CN104067995B - Fishline guiding element and possess the fishing rod of this fishline guiding element - Google Patents
Fishline guiding element and possess the fishing rod of this fishline guiding element Download PDFInfo
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- CN104067995B CN104067995B CN201410059281.8A CN201410059281A CN104067995B CN 104067995 B CN104067995 B CN 104067995B CN 201410059281 A CN201410059281 A CN 201410059281A CN 104067995 B CN104067995 B CN 104067995B
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Abstract
The invention provides a kind of fishline guiding element, it can not make guide ring maintaining part be tending towards maximizing, and can make the bore of above-below direction of guide ring compared with the past larger. Particularly, the related fishline guiding element of an embodiment of the invention possesses: foot is installed, is installed on bar-shaped pole body; Tabular ring maintaining part, is connected to the front end of described installation foot, with being axially the 1st acute angle and forwards extending of described pole body; And the guide ring of ring-type, be embedded in the through hole that is formed on described ring maintaining part. In one embodiment, guide ring is configured to, and is greater than the 2nd acute angle of described the 1st acute angle perpendicular to being axially of its axial face and described pole body.
Description
Technical field
The present invention relates to a kind of fishline guiding element and possess the fishing rod of this fishline guiding element.
Background technology
In order to lead along pole body to discharging or furl in the fishline of winder from winder, existing anglingPole possesses multiple fishline guiding elements at the outer peripheral face of pole body. In the Unexamined Patent 10-136844 of Japan communique (patentDocument 1) in, an example of such fishline guiding element is disclosed. In patent documentation 1, disclosed fishline is ledPart possesses: framework, carries out punch process and moulding to metallic plate; And guide ring, be embedded in the installation of frameworkHole.
As the 0003rd of patent documentation 1 the section record, the problem that exists fishline to be easily wound around on fishline guiding element.In order to tackle this problem, the known fishline that the guide ring maintaining part of framework is tilted significantly to the front of pole bodyGuiding element (for example, with reference to patent documentation 1 Figure 10).
Patent documentation 1: the Unexamined Patent 10-136844 of Japan communique
But, in the time making the guide ring maintaining part of framework swing to the front of pole body, due to the upper and lower of guide ringTo bore diminish, therefore discharge or while furling fishline fishline become greatly with the friction between guide ring inner peripheral surface,There is the release of fishline or the problem furling of hindering. If although strengthen the bore of guide ring, can reduceThe friction producing between fishline and guide ring inner peripheral surface, the size that still can produce guide ring maintaining part is tending towardsMaximize and weight becomes large etc. other problems.
Summary of the invention
1 object of the present invention is to provide a kind of fishline guiding element, and it can not make guide ring maintaining part be tending towards largeType, can make the bore of above-below direction of guide ring compared with the past larger. Can pass through with reference to this descriptionEntirety knows clearly other objects of the present invention.
The related fishing rod of an embodiment of the invention possesses: bar-shaped pole body; And fishline guiding element, installOn the outer peripheral face of this pole body, the fishline discharging from winder is led.
In one embodiment, fishline guiding element possesses: foot is installed, is installed on bar-shaped pole body; TabularRing maintaining part, be connected to the front end of described installation foot, with described pole body be axially the 1st acute angle and toExtend in front; And the guide ring of ring-type, be embedded in the through hole that is formed on described ring maintaining part. Of the present inventionIn a form, this guide ring is configured to, being axially and being greater than perpendicular to its axial face and described pole bodyThe 2nd acute angle of described the 1st acute angle.
According to the embodiment of the present invention, can provide a kind of fishline guiding element, it can not make guide ring maintaining partBe tending towards maximizing, can make the bore of above-below direction of guide ring compared with the past larger.
Brief description of the drawings
Fig. 1 is the side view of the structure of the related fishing rod of modal representation an embodiment of the invention.
Fig. 2 is the stereogram of the related fishing rod guiding element of an embodiment of the invention.
Fig. 3 is the top view of the related fishing rod guiding element of an embodiment of the invention.
Fig. 4 is the longitudinal sectional view of the related fishing rod guiding element of an embodiment of the invention.
Fig. 5 is guide ring and the environmental protection of the related fishing rod guiding element of modal representation an embodiment of the inventionHold the figure of the position relationship of portion.
Fig. 6 amplifies near the amplification in lower end that represents the related guide ring of an embodiment of the inventionCutaway view.
Fig. 7 is the top view of the related fishing rod guiding element of other embodiments of the present invention.
