JP2008073036A - Fish hook-removing device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a fish hook-removing device to change a direction of the needle point of a fish hook which is invisible as it sticks deep in a fish mouth and be taken out without sticking to other parts in drawing out the fish hook in a simple structure. <P>SOLUTION: The fish hook-removing device has a gourd-shaped slidable hollow pipe 1, a fish hook-removing member 2 adapted to the hollow shape of the gourd-shaped hollow pipe 1 and installed in the gourd-shaped hollow pipe 1, a fish hook through-hole 2a formed on the tip of the fish hook-removing member 2 in a size for passing through the fish hook and a notch 2c leading to the fish hook through-hole formed in a width able to pass a leader. By sliding the gourd-shaped hollow pipe 1 in the direction of the tip of the fish hook-removing member 2 in a state in which the fish hook 3 is hung on the the fish hook through-hole 2a, the tip 1a of the gourd-shaped hollow pipe 1 is pressed to the tip 2d of the fish hook through-hole 2a with nipping the fish hook 3 to fix the fish hook 3, while the fish hook 3 is a little forced to change the direction of its tip, therefor, when removing the fish hook 3 from a fish mouth, the direction of the tip of the fish hook 3 is changed to the opposite direction to the pulling direction of the fish hook-removing device and the fish hook 3 can be taken out without sticking to other parts in the fish mouth. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a fishing needle remover that can easily remove a needle stuck deep in a fish mouth.

  When removing a fishhook that has been swallowed by a fish, it is common to use a tool such as that described in Patent Document 1 and remove the fishhook that has been stuck deep into the mouth of the fish, and the shape is compact and easy to use. There are many commercial products.

  In Patent Document 2, there is proposed a fish hook remover that can be taken out by changing the direction of the tip of the fishhook that cannot be seen by being stuck deep into the mouth of the fish so that it does not stick into another part when the fishhook is pulled out. Yes.

Patent Publication 2002-95400 Patent Publication 2005-185185

However, when a tool such as Patent Document 1 is used, depending on the shape of the fishhook, even if the fishhook stuck deep into the mouth of the fish is removed, it will be stuck in another part when it is pulled out, so it is difficult to take out the fishhook. There is a problem.
In Patent Document 2, since a part of the fishhook is drawn into the pipe, a strong force is applied to the fishhook and the fishhook may be deformed or broken.
It is not popular in the market due to its complicated and bulky structure.

  In the present invention, while maintaining the simple structure and compactness of Patent Document 1, the direction of the tip of the fishhook of Patent Document 2 can be changed, and the fishhook can be taken out without being stuck in another part when the fishhook is pulled out. An object is to provide a hook remover.

  The fishhook remover of the present invention includes a slidable saddle-shaped hollow pipe, and a saddle-shaped hollow pipe provided with a fishhook-removing member having a shape matching the hollow shape of the saddle-shaped hollow pipe, and at the tip of the fishhook-removing member. It has a fish hook through hole formed with a diameter through which the fish hook passes and a notch leading to a fish hook through hole formed with a width that allows Harris to pass through. Because the fish hook is pressed with the tip of the fish hook through hole and the tip of the saddle-shaped hollow pipe sandwiching the fish hook, the fish hook is fixed and a force to change the direction of the tip of the fish hook works. When pulling out the fishhook from the mouth of the fish, the direction of the tip of the fishhook can be changed.

  According to the fish hook remover of the present invention, in a state where the slidable saddle-shaped hollow pipe is moved to the opposite side from the tip of the fish hook remover member, Harris is passed through the notch that leads to the fishhook passage hole of the fishhook remover member, In this state, the fish hook can be hung on the bottom of the fish hook hole by inserting the fish hook remover into the fish mouth.

  Then, when the rod-shaped hollow pipe is slid toward the tip of the fish hook removing member, the hook-shaped hollow portion of the rod-shaped hollow pipe is hooked in a state where the tip portion of the fish hook protrudes outward, and further toward the tip. The tip of the saddle-shaped hollow pipe is pressed against the tip of the fish hook through-hole so that the fish hook is fixed, and a force that changes the direction of the tip of the fish hook works. Therefore, when pulling out the fishhook from the mouth of the fish, the direction of the needle tip changes in the direction opposite to the direction of pulling out the fishhook removal tool, and the fishhook can be taken out without being stuck in another part of the fish mouth.

  The notch that leads to the needle-through hole is a position that is hidden inside the saddle-shaped hollow pipe to ensure the strength of the needle remover when the fish-shaped hollow pipe is slid and pressed against the tip of the fish-hook through hole. It is desirable to open it.

  When sliding the saddle-shaped hollow pipe toward the tip of the fish hook removal member, it is necessary to prevent the tip of the fishhook from entering the saddle-shaped hollow pipe. It is desirable to make the gap between the outer diameters of the fishhook removal member as small as possible.

  The saddle-shaped hollow pipe is preferably made of a strong material to some extent because it is pressed against the tip of the fishhook through-hole while the fishhook is sandwiched between the tips of the saddle-shaped hollow pipe.

