JPH0528576B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a fishhook remover, and more particularly to a technology that is effective when applied to a fishhook remover for fish with relatively small mouths.

[Prior Art] A fishhook removing tool is formed by, for example, a partially cut-out circular hole-shaped fishhook locking part being bored at the tip of one end of a rod-shaped body.

In this fishhook removing tool, a fishline is inserted through a circular hole-shaped fishhook locking portion, and then the fishhook locking portion is pushed into the mouth of a fish to lock the fishhook stuck in the mouth or the like. Then, in the locked state, the rod-shaped body is twisted to pull out the fishhook from the fish's mouth, and the fishing hook is pulled out from the fish's mouth to remove the fishhook (for example, as described in Japanese Utility Model Publication No. 14382/1982). ).

[Problems to be Solved by the Invention] However, with the above-described fishhook removal tool, when the fishhook locking portion is pulled out from inside the fish's mouth, the fishhook that is locked to the fishhook locking portion may stick into the fish's mouth. However, there is a problem in that the pierced fishhook must be removed again.

In particular, such problems are more likely to occur in fish with relatively small mouths because it is difficult to see inside the mouth.

An example of a fishhook remover that solves these problems is the fishhook remover described in Japanese Utility Model Application No. 57-203777.

However, this fishhook removal tool has the following problems.

The fishhook locking part, where the fishhook is locked, and the stabbing prevention part, into which the tip of the fishhook pierced by the fishhook locking part, are integrated, so the fishhook locking part and the stabbing prevention part are large. It becomes difficult to push into the fish's mouth.

Since the tip of the fishhook is locked in the fishhook locking part with a considerable offset from the axis of the fishhook locking part and the sticking prevention part, in order to be able to handle large and small fishhooks, the sticking prevention part must be fixed. diameter must be increased.

Since the fish's mouth wall is sandwiched between the fishing tip side and the outer circumferential surface of the tip of the stab prevention part when the fishhook is removed, the fish's mouth wall is easily torn.

The fishing line must be guided into the groove to remove the fishing hook, which is cumbersome to guide the fishing line into the groove.

An object of the present invention is to provide a fishhook removing tool that can easily, reliably, and quickly remove a fishhook stuck in the fish's mouth without damaging the inside of the fish's mouth.

[Means for solving problems]

The fishhook remover of the present invention is formed in such a manner that the free end side of the filament body protruding from one end side of the rod-like body along the axial direction thereof is folded back and wound spirally to be biased to the outside of the shaft. A spiral fishhook locking portion and a proximal portion of the filament body extending along the axial direction are loosely inserted into the shaft core portion and are movable along the axial direction in the proximal portion. The fishing rod has a structure including a stab prevention part that is fitted into the fishing hook and has a larger diameter from a small diameter part on the fishhook locking part side toward the rod-shaped body side.

[Means for Solving the Problems] The fishhook remover of the present invention is a fishhook remover in which the fishhook locking portion is formed at the tip of one end of the rod-shaped body,
A sticking prevention part where the tip of a fishhook locked in the fishhook locking part comes into contact with or approaches near the fishhook locking part halfway between the fishhook locking part and the other end side of the rod-shaped body. The structure has the following characteristics.

[Function] According to the above-described means, the tip of the fishhook that has been pulled out of the fish's mouth and locked in the fishhook locking part has the following properties:
Because the sticking prevention parts are in contact with or are close to each other, when the fishhook is pulled out of the fish's mouth, the tip of the hook will not stick into the fish's mouth again, so that the fishhook stuck in the fish's mouth can be reliably removed. be able to.

[Embodiment] Fig. 1 is a perspective view showing a fishhook remover according to an embodiment of the present invention, and Fig. 2 is a perspective view for explaining the usage state of the fishhook remover.

The fishhook removal tool of this embodiment includes a rod-shaped body 1 made of resin or the like.
A spiral fishhook locking portion 2 is formed at the tip of one end (the left end in the first case). This fishhook locking part 2 is formed by a filament 3 made of a fishing hook or the like being protruded from the tip of one end of the rod-shaped body 1 along its axial direction, bent, and then wound into a spiral shape. has been done.

