JP2021129512A - fishing rod - Google Patents

Abstract

To provide a fishing rod in which a plurality of rods is jointed, the fishing rod being a shake out type fishing rod in which, when storing each rod, a yarn stopper part of a fishline guide is not damaged.SOLUTION: A shake out type fishing rod 1 of the invention is configured so that a plurality of rods is jointed in a shake out type, and a fishline guide is fitted to a surface of each rod. In the fishline guide, a fixing guide 51 fixed to a surface of the rod is configured so that a guide leg part is fixed to a surface of a cylindrical member 100 fixed to the surface of the rod by a bobbin, and the cylindrical member 100 of the fixing guide is configured so that a yarn stopper part 105 of a bobbin has a thickness at which the yarn stopper part does not contact a tip opening 200-A of the cylindrical member 200 of a floating guide 55 in a rear side of the fixing guide.SELECTED DRAWING: Figure 2

Description

The present invention relates to a swing-type fishing rod equipped with a fishing line guide for guiding the fishing line.

The fishing rod to which the reel can be attached is provided with a fishing line guide that guides the fishing line that is unwound from the reel at regular intervals. The fishing line guide includes a fixed guide fixed to the surface of the rod rod and a floating guide that slides the rod rod and is fixed at a predetermined position. These fishing line guides generally have a frame structure. There is. The fixing guide is fixed by placing a guide leg (foot) extending in the axial direction on the outer surface of the fishing rod, winding the thread, and then attaching a resin (protective film) or the like. Further, the floating guide is fixed by winding a guide leg on a tubular member (tubular body) and fixing the guide leg by thread-winding and fixing the guide leg portion with a resin (protective film) or the like on the surface thereof. By inserting the fishing rod through the member, it is fixed at a predetermined position by the taper of the outer surface of the fishing rod.

Japanese Patent Application Laid-Open No. 2003-284455

By the way, the swing-out type fishing rod has a structure in which a plurality of rod rods are sequentially joined in the axial direction, and when each rod rod is stored in a rod rod having a larger diameter than that, the above-mentioned fixing is performed. The tubular portion of the floating guide mounted behind the guide or the thread stopper portion of the floating guide, or the open end face of a large-diameter rod rod, comes into contact with or rides on the thread stopper portion. As a result, the thread stopper portion is scratched, which causes deterioration of appearance, breakage, and the like.

The present invention has been made by paying attention to the above-mentioned problems, and in a fishing rod in which a plurality of rod rods are joined, a swing type in which the thread stopper portion of the fishing line guide is not damaged when each rod rod is stored. The purpose is to provide fishing rods for.

In order to achieve the above-mentioned object, the present invention is a swing-type fishing rod in which a plurality of rod rods are joined in a swing-type manner and a fishing line guide is attached to the surface of each rod rod. In the fixing guide fixed to the surface of the rod, the guide legs are thread-wound and fixed to the surface of the tubular member fixed to the surface of the rod rod, and the tubular member of the fixing guide is the thread stopper of the thread winding. The portion is characterized by having a wall thickness such that the tip opening of the tubular member of the floating guide on the rear side of the fixed guide or the tip opening of the large-diameter rod rod is non-contact.

In the above configuration, the fixing guide is fixed by winding the guide legs on the surface of the tubular member fixed to the surface of the rod rod. As is known, the thread winding is fixed by winding the thread around the guide leg and applying a resin (including FRP) on the guide leg, and the thread stop portion is in a state where the adhered resin is exposed. Hardens with. In this case, since the fixed guide is raised in the radial direction due to the wall thickness of the tubular member, the tip opening of the tubular member of the floating guide on the rear side of the fixed guide or the large-diameter rod rod. The tip opening can be prevented from contacting the thread stop portion, whereby the thread stop portion is not damaged or damaged, and the appearance is not deteriorated.
The fixed guide is raised and fixed to the front end side of the rod rod by a tubular member, but depending on the type and design of the fishing rod, a decorative roll may be used instead of the fixed guide. Similarly, in the case of such a decorative winding, the appearance is deteriorated by preventing the thread stopper portion from being scratched or damaged by performing the decorative winding with a thick tubular member interposed therebetween. Can be prevented.