Symbol description
R-fishing rod; 1-pole body; 2-winder; 5-fishline; 6(6-1～6-16), 26-fishline guiding element; 11-peaceDress foot; 12-encircles maintaining part; 13-guide ring.
Detailed description of the invention
Below, suitably with reference to accompanying drawing, various embodiments of the present invention are described. And, in each figureMark identical reference marks for identical inscape. Note in each accompanying drawing for convenience of explanation,Be not necessarily to record with correct reduced scale.
Fig. 1 is the side view that represents the structure of the related fishing rod of an embodiment of the invention. As Fig. 1Shown in, the pole body 1 of the related fishing rod R of an embodiment of the invention possesses 2 pole members the 1stJoint pole 1-1 saves 1-2 with the pole tip on the top that is arranged on Section 1 pole 1-1. Pole body 1 also can comprise 3 withOn the pole member of any amount. For example,, by the middle of installing between Section 1 pole 1-1 and pole tip joint 1-2Pole, thus the pole body 1 being formed by 3 pole members obtained. On Section 1 pole 1-1, fill by winder seat 3Tear open winder 2 is installed freely. In addition, at the base end side of Section 1 pole 1-1, handle 4 is installed.
These Section 1 pole 1-1 and pole tip joint 1-2 are typically with synthetic resin is impregnated in reinforcing fiberFibre strengthening mylar (prepreg) and make. Particularly, fibre strengthening mylar is being twinedBe around in after mandrel, obtain Section 1 pole 1-1 and pole tip joint 1-2 by hardening, tear open the operations such as core. TheMaterial or the manufacture method of 1 joint pole 1-1 and pole tip joint 1-2 are not limited to content illustrated in this description,Can make by various known material or known manufacture method in addition. Each pole can be both emptyCore structure can be also solid construction.
1 fishline guiding element is at least installed on pole body 1. On the pole body 1 of Fig. 1, fishline guiding element 6 is installed16 fishline guiding elements of-1 to fishline guiding element 6-16. Fishline guiding element 6-1 is as shown in Figure 1 to fishline guiding element 6The fishline discharging from winder 25 is directed to the pole tip of pole body 1 by-16. Due to fishline guiding element, 6-1 is positioned atNear the position in front of the person of angling, be therefore sometimes referred to as " the 1st guiding element ". In addition, due to fishline guiding element 6-16Be positioned at the tip side farthest of pole body 1, be therefore sometimes referred to as " top guiding element ". Fishline guiding element 6-1 is to fishlineGuiding element 6-7 is the fishline guiding element that the foot of extending by front and back is installed on the so-called double-basis seat type of pole body 1, anotherOn the one hand, fishline guiding element 6-8 is 1 foot of extending by the rear to pole body 1 to fishline guiding element 6-15Be installed on the fishline guiding element of the what is called list pedestal type of pole body. As described later, fishline involved in the present invention is ledPart is the fishline guiding element of single pedestal type. In this manual, sometimes by fishline guiding element 6-1 to fishline guiding element 6-16 are generically and collectively referred to as fishline guiding element 6.
In Fig. 1, winder 2 is bait throwing in winder (BaitcastingReel). As shown in the figure, bait throwing in volumeLine device is generally arranged on the upside of the outer peripheral face of pole body 1. Be arranged on the outer peripheral face of pole body 1 at winder 2When upside, be also arranged on for fishline guiding element 6-1～6-16 that fishline is led pole body 1 upside outsideOn side face. As winder 2, beyond bait throwing in winder, can use the winder of various kinds, for example can useThe rotary extrusion type spinning winder of various kinds. Due to rotary extrusion type spinning winder be generally arranged on pole body 1 outer peripheral face underSide, therefore fishline guiding element 6 is also arranged on the outer peripheral face of downside of pole body 1 in the case. In this explanationIn book, the handle of pole body 14 sides are called to " rear side ", the pole tip side of pole body 1 is called to " front side ". Separately, the front side of Fig. 1 is called to " right side " outward, inboard is called " left side ".
Next, with reference to Fig. 2 to Fig. 4, the related fishline guiding element of an embodiment of the invention is entered to oneStep describes. Fig. 2 is the stereogram of the fishline guiding element 6-8 of single pedestal type of Watch with magnifier diagram 1, Fig. 3Be the top view of fishline guiding element 6-8, Fig. 4 is the longitudinal sectional view along the A-A line of Fig. 3. As shown in the figure,The related fishline guiding element 6-8 of an embodiment of the invention possesses: foot 11 is installed, is installed on pole body 1;Tabular ring maintaining part 12, is connected in the front end that foot 11 is installed; And guide ring 13, be embedded in and be formed onThe through hole 12a of ring maintaining part 12.
