JPS6228647B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] This invention relates to a float mainly used for fishing for large fish, and more particularly to a float that allows a fishing line to move when a fish is caught on a hook.

[Prior Art] Conventional floats are fixed to a fishing line. This float experiences strong water resistance when a fish bites the bait and pulls on the fishing line. A float with high resistance will pull the fish with a strong force. A fish that has bitten the bait has a tendency to forcefully escape if you pull it hard. The further the fish runs away, the longer the line needs to be let out from the reel, and the longer it takes to catch the fish. For this reason, 100m from the reel
It is not uncommon for him to let out a fishing line. If a fish caught on a fishing line is not pulled strongly by the resistance of the float, the fish will not escape very far. When a fish is hooked on the line, it is necessary to let out the line from the reel until the fish stops pulling on the line. No matter how much the fishing line is fed out, unless the resistance of the float is reduced, the pulling force that attracts the fish cannot be sufficiently weakened.

An ideal float is one that is fixed to the fishing line until the fish bites the bait, and after the fish is hooked on the hook, the fishing line can move freely.

[Purpose] This invention was developed with the purpose of realizing this, and when a fish is caught on a fishing line and the fishing line is pulled, the connection between the fishing line and the float is released. The float is used in the same way as a conventional float until a fish is hooked, clearly indicating when the fish is biting, and after the fish is biting, the float itself pulls the fish strongly due to the resistance of the water. To provide a float that can quickly and easily catch a large fish without causing any problems and without having to let out a fishing line longer than necessary after the fish bites.

[Means for Solving Conventional Problems] The float of this invention consists of a floating body in which thread holes are formed, and a bendable piece arranged in the floating body so as to be bendable. The bent piece has a hole drilled through it, and this hole communicates with the thread hole, and further,
It is attached to the floating body so as to be tiltable around the end that approaches the opening end of the thread hole. The bending piece tilts as it rotates, and the fishing line is movably inserted through the thread hole in a state where it is stretched linearly with respect to the thread hole. On the other hand, when the bent piece is bent with respect to the thread hole, it is pinched at the bent portion between the thread hole and the hole. The bent piece is configured so that when a fish bites and the fishing line is pulled, the bent piece is rotated linearly relative to the thread hole.

[Preferred Embodiments] Hereinafter, embodiments of the present invention will be described based on the drawings.

The float shown in FIG. 1 consists of a floating body 1 and a bent piece 2.

The floating body 1 has an egg-shaped outer shape, has a thread hole 3 vertically bored in the lower part, and has a bent piece 2 in the upper part.
A slit 4 is provided in which the can be tilted.

The diameter of the thread hole 3 is determined to be approximately 2 to 5 mm, for example, so that a tube 5 made of a rubber-like elastic body is inserted therein, and a fishing line 6 is passed through the tube 5.

The tube 5 keeps the line hole 3 open even when the fishing line 6 is pulled.
It is fixed to the thread hole 3 so as not to shift from the position. The inner diameter of the tube 5 is determined to be a size that allows the fishing line 6 to move freely, for example, 0.5 to 2.0 mmφ.

As shown in FIG. 1, the slit 4 is arranged so that the bent piece 2 can be tilted from a vertical state to a horizontal state.
It is inserted into the upper open end of the thread hole 3 and carved.

As shown in FIGS. 3 and 4, the side surface of the slit 4 is arranged so that the bent piece 2 can be tilted.
A shaft recess 8 into which the shaft 7 protruding from both sides is fitted,
It is located almost directly above the thread hole 3 of the floating body 1, and a locking protrusion 9 on the side of the bent piece is provided to prevent the bent piece 2 from being vertically rotated when unnecessary. A hooking groove 10 is provided.

As shown in FIGS. 1 and 2, the bent piece 2 is
It is formed into a rectangular tube shape with a width approximately equal to the spacing between the slits 4 so that it can tilt within the slits 4 of the floating body 1.

The folding piece 2 is shown in FIGS. 5 to 8. This bent piece 2 has a rectangular cross-sectional outer shape, and a circular hole 11 is penetrated through the center. On both sides, a shaft 7 protrudes so that it can tilt itself.

The hole 11 is formed in the thread hole 3 of the floating body 1 so that the upper end portion of the tube 5 inserted into the floating body 1 can be inserted therethrough.
It is formed with a diameter approximately equal to.

The fishing line 6 passed through the tube 5 has a bent piece 2.
As shown in Fig. 1, it is fixed to the float in a horizontal state, and the bent piece 2 is rotated vertically, so that the thread hole 3 of the floating body and the hole 11 of the bent piece 2 are in a straight line. In this state, the connection state is released.

As shown in FIG. 5, the hole 11 formed in the bent piece 2 is opened somewhat wider at the portion facing the thread hole 3 to form a clamping hole 12. Clipping hole 12
In this case, the bent piece 2 is tilted horizontally and the tube 5 is tilted at 90°.
The opening is narrower than the wall thickness of the tube 5 so that the fishing line 6 is caught between the bent portions of the tube 5 when the tube is bent.

The tube 5 inserted through the line hole 3 and the hole 11 has the advantage that the fishing line 6 does not come into direct contact with the floating body 1 or the bent piece 2, thereby preventing damage to the surface of the fishing line.
However, it is also possible to use the fishing line by passing the fishing line directly through the hole without inserting the tube through the hole. In this case, when the bent piece is bent at right angles to the line hole, the tip portion of the bent piece is formed such that, for example, a fishing line can be held in the holding hole.

[How to use] The method for using the float described above is to pass the fishing line directly through the line hole 3 and the hole 11 through the tube 5 or without using the tube, then fold down the bent piece 2 and release the fishing line 6. is fixed to the float. When a fish bites the bait in this state, the fishing line 6 is strongly pulled and the bent piece 2 is stretched in a straight line with respect to the line hole, and the fishing line 6 is released from the float and moves freely along the fishing line 6. You will be able to move to.

[Effect] In the float of the present invention, when a fish bites the bait and the fishing line is pulled, the bent piece rotates and the connection between the fishing line and the float is released. For this reason, when you let out the fishing line immediately after the fish bites the bait, the float moves freely along the fishing line, which is not subject to water resistance and allows the fish to swim freely without being pulled too hard. be able to. For this reason, the fish caught on the hook,
They don't resist the pull and run far away for that long. Therefore, after the fish bites the bait, winding of the fishing line can be started in a relatively short period of time, and a large fish can be caught quickly and reliably.

[Brief explanation of the drawing]

1 and 2 are a sectional view and a front view of a float showing an embodiment of the present invention, FIGS. 3 and 4 are sectional views showing a slit portion, and FIGS.
The figures are a side view, a bottom view, a front view, and a top view of the folded piece. 1...Floating body, 2...Bending piece, 3...Thread hole, 4
...Slit, 5...Tube, 6...Fishing line, 7
...shaft, 8 ... shaft recess, 9 ... locking protrusion, 10 ...
...Groove, 11...hole, 12...pinching hole.

Claims (1)

[Claims] 1. A floating body with thread holes, and a floating body with thread holes,
The bending piece is arranged so as to be freely bendable, and the bending piece has a hole bored through it, and this hole communicates with the thread hole. The fishing line is attached to the floating body so as to be tiltable about the approaching end, and when the fishing line itself rotates, it tilts and is stretched in a straight line with respect to the line hole. The bent piece is inserted into the thread hole in a movable manner, and the bent piece is bent with respect to the thread hole and pinched between the bent part of the thread hole and the hole. A float configured so that when it is pulled, the bent piece is rotated in a straight line relative to the thread hole.