Further, according to the present invention, in a swing-type fishing rod in which a plurality of rod rods are joined in a swing-type manner and a fishing line guide is attached to the surface of each rod rod, the fishing line guide slides on one rod rod. Each floating guide has a guide leg that is thread-wound and fixed to the surface of a tubular member that slides and is fixed to any position on the surface of the rod rod, and is located on the front side in the axial direction. The tubular member of the floating guide has a wall thickness at which the thread stop portion of the thread winding does not come into contact with the tip opening of the tubular member of the floating guide on the rear side, and the tubular member of the floating guide on the rear side. It is characterized in that it is vertically overlapped with the member.

Depending on the fishing rod, a plurality of floating guides may be installed on one rod rod. In such a floating guide, when the guide legs are thread-wound and fixed to the surface of the tubular member, the tubular member of the floating guide located on the front side in the axial direction has the thread-stopping portion of the bobbin on the rear side. By having a wall thickness that does not come into contact with the tip opening of the tubular member of the floating guide, when a plurality of rod rods are stored, the thread stopper part is prevented from being scratched or damaged, and the appearance is deteriorated. Can be prevented. Further, in such a configuration, when the small-diameter rod rod is stored in the large-diameter rod rod, the tubular members of the front and rear floating guides overlap, so that it is possible to shorten the protrusion of the rod rod and the floating guide is damaged. It becomes difficult to do.

According to the present invention, in a swing-type fishing rod in which a plurality of rod rods are joined, a configuration can be obtained in which the fishing line guide and the thread stopper portion of the decorative winding are not damaged when each rod rod is stored.

It is a figure which shows one Embodiment of the swing-out type fishing rod which concerns on this invention, (a) is the figure which shows the state which a plurality of rod rods are partially housed, (b) is the figure which shows the floating guide part. FIG. 1 is an enlarged view showing a fixed guide for a fishing rod and a floating guide shown in FIG. The cross-sectional view which shows the structure of the fixed guide part. The schematic diagram which showed the relationship between a fixed guide and a floating guide. A cross-sectional view showing the relationship between a fixed guide in a stored state of a fishing rod and a tip portion of a rod rod having a larger diameter. Schematic diagram showing the relationship between the decorative roll fixed to the tip of the rod rod and the floating guide. It is a schematic diagram which showed the relationship between the fixed guide and the floating guide, and is the figure which shows the 1st modification of the tubular member. It is a schematic diagram which showed the relationship between adjacent floating guides, and is the figure which shows the 2nd deformation example of a tubular member. (A) to (d) are cross-sectional views schematically showing various deformation examples of the tubular member.

Hereinafter, an embodiment of a swing-type fishing rod according to the present invention will be described with reference to the drawings.
First, the configuration of the fishing rod will be described with reference to FIGS. 1 and 2.

The fishing rod 1 of the present embodiment is configured as a lure rod, and on the tip side of the original rod 10, five middle rods 20, 30, 40, 50, 60, and a tip rod are sequentially swung out. The rods 70 are joined together, and are configured as a total of seven joint structures. A fishing line guide that guides the fishing line that is unwound from the reel is mounted on the surface of each rod rod. Specifically, a fixed guide 31 is provided as a fishing line guide at the tip of the middle rod rod 30, and a fixed guide 41 is provided as a fishing line guide at the tip of the middle rod rod 40. A fixed guide 51 is provided as a fishing line guide at the tip of the rod, and a fixed guide 61 is provided as a fishing line guide at the tip of the middle rod rod 60. A top guide 71 is provided at the tip of the tip rod rod 70. The number of rod joints is variously modified depending on the application and the like.

A grip (rear grip 13A, front grip 13B) for gripping and holding is provided on the base end side of the original rod 10, and a reel seat 14 for mounting a reel is provided between both grips. Has been done. Further, on the lower side of the reel seat 14, a trigger 15 is provided on which a finger can be hooked when the reel is gripped and held together with the reel seat. Further, at the tips of the original rod 10 and the middle rod 20, decorative windings 11 and 21 are provided to unify the design as fishing rods, respectively.

