JP2006223282A - Float changing over to free moving or fixed state for fishing - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a float changing over to a free moving state or a fixed state for a fishing line by operation to deliver the fishing line even in a quick tidal current in rock fishing using a conical float. <P>SOLUTION: The float changing over to the free moving state or the fixed state is designed to provide the float with the free moving state for the fishing line because a tilted pipe 6a is located in the lower part of a mortar-like spatial part 2a and becomes a straight-line state with a pipe 5a in the float body when the fishing line 13 is fed to the float. When the fishing line is stopped from feeding or pulled, the tilted pipe 6a is pulled by the fishing line and lifted while bringing the upper part into contact with an upper lid circular opening part 4 and is stopped from lifting when a constricted part 8 reaches the upper lid circular opening part 4 to start tilting with the constricted part 8 as the fulcrum. Since a structure in which the gap between the tip part 10a in the lower part of the tilted pipe and the inner wall of the mortar-like spatial part 2a is narrowed as the tilting proceeds is formed, the fishing line emerging from the tip part 10a in the lower part of the tilted pipe is pressed and bent in the gap. Thereby, the fishing line becomes the fixed state with the float body 1a. The float can be changed over from the free moving state to the fixed state. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

The present invention relates to a fishing hook (hereinafter referred to as “stabbed food”) that is fed to the point of the swimming layer of the fish that is aimed at by the float that is in a floating state with respect to the fishing line in fishing using a sea bass with a tidal current and a deep water. After the settling, in order to maintain the position of the settling stabbed food, and to make the stabbed feed run ahead of the ground, when adjusting to stop feeding the fishing line or to suppress the feeding, The present invention relates to a technique for converting a ground to a fixed state with respect to a fishing line.

After reaching the point of the fish swimming layer aiming for stabbed food in the tide that is mainly performed in carp fishing at present, the general method of trying to hold the stabbed food at that point is a floating buoyancy with large buoyancy A heavier weight is attached to the fish, and the weight is reduced to prevent lifting, but it is as light as possible so that the fish with the stabbed food will not feel a sense of incongruity as much as possible. This is in contradiction to the angler's thoughts to make a device. In addition, rubber is used in the upper part of the hole for inserting the fishing line of the floating uki, and the uki is intended to be fixed using the frictional force. Therefore, it will hinder the settling of the important mechanism. In any case, it is greatly influenced by the speed of the tidal current and does not guarantee that the ground is kept fixed with respect to the fishing line.
Patent Publication 2003-259882

Therefore, according to the present invention, a fishing line is sent to the ground in a floating state in order to sink a lower device (hereinafter referred to as “under the ground”) from the ground. In order to hold the stabbed food at the target position, the fishing line is fixed when the fishing line is stopped, or the fishing line is stretched to prevent the fishing line from being sent out. That is, it is an object to provide a uki which can freely convert the uki to a floating state or a fixed state with respect to the fishing line by feeding the fishing line or operating the tension.

First means for solving the problem

In order to solve the above problems, in the present invention of claim 1, the upper lid 3 having a center of gravity located at the lower portion and high independence as shown in FIG. 1 and having a bowl-shaped space portion 2 a and a circular opening portion 4 at the upper portion. The provided cone-shaped main body 1a and the opening portion 7a protrude from the upper lid 3, and the bulging portion 9 below the constricted portion 8 has an inclined pipe 6a included in the bowl-shaped space portion 2a. When the inner wall of the space 2a is inclined with the contact point between the constricted portion 8 of the inclined pipe 6a and the upper lid circular opening portion 4 as a fulcrum, the gap between the inclined pipe 6a and the lower end portion 10a of the inclined pipe becomes narrower according to the inclination of the inclined pipe 6a. It is made. Further, since the diameter of the inclined pipe lower bulging portion 9 is larger than the diameter of the upper lid circular opening 4, the inclined pipe 6 a uses a floating fixed variable uki that does not leave the conical uki body 1.

In this floating fixed variable base, when the fishing line 13 is sent, the fishing line 13 tends to settle with the weight under the base, so that the inclined pipe 6a is placed below the bowl-shaped space 2a so as to be pulled by the fishing line 13. Although it is located and is in a floating state that does not hinder settling of the fishing line 13 because it is in a straight line with the pipe 5a in the main body.
When the feeding of the fishing line 13 is stopped, restrained, or pulled to the angler side, the cone body 1a is swept away from the angler by the tide, so the fishing line 13 is pulled to the angler side, The inclined pipe 6a is pulled by the fishing line 13 and rises in contact with the upper lid circular opening portion 4. When the inclined pipe constricted portion 8 reaches the upper lid circular opening portion 4, the constricted portion 8 is caught by the upper lid circular opening portion 4. The rising of the inclined pipe 6a stops, the pulling force of the fishing line 13 acts on the inclined pipe opening portion 7a with the inclined pipe constricted portion 8 as a fulcrum, the inclined pipe 6a starts to be inclined, and the inner wall of the bowl-shaped space portion 2a is inclined pipe Since the gap between the lower end portion 10a of the inclined pipe gradually narrows as the inclination 6a advances, the inclination of the inclined pipe 6a advances. Fishing line 13 exiting from an oblique pipe under the tip portion 10a is pressed into the gap, also converts the fixed lifting a state of fixation and lifting body 1a by bending.
In this way, the floating fixed variable uki characterized by being able to freely change from the floating state to the fixed state by adjusting the operation of feeding, stopping, or pulling the fishing line 13 is used.