A filamentous body 3 protruding along the axial direction of the rod-shaped body 1
A stab prevention part 5 is fitted in the part so as to be movable along its axial direction, and as shown in FIG. It is adapted to come into contact with or be brought close to the stab prevention part 5.

The stab-preventing part 5 is formed of an elastic material such as resin or rubber into a substantially tuppy shape, and when the tip of the fishhook 4 comes into contact with or comes close to it, the needle tip sticks into the stab-preventing part 5 and is pressed against it. Alternatively, by being wrapped, the tip of the needle is covered to ensure that it does not stick into the fish's mouth.

Here, the rod-shaped body 1 in this embodiment is a fishhook 4.
It also functions as a grip when removing. However, in this embodiment, the fishhook 4 can be removed without gripping the rod-shaped body 1.
A holder 6 shown in FIG. 2 is provided.

The holder 6 has a fitting hole 6a into which the other end of the rod-shaped body 1 is fitted, and a mounting portion 6b which fixes the holder 6 in a predetermined position. The attachment portion 6b is formed of an adhesive surface with release paper, and the holder 6 can be fixed to a predetermined location using the adhesive surface.

Next, the operation of this embodiment will be explained.

First, the case where the fishhook 4 is removed by grasping the rod-shaped body 1 will be explained.

The rod-shaped body 1 is gripped and the fishing line 4a is put into a tensioned state. This tensioned fishing line 4a is inserted and passed through the loop of the spiral fishhook locking portion 2. After this insertion, the fishhook locking part 2 is pushed into the fish's mouth and moved while being guided along the fishing line 4a, so that the fishhook 4 is stuck in the fish's mouth etc. as shown in FIG.
is inserted into the loop of the fishhook locking part 2 and locked.

At this time, the fishing line 4a and the fishhook 4 are inserted through the loop of the fishhook locking part 2 formed in a spiral shape, so that the fishing line 4a and the fishhook 4 are reliably inserted into the fishhook locking part 2.

Once the fishhook 4 is inserted through the loop of the fishhook locking part 2 and locked, the fishhook locking part 2 is further pushed into the fish's mouth. By this pushing, the fishhook 4 is pulled out from inside the fish's mouth or the like.

In this case as well, since the fishhook 4 is inserted into and locked in the loop of the spirally formed fishhook locking portion 2, the fishhook 4 can be reliably pulled out.

Next, the fishhook locking portion 2 to which the fishhook 4 is locked is pulled out from inside the fish's mouth. At the time of this withdrawal, the stab prevention part 5 is pulled out while contacting the inner wall of the fish's mouth, so that the stab prevention part 5 is moved toward the fishhook locking part 2 and comes into contact with or comes close to the tip of the fishhook 4. Therefore, it is possible to reliably prevent the needle tip from sticking into the fish's mouth or the like again.

Next, a case will be described in which the fishhook 4 is removed using the holder 6 described above.

As shown in FIG. 2, the other end of the rod-shaped body 1 is fitted into a holder 6 fixed at a predetermined location and fixed therein.

In the same way as described above, the fishing line 4a is set in tension,
The loop of the fishhook locking portion 2 is inserted into and passed through the fishing line 4a.

After this insertion, place the mouth of the fish you have gripped on the fish hook locking part 2.
and push it into the rod-shaped body 1, and further push it toward the holder 6 side, and move the fishhook locking part 2 while guiding it along the fishing line 4a. The fish hook 4 is pulled out from the fish's mouth by inserting and locking the loop.

Next, the mouth of the fish is pulled out from the rod-shaped body 1. At the time of this withdrawal, the stab prevention part 5 is pulled out while coming into contact with the inner wall of the fish's mouth, so that the stab prevention part 5 is moved toward the fishhook locking part 2 side and comes into contact with or comes close to the hook tip of the fishhook 4. Therefore, it is possible to reliably prevent the needle tip from sticking into the fish's mouth or the like again.

Although the present invention has been specifically described above based on examples, the present invention is not limited to the above-described examples, and can be modified in various ways without departing from the gist thereof.

For example, the fishhook locking part 2 in this embodiment is
Although the fishhook locking part 2 of the present invention is formed in a spiral shape by a filamentous body, it is not limited to such a shape. It is also possible to form a hole-shaped fishhook locking portion.

In addition, the piercing prevention part 5 in this embodiment
is said to be movable, but in the present invention, the stab prevention part 5 may be fixed without being moved.

