JP7137967B2

JP7137967B2 - spinning reel

Info

Publication number: JP7137967B2
Application number: JP2018101284A
Authority: JP
Inventors: 卓司 ▲高▼松; 哲史池袋
Original assignee: Shimano Inc
Current assignee: Shimano Inc
Priority date: 2018-05-28
Filing date: 2018-05-28
Publication date: 2022-09-15
Anticipated expiration: 2038-05-28
Also published as: JP2019205360A

Description

本発明は魚釣りに使用されるスピニングリールに関する。 The present invention relates to spinning reels used for fishing.

従来からスピニングリールには、ベールアームを反転させるベール反転機構が設けられている。ベール反転機構は、特許文献１に開示されているように、ベールアームの姿勢に応じて第１位置と当該第１位置よりも後方の第２位置とに位置することが可能な移動部材（特許文献１では、移動部材５１）と、第２位置でロータとともに回転する移動部材が当接して当該移動部材を第１位置に向けて移動させる被当接部（特許文献１では、切換部材５２）と、移動部材が第１位置に向けて移動したときに、ベールアームを第２姿勢から第１姿勢に戻すリターン装置（特許文献１では、トグルばね機構５０）と、を備える。 Spinning reels have conventionally been provided with a bail reversing mechanism for reversing a bail arm. As disclosed in Patent Document 1, the bail reversing mechanism is a moving member that can be positioned at a first position and a second position behind the first position according to the posture of the bail arm (Patent Document 1). In Document 1, a moving member 51) contacts with a moving member that rotates together with the rotor at the second position, and a contacted portion moves the moving member toward the first position (switching member 52 in Patent Document 1). and a return device (a toggle spring mechanism 50 in Patent Document 1) that returns the bail arm from the second posture to the first posture when the moving member moves toward the first position.

特開２００２－３０６０３２号公報Japanese Patent Application Laid-Open No. 2002-306032

特許文献１に記載されているように、従来の移動部材は、円柱状の棒状部材を屈曲させた形状を有する。当該移動部材に何らかの力が作用すると、当該移動部材のうちの直線部分よりも屈曲部分が変形しやすい。具体的に、当該屈曲部分がさらに屈曲してしまいやすい。このような不都合は、特に、移動部材を軽量化及び／又は小型化するために細くしたときに、顕著に表れる。 As described in Patent Document 1, a conventional moving member has a shape obtained by bending a columnar rod-like member. When some force acts on the moving member, the bent portion of the moving member is more likely to deform than the straight portion. Specifically, the bent portion is likely to bend further. Such an inconvenience is particularly noticeable when the moving member is thinned to reduce its weight and/or its size.

本発明は、移動部材が変形し難いスピニングリールを提供することを目的とする。 SUMMARY OF THE INVENTION An object of the present invention is to provide a spinning reel in which a moving member is difficult to deform.