As the most clearly represented in Fig. 3, be installed under the state of pole body 1, it is edge that foot 11 is installedThe member of the elongated tabular or ligule of the outer peripheral face extension of pole body 1. As shown in Figure 4, by nylon fiberDeng the spiral 21 forming, installation foot 11 is wound on pole body 1. In spiral 21, contain and be soaked with epoxy resin,On the surface of spiral 21, form thus epoxy resin layer 22. By this epoxy resin layer 22, foot will be installed11 are fixed with the state that is closely attached on pole body 1. In this manual, sometimes will be used for fishline guiding element 6The member that is fixed on pole body 1 is generically and collectively referred to as " guiding element fixed component " or " guiding element fixed component 20 ". By above-mentionedThe tectosome that spiral 21 and epoxy resin layer 22 form is an example of guiding element fixed component 20.
The ring maintaining part 12 that is arranged on the front end that foot 11 is installed is oblique towards the square neck of going forward from the rear of pole body 1.The posture that, ring maintaining part 12 tilts with the front to pole body 1 is installed on pole body 1. Although ring maintaining part 12The tabular component of general planar, still with the coupling part broad warp as shown in Figure 4 that foot 11 is installed., ring maintaining part 12 comprises: the par that is formed with the general planar of through hole 12a; And be connected in installation footThe bend of the broad warp of portion 11.
Can foot 11 and ring maintaining part 12 be installed from mylar integral production. In fabrication and installation foot 11And ring is when maintaining part 12, first by fit multiple mylars burn till and harden, system of punch processMake mylar formed products. Next cut out and be equivalent to install foot 11 and environmental protection from this mylar formed productsHold the framework of the shape of portion 12. Like this, obtain installing foot 11 and encircle the framework that maintaining part 12 is one.About the detailed operation of making fishline guiding element from mylar, be recorded in International Application PCT/JP of the applicant2012/079595. Also can with beyond above-mentioned arbitrarily known method make fishline guiding element 6-8. For example,By form fishline guiding element 6-8 with the injection molding of the material such as metal or synthetic resin.
The guide ring 13 of ring-type is embedded in the through hole 12a of ring maintaining part 12. That the most clearly expression as Fig. 2Sample, guide ring 13 has: ring outer peripheral face 13a, upwards extended with ring-type in the week of guide ring 13; Week in ringFace 13c, 13a extends in parallel with ring outer peripheral face; And ring side 13b, in connecting this ring outer peripheral face 13a and encirclingSide face 13c. Although in Fig. 2, do not illustrate, the rear side of the guide ring 13 in Fig. 2 (Front side while being arranged at pole body 1), also come connecting ring outer peripheral face 13a and ring inner peripheral surface 1 by ring side 13b3c. Guide ring 13 is for example formed by various potteries, metal or resin. In one embodiment, guide ring13 are roughly formed as round type. Detail shape to guide ring 13 is narrated in the back.
In the top view of Fig. 3, ring maintaining part 12 periphery as follows, summit T with from this summit T to leadTo rotating clockwise centered by the center O 1 of ring between the P1 point of approximately 120 ° and summit T and from this topPoint T counterclockwise rotates the interval between the P2 point of approximately 120 °, is formed as and concentric just round of guide ringShape. The bottom of ring maintaining part 12 is formed as narrowing gradually towards foot's 11 width are installed from P1 point and P2 point.
Next, further describe the configuration for the guide ring 13 of ring maintaining part 12 with reference to Fig. 5.Fig. 5 is the ideograph of observing from fishline guiding element 6-8 right side side. As mentioned above, tabular ring maintaining part 12 fromThe rear of pole body 1 is oblique towards the square neck of going forward. In the example of Fig. 5, ring maintaining part 12 is with respect to pole body 1Axially be the angle [alpha] 1 of acute angle and forwards extend. Figure 5 illustrates the surface with this ring maintaining part 12The imaginary plane S1(extending in parallel is sometimes referred to as " ring maintaining part installation surface " in this manual). As fixed from thisIn justice, clearly, ring maintaining part 12 is configured to its flat (except being connected with installation foot 11The part of sweep) surface parallel with imaginary plane S1.
