a thing as possible so that the fish gathering on the bait will not be cautious, but as Harris becomes thinner, the knot with the fishhook is near the knot when making the knot due to the temperature of the person and the pressure of the fingertips Deterioration has progressed, and the teeth of fish that have eaten can be damaged, and when the fish is eaten, Harris can be cut from that part.
JP 2006-67924 (P2006-67924A) JP 2001-28968 (P2001-28968A) JP 10-165047 A

  The conventional Harris and fishhook knot work is not easy for cold time when the fingertips are difficult to move or when the area is dim, for beginners who have just started fishing, or for those whose vision has declined.

  It took a long time to attach a fishhook to a large number of Harris branches from the main thread, such as longline fishing, because it takes time and labor for each knot.

  In the conventional fishhook and Harris knot, when the pulling force is applied with a strong force, it is cut at the knot of Harris. This is because Harris is not only stretched by the pulling force but also bites into each other at the node and becomes locally thin.

  There are several ways to tie Harris and the traditional fishhook, but all of them require skill and are considered a barrier to beginners' familiarity with fishing.

  In a conventional fishhook-Harris knot, if the Harris becomes thick, the knot may not be tightened and the fishhook may fall off.

  A mechanism with Harris attached in advance may be used because it takes time to tie the fishhook and Harris. However, a mechanism with which the fishhook is not cut is often discarded as it is difficult to attach a new fishhook.

  In fishing, there are times when the eating of fish, called time, becomes temporarily active during the day, but if you take a needle or change to a fishing hook suitable for the target fish, you will miss the time while taking time to tie There is.

  The bait attached to the fishing hook may be repeatedly thrown into and out of the device several times, or may be slipped off slightly due to the influence of waves or the like.

  Harris tied to a fishhook may repeatedly throw and collect the device many times, or the knot may loosen gradually due to the influence of waves or the like, and the fishhook may fall off.

  Feeding fish such as puffer fish can damage and injure the hooks and Harris on Chimoto.

As shown in FIG. 1, the fishing hook of the present invention has an annular or oval gap portion (1) through which Harris passes, and a hair pin-like groove (5) that communicates with the gap portion and elastically holds and fixes Harris. And a tip portion (2) of the chimoto having a shaft surface (3) machined into a cross-sectional shape inclined at an acute angle toward the groove is formed in the chimoto portion of the fishhook main body.
In this case, since the chimoto part is formed in the shape of a hairpin, the maximum width or size of the cross section (A1-A1) of the annular part (10) of the fishhook is about twice that of the shaft part (4) of the fishhook body. However, the thickness of the folded shaft as shown in FIG. 2 can be reduced by processing it into a tapered shape so as to become thinner toward the introduction portion (2) sandwiching Harris.
Thus, when the bait (9) is mounted on the fishhook main body, the bait (9) can be easily inserted deeply until the chimoto part is hidden without damaging the bait (9).

  Furthermore, the width or size of the cross section (BB) from the shaft portion (4) of the fishhook main body to the bent shaft portion (7) by making the shape of the gap portion through which Harris passes is It can be made smaller. In addition, since the gap between Harris and the gap is narrowed, the Harris is less likely to be shaken even if it is affected by waves or the like.

Here, how to attach Harris to the fishhook will be described.
As shown in FIG. 3, the Harris (6) is passed through the gap (1) and wrapped around the bent shaft (7), and is inclined at an acute angle toward the groove (5) sandwiching Harris. Slide on the shaft surface (3) and guide to the groove (5). The Harris (6) is elastically fixed by pulling the Harris (6) in the direction of the gap (1) and sandwiching it in the groove (5).

  Alternatively, as shown in FIG. 4, the Harris (6) is passed through the gap (1) and wrapped around the shaft (4) of the fishhook main body, while being inclined at an acute angle toward the groove (5) sandwiching Harris. It slides on the axial surface (3) which is present and guides it to the groove (5). The Harris (6) is elastically fixed by pulling the Harris (6) in the direction of the gap (1) and sandwiching it in the groove (5).