The middle rod rod 50 is provided with floating guides 53 and 55 that are slidable in the axial direction as fishing line guides, and the tip rod rod 70 is also slidable in the axial direction as a fishing line guide. Floating guides 73 and 75 are arranged.

Each rod rod is configured as a tubular member, and as is known, a prepreg sheet in which reinforcing fibers are impregnated with a synthetic resin is wound around a core metal and heat-treated to cure the synthetic resin, and then the synthetic resin is cured. It is formed by decentering. Further, the grips 13A and 13B are formed of a material that can be reduced in weight and has a good grip feeling, for example, a flexible foam material such as EVA or cork.

Next, the configurations of the fixed guide and the floating guide described above will be described with reference to FIGS. 1 to 4.
In the following, the middle rod rod 50 will be illustrated, and the fixed guide 51 and the floating guide 53 arranged on the middle rod rod 50 will be described with reference to the other fixed guides 31, 41, 61 and the floating guide 53. The guides 55, 73, and 75 can be configured in the same manner.

The fixing guide 51 has a frame structure (frame 51A) formed of metal or fiber reinforced resin, and a ring member 51a through which a fishing line is inserted is provided in a portion raised from the surface of the rod rod. ing. The ring member 51a can be formed of a hard material having excellent wear resistance, for example, a ceramic material such as silicon carbide (SiC), alumina oxide, or tungsten carbide, or a metal material such as SUS, titanium, or aluminum. It is press-fitted and fixed to the opening portion formed in the frame 51A.

A guide leg portion 51b extending in the axial length direction is integrally formed on the frame 51A constituting the fixed guide 51, and the guide leg portion 51b is formed on the surface of the tubular member 100 fixed to the surface of each rod rod. On the other hand, the thread is wound with the fixing thread 101, and the adherend member 105 such as resin or FRP is adhered to the surface of the thread to be fixed on the tubular member. The adherend member 105 includes a structure for applying to the surface of the fixing thread, a structure for winding a tape-shaped member, and the like, and is a thread fixing portion for fixing the fixing guide 51 to the tubular member 100. (Hereinafter, also referred to as a thread stop portion 105).

The tubular member 100 is press-fitted and fixed to the tip of the middle rod 50, and the forming material thereof is not limited to metal, hard resin, etc., but is the same as that of the middle rod 50. It is preferably formed of a fiber reinforced resin material (FRP) so as to have good adhesion. Specifically, as in the configuration of the middle rod 50, a prepreg sheet in which reinforcing fibers are impregnated with a synthetic resin is wound around a core metal, and the synthetic resin is cured by heat treatment, then decentered, and has a predetermined length. It can be formed by cutting into fibers. In this case, the reinforcing fibers of the prepreg sheet forming the tubular member 100 preferably include those aligned in the circumferential direction (UD sheet) or the inclined direction (bias sheet), and further. It may be composed of a woven cloth (glass cloth) made of glass fibers.

By forming the tubular member 100 with such a material, when the tubular member 100 is adhered to the surface of the center rod 50, the bending rigidity does not locally increase as a fishing rod (effect of reducing tension), and the strength is increased. It becomes possible to reduce the weight by increasing the wall thickness and to increase the strength against crushing. In addition, the sensitivity can be improved by reducing the wall thickness and weight, and the appearance can be improved.

Such a tubular member 100 is fixed to the rod rod by adhesion or the like, and by fixing the fixing guide 51 on the surface thereof as described above, the fixing guide 51 can be directly attached to the middle rod rod. Compared with the case where it is fixed to the surface of 50, it is in a state of being raised in the radial direction by the wall thickness T of the tubular member 100. Therefore, the thread stop portion 105 is also raised in the radial direction by the thickness T.

Further, the floating guide 55 has a frame structure (frame 55A) formed of metal or fiber reinforced resin as in the configuration of the fixed guide 51, and a fishing line is formed on a portion raised from the surface of the rod rod. A ring member 55a to be inserted is provided. Like the fixing guide, the ring member 55a can be formed of a hard material having excellent wear resistance, and is press-fitted and fixed to the opening portion formed in the frame 55A.