本発明に係るスピニングリールは、
前方に釣り糸を繰り出す魚釣用のスピニングリール（例えば、スピニングリール１００）であって、
ハンドルが取り付けられたリール本体（例えば、リール本体１１０）と、
前記ハンドルの回転に応じて前記リール本体に対して回転可能なロータ（例えば、ロータ１４０）と、
前記ロータに取り付けられ、前記釣り糸をスプールに巻き取る第１姿勢（例えば、糸巻取姿勢）と、前記釣り糸を前記スプールから前記前方に繰り出す第２姿勢（例えば、糸開放姿勢）とに揺動するベールアーム（例えば、ベールアーム１５０）と、
前記ベールアームが前記第１姿勢のときに第１位置に位置し、前記ベールアームが前記第２姿勢のときに前記第１位置よりも後方の第２位置に位置し、前記第２位置から前記第１位置に移動することで前記ベールアームを前記第２姿勢から前記第１姿勢に変化させる移動部材（例えば、移動部材１６１）と、を備え、
前記移動部材は、前記ロータの回転軸の方向に直交する直交方向に延びた第１部分（例えば、第２中間部１６１Ｅ）と、前記第１部分の前記回転軸に近い一方の端部から前方に向かって前記回転軸の方向に延びた第２部分（例えば、第３中間部１６１Ｇ）と、一端が前記第１部分に繋がり、他端が前記第２部分に繋がった屈曲形状の第３部分（例えば、第３屈曲部１６１Ｆ）と、前記第１部分の前記回転軸から遠い他方の端部から前方に向かって前記回転軸の方向に延びる第４部分（例えば、第１中間部１６１Ｃ）と、一端が前記第１部分に繋がり、他端が前記第４部分につながった屈曲形状の第５部分（例えば、第２屈曲部１６１Ｄ）と、を備える棒状部材であり、
前記移動部材のうちの少なくとも前記第３部分は、当該移動部材の他の部分よりも平たくかつ幅広に形成された扁平部（例えば、扁平部Ｑ１、Ｑ２又はＱ３）を備える。 The spinning reel according to the present invention is
A fishing spinning reel (for example, a spinning reel 100) that feeds a fishing line forward,
a reel body (e.g., reel body 110) with a handle attached;
a rotor (e.g., rotor 140) rotatable with respect to the reel body in response to rotation of the handle;
It is attached to the rotor and swings between a first posture (eg, line winding posture) for winding the fishing line on the spool and a second posture (eg, line release posture) for letting out the fishing line forward from the spool. a bail arm (eg, bail arm 150);
When the bail arm is in the first posture, it is positioned at a first position; when the bail arm is in the second posture, it is positioned at a second position behind the first position; a moving member (for example, a moving member 161) that changes the bail arm from the second posture to the first posture by moving to a first position;
The moving member includes a first portion (for example, a second intermediate portion 161E) extending in an orthogonal direction perpendicular to the direction of the rotation axis of the rotor, and a front portion from one end of the first portion near the rotation axis. A second portion (for example , a third intermediate portion 161G) extending in the direction of the rotation axis toward the (for example , a third bent portion 161F); and a fourth portion (for example, a first intermediate portion 161C) extending forward in the direction of the rotation axis from the other end of the first portion far from the rotation axis. , and a bent-shaped fifth portion (for example, a second bent portion 161D) having one end connected to the first portion and the other end connected to the fourth portion ,
At least the third portion of the moving member has a flat portion ( for example, flat portion Q1, Q2 or Q3 ) that is flatter and wider than the other portions of the moving member.

前記扁平部は、少なくとも、前記第３部分と前記第１部分とにわたる部分に形成されている（例えば、図３、図６参照）、
ようにしてもよい。 The flat portion is formed at least in a portion spanning the third portion and the first portion (see, for example, FIGS. 3 and 6),
You may do so.

前記扁平部は、少なくとも、前記第３部分と前記第２部分とにわたる部分に形成されている（例えば、図３、図６参照）、
ようにしてもよい。 The flat portion is formed at least in a portion spanning the third portion and the second portion (see, for example, FIGS. 3 and 6),
You may do so.

前記扁平部は、前記回転軸の方向及び前記直交方向を含む面方向に幅広である、
ようにしてもよい。 The flat portion is wide in a planar direction including the direction of the rotation axis and the orthogonal direction,
You may do so.

前記リール本体に設けられ、前記第２位置にある前記移動部材が前記ロータとともに回転したときに、前記第１部分が当接して前記移動部材を前記第１位置に向けて移動させる被当接部（例えば、固定部材１６３）と、
前記移動部材が前記第１位置に向けて移動したときに、前記ベールアームを前記第２姿勢から前記第１姿勢に戻すリターン装置（例えば、トグルバネ装置１６２）と、をさらに備える、
ようにしてもよい。 A contacted portion provided on the reel body for moving the moving member toward the first position by contacting the first portion when the moving member at the second position rotates together with the rotor. (for example, the fixing member 163);
a return device (e.g., toggle spring device 162) that returns the bail arm from the second posture to the first posture when the moving member moves toward the first position;
You may do so.

前記移動部材は、第１端部（例えば、第１端部１６１Ａ）及び第２端部（例えば、第２
端部１６１Ｉ）と、一端が前記第２部分（例えば、第３中間部１６１Ｇ）に繋がり、他端
が前記第２端部と繋がった屈曲形状の第６部分（例えば、第４屈曲部１６１Ｈ）と、を備
え、
前記リール本体は、前記第２位置にあるときの前記移動部材の前記第２端部と係合して
当該移動部材を制動する制動部（例えば、制動部材１１５）を備える、
ようにしてもよい。 The moving member has a first end (eg, first end 161A) and a second end (eg, second
end portion 161I), and a bent sixth portion (e.g., fourth bent portion 161H) having one end connected to the second portion (e.g., third intermediate portion 161G) and the other end connected to the second end. and
The reel body includes a braking portion (e.g., braking member 115) that engages with the second end of the moving member when in the second position to brake the moving member.
You may do so.