Guide ring 13 is configured to be sometimes referred to as in this manual " guide ring perpendicular to its axial face S2(Installation surface ") with pole body 1 be axially sharp angle α 2. , guide ring 13 be configured to from pole body 1 axiallyOnly tilt angle alpha 2. This angle [alpha] 2 is configured to compared with angle [alpha] 1 large a little. At an embodimentIn, guide ring installation surface and poor (the α 2-α 1) of ring maintaining part installation surface meet 0 ° of < (α 2-α 1)≤5 °.In one embodiment, α 1 is approximately 45 °.
As from the above description clearly, ring maintaining part 12 compared with guide ring 13 largelyr to pole body 1Front tilt. In other words, guide ring 13 compared with ring maintaining part 12 to the inclination in the front of pole body 1 moreLittle. In existing fishline guiding element, although the configuration of ring maintaining part and guide ring is decided to be to the setting of ring maintaining partFace is parallel with guide ring installation surface, but in embodiments of the present invention, ring maintaining part installation surface and guidingRing installation surface is also not parallel, ring maintaining part installation surface axially tilting significantly with respect to pole body 1.
Like this, in embodiments of the present invention, by making guide ring installation surface with respect to the setting of ring maintaining partFace tilts in vertical, thus existing with configured in parallel ring maintaining part installation surface and guide ring installation surfaceFishline guiding element compare, can guarantee the bore of the above-below direction of guide ring largelyr. Thus, can reduceThe friction producing between fishline and the inner peripheral surface of guide ring in the time discharging or furl fishline. In addition, lead by makingRoughly be round type to ring 13, thereby can prevent from keeping the ring maintaining part 12 of this guide ring 13 to be tending towards large-scaleChange.
Next, with reference to Fig. 6, the shape of guide ring 13 is further described. Fig. 6 amplifies to represent to leadTo the section of the borderline region of ring 13 lower end and ring maintaining part 12 (roughly corresponding to Fig. 4 region A)The amplification view of (with the section of the circumferential vertical direction of guide ring 13).
As mentioned above, guide ring 13 has: ring outer peripheral face 13a; Inner peripheral surface 13c; And ring side 13b, connectMeet this ring outer peripheral face 13a and ring inner peripheral surface 13c. As shown in Figure 6, in one embodiment, ring outer peripheral faceThe smooth formation of 13a, to can be adjacent to the inner peripheral surface of through hole 12a. On the other hand, ring inner peripheral surface 13c formsFor the shape of broad warp, to the edge that is acute angle can not encountered by the fishline in guide ring 13. LogicalThe ring side 13b that is roughly partial circle arcuation that crosses radius r connects this outer peripheral face 13a and inner peripheral surface 13c.Guide ring 13 is roughly the section configuration of homogeneous on it is all-round.
As mentioned above, in embodiments of the present invention, because guide ring 13 is configured to hold with respect to environmental protectionPortion 12 tilts, and therefore the lower end of guide ring 13 exceeds (reference from the pole tip side surface of ring maintaining part 12 sometimesThe region A of Fig. 4), upper end exceeds (with reference to the region B of Fig. 4) from the pole tail side surface of ring maintaining part 12.In the embodiment of Fig. 6, near the lower end of the guide ring 13 and front side (pole tip side) of ring maintaining part 12Surface 12b compares the more outstanding part that is only equivalent to length L of normal direction to its surperficial 12b. The present inventionThe ring side 13b of the related guide ring 13 of an embodiment be formed as the partial circle arcuation of radius r.In one embodiment, be greater than the side of the outstanding length L of guide ring 13 with the radius r of this ring side 13bFormula (, meeting the relation of r > L) forms.
Like this, by making the radius r of encircling side 13b be greater than the outstanding length L of guide ring 13, thus canLink outer peripheral face 13a and the inner peripheral surface 13c of guide ring 13 with mild curved surface. Thereby, can make fishline 5(guide ring 13 is from ring maintaining part to be difficult to hang over the end difference encircling between maintaining part 12 and the lower end of guide ring 1312 outstanding protuberances).