5, after passing Harris through the gap with the fishhook according to claim 1, winding the Harris so that the Harris does not shift due to the influence of waves or the like when the Harris is wound around the chimoto portion several times. It is characterized in that the part (11) is recessed (8).
Here, how to attach Harris to the fishhook will be described.
As shown in FIG. 6, the Harris (6) is pulled through the gap (1) in the direction of the bent shaft (7), and a Harris winding recess (saddle) provided outside the shaft forming the gap. After winding several times around (8), the shaft surface (3) inclined at an acute angle toward the groove (5) sandwiching Harris is slid and guided to the groove (5). The Harris (6) is elastically fixed by pulling the Harris (6) in the direction of the gap (1) and sandwiching it in the groove (5).

  Alternatively, as shown in FIG. 7, Harris (6) is passed through the gap portion (1) and pulled out in the direction of the shaft portion (4) of the fishhook main body, and a Harris winding recess provided on the outside of the shaft forming the gap portion ( After being wound around the heel portion (8) several times, the shaft surface (3) inclined at an acute angle toward the groove (5) sandwiching Harris is slid and guided to the groove (5). The Harris (6) is elastically fixed by pulling the Harris (6) in the direction of the gap (1) and sandwiching it in the groove (5).

The fishing hook shown in FIG. 8 has a hair pin-like groove (5) that can elastically sandwich and fix Harris, and a shaft surface (3) that is processed into a cross-sectional shape that is inclined at an acute angle toward the groove (5). The tip portion (2) of the chimoto is formed in the chimoto portion of the fishhook main body.
In the fishhook, the chimoto portion is bent into a hair pin shape, but an annular or oval gap portion through which Harris passes is not formed, and a groove (5) for elastically sandwiching Harris, and the Harris can be smoothly sandwiched Thus, since only the tip portion (2) of the chimoto having a cross-sectional shape in which the axial surface (3) is inclined at an acute angle toward the groove is formed, the width and size of the chimoto portion are defined in claims 1 and 2. It can be made even smaller than the chimoto part of the fishhook.

Here, how to attach Harris to the fishhook will be described.
As shown in FIG. 8, the Harris (6) held as a ring slides on the shaft (3) inclined at an acute angle toward the groove (5) sandwiching Harris, Lead. Then, the Harris (6) is elastically fixed by pulling the Harris (6) in the direction of the annular portion (10) bent and sandwiching the Harris (6) in the groove (5).

The fishhook shown in FIG. 9 is characterized in that the tip portion (2) of the chimoto portion bent into a hairpin shape is molded at an acute angle with respect to the groove (5) that sandwiches Harris. .
In the fishing hook according to claims 1 to 3, the fishing hook has a shaft surface (3) for introducing Harris and a tip portion (2) of Chimoto having different shapes. By bending the shaft body of the tip portion (2) of Chimoto into a shape that is inclined at an acute angle toward the groove (5) that sandwiches Harris, the opening of the Harris introduction portion is widened, and Harris is easily sandwiched in the groove (5).

  The fishhook shown in FIG. 10 is a space (16) that serves as a guide for Harris by providing a bent portion (15) by bending the shaft portion (4) of the fishhook body from the vicinity of the groove (5) that sandwiches Harris to the side of the shaft. Is formed. This facilitates introduction into the groove for sandwiching Harris.

  The fishhook shown in FIG. 11 has an appropriate position outside the shaft portion forming the groove (5) sandwiching Harris in either one or both of the shaft portion (4) and the folded shaft portion (7) of the fishhook body. It is characterized by having one or more notches (17). This creates resistance between the stabbed bait (9) and the notch (17), making it difficult to drop off.

  Since the fishing hook according to claim 7 is stronger and elastically sandwiches Harris, a material that generates frictional resistance without damaging Harris such as synthetic resin or the like is attached to a hairpin-shaped groove portion that can sandwich and fix Harris. Alternatively, it is coated.

  The fishing hook shown in FIG. 12 is characterized in that an annular or oval shaft portion (10) forming a gap portion through which Harris passes is bent from its root portion. As a result, Harris passing through the gap portion (6) extends substantially in the same straight line as the axial direction of the fishhook body without contacting the shaft forming the ring portion. As a result, the force applied to the fishhook is transmitted to Harris as it is, so that the strength against the tension of Harris can be maximized.