本発明によれば、移動部材が変形し難いスピニングリールを提供することができる。 According to the present invention, it is possible to provide a spinning reel in which the moving member is difficult to deform.

本発明の実施の形態に係るスピニングリールの斜視図。1 is a perspective view of a spinning reel according to an embodiment of the invention; FIG. 本発明の実施の形態に係るスピニングリールのベール反転機構を説明するための、スピニングリールの一部の部材を省略した斜視図。FIG. 2 is a perspective view of the spinning reel with some members omitted, for explaining the bail reversing mechanism of the spinning reel according to the embodiment of the present invention; 図２に示す移動部材の平面図。FIG. 3 is a plan view of the moving member shown in FIG. 2; （Ａ）図３のＡ－Ａ断面図、（Ｂ）図３のＢ－Ｂ断面図、（Ｃ）図３のＣ－Ｃ断面図。(A) A sectional view taken along line AA in FIG. 3, (B) a sectional view taken along line BB in FIG. 3, and (C) a sectional view taken along line CC in FIG. 本発明の実施の形態に係るスピニングリールのベール反転機構を説明するための、スピニングリールの一部の部材を省略した図。FIG. 4 is a view with some members omitted from the spinning reel for explaining the bail reversing mechanism of the spinning reel according to the embodiment of the present invention; 変形例に示す移動部材の平面図。The top view of the moving member shown in a modification. 変形例に示す移動部材の平面図。The top view of the moving member shown in a modification. 変形例に示す移動部材の平面図。The top view of the moving member shown in a modification.

以下、本発明の一実施の形態に係る魚釣り用のスピニングリール１００を、図面を参照しながら説明する。以下の説明では、スピニングリール１００を釣竿に取り付けた際の、釣り竿の先端方向（スピニングリール１００から釣り糸を繰り出す方向）を「前」、釣竿の後端方向を「後」、スピニングリール１００から見て釣竿の方向を「上」、その逆方向を「下」、釣竿を持つユーザの「右」及び「左」をそのまま「右」及び「左」という。 A spinning reel 100 for fishing according to one embodiment of the present invention will be described below with reference to the drawings. In the following description, when the spinning reel 100 is attached to the fishing rod, the tip direction of the fishing rod (the direction in which the fishing line is reeled out from the spinning reel 100) is "front", the rear end direction of the fishing rod is "rear", and the spinning reel 100 is viewed from above. The direction of the fishing rod is called "up", the opposite direction is called "down", and the "right" and "left" of the user holding the fishing rod are called "right" and "left".

（スピニングリール１００の概略構成）
スピニングリール１００は、図１及び図２のように、リール本体１１０と、ハンドル１２０と、スプール１３０と、ロータ１４０と、ベールアーム１５０と、ベール反転機構１６０（図２）と、を備える。 (Schematic configuration of spinning reel 100)
The spinning reel 100, as shown in FIGS. 1 and 2, includes a reel body 110, a handle 120, a spool 130, a rotor 140, a bail arm 150, and a bail flipping mechanism 160 (FIG. 2).

リール本体１１０は、ハンドル１２０の回転を受けて、ロータ１４０をリール本体１１０に対して回転させながらスプール１３０をリール本体１１０に対して前後に移動させる駆動機構を備える。スプール１３０には、釣り糸が巻かれる。ベールアーム１５０は、釣り糸をスプール１３０に巻き取る糸巻取姿勢（図１の姿勢）と、釣り糸をスプール１３０から開放する（繰り出す）糸開放姿勢と、に揺動可能に、ロータ１４０に取り付けられている。ベールアーム１５０は、ロータ１４０とともにリール本体１１０に対して回転する。ベール反転機構１６０は、ベールアーム１５０を糸開放姿勢から糸巻取姿勢に復帰（反転）させるとともに、ベールアーム１５０の姿勢を保持する。 The reel body 110 includes a drive mechanism that receives the rotation of the handle 120 and rotates the rotor 140 with respect to the reel body 110 while moving the spool 130 back and forth with respect to the reel body 110 . A fishing line is wound around the spool 130 . The bail arm 150 is attached to the rotor 140 so as to be swingable between a line winding posture (the posture shown in FIG. 1) for winding the fishing line onto the spool 130 and a line release posture for releasing (feeding) the fishing line from the spool 130. ing. The bail arm 150 rotates with the rotor 140 relative to the reel body 110 . The bail reversing mechanism 160 returns (reverses) the bail arm 150 from the line release posture to the line winding posture, and also maintains the posture of the bail arm 150 .