In addition, in an embodiment of the invention, as shown in Figure 4, guide ring 13 is held with respect to environmental protectionPortion 12 is configured to, and the lower end of guide ring 13 part of rear side () can be from the pole of ring maintaining part 12Tail side surface exceeds. By such configuration, can make fishline 5 on the pole tail side surface of ring maintaining part 12Be difficult to hang on guide ring 13. If the lower end of guide ring 13 exceeds from the pole tail side surface of ring maintaining part 12,When the normal orbit of the state return fishline 5 falls in guide ring 13 from down below in guide ring 13,Become the part exceeding that easily hangs over guide ring 13 lower ends. Can be from ring by the lower end that makes guide ring 13The pole tail side surface of maintaining part 12 exceeds, thereby the state fishline 5 falls in guide ring 13 from down below returnsWhile being positioned at the normal orbit of guide ring 13, can prevent that fishline 5 from hanging on guide ring 13.
In addition, in an embodiment of the invention, as shown in Figure 4, guide ring 13 is held with respect to environmental protectionPortion 12 is configured to, and the upper end of guide ring 13 part of rear side () is from the pole tail side of ring maintaining part 12Surface exceeds. By such configuration, can make fishline 5 be difficult on the pole tail side surface of ring maintaining part 12Hang on guide ring 13. The upper end of guide ring 13 if the part of rear side () and ring maintaining part 12Pole tail side surface is compared and is more positioned at front side, the inside diameter of the fishline butt guide ring 12 by guide ring 5Be the edge part (part representing with symbol E of Fig. 4) of acute angle and fishline 5 is likely impaired. By makingGuide ring 13 is configured to respect to ring maintaining part 12, the upper end of guide ring 13 part of rear side ()From ring maintaining part 12 pole tail side surface exceed, thereby can prevent fishline 5 contact ring maintaining parts 12 inFootpath portion.
Next, with reference to Fig. 7, other embodiments of the present invention are described. Fig. 7 represents of the present inventionThe top view of the related fishing rod guiding element of other embodiments. Same with fishline guiding element 6, angling shown in Fig. 7Line guiding element 26 is arranged at the outer peripheral face of the fishing rod R shown in Fig. 1. Because although fishline guiding element 26 is at guide ringAnd part different from fishline guiding element 6 in shape of the support guide ring of ring maintaining part, but other points with angleLine guiding element 6 similarly forms, and therefore omits being elaborated beyond guide ring and ring maintaining part.
Be formed with and be roughly elliptoid through hole 32a in the ring maintaining part 32 shown in Fig. 7. Shown in Fig. 7In top view, this through hole 32a is using the fore-and-aft direction of pole body 1 as major diameter, using left and right directions as minor axis.In this through hole 32a, embed to have and be equally roughly formed as elliptoid guide ring 33. With above-mentioned ring maintaining part12 and the relation of guide ring 13 same, guide ring 33 angle of inclination axial with respect to pole body 1 is greater than environmental protectionHold portion 32 angle of inclination axial with respect to pole body 1.
In the related fishline guiding element 26 of present embodiment, because guide ring 33 is formed as in top viewEllipticity using the fore-and-aft direction of pole body 1 as major diameter therefore can make to lead compared with the guide ring of round typeBore to ring 33 above-below direction is larger. Thus, can further reduce between fishline and guide ring and produceRaw friction. The related fishline guiding element 26 of present embodiment is as follows, even upper and lower by guide ring 33The bore of direction is guaranteed into when larger compared with setting, and has guide ring and environmental protection to hold having configured in parallelThe fishline guiding element of the existing elliptoid guide ring of portion is (for example, disclosed in Fig. 1 of patent documentation 1Fishline guiding element 1) in compare while guaranteeing identical bore, ring maintaining part can not be tending towards maximizing yet.
Above, although as an example of fishline guiding element 6-8 and fishline guiding element 26 example within the scope of the present inventionThe formation of fishline guiding element is illustrated, but the fishline guiding element 6-9～6-15 of other single pedestal type is also passableForm equally with fishline guiding element 6-8. But size both can be mutually identical, also can be different. In addition, alsoCan replace with the fishline guiding element of single pedestal type of formation same with fishline guiding element 6-8 the fishline of double-basis seat typeGuiding element 6-1～6-7. In the embodiment of Fig. 1, in the middle of fishline guiding element 6-1～6-16, in frontFishline guiding element is configured to, and to compare width identical or less with the fishline guiding element in rear, in addition, and highlyIdentical or lower. For example, fishline guiding element 6-2, compared with fishline guiding element 6-1 in its rear, is configured toWidth is less and highly lower, near fishline guiding element (for example, the fishline guiding element 6-10～6 guiding element 6-16 of top-16) be formed as mutually with wide, same high.
