JP2018093784A - Telescopic rod - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a telescopic rod that enables acquisition of guide setting having smooth flow of a fishing line from a reel to an ear tip.SOLUTION: A telescopic rod with a floating guide includes a spool-shaped floating guide 31 with a guide frame being spooled and fixed in a mounting cylinder; and non-spool-shaped floating guides 21, 22, 23 where the guide frame and the mounting cylinder are consolidated without using wound yarn. The floating guide of a tip rod 1 is the non-spool-shaped floating guides 21, 22, 23, and also the floating guide of a second rod 2 is the spool-shaped floating guide 31.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a swing bar provided with an idle guide.

  This type of swing rod has a plurality of rods. Further, as the fishing line guide for the swing rod, a floating guide that is freely mounted on the outer peripheral surface of the rod main body is used in addition to a fixed guide that is fixed to a predetermined position on the outer peripheral surface of the rod main body. The floating guide is also referred to as a movement guide. The floating guide includes a guide frame made of a metal plate. A guide ring for guiding the fishing line is attached to the tip of the guide frame. An annular portion is formed at the base portion of the guide frame, and a synthetic resin mounting cylinder is press-fitted inside the annular portion. The mounting cylinder is movable in the axial direction with respect to the outer peripheral surface of the saddle body, and the floating guide is positioned at a predetermined position of the casing due to friction between the inner peripheral surface of the mounting cylinder and the outer peripheral surface of the saddle body. Fixed.

  In the floating guide having such a configuration, since the mounting cylinder is made of synthetic resin, the outer peripheral surface of the bag main body is hardly scratched. On the other hand, since the guide frame is made of metal, there is an advantage that a large strength can be easily secured. However, a large external force may act on the guide frame, and there is a structural problem that the guide frame is easily dropped or displaced from the mounting cylinder. Therefore, it is difficult to increase the length of the support leg portion between the guide ring and the annular portion in the guide frame so that the guide ring is largely separated from the mounting cylinder. It was supposed to be a guide. A small floating guide with a short support leg is suitable for use on the tip side housing, but is not suitable for use on the foot side housing. If a small floating guide with a short support leg is used for the rod side housing, the flow of the fishing line from the reel to the top guide will not be smooth and the guide setting will not be good.

  There is also a resin-integrated floating guide in which the mounting cylinder and the guide frame are integrally formed of synthetic resin. Similarly, in the case of this resin-integrated floating guide, the guide ring is removed from the mounting cylinder due to strength problems. Largely spaced structures are difficult to adopt.

JP 2004-337105 A

  Therefore, the present invention has been made in view of the above-mentioned conventional problems, and an object of the present invention is to provide a swing rod that can obtain a guide setting in which the flow of the fishing line from the reel to the tip is smooth.

  The present invention has been made to solve the above-described problems, and the swing rod according to the present invention is a swing rod having a floating guide, and a spool-type floating guide in which a guide frame is fixed to a mounting cylinder by a spool. And a guide frame and a non-pound type floating guide in which the mounting cylinder is connected and integrated without using a winding thread. In addition, the non-pound-wound type idle guide has a configuration in which the guide frame and the mounting cylinder are fixed by a fixing method that does not use a winding thread, or a configuration in which the guide frame and the mounting cylinder are integrally formed from a synthetic resin by injection molding. It is. Examples of the fixing method that does not use the winding thread include a method in which a mounting cylinder is press-fitted and fitted inside the annular portion of the guide frame, or a guide frame and the mounting cylinder are bonded and fixed.

  In the swing rod having such a configuration, since a bobbin type floating guide is used in addition to the non-pound type floating guide, the guide setting has a high degree of freedom and can be brought close to an ideal guide setting.

  In particular, the spool-type floating guide is preferably located on the rear side of the non-pound-type floating guide. The tip side is the front side and the buttock side is the rear side. The spool-type floating guide can easily ensure the strength even if the length of the support leg portion of the guide frame is increased. Therefore, a good guide setting can be obtained by arranging the spool-type floating guide on the rear side.