According to the present invention, when the fishhook is removed from the fish mouth, the direction of the needle tip is changed to the direction opposite to the pullout direction, so that the fishhook can be taken out without being stuck in another part.
Further, since the fishhook is fixed when the fishhook is removed from the fish mouth, it is not necessary to pull Harris in order to fix the fishhook.
Such a fish hook remover is very simple in structure, can be easily controlled even in a small pocket, and becomes a fish hook remover with extremely low manufacturing costs.

  FIG. 1 is a front view of a saddle-type hollow pipe, FIG. 2 is a front view of a fish hook removal member, and FIG. 3 is a front view of a fish hook removal tool and a sectional view thereof according to the embodiment of the present invention.

  The saddle shape in FIG. 1 may be about 2 cm from the left side, and the right side shape is not limited thereafter.

  As shown in FIG. 3, the fishhook remover in the embodiment of the present invention is configured by a very simple combination in which the fishhook removal member 2 is passed through the saddle-shaped hollow pipe 1.

  An embodiment will be described with reference to FIG. First, as shown in FIG. 4A, the saddle-shaped hollow pipe 1 is moved to the right, and the Harris 4 tied to the fishhook 3 swallowed by fish (not shown) is inserted into the notch 2c of the fishhook removal member 2. The fish hook remover (the saddle-shaped hollow pipe 1 and the fish hook remover 2) is inserted into the fish mouth.

  When the tip of the fish hook removing tool reaches the fish hook in the fish mouth, the fish hook 3 is hooked on the right inner wall 2b of the fish hook through hole 2a of the fish hook removing member 2 as shown in FIG.

  In this state, when the rod-shaped hollow pipe 1 is slid toward the tip of the fishhook removal member 2 as shown in FIG. 4C, the tip of the fishhook 3 is placed on the rod-shaped hollow portion 1 a of the rod-shaped hollow pipe 1. Hang with the shaft part protruding outwards.

  When the rod-shaped hollow pipe 1 is further slid toward the tip as shown in FIG. 4 (d), the tip 1a of the rod-shaped hollow pipe is pressed against the tip 2d of the fishhook through hole 2a with the fishhook 3 being sandwiched between them. Is fixed, and since the fishing hook is elliptical, a force to change the direction of the tip of the fishing hook 3 acts, so that the fishing hook 3 tends to go in the direction opposite to the pulling-out direction of the hook removing tool. In this state, by pulling out the fishhook removal tool from the fish mouth, the fishhook 3 can be completely taken away from the fish mouth 3 in the opposite direction without being stuck in another part of the fish mouth.

  The fish hook remover of the present invention is useful as a tool for removing a fish hook swallowed by a fish, and can be manufactured extremely compactly and inexpensively. In particular, it is suitable as a tool that can be taken out so that a fishhook that cannot be seen by being stuck deep in the mouth of a fish is not stuck in another part.

It is a saddle type hollow pipe figure which is a part of fish hook removal tool. It is a fishhook removal member figure which is a part of fishhook removal tool. FIG. 3 is a front view and a cross-sectional view of a fishing hook remover in an embodiment of the present invention in which FIG. 1 and FIG. 2 are combined. It is explanatory drawing which shows the use procedure of the hook removal tool in this embodiment. FIG. 5 is an enlarged view of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Reed hollow pipe 1a Recessed part of reed hollow pipe 2 Fish hook removing member 2a Fish hook through hole of fish hook removing member 2b Fish hook through hole right inner wall 2c of fish hook removing member 2c The tip of the hook hole of the removal member 3 Fishhook 4 Harris

Claims (3)

  A slidable saddle-shaped hollow pipe, and a fish-hook removing member having a shape corresponding to the hollow shape of the saddle-shaped hollow pipe are provided in the saddle-shaped hollow pipe, and the fish-hook removing member has a diameter through which the fish hook passes through the tip. And a notch communicating with the fishhook through hole formed with a width that allows Harris to pass, and by sliding the saddle-shaped hollow pipe, the fishhook and the through hole are inserted. The tip of the fishhook through-hole is formed by hooking the fishhook on the tip of the saddle-shaped hollow pipe with the tip of the fishhook and the shaft protruding outward and sliding the rod-shaped hollow pipe. When the fishhook is pulled out from the fish mouth, the tip of the saddle-shaped hollow pipe is pressed against the fishhook, fixing the fishhook and changing the direction of the tip of the fishhook. Fish hook Remove tool can change the previous direction.   The notch leading to the needle-through hole is formed by sliding the saddle-shaped hollow pipe to secure the strength of the needle remover when the fishhook is sandwiched and pressed against the tip of the fish-hook through-hole. 2. The fishhook remover according to claim 1, wherein the fishhook remover is opened at a position hidden inside.   When sliding the saddle-shaped hollow pipe toward the tip of the fishing-hook removing member, the inner diameter of the saddle-shaped hollow pipe and the fishhook so that the hook tip portion of the fishhook does not enter the saddle-shaped hollow pipe. The fish hook remover according to claim 1, wherein a gap having an outer diameter of the removing member is in close contact with the body portion of the fish hook removing member by about 2 cm from the tip of the saddle-shaped hollow pipe.

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