  The fishing hook shown in FIG. 19 is attached elastically to the Harris to fix the Harris by being in close contact with the gap in order to prevent Harris passing through the gap from being shaken by the influence of waves or the like. It is characterized by attaching the intended article. How to attach this article to Harris, as shown in FIG. 17 and FIG. 18, pass Harris in advance in the insertion hole provided in the article, and after attaching Harris to the fishhook, place the article to the chimoto of the fishhook. Move it so that it is in close contact with the gap and fix Harris. FIG. Alternatively, in the modified example of the article in which the cut is made in the vertical direction as shown in FIG. 20 and FIG. 21, after attaching Harris to the fishhook, the cut can be expanded and attached so as to sandwich Harris. FIG.

The fishing hook shown in FIG. 27 is mounted so as to cover Harris and Chimoto of the fishing hook, and is equipped with an attachment for the purpose of elastically fixing Harris and Chimoto and protecting from external factors. .
As shown in Fig. 23 and Fig. 24, this attachment is not only provided with a hole for insertion so that it can be passed through Harris in advance, but also has a notch in the vertical direction, and Harris is attached after attaching Harris to the fishhook. There are some that can be installed with the slits widened so as to sandwich. FIG. 25, FIG.

  According to the present invention described in claims 1 to 8, Harris can be easily and firmly attached to the fishhook without attaching a special Harris anchor to the fishhook.

  When the fishhook is replaced, it can be easily unwound by pulling the Harris sandwiched in the groove in the direction of the introduction portion of Harris and removing it from the groove.

  In the conventional method of knotting Harris on a fishhook, if a thick Harris is used, the knot may not be tightly tightened and the fishhook may fall off. However, according to the present invention according to claims 1 to 8, it is necessary to make a knot on Harris. Therefore, it can be elastically and firmly stopped regardless of the thickness of Harris.

  If the article for stopping and fixing according to claim 9 is attached to the fishing hook according to claims 1 to 8, it is possible to prevent Harris passing through the gap from being shaken and loosened under the influence of waves or the like.

  According to the tenth aspect of the present invention, the tube-shaped attachment for protecting the chimoto part of the fishing hook not only prevents Harris from being damaged by stones or fish teeth in the sea, but also prevents Harris from loosening.

  Embodiments of the present invention will be described below with reference to the drawings.

  As shown in FIG. 1, the chimoto part of the fishhook of the present invention is folded back until the tip part (2) of the chimoto is parallel to the shaft part (4) of the fishhook body, and an annular part (10) forming a gap part (1) through which Harris passes is formed. ) And a groove (5) extending from the annular part (10) and communicating with the gap part and elastically sandwiching and fixing Harris. Further, the axial surface (3) of the tip portion (2) of Chimoto is formed in a cross-sectional shape inclined at an acute angle toward the groove (5) in order to facilitate introduction of Harris into the groove, and The end of the axial surface is smoothly rounded so as not to damage Harris.

  The width of the groove (5) for elastically sandwiching Harris is a parallel gap formed between the folded shaft (2) and the shaft (4) of the fishhook body, so the size of the fishhook body and the Harris used It shall change according to the thickness. Further, the width of the groove is basically constant, but the vicinity of the introduction portion where Harris is sandwiched may be wide and may be narrowed toward the back (5a). FIG.

The tilt angle ( a ) of the axial surface (3) of the tip of Chimoto is best because Harris is easily sandwiched between 20 and 45 degrees with respect to the groove sandwiching Harris. In addition, the end of the shaft surface reaching the groove is smoothly rounded so as not to damage Harris.
FIG.

  There is a fishing hook with a shape similar to Chimoto of the present invention, called an upside down needle used for carp fishing. It is a fishhook that has a special and limited usage that makes it difficult to separate from the carp fish. FIG.

  In addition, the inverted needle has a large bent portion (14) at the tip of the introduction portion that guides the Harris into the groove so that the Harris can be easily sandwiched because it is less noticeable to fish. FIG.

  On the other hand, the fishing hook of the present invention faces the groove (6) that sandwiches the shaft surface (3) of the tip of the tip of the tip at the introduction portion that leads to the hairpin-shaped groove (6) that can elastically pinch and fix Harris. This is solved by making the cross-sectional shape inclined at an acute angle.

  As a result, the chito of the fishhook of the present invention can be made small enough to be hidden if pushed into the bait, so it is most suitable for normal usage to fish fish by stabbed bait, It can also be used for lure needles, fly fishing needles, and rustle needles equipped with artificial bait feathers and fluorescent decorations. It can also be used for various hooks used for carp fishing.