  A first housing provided with a floating guide; and a second housing provided on the rear side of the first housing and provided with a floating guide. It is preferably a non-pound type floating guide, and the floating guide of the second housing is preferably a pincushion type floating guide. In this way, a good guide setting can be obtained by using a pincushion type floating guide for the second casing located relatively on the rear side.

  In particular, the head kite is provided with a head kite and a second kite and a marshal rod located on the rear side of the tip kite, the head kite includes a top guide and a non-winding type idle guide, It is preferable to provide a floating guide of the type. Non-pound type floating guides suitable for miniaturization are used for the head and the second type is a pincushion type that is suitable for a structure in which the length of the support leg of the guide frame is long in addition to the fixed guide. A good guide setting can be obtained by using the floating guide.

  Furthermore, it is preferable to provide one or a plurality of casings with a fixed guide between the second fence and the main fence, and a good guide setting can be obtained even if the total length of the swing fence is increased.

  As described above, by using a combination of a non-pincushion type idle guide and a pincushion type idle guide, it is possible to approach an ideal guide setting, and a smooth flow of fishing line from the reel to the tip is obtained. The tone of can also be made favorable.

The front view which shows the expansion | extension state of the swing lever in one Embodiment of this invention. The front view which shows the accommodation state of the same swinging jar. The exploded view which shows the cage | basket structure of the same drawer cage | basket. Front view of the main part of the head of the same bowl. The front view which shows the partially broken line which shows the bobbin type floating guide currently used for the same swinging rod. It is a mounting cylinder in the same spool type floating guide, (a) is a front view, (b) is a sectional view. Sectional drawing which shows the mounting cylinder in the pincushion type floating guide in other embodiment of this invention. The exploded view which shows the cage | basket structure of the swinging cage | basket in other embodiment of this invention.

  Hereinafter, a swing rod according to an embodiment of the present invention and a spool-type floating guide used therein will be described with reference to FIGS. As shown in FIG. 3, the swing basket in the present embodiment is configured by a total of three casings. Specifically, the head rod 1 that is the rod body most positioned at the tip, the second rod 2 that is the rod body located immediately behind the head rod 1 (the original side and the buttocks side), and two It is located immediately behind the guard 2 and is provided with a main fence 4 which is the most buttock side casing. The second basket 2 is also an intermediate kite located between the head kite 1 and the base kite 4, and is a former kite because it is a cabinet located immediately in front of the main kite 4 in this embodiment. Note that the numbers of the names of the enclosures increase in order toward the rear side, with the earhead 1 being the first. The cocoon body 11 (blank) of the tip cocoon 1 may be hollow or solid. The cocoon main bodies 12 and 14 of the other skeletons excluding the tip cocoon 1 are both hollow. In addition, the swing hook in this embodiment is a splice type, and the length of all the casings is 90 cm or less, preferably 70 cm or less.

  The three casings are stretched as shown in FIG. 1 by forming joint portions 5 (joint portions) each having a predetermined length, and joining the end portions to each other by the frictional force between the inner peripheral surface and the outer peripheral surface. State. That is, the flange main bodies 11, 12, and 14 of each casing are gradually expanded in diameter from the front side to the rear side at a predetermined diameter expansion rate (gradient). Then, the rear end predetermined length region of the second collar 2 is overlapped and joined to the inner side of the front end predetermined length area of the base rod 4, and the tip end is located inside the front end predetermined length area of the second anchor 2. One rear end predetermined length region overlaps and is joined. The overlapping regions of the respective housings are denoted by reference numerals 11a, 12a, and 14a in FIG. FIG. 2 shows the storage state of the swing bar. In the stowed state, the tip basket 1 is stored inside the second basket 2, and the second basket 2 is stored inside the former basket 4.