A guide leg portion 55b extending in the axial length direction is integrally formed on the frame 55A constituting the floating guide 55, and the guide leg portion 55b is a tubular member 200 that slides on the surface of the center rod 50. The surface of the above is wound with a fixing thread 201 (see FIG. 9B), and an adherend member 205 such as resin or FRP is adhered to the surface thereof to be fixed on the tubular member. The adherend member 205 serves as a thread stopper portion for fixing the floating guide 55 (hereinafter, also referred to as a thread stopper portion 205).

A taper is formed on the surface of the middle rod 50 so that the diameter increases as it moves toward the rear end side. The degree of taper is not particularly limited, but the tubular member 200 constituting the floating guide is fixed at any position of the center rod 50 by forming the surface in a tapered shape. It has become like. That is, as the tubular member 200 of the floating guide 55 shifts to the tip side of the middle rod 50, the gap with the surface of the middle rod becomes larger, and the tubular member 200 slides to the rear side of the middle rod 50. As a result, it is fixed at any position by the taper on the surface of the middle rod 50.

The material for forming the tubular member 200 is not particularly limited, but it is preferably formed of a fiber-reinforced resin material like the tubular member 100 of the fixing guide 51. Further, the adjacent floating guide 53 is also fixed with a thread on the tubular member 200 as in the floating guide 55.

In the above configuration, when the large-diameter rod rods are sequentially stored in the small-diameter rod rods, the tip opening (opening end surface) 200A of the tubular member 200 of the floating guide 55 abuts on the fixed guide 51, as described above. Since the fixed guide 51 is in a state of being raised in the radial direction by the thickness T of the tubular member 100, the tubular member 200, which is a component of the floating guide, is raised with respect to the thread stop portion 105. Is prevented from riding on. That is, by raising the fixed guide 51 in the radial direction by the thickness T by the tubular member 100, the tip opening 200A of the tubular member 200 of the floating guide 55 on the rear side of the fixed guide 51 is opened. Since it can be made non-contact with the thread stop portion 105, the thread stop portion 105 is not damaged or damaged, and the appearance is not deteriorated.
Regarding the wall thickness T (raising amount) of the tubular member 100, the thread stopper portion may be prevented from being scratched by the floating guide on the rear side or the large-diameter rod rod, depending on the thickness of the rod rod and the like. Is set as appropriate.

FIG. 5 is a cross-sectional view showing the relationship between the fixed guide in the stored state of the fishing rod and the tip portion of the rod rod having a larger diameter (showing the relationship between the middle rod rod 40 and the middle rod rod 30).
In the above embodiment, the relationship between the fixed guide 51 and the floating guide 55 in one rod rod has been described, but as shown in FIG. 5, the fixed guide provided at the tip of the small diameter rod rod (middle rod rod 40). The 41 and the large-diameter rod rod (medium-diameter rod 30) in which the small-diameter rod rod is housed can be similarly configured.

For example, when the center rod 40 is not provided with the above-mentioned floating guide, the center rod 40 is housed in the medium rod 30 having a larger diameter in the tubular member 100 of the fixed guide 41 at the tip. At this time, the tip opening 30A of the large-diameter medium rod rod 30 comes into contact (trying to ride on), but the fixed guide 41 is raised in the radial direction by the wall thickness T of the tubular member 100, so that the thread is threaded. It is prevented that the tip opening 30A of the center rod 30 rides on the stop portion 105. That is, when the rod rod is stored, the thread stopper portion 105 of the fixing guide 41 can be prevented from coming into contact with the large-diameter medium rod rod 30, so that the thread stopper portion of the fixing guide is not damaged or damaged. It does not make it look bad.

Similarly, since the fixing guide 31 provided at the tip of the middle rod 30 is also raised in the radial direction by the tubular member 100, the tip of the middle rod 20 having a larger diameter than that when the rod is stored. It is possible to make the openings non-contact.