Second means for solving the problem

In the present invention of claim 2, as shown in FIG. 4, a conical uki body 1 b having a center of gravity located at the lower portion and high self-supporting property, and an inclined pipe 6 b having a rotation shaft at the upper center of the uki body 1 b, As the inner wall 2b, a floating fixed variable wall having a shape in which a gap with the inclined pipe lower tip portion 10b gradually narrows according to the inclination of the inclined pipe 6b is used.

In this floating fixed variable uki, when the fishing line 13 is fed, the fishing line 13 tends to settle with a weight under the uki, so the fishing line is pulled down and the inclined pipe 6b is a pipe inside the uki body with the rotating shaft 12 as a fulcrum. Since it is in a straight line state with 5b, it becomes a floating state that does not hinder settling of the fishing line 13.
When the feeding of the fishing line 13 is stopped, suppressed, or pulled toward the angler side, the cone body 1b is swept away by the tidal current, so that the fishing line 13 is pulled toward the angler side, and the inclined pipe rotating shaft 12 As a fulcrum, the pulling force of the fishing line 13 acts on the inclined pipe opening portion 7b, the inclined pipe 6b starts to be inclined, and as the inclined pipe 6b is inclined, the fishing line 13 that comes out from the lower end portion 10b of the inclined pipe is connected to the main body inner wall 2b. When pressed by the gap and bent, it becomes fixed to the main body 1b and is converted into a fixed base.
In this way, the floating fixed variable uki characterized by being able to freely change from the floating state to the fixed state by adjusting the operation of feeding, stopping, or pulling the fishing line 13 is used.

BEST MODE FOR CARRYING OUT THE INVENTION

In sea fishing with a fast tidal current and a deep water depth, as shown in FIG. It is assumed that a floating fixed variable base is provided. When the fishing line 13 is sent out after throwing a device such as a seaweed into the sea, the seaweed is in a floating state so that it can sink the stabbed food 19 and then sinks to the sea layer where the stabbed food 19 is aimed. After that, when the feeding of the fishing line 13 is stopped or restrained in order to keep the position, the fishing line 13 is drawn to the angler side because the main body itself is swept away from the angler by the tide. Since the inclined pipes 6a, 6b change to a fixed state by tilting with respect to the main body 1a, 1b and do not lift the lower part of the main body 1a, 1b, It makes it possible to easily precede it.
At the time of collecting the device, the fishing line 13 is pulled downward by the weight under the uki and the underwater resistance under the uki, and the inclined pipes 6a and 6b and the in-body pipes 5a and 5b are in a straight line. Returning to the step, the uki is in a floating state, and the uki reaches the lower limit of the movability range, so that the device can be easily collected.

Sectional drawing of the main body and inclined pipe in the fixed state of Claim 1 Partial sectional view of the main body and the inclined pipe in the idle state of claim 1 Perspective view of FIG. Sectional drawing which looked at the Uki main body and inclination pipe in the fixed state of Claim 2 from the extension direction of the inclination pipe rotating shaft The partial cross-sectional view which looked at the inclined pipe rotating shaft from the front of the Uki body and the inclined pipe in the idle state of claim 2 5 is a perspective view of FIG. Overall view of the device using the present invention

Explanation of symbols

DESCRIPTION OF SYMBOLS 1a, 1b Cone main body 2a Body bowl-shaped space part 2b Body wall 3 Main body upper cover 4 Upper cover circular opening part 5a, 5b Body pipe 6a, 6b Inclined pipe 7a, 7b Inclined pipe opening part 8 Inclined pipe constriction part 9 Inclined pipe Lower bulge portion 10a, 10b Inclined pipe lower tip portion 11a, 11b Inclined pipe lower tip portion inclined trajectory 12 Inclined pipe rotating shaft 13 Fishing line 14 Ditching thread 15 Semi-circular squirrel 16 Drum cushion 17 Sulkan 18 Fishing hook with food (stabbed food) )

Claims (2)

The center of gravity is located in the lower part and is highly self-supporting, and the cone-shaped main body 1a provided with the upper lid 3 having the bowl-shaped space 2a and the upper lid circular opening 4 inside the upper part, and the bulging part 9 below the constricted part 8 are The inclined pipe 6a is included in the bowl-shaped space 2a, the upper opening portion 7a is provided with the inclined pipe 6a protruding from the upper lid 3, and the contact point between the inclined pipe constricted portion 8 and the upper lid circular opening portion 4 is a fulcrum. A conical wall characterized in that the gap between the lower end portion 10a of the inclined pipe and the inner wall of the bowl-shaped space portion 2a becomes narrower as the inclination of the pipe advances. 2. The inclined pipe 6b according to claim 1, wherein a rotating shaft 12 is provided in the vicinity of the center of the inclined pipe instead of the floating inclined pipe 6a. A conical wall provided with an inner wall 2b having a shape in which the gap with the lower tip portion 10b becomes narrower as the inclination of the inclined pipe 6b advances instead of the bowl-shaped space 2a.

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