<Hot point bowl 1>
As shown in FIG. 4, the spike basket 1 includes a top guide 20 at its front end. The top guide 20 is a kind of fixed guide, and is fixed to the front end portion of the bag main body 11 so as not to move. In addition, the tip 1 has one or more floating guides 21, 22, 23 on the rear side of the top guide 20. In the present embodiment, the tip 1 has three idle guides 21, 22, and 23. The floating guides 21, 22, and 23 of the tip 1 are non-pound-type floating guides that do not use winding yarn. The non-pound-wound type floating guide is a configuration in which the guide frame and the mounting cylinder are fixed by a fixing method that does not use a winding thread, or a configuration in which the guide frame and the mounting cylinder are integrally formed from a synthetic resin by injection molding. . Examples of the fixing method that does not use the winding thread include a method in which a mounting cylinder is press-fitted and fitted inside the annular portion of the guide frame, or a guide frame and the mounting cylinder are bonded and fixed.

  Specifically, the idle guides 21, 22, and 23 slide on the guide ring 24 for directly guiding the fishing line, the metal guide frame 25 to which the guide ring 24 is mounted, and the outer peripheral surface of the rod body 11. And a mounting tube 26 made of synthetic resin. The guide frame 25 includes an annular ring holding portion 25a that holds the guide ring 24 with the guide ring 24 mounted inside, an annular annular portion 25c that fits to the outer peripheral surface of the mounting cylinder 26, and a ring holding portion 25a. And a support leg portion 25b that connects the annular portion 25c. The ring holding portion 25a, the support leg portion 25b, and the annular portion 25c are integrally formed as one member, and specifically, formed from sheet metal. The mounting cylinder 26 is an injection-molded product and has a cylindrical shape, and its inner peripheral surface slides with the outer peripheral surface of the bag main body 11. The mounting cylinder 26 is fitted inside the annular portion 25c of the guide frame 25 by press fitting or the like. The mounting cylinder 26 may be bonded and fixed to the annular portion 25c of the guide frame 25 instead of being press-fitted, or may be further bonded after being press-fitted.

  As shown in FIGS. 1 and 3, the three idle guides 21, 22, and 23 are fixed at predetermined positions of the heel body 11 by friction. That is, the inner peripheral surface of the mounting cylinder 26 is stopped by friction at a predetermined position on the outer peripheral surface of the bag main body 11 and is fixed in a state where it cannot move further rearward. Of the three floating guides 21, 22, and 23, the guide ring 24 becomes larger toward the rear side, and the length of the support leg portion 25 b of the guide frame 25 becomes longer. Keep away. Further, the distance from the first idle guide 21 to the second idle guide 22 is longer than the distance from the top guide 20 to the first idle guide 21, so The distance from the second play guide 22 to the third play guide 23 is longer than the distance to the first play guide 22. As described above, the distance between the guides becomes longer toward the rear side. The distance between the guides is based on the position of the guide ring 24. In the present embodiment, the non-pound-wound type floating guides 21, 22, and 23 have a configuration in which the guide frame 25 and the mounting cylinder 26 are separate members. However, the guide frame 25 and the mounting cylinder 26 are molded from, for example, a synthetic resin. You may be comprised as an integrally molded article which is one member formed integrally.

<No. 2>
The second cage 2 includes one fixed guide 30 and one idle guide 31. The fixed guide 30 is provided at the front end of the second cage 2, and the idle guide 31 is located on the rear side of the fixed guide 30. Although not shown in detail, the fixed guide 30 includes a metal guide frame and a guide ring. The guide frame includes a ring holding portion, a support leg portion, and an attachment leg portion. The mounting leg is a single leg extending from the base end of the support leg toward the rear side, and the mounting leg is fixed to the outer peripheral surface of the front end of the heel body 12 with a thread.