（リール本体１１０）
リール本体１１０は、スピニングリール１００の本体である。リール本体１１０には、ハンドル１２０が取り付けられている。ここでは、ハンドル１２０は、リール本体１１０の左側側部の取付部ＴＫ（ハンドル１２０に隠れているため、図には現れていない）に取り付けられているが、リール本体１１０の右側側部の取付部ＴＫに取り付けられてもよい。なお、左右の取付部ＴＫのうち、図２に示す、ハンドル１２０が取り付けられていない方の取付部ＴＫ（リール本体１１０の右側側部の取付部ＴＫ）は、通常カバーにより覆われるが、図２では、そのカバーが省略されている。 (Reel body 110)
The reel body 110 is the body of the spinning reel 100 . A handle 120 is attached to the reel body 110 . Here, the handle 120 is attached to the attachment portion TK on the left side of the reel body 110 (not shown because it is hidden by the handle 120). It may be attached to the part TK. Of the left and right mounting portions TK, the mounting portion TK to which the handle 120 is not attached (the mounting portion TK on the right side of the reel body 110) shown in FIG. 2 is usually covered with a cover. 2, the cover is omitted.

リール本体１１０は、前記の駆動機構の他、第１筐体部材１１１と、第２筐体部材１１２と、を備える。第１筐体部材１１１と、第２筐体部材１１２とは、組み合わさることにより、前記の駆動機構を収容する筐体ＣＳを構成する。第１筐体部材１１１は、釣竿に取り付けられるリールフット１１１Ａを備える。 The reel body 110 includes a first housing member 111 and a second housing member 112 in addition to the drive mechanism described above. The first housing member 111 and the second housing member 112 are combined to form a housing CS that accommodates the drive mechanism. The first housing member 111 has a reel foot 111A attached to a fishing rod.

図２のスプール軸１１３は、リール本体１１０の構成部材であり、前記の駆動機構のうち、ハンドル１２０の回転を受けてスプール１３０を前後方向に移動させるオシレーティング機構を構成する部材である。スプール軸１１３には、スプール１３０が取り付けられている。スプール軸１１３は、前後方向に移動可能である。 The spool shaft 113 in FIG. 2 is a constituent member of the reel body 110, and is a member that constitutes an oscillating mechanism of the drive mechanism that receives the rotation of the handle 120 and moves the spool 130 in the front-rear direction. A spool 130 is attached to the spool shaft 113 . The spool shaft 113 is movable in the front-rear direction.

リール本体１１０は、さらに、筒状部材１１４（図２）と、制動部材１１５（図２）と、を備える。筒状部材１１４は、筐体ＣＳの前端に固定されている。筒状部材１１４には、制動部材１１５が取り付けられている。これらの詳細については後述する。 The reel body 110 further includes a tubular member 114 (FIG. 2) and a braking member 115 (FIG. 2). The tubular member 114 is fixed to the front end of the housing CS. A braking member 115 is attached to the tubular member 114 . Details of these will be described later.

（ロータ１４０）
ロータ１４０は、スプール１３０の中心軸（スプール軸１１３の中心軸）と一致する軸を回転軸として回転可能である。ロータ１４０は、ロータ本体１４１と、第１カバー１４２と、第２カバー１４３と、を備える。ロータ本体１４１は、その両端に前後方向に延びている第１アーム１４１Ａ及び第２アーム１４１Ｂを備える。第１カバー１４２は、第１アーム１４１Ａを覆っており、第２カバー１４３は、第２アーム１４１Ｂを覆っている。 (Rotor 140)
The rotor 140 is rotatable about an axis that coincides with the central axis of the spool 130 (the central axis of the spool shaft 113). The rotor 140 has a rotor body 141 , a first cover 142 and a second cover 143 . The rotor body 141 has a first arm 141A and a second arm 141B extending in the front-rear direction at both ends thereof. The first cover 142 covers the first arm 141A, and the second cover 143 covers the second arm 141B.

