JP3729458B2 - Fish hook remover and how to use it - Google Patents

Description

The present invention relates to a fish hook remover that is used to remove a fish hook from a fish that has been picked up, so that it can be easily and reliably removed when the fish hook has been swallowed.

When a fishhook is caught in the fish's mouth, it can be easily removed with pliers, but once it has been swallowed, it cannot be easily removed with pliers. In particular, beginners and women struggle to remove. Various ideas have been proposed as fish hook removers that can cope with such problems. For example, as disclosed in Japanese Patent Application Laid-Open No. 8-19361, a product having a window hole into which a shaft portion of a fishhook enters at the tip of a band plate-like body and having a slit for guiding Harris into the window hole. see. In addition, elaborate structures such as those described in JP-A-10-33102, JP-A-2000-41559, JP-A-2001-169706, and JP-A-2002-84956 have been proposed.
JP-A-8-19361 JP 10-33102 A JP2000-41559 JP2001-169706 JP2002-84956

However, as disclosed in Patent Document 1, in the structure in which the hook portion of the fish hook is pushed back at the tip of the hole portion of the fish hook remover to remove the fish hook, the tip of the fish hook is exposed in the removed state. Even if it is removed, there is a problem that it is caught in the mouth again before it is taken out from the mouth of the fish.

Moreover, although the structure described in Patent Document 3 and Patent Document 4 seems to be a reasonable structure at first glance, the structure becomes complicated. In addition, the tip of the fishhook may be exposed when it is removed, or it may slip due to the mucus of the fish and may not be removed properly, or the fishhook may not be operated depending on how the fishhook is stuck. There are still problems that are not solved.

The technical problem of the present invention is to realize such a fish hook remover that is extremely simple and inexpensive in construction and can be reliably and easily removed by any piercing method.

The technical problem of the present invention is solved by the following means. Claim 1 is that a cross-shaped operation portion is formed on a handle portion of a rod-like body whose tip end side is gradually tapered.
The left and right projecting bodies in the cross-shaped operation section are in the form of a strip, and the flat surface is in a plane parallel to the central axis of the rod-shaped body,
In strip-shaped projecting member of the left and right of the cross-shaped operation portion of, forming an arcuate recess in the root portion of the rod-shaped body closer, and characterized in that as winding several times Harris in the recess It is a fish hook remover .

In this way, since the cross-shaped operation part is formed in the handle part of the tapered rod-shaped body, the rod-shaped body is first inserted into the mouth of the fish, and Harris is fixed by winding the Harris around the projecting body of the cross-shaped operation part Then, when the rod-like body is gradually rotated, Harris is wound around the tapered portion, and when it is wound up to the base portion of the fishhook, no further winding is possible. After that, when trying to turn the rod-shaped body, there is some resistance, but when the cross-shaped operation part is operated and further rotated, the meat part hooked on the hook of the fishhook is cut and the fishhook is detached from the fish. And since a taper-shaped part enters the base part of the detached fishhook, and a needlepoint will be in the state stuck in the taper-shaped part, a needlepoint will be exposed and it will not be caught by a fish again. Thus, since the rod-shaped body is simply rotated by the cross-shaped operation portion, even a beginner can easily remove the fishhook. In addition, since the Harris is merely wound around the tapered portion and pulled instead of pushing the bottom portion of the fishhook, it can be reliably and easily removed regardless of how the fishhook is hooked.

In addition, since the left and right projecting bodies in the cross-shaped operation portion are in the form of a strip plate, and the uneven plane is in a plane parallel to the central axis of the rod-shaped body, when rotating the rod-shaped body, The rod-shaped body can be easily rotated by simply pushing the plate-shaped flat surface with the thumb. Therefore, the lever principle and pulley principle can be removed with a light force.

Furthermore, since the arc-shaped recess is formed at the base of the band plate-like projecting body, when Harris is wound around the arc-shaped recess several times, the winding of Harris around the projecting body is stabilized. Therefore, after that, it is possible to concentrate on the rotation operation of the rod-like body, and it is possible to remove the fishhook quickly and reliably.