  The idle guide 31 is a bobbin type idle guide 31, details of which will be described later. The idle guide 31 stops at a position away from the fixed guide 30 to the rear side by a predetermined distance. As shown in FIG. 1, in the extended state, the distance from the third idler guide 23, which is the rearmost idler guide of the tip rod 1, to the fixed guide 30 of the second rod 2 is the second of the tip rod 1. The distance from the idle guide 22 to the third idle guide 23 is longer. Further, the distance from the fixed guide 30 to the floating guide 31 in the second rod 2 is longer than the distance from the third floating guide 23 of the tip rod 1 to the fixed guide 30 of the second rod 2. As shown in FIG. 1, the floating guide 31 of the second rod 2 is a fishing line guide located on the rearmost side of the swinging rod, and there is no fishing line guide on the rear side of the floating guide 31.

<Genroku 4>
The main fence 4 includes a reel sheet 40 for attaching a reel (not shown). The swing rod in the present embodiment is a type of rod that is used with a spinning reel attached thereto. Therefore, the reel sheet 40 has a specification for attaching the spinning reel. However, it may be a reel sheet 40 configured to mount both reels. There is no fixed guide at the front end of the main rod 4, and the main rod 4 does not have a fishing line guide. In addition, a rear grip 41 is provided at the rear part of the main shaft 4, and a bottom plug (not shown) is attached to the rear end portion of the main shaft 4.

<Pin-wound type floating guide 31>
Next, details of the bobbin-type floating guide 31 mounted on the second cage 2 will be described. FIG. 5 shows a bobbin-type floating guide 31 in a single state. The idle guide 31 includes a guide ring 50, a guide frame 51, and a mounting cylinder 52. The guide frame 51 is made of metal and includes a ring holding portion 51a, a support leg portion 51b, and an attachment leg portion 51c. The guide frame 51 has the same configuration as the fixed guide 30 of the second cage 2. That is, the ring holding part 51a is annular, and the guide ring 50 is bonded and fixed inside thereof. The attachment leg 51 c is a single leg extending from the base end of the support leg 51 b toward the rear side, and is fixed to the outer peripheral surface of the mounting cylinder 52 by a thread 53. The support leg 51b may have a single leg configuration, or may have a pair of left and right two legs opened in a V shape from the base end portion toward the tip end portion. The support leg 51b is preferably inclined gradually toward the front side from the base end part toward the front end part because it can prevent the occurrence of yarn entanglement, and particularly protrudes rearward from the base end part toward the front end part. It is preferable to be inclined while curving. Although the center line of the guide ring 50 may be parallel to the center line of the mounting cylinder 52, in the present embodiment, the center line of the guide ring 50 is not parallel to the center line of the mounting cylinder 52 but is in a forward inclined state. Inclined. Since the support leg portion 51 b is tilted to the front side in this way, the ring holding portion 51 a and the guide ring 50 of the guide frame 51 are located on the front side of the front end portion of the mounting cylinder 52.

<Installation cylinder 52>
The mounting cylinder 52 is made of synthetic resin and is an injection molded product formed by injection molding. Only the mounting cylinder 52 is shown in FIG. The mounting cylinder 52 has a cylindrical shape whose length in the axial direction (the direction of the center line) is longer than the inner diameter thereof. On the outer peripheral surface of the mounting cylinder 52, in order from the front side, a first large-diameter portion 60, a mounting surface 61, a second large-diameter portion 62, a third large-diameter portion 63, and a tapered outer peripheral surface 64 It has.

  The first large diameter portion 60 is located at the front end portion of the outer peripheral surface of the mounting cylinder 52 and is formed in a flange shape. The first large diameter portion 60 is connected to the outer peripheral edge portion of the front end surface 65 of the mounting cylinder 52. The front end face 65 of the mounting cylinder 52 is a vertical plane that is orthogonal to the center line of the mounting cylinder 52. The first large diameter portion 60 has a larger diameter than the mounting surface 61, and a first stepped portion 66 is formed between the first large diameter portion 60 and the mounting surface 61. The first step portion 66 is preferably an annular vertical surface that extends radially outward from the front end portion of the mounting surface 61 and is orthogonal to the center line of the mounting cylinder 52. The first large diameter portion 60 is narrow, and at least the length in the axial direction is shorter than the mounting surface 61.