[Effects of the Invention] According to the present invention, the following effects can be obtained.

(1) Since the fishhook locking part and the stabbing prevention part are separate bodies, the fishhook locking part and the stabbing prevention part can be made smaller, respectively.
It is possible to facilitate pushing of the fishhook locking portion into the fish's mouth, and the range of application to fish with small mouths can be expanded.

(2) Due to the effect of (1) above, it is possible to prevent damage to the inside of the fish's mouth when removing the fishhook.

(3) Since the fishhook locking portion is biased to the outside of the shaft of the rod-shaped body, the tip side of the fishhook locked in the fishhook locking portion is as close as possible to the shaft side of the rod-shaped body. The present invention can be applied to large and small fishhooks without increasing the diameter of the piercing prevention part, and the piercing prevention part can reliably prevent the hook tip from sticking into the fish mouth again.

(4) Since the fishhook locking part is offset to the outside of the shaft of the rod-shaped body, and the fishhook locking part is formed by winding in a spiral, it is easy to lock the fishing line to the fishhook locking part. It is possible to achieve speed-up and speed-up.

(5) The stab prevention part is formed to have a larger diameter from the small diameter part on the fishhook locking part side toward the rod-shaped body side, and is fitted in the base end side part of the filament body so as to be movable along the axial direction. As a result, when the fishhook is removed, the stick-prevention part moves toward the fishhook locking part while coming into contact with the inside of the fish's mouth, and comes close to or comes into contact with the fishhook locked in the fishhook locking part, so that the tip of the hook is It is possible to reliably prevent the fish from being stuck into the mouth again.

That is, for example, even when various fishhooks with different lengths on the tip side are locked in the fishing line locking part, the piercing prevention part corresponding to the fishhook will move toward the fishhook locking part while contacting the inside of the fish's mouth. Since the tip moves toward or comes into contact with the needle tip, it is possible to reliably prevent the needle tip from sticking into the fish's mouth again.

In addition, especially for fishhooks with a large length on the tip side, contrary to the above, the needle tip pushes and moves the sticking prevention part toward the rod-shaped body, so that the sticking prevention part is formed into a small size. It is possible to reliably prevent the hook tip from sticking into the fish's mouth again, and it is therefore possible to accurately handle various fishhooks with different lengths on the hook tip side.

Furthermore, even when removing a fishhook that is stuck in the fish's mouth wall by pushing the fish's mouth wall with the tip side of the fishhook locking part, the sticking prevention part is movably fitted into the striated body, so that it can be easily removed. Since there is no risk of the fish's mouth wall getting caught between the hook tip side and the sticking prevention part, the fish hook can be removed without damaging the inside of the fish's mouth.

(6) Since the puncture prevention part is fitted to the proximal part of the filament so that it can move freely along the axial direction, for example, if the tip of a fishhook removed from a fish pierces the puncture prevention part. Even in this case, the fishhook can be removed from the puncture prevention part by moving the stab prevention part as described above, rather than by pulling out the fishhook side, so that it is possible to facilitate and speed up the removal of the fishhook stuck in the puncture prevention part. can.

[Brief explanation of drawings]

FIG. 1 is a perspective view showing a fishhook remover according to an embodiment of the present invention, and FIG. 2 is a perspective view for explaining one use state of the fishhook remover. DESCRIPTION OF SYMBOLS 1... Rod-shaped body, 2... Fishhook locking part, 3... Linear body, 4... Fishhook, 4a... Fishing line, 5... Sticking prevention part, 6... Holder, 6a... Fitting hole, 6b
...Attachment part.

Claims (1)

[Scope of Claims] 1. The free end side of the filament body protruding from one end side of the rod-like body along the axial direction thereof is folded back and wound in a spiral shape so as to be biased to the outside of the axis. A spiral fishhook locking portion and a proximal portion of the filamentary body extending along the axial direction are loosely inserted into the shaft core portion and are movable along the axial direction in the proximal portion. A fishhook removing tool, characterized in that it is fitted with a stab prevention part that is formed to have a larger diameter from a small diameter part on the fishhook locking part side toward the rod-shaped body side. 2. Claim 1, wherein the piercing prevention portion is formed of an elastic material.
Fishhook removal tool as described in section.