JP3188342U - A floating tenbin using a guide with a ceramic ring - Google Patents

Abstract

To provide a stable tenbin in which friction between a road yarn and a guide ring is minimized.
A floating type tenbin composed of a heel side arm portion 1, a Harris side arm portion 2, and a shaft portion 3 having a weight mounting portion at the end by bundling both arm portions. The existing fishing rod guide having a ceramic ring was used for the guides 4 and 5 at the end of the Harris side arm portion to reduce the frictional resistance. Further, a guide 6 having a ceramic ring is arranged not only at both ends of the tenbin, but also at the center portion to suppress vibration of the tenbin that occurs during fish sprinting.
[Selection] Figure 1

Description

  The present invention relates to a floating tenbin that uses a guide in which a ceramic ring is arranged.

  In throw fishing, basket fishing, and boat fishing, a tenbin is used to prevent trapping and threading. There are two types of tenbin: fixed type and floating type. In the fixed type, the road thread and Harris are fixed to the arm of the tenbin. The fixed tenbin has the merit that the mouth is firmly attached by the repulsive force of the arm.

  On the other hand, in the floating type, rings called guides are provided at both ends of the arm, and the road line and Harris are connected. The road yarn is not fixed to the tenbin and guides the tenbin while moving. In throwing fishing and boat fishing aiming for a big game, a floating tenbin is often used in order to make the fish hold the needle without a sense of incongruity.

JP2013-146259A JP 2008-125501 A Japanese Patent Laid-Open No. 10-14462

  In the floating type tenbin, the road yarn guides the tenbin, so that the road yarn is always exposed to friction with the guide. Since the guide is made of a metal such as SUS, which is a tenbin material, rounded at both ends and welded into a ring, the load on the road yarn caused by friction is not small. In particular, the floating tenbin is often used for throwing large fish, and may be broken by friction with the guide due to the strong movement of the fish that has been stretched.

  Moreover, since there are usually only two guides at both ends of the tenbin, when the fish runs, the tenbin itself vibrates and lacks a sense of stability, and the fish may come off the needle.

  The invention disclosed in Patent Document 1 is a basket fishing tenbin, and Patent Document 2 is a throw fishing tenbin, both of which have a problem of preventing entanglement. Although these tenbins and the tenbin according to the present invention are used in different ways, both of them are floating-type tenbins, and therefore there is a common problem with the present invention. In other words, these tenbins have guides only at both ends, and the ring is made of a conventional metal material, which may cause instability and cutting problems due to friction between the yarn and the guide when it is hooked. Is expensive.

  Patent Document 3 discloses a boat fishing tenbin that has a problem of fishing a large object with a thin Harris and a road line. However, this invention uses 6 to 7 guide rings and engagement rings to solve the problem, and it is not realistic from the viewpoint of production time and cost in consideration of processes such as welding of each ring. The material of the guide ring remains the same as before.

  In order to solve the above problems, the present invention has an object to provide a floating type tenbin with stability by reducing the friction between the road line and the guide ring as much as possible by simply adding parts to the existing tenbin. And

  In order to solve the above-mentioned problem, the floating type tenbin according to the present invention is constituted by a heel side arm part, a Harris side arm part, and a shaft part having a weight mounting part at the end part by bundling both arm parts. The existing fishing rod guide having a ceramic ring was used as a guide at the end of the arm portion and the Harris side arm portion to reduce the frictional resistance. Also, a guide having a ceramic ring is arranged not only at both ends of the tenbin, but also at the center to suppress the vibration of the tenbin that occurs during fish sprinting.

  Since the guide has a ceramic ring and the friction between the yarn and the guide ring is reduced, the risk of the yarn being broken is reduced.

  Since a guide with a ceramic ring is installed in the center of the tempura, the vibration of the tempura caused by sprinting of the fish when hooked is reduced, and the catch rate of fish (bonito and tuna) with large swimming ability is increased.

It is a front view of the floating type tenbin of a present Example. It is a perspective view of the guide of a heel side and a Harris side. It is a perspective view of the guide installed in the center part.

  Hereinafter, an example of an embodiment of the present invention will be described with reference to the drawings.

  As shown in FIG. 1, the floating tenbin according to the present invention includes a heel side arm portion 1, a Harris side arm portion 2, and a shaft portion having both arm portions bundled at right angles and having a weight mounting portion at an end portion. 3, and guides 4, 6, and 5 are respectively provided at three locations, that is, the end portion of the arm portion on the heel side, the end portion of the arm portion on the Harris side, and the vicinity of the shaft portion 3 located at the approximate center of both ends. , Are arranged in a straight line in the direction of the thread.

  A commercially available ceramic guide for fishing rods is used for each guide. 2 is a perspective view of the guides 4 and 5 disposed at the ends of the heel side arm portion 1 and the Harris side arm portion 2 used in the present embodiment, and FIG. 3 is a perspective view of the guide 6 disposed at the center portion. FIG. Each guide has a structure in which a ceramic ring 52 (62) is held inside a ring frame 51 (61) made of SUS.

  In this embodiment, the rod-side and Harris-side guides 5 and 6 have a pipe 53 at the base of the guide in order to use the type attached to the tip of the fishing rod (FIG. 2). In this type of guide, the ring is inclined slightly outward from the direction perpendicular to the pipe 53. For connection with the arm, the pipe 53 is attached to the end of the arm and then welded. The inner diameter of the ceramic ring 52 held inside is about 5 mm.

  On the other hand, the guide 6 disposed in the center portion uses a guide of the type disposed in the trunk portion of the bag, and the connection with the arm portion is by welding. The inner diameter of the inner ceramic ring 62 is about 7 mm.

  The ceramic rings 52 and 62 in the guide reduce the friction with the road line generated when the fish caught by the needle runs, and reduce the load on the road line. Further, since the center portion guide 6 holds the road yarn in a position in the vicinity of the shaft portion, the bending of the arm is reduced and the vibration of the tenbin is suppressed.

  The features and advantages of the present invention have been described in the above embodiment with the details of the structure and function of the present invention. It is possible to extend the words used in the claims to a broad and general meaning, and to change the details, particularly the shape, material, size, and arrangement / number of parts of the tenbin. In particular, the number of guides installed in the tenbin, the method of attaching to the arm, and the size of the ceramic ring can be various, and these are included in the technical scope of the present invention.

DESCRIPTION OF SYMBOLS 1 Side arm part 2 Harris side arm part 3 Shaft part 4 Side guide 5 Harris side guide 51 Ring frame 52 Ceramic ring 53 Pipe 6 Center part guide 61 Ring frame 62 Ceramic ring

Claims (1)

A floating tenbin used for fishing,
The shaft,
An arm portion on the heel side continuously extending in the vertical direction from the shaft portion;
Similarly, the arm portion on the Harris side extending continuously from the shaft portion in the vertical direction;
At least,
An end of the arm portion on the heel side;
An end of the Harris arm,
Near the connection portion between the arm portion on the heel side and the arm portion on the Harris side,
Tenbins characterized in that guides having ceramic rings are arranged at three locations.