  The mounting surface 61 is a peripheral surface that occupies most of the entire length of the outer peripheral surface of the mounting cylinder 52 and has a constant diameter. An attachment leg 51 c of the guide frame 51 is attached to the attachment surface 61. Therefore, the length of the mounting surface 61 in the axial direction is not less than the length of the mounting leg 51c of the guide frame 51, and is predetermined with respect to the length of the mounting leg 51c of the guide frame 51 as shown in FIG. It is preferable to have a margin for the length, and the winding yarn 53 is wound once or more around the margin.

  A second stepped portion 67 and a third stepped portion 68 that extend radially outward are also formed on the rear side of the mounting surface 61. That is, two steps are formed on the rear side of the mounting surface 61. A second step portion 67 is formed between the mounting surface 61 and the second large diameter portion 62, and a third step is formed between the second large diameter portion 62 and the third large diameter portion 63. A portion 68 is formed. Each of the second stepped portion 67 and the third stepped portion 68 is preferably an annular vertical surface perpendicular to the center line of the mounting cylinder 52. A second large-diameter portion 62 is formed to have a one-step large diameter with respect to the mounting surface 61 via a second step portion 67, and further, a third step portion 68 with respect to the second large-diameter portion 62. The third large-diameter portion 63 is formed with a one-step large diameter through the. In this manner, the diameter increases stepwise from the mounting surface 61 toward the second large diameter portion 62 and the third large diameter portion 63 and the rear side. Note that the second stepped portion 67 is larger than the third stepped portion 68. The second large diameter portion 62 has a smaller diameter than the first large diameter portion 60, and the third large diameter portion 63 has the same diameter as the first large diameter portion 60. The first large-diameter portion 60, the second large-diameter portion 62, and the third large-diameter portion 63 have substantially the same width, but this width is arbitrary and may be variously changed. . The radial dimension of the first step portion 66 and the second step portion 67, that is, the size of the step is preferably equal to or greater than the thickness of the wound yarn 53.

  The tapered outer peripheral surface 64 is formed at the rearmost part of the outer peripheral surface of the mounting cylinder 52. A portion between the rear end portion of the third large diameter portion 63 and the rear end portion of the mounting cylinder 52 is a tapered outer peripheral surface 64, and therefore, the rear end portion of the tapered outer peripheral surface 64 is the rear end of the outer peripheral surface of the mounting cylinder 52. The tapered outer peripheral surface 64 is connected to the outer peripheral edge portion of the rear end surface 69 of the mounting cylinder 52. The width of the taper outer peripheral surface 64, that is, the length in the axial direction is longer than that of the third large diameter portion 63, and is a length obtained by combining the width of the second large diameter portion 62 and the width of the third large diameter portion 63. It is almost equal to The tapered outer peripheral surface 64 extends from the third large-diameter portion 63 to the outer peripheral edge portion of the rear end surface 69 of the mounting cylinder 52, and is an inclined surface that gradually decreases in diameter toward the rear side. The inclination angle of the taper outer peripheral surface 64 may be arbitrary, but is preferably less than 45 degrees.

  The inner peripheral surface of the mounting cylinder 52 is a tapered inner peripheral surface 70 that increases in diameter toward the rear side. The tapered inner peripheral surface 70 is formed over the entire length of the mounting cylinder 52. Accordingly, the inner diameter of the front end portion of the mounting cylinder 52 is relatively small, and the inner diameter of the rear end portion of the mounting cylinder 52 is relatively large. The inclination angle of the taper inner peripheral surface 70 is a draft angle of an injection mold, which is actually about 1 degree, but is exaggerated in FIGS. 5 and 6. 5 and 6 indicate the direction of removing the mold with three arrows R. Further, two parting lines PL are formed on the outer peripheral surface of the mounting cylinder 52 at positions opposed to each other by 180 degrees.