Size, material and the configuration of illustrated in this manual each inscape are not limited to embodimentMiddle clearly stated content, also can be to have arbitrary dimension, material within the scope of the present inventionAnd the mode of configuration is out of shape this each inscape. In addition, can be by not bright in this manual yetReally the inscape of explanation is appended in the embodiment having illustrated, also can be omitted in institute in each embodimentA part for the inscape illustrating.
Claims (11)
1. a fishline guiding element, is characterized by,
Possess: foot is installed, is installed on bar-shaped pole body;
Tabular ring maintaining part, is connected to the described front end that foot is installed;
And the guide ring of ring-type, be embedded in the through hole that is formed on described ring maintaining part;
The imaginary plane extending in parallel with the surface of described ring maintaining part is made as ring maintaining part installation surface, will be withThe axial vertical face of described guide ring is made as in the situation of guide ring installation surface, described guide ring installation surface phaseTilt in vertical for described ring maintaining part installation surface.
2. fishline guiding element according to claim 1, is characterized by, described guide ring in the time overlooking roughlyBe formed as round type.
3. fishline guiding element according to claim 1, is characterized by, described guide ring in the time overlooking roughlyBe formed as the ellipticity using left and right directions as minor axis.
According to claim 1 to the fishline guiding element described in any one in claim 3, it is characterized by,
Described guide ring has: encircle outer peripheral face, contact the inner peripheral surface of described through hole; Ring inner peripheral surface, with this ringOuter peripheral face extends in parallel; And a pair of ring side, connect this ring outer peripheral face and this ring inner peripheral surface,
The normal to a surface direction of described guide ring from described ring maintaining part to described ring maintaining part be outstanding length onlyL，
Described a pair of ring side is formed as respectively the roughly circular-arc of radius r,
The relation of r > L is set up.
According to claim 1 to the fishline guiding element described in any one in claim 3, it is characterized by,Described guide ring is configured to, and its lower end can not exceed from the pole tail side surface of described ring maintaining part.
6. fishline guiding element according to claim 4, is characterized by, and described guide ring is configured to, itsLower end can not exceed from the pole tail side surface of described ring maintaining part.
According to claim 1 to the fishline guiding element described in any one in claim 3, it is characterized by,Described guide ring is configured to, and its upper end exceeds from the pole tail side surface of described ring maintaining part.
8. fishline guiding element according to claim 4, is characterized by, and described guide ring is configured to, itsUpper end exceeds from the pole tail side surface of described ring maintaining part.
9. fishline guiding element according to claim 5, is characterized by, and described guide ring is configured to, itsUpper end exceeds from the pole tail side surface of described ring maintaining part.
10. fishline guiding element according to claim 6, is characterized by, and described guide ring is configured to,Its upper end exceeds from the pole tail side surface of described ring maintaining part.
11. 1 kinds of fishing rods, is characterized by, at least possess 1 claim 1 in claim 10 arbitrarilyFishline guiding element described in one.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2013068634A JP5894554B2 (en) | 2013-03-28 | 2013-03-28 | Fishing line guide and fishing rod provided with the fishing line guide |
| JP2013-068634 | 2013-03-28 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104067995A CN104067995A (en) | 2014-10-01 |
| CN104067995B true CN104067995B (en) | 2016-05-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410059281.8A Active CN104067995B (en) | 2013-03-28 | 2014-02-21 | Fishline guiding element and possess the fishing rod of this fishline guiding element |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5894554B2 (en) |
| CN (1) | CN104067995B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7290514B2 (en) * | 2019-08-29 | 2023-06-13 | 株式会社シマノ | fishing rod |
| CN113711999A (en) * | 2020-05-20 | 2021-11-30 | 古洛布莱株式会社 | Fishing line guide and fishing rod with the same |
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| US20050097804A1 (en) * | 2003-11-06 | 2005-05-12 | Tsung-Seng Lee | Guide ring for a fishing rod |
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| US6067743A (en) * | 1996-11-12 | 2000-05-30 | Fuji Kogyo Co., Ltd. | Line guide for fishing rod |
| KR20040031322A (en) * | 2002-10-04 | 2004-04-13 | 일 훈 이 | line-guide of fishing-rod fixed device and fixed method |
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Also Published As
| Publication number | Publication date |
|---|---|
| JP5894554B2 (en) | 2016-03-30 |
| JP2014187978A (en) | 2014-10-06 |
| CN104067995A (en) | 2014-10-01 |
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