Claim 2 is the strip-shaped projecting member of the operation section, hook according to claim 1, characterized in that said tapered tip end, and has the notch-like wedge Komu draw Harris Remover . Thus, the strip-shaped projecting member of the operation unit, since they have cut wedge-shaped, in a state wound several times Harris overhang member, by a way to push pull the Harris cut wedge-shaped, Harris can be securely fixed to the overhanging body. Therefore, after that, since the rod-shaped body is simply rotated by pushing the projecting body, even a beginner can easily rotate the rod-shaped body and remove the fishhook.

According to a third aspect of the present invention, the left and right projecting bodies in the cross-shaped operation portion formed on the handle portion of the rod-shaped body whose tip end is gradually tapered are formed in a strip shape, and the base of the strip-shaped projecting body is formed. part forming an arcuate recess, said tapered distally, using hook remover having a notch of the wedge-shaped draw Harris, of the cross-shaped operation portion left of the strip-like overhang of after wound several times Harris in arcuate recesses of the root, with the elaborate pull the Harris during incision of said projecting member, by pressing the left and right of the strip-shaped projecting member with the thumb, gradually rotate the rod-like body By wrapping Harris around the taper, and when the final load increases, remove the fishhook from the fish by applying a rotational force with the thumb to the strip plate overhang and further rotating it. A fishhook characterized by Is the device how to use.

In this way, using a hook remover having a cross-shaped operating portion formed on the handle of the tapered rod-shaped body , Harris is applied several times in the arc-shaped concave portions at the base of the left and right projecting bodies of the cross-shaped operating portion. after winding, with the elaborate pull the Harris cuts, can be removed hook only gradually rotating the rod-shaped body by operating the cross-shaped operation portion. In other words, when the rod is rotated, Harris is gradually wound around the tapered portion of the rod-like body, and when the final load increases, when the force is further applied to the projecting body of the cross-shaped operation portion to rotate the fishing hook, Easily disengages from fish. Therefore, even a beginner can easily remove it regardless of how the fishhook is inserted.

Since the cross-shaped operation portion is formed in the handle portion of the tapered rod-shaped body as in claim 1, the rod-shaped body is first inserted into the mouth of the fish and Harris is wound around the projecting body of the cross-shaped operation portion. When the rod-like body is gradually rotated in the fixed state, Harris is wound around the tapered portion, and when it is wound up to the bottom portion of the fishhook, no further winding is possible. After that, when trying to turn the rod-shaped body, there is some resistance, but when the cross-shaped operation part is operated and further rotated, the meat part hooked on the hook of the fishhook is cut and the fishhook is detached from the fish. And since a taper-shaped part enters the base part of the detached fishhook, and a needlepoint will be in the state stuck in the taper-shaped part, a needlepoint will be exposed and it will not be caught by a fish again. Thus, since the rod-shaped body is simply rotated by the cross-shaped operation portion, even a beginner can easily remove the fishhook. In addition, since the Harris is merely wound around the tapered portion and pulled instead of pushing the bottom portion of the fishhook, it can be reliably and easily removed regardless of how the fishhook is hooked.

In addition, since the left and right projecting bodies in the cross-shaped operation portion are in the form of a strip plate, and the uneven plane is in a plane parallel to the central axis of the rod-shaped body, when rotating the rod-shaped body, The rod-shaped body can be easily rotated by simply pushing the plate-shaped flat surface with the thumb. Therefore, the lever principle and pulley principle can be removed with a light force.

Furthermore, since the arc-shaped recess is formed at the base of the band plate-like projecting body, when Harris is wound around the arc-shaped recess several times, the winding of Harris around the projecting body is stabilized. Therefore, after that, it is possible to concentrate on the rotation operation of the rod-like body, and it is possible to remove the fishhook quickly and reliably.

As claim 2, the strip-shaped projecting member of the operation unit, since they have cut wedge-shaped, in a state wound several times Harris overhang member, Komu pull the Harris wedge-shaped notch Thus, Harris can be securely fixed to the overhanging body. Therefore, after that, since the rod-shaped body is simply rotated by pushing the projecting body, even a beginner can easily rotate the rod-shaped body and remove the fishhook.