<Production of idle guide 31>
The mounting leg 51 c of the guide frame 51 is placed on the mounting surface 61 of the mounting cylinder 52. The mounting leg 51 c of the guide frame 51 is set along the center line of the mounting cylinder 52. The mounting leg portion 51 c of the guide frame 51 is in contact with the first stepped portion 66, or is positioned slightly rearward from the first stepped portion 66. FIG. 5 shows a state where the mounting leg portion 51 c of the guide frame 51 is in contact with the first stepped portion 66. The rear end portion of the mounting leg portion 51 c of the guide frame 51 is located a predetermined distance away from the second stepped portion 67. Then, the wound yarn 53 is wound from above the mounting leg 51 c of the guide frame 51, and the mounting leg 51 c of the guide frame 51 is fixed to the mounting surface 61 of the mounting cylinder 52. The winding yarn 53 is wound several times around the margin of the mounting surface 61 remaining between the mounting leg 51c and the second stepped portion 67, beyond the rear end of the mounting leg 51c. Thus, the winding yarn 53 is wound up to the rear end portion of the attachment surface 61.

  In FIG. 5, the wound yarn 53 is not wound on the front side of the support leg portion 51 b of the guide frame 51, but the wound yarn 53 may be wound on the front side of the support leg portion 51 b of the guide frame 51. Good. That is, the mounting leg 51 c of the guide frame 51 is positioned slightly rearward from the first stepped portion 66, and between the base end of the support leg 51 b of the guide frame 51 and the first stepped portion 66. The winding thread 53 may be wound once or several times around the attachment surface 61 located at the position. In particular, when the length of the mounting leg portion 51 c of the guide frame 51 is short, it is preferable to wind the winding thread 53 also on the front side of the support leg portion 51 b of the guide frame 51. It can be fixed more firmly. After winding the winding yarn 53, an adhesive 71 such as an epoxy resin is attached to the surface of the wound yarn 53 so that the surface is coated with the adhesive 71. The adhesive 71 is applied over the entire length of the wound portion of the wound yarn 53.

  In the bobbin-shaped floating guide 31 configured as described above, the mounting leg 52c of the guide frame 51 is fixed to the mounting surface 61 on the outer peripheral surface of the mounting cylinder 52, so that the mounting cylinder 52 and the guide The frame 51 can be firmly connected. Therefore, even if the support leg portion 51 b of the guide frame 51 is lengthened, the guide frame 51 can be prevented from being detached from the mounting cylinder 52 or the guide frame 51 can be displaced from the mounting cylinder 52. Therefore, the support leg 51b can be lengthened to increase the separation distance of the guide ring 50 from the heel body 12.

  Further, since the outer peripheral surface of the mounting cylinder 52 is formed with a tapered outer peripheral surface 64 that is reduced in diameter toward the rear side, the occurrence of yarn entanglement at the rear end portion of the mounting cylinder 52 is prevented. In particular, when the inclination angle of the taper outer peripheral surface 64 is less than 45 degrees, the occurrence of yarn entanglement at the rear end portion of the mounting cylinder 52 can be further prevented.

  Even if the tapered outer peripheral surface 64 is formed, the rear end surface 69 of the mounting cylinder 52 is maintained vertical, so that when the second basket 2 is stored in the main bar 4, the front end of the main bar 4 The rear end surface 69 of the mounting cylinder 52 comes into contact with the portion, and the rear end portion of the mounting cylinder 52 does not enter the front end portion of the main rod 4. Therefore, breakage of the front end portion of the main rod 4 is prevented, and it is possible to prevent the mounting cylinder 52 from being detached from the front end portion of the main rod 4. Therefore, the diameter of the outer peripheral edge portion of the rear end surface 69 of the mounting cylinder 52 is larger than the inner diameter of the front end portion of the main rod 4.