  The material of the fishhook may be a conventionally used high speed steel, such as high carbon steel or titanium, and the material is not particularly limited.

  The surface of the fishhook may be a normal metallic color, but it may be coated with gold or silver, a coating that emits phosphorescence according to the color of the feathers for artificial bait, or a fine mica piece may be applied together with a colored paint. .

  The shape of the main body of the fishing hook, but if the shape of the chisel of the fishing hook according to claims 1 to 8 is adopted, the effect of the invention can be obtained, so that the tip of the fishing hook can be obtained from the shaft (4). Regarding the shape leading to 12), various shapes can be considered depending on the fishing method and the fish to be fished. In addition, pseudo bait or fluorescent decoration may be attached to the shaft in accordance with the fishing method or fish to be fished.

  If the groove (5) that sandwiches and fixes Harris is formed between the shaft (4) and the chimoto's folded portion of the fishhook, it is molded in any direction with respect to the shaft (4). May be.

  Although it is a reference example, FIG. 9 shape | molds the chimoto part of a fishhook in the shape which turned up the side of the fishhook.

  As another reference example, FIG. 10 is formed by folding the chimoto part of the fishhook back to the back side of the fishhook.

  7. A notch to be applied to the fishhook according to claim 6, wherein when the notch is opened so as to open obliquely upward when the gap portion through which Harris passes is viewed upward and the curved shaft toward the tip of the needle is viewed downward. It will be harder for the food to come off (17). FIG.

  A material that is attached to or applied to a groove for sandwiching and fixing the Harris of the fishhook according to claim 7, and is a material that is easy to be applied to the fishhook, is durable, and generates frictional resistance without damaging Harris. Any material may be used.

  The shape of the shaft in the cross section (A2-A2) of the chimoto part of the fishhook is rectangular (Fig. 28) if the surface is processed so as not to damage the Harris at the part where the Harris is elastically sandwiched and fixed. (FIG. 29), an ellipse (FIG. 30), a polygon (FIG. 31) or any other shape may be used.

  The shape of the cross-section (A3-A3) from the shaft part (4) of the fishhook body to the needlepoint (12) of the fishhook is the type of fishing method, fish to be fished, or artificial bait to be attached or a fluorescent colored ornament. Various combinations of shapes such as perfect circles, ellipses, rectangles, and polygons can be considered according to the shape and color. FIG.

  The non-stick-like article to be attached to the fishing hook according to claim 9 is manufactured using silicon rubber or the like as a material. It is not limited.

  The shape may be any shape as long as it is difficult to receive water resistance in water and is not large enough to pass through the gap through which the fishhook Harris passes.

  The material for the tube-shaped brace that protects the chimoto part of the fishing hook according to claim 10, but any material such as vinyl or plastic may be used as long as it is in close contact with Harris and the chimoto part and does not come off easily.

The color may be transparent, but depending on how you fish and the fish you want to fish, you can also expect an effect like a pseudo bait, so you can color various colors

