JPH08126453A - Internally threaded float - Google Patents

Abstract

PURPOSE: To obtain an internally threaded float enabling the reduction of the resistance of the float against waves and capable of quickly catching the bite of fish with high sensitivity by placing a stopper 4 touching a float stopper fixed on the line at the lower side of a line-passing hole. CONSTITUTION: This internally threaded float 1 has a line-passing through hole 16 vertically bored through the center of the main body of a float. The float 1 is provided with a stopper 4 which touches a float stopper fixed on a line 2 at the lower side of the line-passing through hole 16.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is an improvement of a centering float having a threading hole that passes vertically through the center of a floating body. By arranging a stopper that comes into contact with a float stop attached to the thread, it relates to a centering float that can catch the fishery (Atari) quickly and with high sensitivity by reducing the resistance of the float body to waves. .

[0002]

2. Description of the Related Art As shown in FIG. 4, the structure of a conventional floater float 10 is generally constructed as a main body 11 having a threading hole 12 vertically passing therethrough. Is. When attaching a tackle using this hollow float 10, the top guide 14 of the tip 13a of the rod 13 is attached.
A float stopper 16 is attached to the front side of the road thread 15 which is fed out through, and then the cell ball 17 is inserted, and the road thread 15 is inserted downward from above the path thread passing hole 12 of the middle float 10. Then, attach a predetermined weight 1 to the lower end of this thread 15.
8 and finally Harris 20 via the connector 19.
The current situation is to install.

[0003]

However, in the device using the above-described conventional hollow float 10, as shown in FIG. 5, for example, when surf fishing or the like is performed, before the device is jumped to a predetermined target point. The winding yarn 15 is wound on the reel, and the hollow float 10 is brought close to the top guide 14. In this state, the hollow float 10 is infinitely close to the weight 18 attached to the lower end of the road thread 15 or the side of the connecting tool 19, and it is suitable for throwing the tackle to the target point, that is, the rod 13. The total weight including the tackle is concentrated on the tip 13a. In this state, the tip 13a of the rod 13 is moved backward to start throwing. The person who throws next concentrates all the nerves for throwing on the weight portion of the tip 13a, and vigorously swings the tip 13a side toward the target point. Then, in the air, float 1
When the entire mechanism including 0 and the weight 18 reaches an ideal position where the predicted target point will be reached, the reel lever of the reel is released and the mechanism is thrown toward the air.

Then, as shown in FIG. 6, the device which has reached the predetermined point is pulled by a weight 18 and settles in the sea. Harris 20 sinks in the sea
The cell ball 17 comes into contact with the cell ball 17 and floats through the cell ball 17 1
It stops when the upper end of 0 abuts. The floating level of the Harris 20 in the sea is determined by the width of the Harris 20 and the float 16 provided for the road thread 15, and the mechanism is set at a predetermined point.

By the way, the conventional hollow float 10 described above is used.
In the device using, the float stopper 16 and the cell ball 17 are positioned above the center thread float 10 in the thread thread hole 12 provided vertically through the center of the float body 11, and the thread thread hole 12
Since the weight 18 and the Harris 20 are attached to the lower portion of the cell via the connecting tool 19, the gravity of the device set at the point causes the cell contacting the floating stopper 16 above the hollow float 10 to come into contact with the cell. It will be hanging on the ball 17. Therefore, atari of the fish with respect to the bait of Harris 20 of the conventional hollow float 10, that is, a weak vibration generated when the fish touches the bait is transmitted to the line 15 and the top guide 14 through the hollow float 10. . That is, since the atari when the conventional hollow float 10 is used is felt through the hollow float 10, the sensitivity to weak atari is very poor, and therefore the buoyancy of the hollow float 10 is changed. The weak Atari that cannot be born cannot be perceived as Atari, and there is a problem in that the fish that could otherwise be caught will be missed.

[0006]

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object of the present invention is to provide a threading hole which vertically passes through the center of a floating body. The improvement of the hollow float having
By arranging a stopper that comes into contact with a float stop attached to the road thread under the road threading hole, the resistance of the floating body to waves is reduced and catching fishery (Atari) quickly and with high sensitivity. In order to provide a threading float that can be formed, for that purpose, in a threading float having a threading hole that passes vertically through the center of the float body, the thread is attached to the lower side of the threading hole. The through float is constructed by arranging a stopper that comes into contact with the float stop.

[0007]

Since the present invention is constructed as described above, the device which has reached the predetermined point can be guided by the stopper provided below the road threading hole vertically penetrating the center of the floating body. It is possible to stop the float stop attached to the thread, so the gravity of the device set at the point is concentrated on the lower position which is the stopper position of the through float,
The gravitational force of this device extends upward through the hollow float and is directly transmitted to the top guide of the tip through the yarn. Therefore, the fish's atari against Harris's bait, i.e., the slight vibration that occurs when the fish touches the bait, vibrates directly against the tip without violating the buoyancy of the bobbin float, as was observed in the conventional bobbin float. Since it is felt as (Attari), it can be caught with a very good sensitivity even for a weak Atari, so that it is possible to efficiently catch a fish that could not be caught by the conventional floating float.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT An embodiment of a hollow float according to the present invention will be described below with reference to the drawings. FIG. 1 is a cross-sectional view showing an embodiment of the hollow float according to the present invention, and FIG. 2 is an explanatory view of a device using the hollow float according to the present invention, and FIG.
FIG. 7 is an explanatory view of the function of the floating float according to the present invention.