  In addition, since the first large-diameter portion 60 is formed on the front side of the mounting surface 61 via the first step portion 66, the first step portion 66 serves as a wall to block the adhesive 71. Therefore, the adhesive 71 is prevented from protruding to the front side. On the other hand, since the second stepped portion 67 and the third stepped portion 68 are also formed on the rear side of the mounting surface 61, the second stepped portion 67 serves as the first step weir, and the third stepped portion 68 It becomes a second stage weir and prevents the adhesive 71 from flowing out to the rear side. In particular, since the two-step difference portion is formed on the rear side of the mounting surface 61, the flow of the adhesive 71 to the rear can be more reliably prevented as compared with the one-step difference portion.

  Further, since the substantially entire length of the inner peripheral surface of the mounting cylinder 52 is a tapered inner peripheral surface 70 that increases in diameter toward the rear side, the collar body 12 of the second collar 2 that increases in diameter toward the rear side. It becomes easy for the inner peripheral surface of the mounting cylinder 52 to follow the shape of the outer peripheral surface. Therefore, the mounting cylinder 52 is less likely to rattle against the heel body 12, and the position of the idle guide 31 can be firmly fixed to the heel body 12. In particular, since the tapered inner peripheral surface 70 is formed over substantially the entire inner peripheral surface of the mounting cylinder 52, a sufficient frictional force between the mounting cylinder 52 and the heel body 12 is ensured, and the floating guide 31 is The position can be reliably fixed at a predetermined position.

  And while such a pin-wound type floating guide 31 is provided in the second rod 2, the tip rod 1 is provided with a plurality of small non-pound type floating guides 21, 22, 23, which is ideal. The guide setting can be approached, and a smooth fishing line flow from the reel to the top guide 20 is ensured, and a good heel tone is obtained.

  The configuration of the mounting cylinder 52 of the spool-type floating guide 31 can be variously changed, and is not limited to the one provided with the two stepped portions 67 and 68 on the rear side of the mounting surface 61 as described above. A configuration in which only one step is formed on the rear side of the mounting surface 61 may be employed. Moreover, it is good also as a structure by which the level | step-difference part is not formed in the rear side of the attachment surface 61. FIG.

  The mounting cylinder 52 may be configured to be manufactured by a mold including only a mold and a core. As shown in FIG. 7, the drawing direction of the mold is indicated by two arrows R. The mold drawing direction is the front-rear direction. This mounting cylinder 52 is provided with a stepped portion 66 at the front end portion, and no stepped portion is formed on the rear side. Therefore, the outer peripheral surface of the mounting cylinder 52 includes the large diameter portion 60, the attachment surface 61, and the tapered outer peripheral surface 64. The mounting surface 61 has a shape that is slightly reduced in diameter toward the rear side, and the inclination angle depends on the draft angle of the mold. The inclination angle of the taper outer peripheral surface 64 is larger than the inclination angle of the mounting surface 61, is 10 degrees or more, and preferably less than 45 degrees. The parting line PL on the outer peripheral surface becomes a stepped portion 66 as shown by a two-dot chain line.

  On the other hand, the parting line PL on the inner peripheral surface of the mounting cylinder 52 may be formed in the middle part in the front-rear direction. The inner peripheral parting line PL is indicated by a solid line. In this case, the tapered inner peripheral surface 70 that gradually increases in diameter toward the rear side is not formed over the substantially entire length of the inner peripheral surface of the mounting cylinder 52 and becomes a partial one. In that case, it is preferable that the taper inner peripheral surface 70 has a length exceeding at least the rear half of the total length of the inner peripheral surface, whereby the mounting cylinder 52 can be stably fixed to the heel body 12. That is, the parting line PL on the inner peripheral surface is on the front side with respect to the central portion of the entire length of the inner peripheral surface. The inner peripheral surface on the front side of the parting line PL is a reverse tapered inner peripheral surface 80 that gradually increases in diameter toward the front side. The inclination angle of the taper inner peripheral surface 70 and the reverse taper inner peripheral surface 80 is actually about 1 degree because of the draft angle of the mold, but is exaggerated in FIG. 7 for easy understanding. It is illustrated.