The right view which shows the structure of the fishing hook of Claim 1 of this invention The right view which shows the modified example of the fishing hook of Claim 1, and the structure of a stab bait of this invention Explanatory drawing which shows how to attach Harris with respect to the fishing hook of Claim 1 of this invention Explanatory drawing which shows the 2nd attachment method of Harris with respect to the fishing hook of Claim 1 of this invention The right view which shows the structure of the fishing hook of Claim 2 of this invention Explanatory drawing which shows how to attach Harris with respect to the fishhook of Claim 2 of this invention Explanatory drawing which shows the 2nd attachment method of Harris with respect to the fishing hook of Claim 2 of this invention The right view which shows the structure of the fishing hook of Claim 3 of this invention The right view which shows the structure of the fishing hook of Claim 4 of this invention The right view which shows the structure of the fishing hook of Claim 5 of this invention Explanatory drawing which shows the notch of the chimoto of the fishhook of Claim 6 of this invention Explanatory drawing which shows the shape of the chimoto of the fishhook of Claim 8 of this invention Right side view showing an improved example of the groove for sandwiching the Harris of the fishhook of the present invention Right side view showing the angle of the axial surface of the tip of the tip of the fishhook of the present invention Explanatory drawing showing the structure of a device for carp fishing Right side view showing an inverted hand for carp fishing The perspective view which shows the form which opened the hole among the articles | goods of Claim 9 of this invention The perspective view which shows the 2nd form which opened the hole among the articles | goods of Claim 9 of this invention Explanatory drawing which shows the usage example of the article | item which opened the hole of Claim 9 of this invention The perspective view which shows the form which made the cut among the articles | goods of Claim 9 of this invention The perspective view which shows the 2nd form which made the cut among the articles | goods of Claim 9 of this invention Explanatory drawing which shows the usage example of the article | item which made the cut of Claim 9 of this invention The perspective view which shows the 1st form of the article | item of Claim 10 of this invention The perspective view which shows the 2nd form of the article | item of Claim 10 of this invention The perspective view which shows the 3rd form of the article | item of Claim 10 of this invention The perspective view which shows the 4th form of the article | item of Claim 10 of this invention Explanatory drawing which shows the usage example of the article of claim 10 of the present invention Sectional view showing a rectangle with the cross section (A2-A2) of the pinching part of the fishing hook of the present invention Sectional view showing a true circle in the cross section (A2-A2) of the pinching part of the fishhook of the present invention Sectional view showing an ellipse in the cross section (A2-A2) of the pinching part of the fishhook of the present invention Sectional view showing a polygon with a cross-section (A2-A2) of the hook portion of the fishhook of the present invention Sectional drawing which shows the example of the cross-section (A3-A3) shape of the Futokoro part of the fishing hook of this invention Left side view of the fishhook of the present invention Right side view of the fishing hook of the present invention Front view of the fishhook of the present invention Rear view of the fishhook of the present invention View from the top of the fishhook of the present invention The figure seen from the bottom of the fishhook of the present invention

Explanation of symbols

1 Clearance through which Harris passes 2 Tip of the tip of the fishhook 3 Shaft surface of the tip of the tip of Timoto (introduction to the groove of Harris)
4 Shaft body shaft 5 Groove to elastically sandwich Harris
5a Tapered groove for elastically sandwiching and fixing Harris 6 Harris 7 Shaft of fishing hook on the bent side 8 Recessed ridge (saddle)
9 baits
10 Annular part of Chimoto of fishhook
11 Harris winding part
12 tip of fishhook
13 upside down needle
14 Inverted needle chimoto bend
15 Shaft bend near Harris inlet
16 Space to guide Harris
Notch on 17 axes
18 Bent part of the root part of the annular part through which Harris passes
a Angle of inclined surface

Claims (10)

An annular or oval gap portion through which Harris passes, a hairpin-like groove that communicates with the gap portion and can elastically sandwich and fix Harris, and a cross-sectional shape in which the shaft surface is inclined at an acute angle toward the groove A fishhook characterized in that the tip of the chimoto being processed is formed in the chimoto part of the fishhook body. The fishing hook according to claim 1, wherein a depression is provided at an appropriate position outside an annular or oval shaft that forms a clearance through which Harris passes. A hair pin-like groove that can elastically sandwich and fix Harris, and a tip of the tip of Chimoto whose shaft surface is processed into a cross-sectional shape inclined at an acute angle toward the groove, are formed in the tip of the fishhook body. A fishhook characterized by that. 4. The fishing hook according to claim 1, wherein a tip shaft portion of the chimoto portion bent into a hairpin shape is formed to have an acute angle with respect to a groove sandwiching Harris. In the vicinity of the groove sandwiching Harris, a bent portion is provided by bending the shaft portion of the fishing hook body toward the folded shaft portion side, thereby forming a space serving as a Harris guide. The described fishhook. One or more notches are provided at appropriate positions outside the shaft portion forming the groove sandwiching Harris in one or both of the shaft portion and the folded shaft portion of the fishhook main body. The fishing hook according to 1 to 5. 7. The fishing hook according to claim 1, wherein a material causing frictional resistance such as synthetic resin is attached to or applied to a hairpin-shaped groove portion that can elastically sandwich and fix Harris. 8. The fishing hook according to claim 1, wherein an annular or oval shaft portion forming a gap portion through which Harris passes is bent from a root portion thereof. 9. The fishing hook according to claim 1, further comprising a floating-like article attached elastically to Harris. The fishing hook according to claim 1, wherein an article to be worn is attached so as to cover Harris and the chimoto of the fishing hook.

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