A fish hook remover having a cross-shaped operating portion formed in a handle portion of a tapered rod-like body as in claim 3 and Harris in a circular arc-shaped recess at the base of the left and right projecting bodies of the cross-shaped operating portion. after wound several times, with the elaborate pull the Harris cuts, can be removed hook only gradually rotating the rod-shaped body by operating the cross-shaped operation portion. In other words, when the rod is rotated, Harris is gradually wound around the tapered portion of the rod-like body, and when the final load increases, when the force is further applied to the projecting body of the cross-shaped operation portion to rotate the fishing hook, Easily disengages from fish. Therefore, even a beginner can easily remove it regardless of how the fishhook is inserted.

Next, an embodiment of how the hook remover according to the present invention is actually embodied will be described. FIG. 1 is a perspective view showing the entire outline of a fish hook remover according to the present invention. The fish hook remover according to the present invention includes a rod-shaped body s and two left and right projecting bodies h1 and h2 protruding in a cross shape from the rod-shaped body s. The rod-shaped body s includes a handle part g and a tapered part t. The handle part g has substantially the same thickness over the entire length, whereas the tapered part t gradually becomes thinner at the tip side. Yes. The rod-shaped body s is preferably wooden. Synthetic resin and metal are not preferable because the tip of the fishhook that is detached from the fish does not pierce the taper-shaped portion and is easily removed. Moreover, a hollow cylinder shape may be sufficient and solid body may be sufficient as long as the external shape is a round rod shape.

FIG. 2 is a front view, a right side view, and a plan view of the fish hook remover of FIG. 1, in which a through hole 1 is formed in the handle portion g of the rod-like body s in a direction perpendicular to the central axis a. In addition, projecting bodies h1 and h2 are formed by inserting one strip plate-like body. In addition, pins p1 and p2 are driven into the intersecting portion between the handle portion g and the band plate body, and are fixed to each other. Of course, it may be bonded and fixed with an adhesive or the like. The left and right projecting bodies h1 and h2 are formed with a recess 2 for winding Harris at a position near the root portion, that is, the handle portion g. A wedge-shaped cut 3 is formed on the tapered portion side so that the wound Harris can be clamped and fixed.

Next, the usage method of this fish hook remover is demonstrated. First, as shown in FIG. 3, the tip of the tapered portion t of the fish hook remover according to the present invention is inserted into the mouth of the fish f caught. Then, Harris 4 tied to the fishhook and extending from the mouth of the fish f is wound around the recess 2 at the base of the projecting bodies h1 and h2 several times. Next, it is guided to the notch 3 and pulled into the notch 3 to be clamped and fixed.

Since Harris 4 is stably held with respect to the rod-shaped body s by the above operation, the rod-shaped body s is gradually moved by applying a rotational force by pressing the thumb against the flat surfaces of the projecting bodies h1 and h2. Rotate to As a result, as shown in FIG. 1, Harris 4 is spirally wound around the tapered portion t. When the shaft portion 6 of the fishhook 5 hits the tapered portion t, it is impossible to wind the Harris 4 any more, and the load becomes heavy and the rotation operation becomes difficult. When a rotational force is applied to h1 and h2, the hook portion i of the fishhook wraps around the tapered portion t, and the fish tip pierces about 1 mm into the tapered portion t. The meat part is cut off and the fishhook 5 is detached from the fish f.

Thus, since the tip of the fishhook 5 that has come off from the fish f is stuck into the tapered portion t, the fishhook 5 that has come off does not get caught again in the mouth of the fish f as in the prior art. Smoothly taken out of the mouth of the fish together with the tapered portion t. If you do not want to touch the fish, touch the handle g and rotate the fish around the taper t with the taper t inserted in the mouth of the fish. Finally, the fish f comes off the fishhook and falls naturally, which is convenient for women who do not want to touch the fish.