  In addition, the swing basket in the above embodiment has the three configurations of the spike basket 1, the second basket 2, and the genital basket 4, but may have four or more configurations. For example, when it is set as the structure provided with four housings, as shown in FIG. 8, it is comprised from the head spear 1, the second spear 2, the third spear 3, and the former spear 4. In the configuration of FIG. 8, the third fence 3 is located on the front side of the main fence 4, so it is a former fence, and the second fence 2 is located on the front side of the former fence, so It is. The head kite 1, the second kite 2 and the marshal kite 4 are the same as those shown in FIG. Therefore, the swing rod shown in FIG. 8 has a configuration in which one frame is added between the second rod 2 and the main rod 4 in the swing rod shown in FIG. The added third fence 3 is provided with a fixed guide 30 similar to the second fence 2 at the front end. The cocoon body 13 of the third basket 3 has the same configuration as the cocoon body 12 of the second basket 2 and has an overlapping region 13a that is overlapped with the base rod 4 at the rear end. The fishing line guide in the third fishing rod 3 is only the fixed guide 30 and does not have a spool-type floating guide. In this way, the total length of the swing barb can be increased as compared with the three-line configuration. Therefore, by further sequentially adding a chassis having a fixed guide 30 at the front end between the third fence 3 and the main fence 4, a longer swinging fence can be obtained.

  In the above embodiment, the second hook 2 is provided with one bobbin-type floating guide 31, but the second hook 2 may be provided with two or more bobbin-type floating guides 31. Good. Further, a bobbin-shaped floating guide 31 may also be provided at the rear part of the tip 1. In the configuration of FIG. 8, the third spool 3 may also be provided with a pincushion type idle guide 31.

  Further, although the case where the mounting leg 51c has a single-leg configuration in the spool-type floating guide 31 has been described, the mounting leg 51c may have a configuration of two front and rear legs extending forward and backward.

1 Earhead (first body)
2 Nibanban (second housing)
3 No. 3 竿 4 Margin 5 5 Joint portion 11 竿 Main body 11a Overlapping area 12 竿 Main body 12a Overlapping area 13 竿 Main body 13a Overlapping area 14 竿 Main body 14a Overlapping area 20 Top guide 21 Non-winding type idle guide 22 Non Non-pound-type floating guide 23 Non-pound-type floating guide 24 Guide ring 25 Guide frame 25a Ring holding portion 25b Supporting leg portion 25c Annular portion 26 Mounted cylinder 30 Fixed guide 31 Bobbin-type floating guide 40 Reel seat 41 Rear grip 50 Guide ring 51 Guide frame 51a Ring holding part 51b Support leg part 51c Attachment leg part 52 Attachment cylinder 53 Winding thread 60 First large diameter part 61 Attachment surface 62 Second large diameter part 63 Third large diameter part 64 Tapered outer peripheral surface 65 Front end face 66 First stepped portion 67 Second stepped portion 68 Third stepped portion 69 Rear end surface 70 Tapered inner peripheral surface 71 Adhesive 80 Reverse tapered inner peripheral surface PL Parting line

Claims (5)

A swing pad with an idle guide,
The guide frame includes a bobbin-type floating guide in which the guide frame is fixed to the mounting cylinder, and a non-pound-winding type floating guide in which the guide frame and the mounting cylinder are connected and integrated without using the winding thread. Swinging candy.   2. The swing rod according to claim 1, wherein the bobbin-type floating guide is located rearward of the non-pound-type floating guide.   A first housing provided with a floating guide; and a second housing provided on the rear side of the first housing and provided with a floating guide. The swing rod according to claim 1 or 2, wherein the swing guide is a bobbin type free guide.   The head kite is provided with a head kite and a second kite and a marshock located on the rear side of the tip kite. The head kite includes a top guide and a non-pound-type floating guide. The swing rod according to claim 3, further comprising an idle guide.   5. The swing rod according to claim 4, further comprising one or a plurality of rods having a fixed guide between the second rod and the main rod.

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