FIG. 6 is a schematic view showing a state in which a decorative roll is installed at the tip of a rod rod.
Depending on the type and design of the fishing rod, a fixed guide may not be provided at the tip of the rod rod. In this case, in order to unify the design of the fishing rod and prevent the tip of the rod from cracking, a decorative roll 151 may be applied (in FIG. 6, for explanation, the tip of the middle rod 50 is not a fixed guide but a fixed guide). , The decorative roll 151 is provided). Even when such a decorative roll 151 is applied, the fixing thread 101 is used on the surface of the tubular member 100 having a wall thickness fixed to the surface of the center rod 50, as in the case of the fixing guide 51 shown in FIG. It is preferable to wind the thread and coat the surface of the thread with an adherend member (thread stop portion) 105 such as resin or FRP.
Even in such a configuration, when the rod rod is stored, the tip opening of the tubular member of the floating guide 55 on the rear side or the tip opening of the medium rod rod having a larger diameter is set in the decorative winding 151. Since it can be prevented from coming into contact with the stop portion 105, the thread stop portion is not damaged or damaged, and it is possible to prevent the appearance from being deteriorated.

FIG. 7 is a schematic view showing the relationship between the fixed guide and the floating guide, and is a diagram showing a first modification of the tubular member.
In this modification, when a plurality of rod rods are housed in the tubular member 100 of the fixed guide 51, the tip of the tubular member 200 of the floating guide 55 on the rear side of the fixed guide 51 is polymerized in the axial direction. ing. In the figure, polymerization is performed by the length L in the axial direction, and a step portion (in the example shown in the figure, an annular step portion) is formed at the rear end of the tubular member 100 so that such polymerization is performed. ) 100a is formed, and the tip of the tubular member 200 of the floating guide 55 is allowed to ride on this portion so that it can be press-fitted and fixed. In this case, the tubular member 200 of the floating guide 55 is prevented from riding on or touching the thread stopper portion 105.

According to such a configuration, the floating guide 55 is connected to the fixed guide 51 when the rod rod is stored, and the pop-out length of the fishing line guide when the rod rod is stored can be shortened. Further, in such a configuration, since the floating guide 55 and the fixed guide 51 are maintained in a connected state by the tubular members 100 and 200, for example, in the rod storage state, they come into contact with other objects from the lateral direction. Even if an unnecessary stress acts, the stress is dispersed without being concentrated once, and becomes strong against a local impact.
The above configuration can be applied to the decorative winding 151 shown in FIG. 6, and the tip opening 30A of the large-diameter rod rod 30 shown in FIG. 5 is also formed by the tubular member 100. It may be polymerized on the step portion 100a.

FIG. 8 is a schematic view showing the relationship between the adjacent floating guides 53 and 55, and is a diagram showing a second modification of the tubular member.
In the embodiment shown in FIG. 7, a step portion 100a is formed at the rear end of the fixed guide on the tip side and the tubular member 100 of the decorative volume so that the rod is polymerized on the tubular member 100 when the rod is stored. , The polymerization may be carried out by forming a stepped portion (annular recess in the example shown in the figure) 200a at the tip of the tubular member 200 on the rear side.

Even in the stepped portion having such a configuration, it is possible to obtain the same effect as that of the above-described embodiment. As shown in FIG. 8, since the stepped portion 200a is formed on the tubular member 200 of the adjacent floating guides 53 and 55, the floating guides are connected to each other in the axial direction when the rod rod is stored. It is possible to shorten the pop-out length during storage and to be strong against local impact. Further, the tubular member 200 of the floating guide 53 on the rear side may have a configuration in which the tip opening of the large-diameter rod rod can be polymerized and fixed.

9 (a) to 9 (d) are cross-sectional views schematically showing various deformation examples of the tubular member.
As described above, the tubular member 100 only needs to be able to make the tubular member of the floating guide on the rear side thereof and the tip opening of the large-diameter rod rod non-contact with the thread stopper portion 105 provided on the tubular member 100. Therefore, if the wall thickness is secured so as to hit the end face 100B of the tubular member 100, the thread stop portion 105 is as shown in (a) up to the vicinity of the end face 100B or the same as the end face 100B. It is possible to adhere so that it exists within the plane of.