The structure of the hollow float 1 according to the present invention is shown in FIG.
As shown in FIG. 3, a float threading hole 1b is formed at the center of the floating body 1a so as to vertically pass therethrough, and a stopper 4 is provided below the road threading hole 1b so as to come into contact with a float stopper 3 attached to the road thread 2. Is configured. By the way, the stopper 4 is
In this embodiment, a cell ball 1e (a bead having a hole having a diameter through which the thread passes) is placed in a hollow cap 1d that covers a tube 1c provided below the thread thread 1b. ).

By the way, when the tackle is attached using the hollow float 1, the float stopper 3 is attached from the front side to the road thread 2 fed out through the top guide 6 of the tip 5a of the rod 5, and then, Threading hole 1b for the center float 1
Insert the thread 2 from above to below
The cell ball 1e is passed through the lower end of the cell, that is, the road thread 2 extending downward from the protruding cylinder 1c, and the tip of the road thread 2 extending downward of the cell ball 1e is passed through the hollow cap 1d. The cell ball 1e is arranged in the hollow cap 1d (the cell ball is arranged so as to be movable up and down in the cap) in the hollow cap 1d, and finally the hollow cap 1d is put on the tube 1c to make it hollow. A predetermined weight 7 is attached to the lower end of the road thread 2 pulled out from the small hole 1f of the cap 1d, and finally the Harris 9 is attached via the connecting tool 8 to complete the process.

The operation of the hollow float according to the present invention will be described below on the basis of the above construction. In the device using the hollow float 1 according to the present invention, for example, as shown in FIG. 2, when surf fishing or the like is performed, before the device is jumped to a predetermined target point, the road thread 2 is wound around the reel R, Floating 1
Close to the top guide 6. In this state, the hollow float 1 is infinitely close to the weight 7 attached to the lower end of the road thread 2 or the side of the connecting tool 8, which is suitable for throwing the tackle to the target point, that is, the rod 5. The total weight including the tackle is concentrated on the tip 5a.
In this state, the tip 5a of the rod 5 is moved backward to start throwing.

The person who throws next concentrates all the nerves for throwing on the weight portion of the tip 5a, and vigorously swings the tip 5a side toward the target point. When the entire device including the hollow float 1 and the weight 7 in the air reaches an ideal position where the predicted target point is reached, the reel lever of the reel R is released and the device is thrown toward the air.

Then, as shown in FIG. 3, the device which has reached the predetermined point is pulled by the weight 7 and settles in the sea. The sinking of the Harris 9 in the sea is caused by the hollow cap 1d, and the hollow cap 1d, which extends through the float stop 3 and projects below the float 1.
The cell ball 1e enclosed inside stops when the contact comes into contact. The floating level of the Harris 9 in the sea is determined by the width of the Harris 9 and the floats 3 provided for the line 2, and the device is set at a predetermined point.

By the way, in the device using the hollow float 1 described above, the cell ball 1e enclosed in the hollow cap 1d provided below the path threading hole 1b vertically penetrating the center of the float body 1a. The weight 7 and the Harris 9 provided via the connector 8 are set on a predetermined shelf (water depth) in the sea when the float 3 comes into contact with the floating stopper 3. The float 6 is brought into contact with the cell ball 1e located below 1 and the atari directly felt by this contact passes through the yarn threading hole 1b without going against the buoyancy of the hollow float 1 and extends upwardly 2 Is transmitted to the top guide 6 of the tip 5a of the rod 5. Therefore, atari of the fish to the bait of Harris 9 of the middle float 1
That is, the weak vibration generated when the fish touches the bait is not attenuated by the buoyancy of the hollow float 1 and the top guide 6
Will be transmitted to Atari. Therefore, a fish that feels atari can be caught without missing it.

[0015]

As described in detail above, the bobbin float according to the present invention has a bobbin threading hole vertically passing through the center of the floating body. Since a stopper that comes into contact with a float stop attached to the road thread is arranged on the side, the inside float is configured,
The tackle that has landed at a predetermined point can stop the float stop attached to the road thread with a stopper arranged below the path threading hole that is vertically penetrated in the center of the floating body. The gravitational force of the gimmick set at the point is concentrated on the lower part, which is the stopper position of the hollow float, and the gravitational force of this gimmick extends upward through the hollow float and extends upwards through the thread to reach the top guide of the tip. Be transmitted directly to. Therefore, the fish's atari against Harris's bait, that is, the weak vibration that occurs when the fish touches the bait, does not directly transform into the change in the buoyancy of the bobbin float, as is the case with the conventional bobbin float, but directly changes the tip. Vibration against (atari)
Therefore, the atari sensitivity becomes extremely good, and therefore, even the atari that cannot be perceived by the conventional floater has the various effects such as being highly sensitive and can be caught.

[Brief description of drawings]

FIG. 1 is a cross-sectional view showing an embodiment of a hollow float according to the present invention.

FIG. 2 is an explanatory view of a device using a hollow float according to the present invention.

FIG. 3 is an explanatory view of the function of the hollow float according to the present invention.

FIG. 4 is a cross-sectional view showing an example of a conventional hollow float.

[Fig. 5] is an explanatory view of a device using a conventional hollow float.

[Fig. 6] is an explanatory view of a conventional floating operation

[Description of sign]

 1 Medium float 1a Floating body 1b Road threading hole 1c Tube 1d Hollow cap 1e Cell ball 1f Small hole 2 Road thread 3 Float stop 4 Stopper 5 Rod 5a Tip 6 Top guide 7 Weight 8 Coupling device 9 Harris R reel

Claims (2)

[Claims] 1. In a hollow float having a threading hole that passes vertically through the center of the float body, a stopper is disposed below the threading hole and comes into contact with a float stopper attached to the thread. Floating throughout. 2. The center float according to claim 1, wherein the stopper is composed of a cell ball arranged in a hollow cap provided on the lower side of the thread passage hole.