Thus, after taking out from the fish mouth, after removing the Harris 4 from the notch 3, unwinding it from the recess 2 at the base of the overhanging bodies h1 and h2, and then rotating the rod-like body s in the opposite direction, Harris 4 Since the fishhook 5 which has been unwound from the tapered portion t and finally pierced with the needle tip can be removed from the tapered portion t, a series of operations is completed.

The size of the fish f and the size of the mouth that have been picked up vary, but the portion of the rod-shaped body s around which the Harris 4 is wound is tapered, so in the case of a fish with a small mouth, only the tip of the tapered portion t Simply insert and rotate to remove the fishhook. Moreover, in the case of a fish with a large mouth, it can be inserted until the tapered portion t is inserted, and Harris can be wound. Therefore, one fish hook remover can be shared regardless of the size of the fish mouth. In the case of the illustrated example, the thickness of the handle portion g is about 1.5 to 2.5 cm, and the total length of the rod-shaped body s is about 20 to 30 cm. However, it may be made larger or smaller. May be.

As described above, in the case of the hook remover according to the present invention, the rod-shaped body s is rotated by pushing the flat surfaces of the strip-shaped projecting bodies h1 and h2 in a state where Harris is wound around the projecting bodies h1 and h2. Therefore, a large rotational force can be applied to the tapered portion t by the lever principle and the pulley principle. Therefore, even if the fishhook sticks to the fish, it can be surely removed, and even when the fishhook is swallowed and cannot be removed with pliers, it can be easily removed without skill. In addition, since the fishing hook is wound up to the tapered portion by the tapered portion, the fishing hook is firmly fixed and supported by the tapered portion, and the needle tip sticks into the tapered portion and is in a stable state. Since the fishhook is pulled by rotating, the meat part on which the fishhook is caught is cut off, and the fishhook is surely detached from the fish.

As described above, according to the present invention, since the operating portion is formed by providing a cross-like projecting body on the handle portion of the rod-like body having a tapered tip, the fish hook can be easily and reliably removed from the fish caught. Can do. As a result, in the case of specialists such as fishermen, work efficiency can be improved and the fishery can be activated. In addition, beginners who are unfamiliar with fishing can remove fishing hooks without requiring skill, so the fishing population increases and can contribute to the effective use of national leisure.

It is a perspective view which shows the whole picture of the fish hook remover by this invention. FIG. 2 is a front view, a right side view, and a plan view of the fishhook remover of FIG. 1. A rod-shaped body is inserted into the mouth of a fish that has been caught.

Explanation of symbols

s Bar-shaped body h1, h2 Strip-like projecting body t Tapered part g Handle part 2 Recessed part 3 Cut (Harris clamping means)
4 Harris 5 Fishhook 6 Shaft f Fish

Claims (3)

A cross-shaped operation part is formed on the handle part of the rod-shaped body whose tip end side is gradually tapered,
The left and right projecting bodies in the cross-shaped operation section are in the form of a strip, and the flat surface is in a plane parallel to the central axis of the rod-shaped body,
In strip-shaped projecting member of the left and right of the cross-shaped operation portion of the, in the root portion of the rod-shaped body closer, hook remover, characterized in that is formed with arc-shaped recess for winding Harris. In strip-shaped projecting member of the operation section, hook remover according to claim 1, characterized in that said tapered tip end, and has the notch-like wedge Komu pull the Harris. The left and right projecting bodies in the cross-shaped operation section formed on the handle of the rod-shaped body whose tip end is tapered and tapered are formed in a strip shape, and an arcuate shape is formed at the base of the strip-shaped projecting body. Using a fish hook remover that has a wedge-shaped cut that draws Harris on the tapered tip side, forming a recess,
After wound several times Harris in arcuate recess root of the strip-like overhang of the left and right of the cross-shaped operating part, with the elaborate pull the Harris during incision of said projecting member, the left and right of the strip-like By pushing the overhanging body and gradually rotating the rod-shaped body, Harris is wound around the tapered part, and when the final load increases, the belt plate-like overhanging body is further rotated by applying a rotational force. A method of using a fish hook remover characterized in that the fish hook is removed from the fish by causing the fish hook to move.

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