Further, with respect to the stepped portion for polymerizing the tubular member, as shown in (b) and (c), the tapered surfaces 200c and 100c are used so that the end portion (end wall) of the tubular member on the mating side abuts. The shape to be polymerized, such as the composition, is not particularly limited. Alternatively, as shown in (d), the curved surface 100d may be formed so that the impact of contact at the contact portion is alleviated.

Although the embodiment of the fishing line guide according to the present invention has been described above, the present invention is not limited to the above-described embodiment and can be variously modified.

Although the legs of the fixed guide and the floating guide frame of the above-described embodiment are both of the one-leg type, they can be implemented in various forms such as the two-leg type. Further, the shape of the frame is not limited, and the material can be appropriately deformed, for example, by forming the frame with a fiber reinforced resin material or the like. Further, for the tubular member for fixing the frame of the fixing guide and the floating guide with a thread, a convex portion protruding in the axial direction at a predetermined interval (for example, 90 ° interval) is provided on the inner surface thereof and fixed to the surface of the rod rod. You may. In such a configuration, slits may be provided in the axial direction at predetermined intervals (for example, 90 ° intervals) in the core metal used when forming the tubular member. According to such a tubular member, it is possible to enhance the anti-rotation effect when adhering to the rod rod.

1 Fishing rod 10 Original rod rod 20, 30, 40, 50, 60 Middle rod rod 70 Tip rod rod 31, 41, 51, 61 Fixed guide 53, 55, 73, 75 Floating guide 100, 200 Cylindrical member 105, 205 Wearing member (thread stop part)

Claims (6)

In a swing-type fishing rod in which multiple rod rods are joined in a swing-type manner and a fishing line guide is attached to the surface of each rod rod.
Among the fishing line guides, the fixed guide fixed to the surface of the rod rod has a guide leg portion wound and fixed to the surface of a tubular member fixed to the surface of the rod rod.
The tubular member of the fixed guide has a meat in which the thread stop portion of the bobbin is not in contact with the tip opening of the tubular member of the floating guide on the rear side of the fixed guide or the tip opening of the large-diameter rod rod. A swing-type fishing rod characterized by having a thickness. When a plurality of rod rods are stored in the tubular member of the fixed guide, the tip of the tubular member of the floating guide on the rear side of the fixed guide or the tip of the large-diameter rod rod is polymerized in the axial direction. The swing-type fishing rod according to claim 1, wherein the fishing rod is characterized by the above. In a swing-type fishing rod in which multiple rod rods are joined in a swing-type manner and a fishing line guide is attached to the surface of each rod rod.
The fishing line guide includes a plurality of floating guides that slide on one rod rod.
Each floating guide has a guide leg that is pincushion-fixed to the surface of a tubular member that slides and is fixed at an arbitrary position on the surface of the rod rod.
The tubular member of the floating guide located on the front side in the axial direction has a wall thickness at which the thread stop portion of the bobbin is not in contact with the tip opening of the tubular member of the floating guide on the rear side, and is on the rear side. A swing-type fishing rod characterized in that it is axially overlapped with a tubular member of a floating guide. The swing-out type according to claim 3, wherein each tubular member of the floating guide located in the front-rear direction in the axial direction is provided with a stepped portion, and is polymerized in the axial direction by engaging the stepped portion. Fishing rod. In a swing-type fishing rod in which multiple rod rods are joined in a swing-type manner and a fishing line guide is attached to the surface of each rod rod.
At the tip of the rod rod, a pincushion and a pincushion are provided on the surface of a tubular member fixed to the rod rod.
The tubular member of the decorative winding has a meat in which the thread stopper portion of the spool is not in contact with the tip opening of the tubular member of the floating guide on the rear side of the decorative winding or the tip opening of the large-diameter rod rod. A swing-type fishing rod characterized by having a thickness. When a plurality of rod rods are stored in the tubular member of the decorative roll, the tip of the tubular member of the floating guide on the rear side of the decorative roll or the tip of the large-diameter rod rod is polymerized in the axial direction. The swing-out type fishing rod according to claim 5, wherein the fishing rod is characterized by the above.

Images