（ベールアーム１５０）
ベールアーム１５０は、ベール１５１と、ベール１５１を支持する第１ベール支持部材１５２及び第２ベール支持部材１５３と、を有する。第１ベール支持部材１５２及び第２ベール支持部材１５３は、それぞれ、ベールアーム１５０が糸巻取姿勢と糸開放姿勢とに揺動可能となるように、ロータ１４０の第１アーム１４１Ａ及び第２アーム１４１Ｂに揺動可能に取り付けられている。第１ベール支持部材１５２は、釣り糸を案内するラインローラ１５２Ａを有する。 (Bail arm 150)
The bail arm 150 has a bail 151 and a first bail support member 152 and a second bail support member 153 that support the bail 151 . The first bail support member 152 and the second bail support member 153 are respectively attached to the first arm 141A and the second arm 141B of the rotor 140 so that the bail arm 150 can swing between the line winding posture and the line releasing posture. is pivotally attached to the The first bail support member 152 has a line roller 152A that guides the fishing line.

（ベール反転機構１６０）
ベール反転機構１６０は、ベールアーム１５０を、糸開放姿勢から糸巻取姿勢に復帰（反転）させる機能、及び、ベールアーム１５０の姿勢を保持する機能を有する。ベール反転機構１６０は、移動部材１６１と、トグルバネ装置（リターン装置）１６２と、固定部材（被当接部）１６３と、を有する。 (Bail reversing mechanism 160)
The bail reversing mechanism 160 has a function of returning (reversing) the bail arm 150 from the line release posture to the line winding posture and a function of holding the posture of the bail arm 150 . The bail reversing mechanism 160 has a moving member 161 , a toggle spring device (return device) 162 , and a fixed member (abutted portion) 163 .

移動部材１６１は、屈曲した形状を有する金属製の棒状部材である。移動部材１６１は、前後方向に移動可能、かつ、ロータ１４０及びベールアーム１５０とともに回転可能に設けられている。移動部材１６１は、必要な剛性が確保されていれば合成樹脂により形成されてもよい。 The moving member 161 is a metal rod-shaped member having a bent shape. The moving member 161 is provided to be movable in the front-rear direction and to be rotatable together with the rotor 140 and the bail arm 150 . The moving member 161 may be made of synthetic resin as long as the required rigidity is ensured.

移動部材１６１は、図３～図５に示すように、第１端部１６１Ａと、第１屈曲部１６１Ｂと、第１中間部１６１Ｃと、第２屈曲部１６１Ｄと、第２中間部（当接部）１６１Ｅと、第３屈曲部１６１Ｆと、第３中間部１６１Ｇと、第４屈曲部１６１Ｈと、第２端部１６１Ｉと、を備える。 As shown in FIGS. 3 to 5, the moving member 161 includes a first end portion 161A, a first bent portion 161B, a first intermediate portion 161C, a second bent portion 161D, and a second intermediate portion (abutting portion). Part) 161E, a third bent portion 161F, a third intermediate portion 161G, a fourth bent portion 161H, and a second end portion 161I.

第１端部１６１Ａは、直線形状であり、前後方向に直交する第１直交方向に沿って延びている。第１端部１６１Ａの一端は、第２ベール支持部材１５３が有する円弧状の溝１５３Ａ内に入り、当該溝１５３Ａと係合している。第１端部１６１Ａの他端は、第１屈曲部１６１Ｂの一端と繋がっている。 The first end portion 161A has a linear shape and extends along a first orthogonal direction perpendicular to the front-rear direction. One end of the first end portion 161A enters an arcuate groove 153A of the second bail support member 153 and engages with the groove 153A. The other end of the first end portion 161A is connected to one end of the first bent portion 161B.

第１屈曲部１６１Ｂは、９０度に屈曲した形状（ここでは、円弧形状）である。第１屈曲部１６１Ｂの他端は、第１中間部１６１Ｃの一端に繋がっている。 The first bent portion 161B has a shape bent at 90 degrees (here, an arc shape). The other end of the first bent portion 161B is connected to one end of the first intermediate portion 161C.

第１中間部１６１Ｃは、直線形状であり、前後方向に沿って延びている。第１中間部１６１Ｃの他端は、第２屈曲部１６１Ｄの一端と繋がっている。第１中間部１６１Ｃは、第２アーム１４１Ｂに設けられた前後方向に延びた案内溝（不図示）内を通っている。これにより、移動部材１６１は、前後方向以外に移動することが制限されている。 The first intermediate portion 161C has a linear shape and extends along the front-rear direction. The other end of the first intermediate portion 161C is connected to one end of the second bent portion 161D. The first intermediate portion 161C passes through a guide groove (not shown) provided in the second arm 141B and extending in the front-rear direction. This restricts movement of the moving member 161 in directions other than the front-rear direction.

第２屈曲部１６１Ｄは、９０度に屈曲した形状（ここでは、円弧形状）である。第２屈曲部１６１Ｄの他端は、第２中間部１６１Ｅの一端に繋がっている。 The second bent portion 161D has a shape bent at 90 degrees (arc shape here). The other end of the second bent portion 161D is connected to one end of the second intermediate portion 161E.

第２中間部１６１Ｅは、直線形状であり、前後方向に直交するが前記の第１直交方向と異なる第２直交方向（移動部材１６１の回転軌跡を円と見た場合の径方向）に沿って延びている。第２中間部１６１Ｅの他端は、第３屈曲部１６１Ｆの一端と繋がっている。第２中間部１６１Ｅは、固定部材（被当接部）１６３と当接する当接部でもある（詳細は後述）。 The second intermediate portion 161E has a linear shape, and extends along a second orthogonal direction (radial direction when the rotational trajectory of the moving member 161 is viewed as a circle) that is orthogonal to the front-rear direction but different from the first orthogonal direction. extended. The other end of the second intermediate portion 161E is connected to one end of the third bent portion 161F. The second intermediate portion 161E also serves as an abutment portion that abuts on a fixed member (abutted portion) 163 (details will be described later).

第３屈曲部１６１Ｆは、９０度に屈曲した形状（ここでは、円弧形状）である。第３屈曲部１６１Ｆの他端は、第３中間部１６１Ｇの一端に繋がっている。 The third bent portion 161F has a shape bent at 90 degrees (here, an arc shape). The other end of the third bent portion 161F is connected to one end of the third intermediate portion 161G.

第３中間部１６１Ｇは、直線形状であり、前後方向に沿って延びている。第３中間部１６１Ｇの他端は、第４屈曲部１６１Ｈの一端と繋がっている。 The third intermediate portion 161G has a linear shape and extends along the front-rear direction. The other end of the third intermediate portion 161G is connected to one end of the fourth bent portion 161H.

第４屈曲部１６１Ｈは、９０度に屈曲した形状（ここでは、円弧形状）である。第４屈曲部１６１Ｈの他端は、第２端部１６１Ｉの一端に繋がっている。 The fourth bent portion 161H has a shape bent at 90 degrees (arc shape here). The other end of the fourth bent portion 161H is connected to one end of the second end portion 161I.

第２端部１６１Ｉは、直線形状であり、前記の第２直交方向に沿って延びている。第２第２端部１６１Ｉの他端は、後述の制動部材１１５に係合可能である（詳細は後述）。 The second end 161I has a linear shape and extends along the second orthogonal direction. The other end of the second end portion 161I can be engaged with a braking member 115 described later (details will be described later).

移動部材１６１は、第１屈曲部１６１Ｂ～第２端部１６１Ｉの中心線が同一平面内となるように屈曲している。中心線とは、移動部材１６１を輪切りにしたときの断面（幅方向かつ厚さ方向に沿って切って得られる断面）の中心を通る線をいう。第１端部１６１Ａは、円弧状の溝１５３Ａ内に入り込みやすいよう、前記平面に対して若干傾いている。 The moving member 161 is bent so that the center lines of the first bent portion 161B to the second end portion 161I are on the same plane. The center line is a line passing through the center of a cross section (a cross section obtained by cutting along the width direction and the thickness direction) when the moving member 161 is sliced. The first end 161A is slightly inclined with respect to the plane so as to easily enter the arcuate groove 153A.

移動部材１６１は、断面が円形の円柱部Ｐ１（一部屈曲している）と、断面が丸角長方形の扁平部Ｑ１（一部屈曲している）と、を備える。扁平部Ｑ１は、円柱部Ｐ１よりも平ら（薄い。厚さＤ１＞Ｄ２）で、幅広（幅Ｗ１＜Ｗ２）である。扁平部Ｑ１の中心線は、円柱部Ｐ１の中心線に繋がっている。つまり、扁平部Ｑ１は、円柱部Ｐ１に対して、幅方向に沿って均等に幅広となっている（扁平部Ｑ１と円柱部Ｐ１との幅方向における段差Ａ１＝段差Ａ２）。扁平部Ｑ１は、円柱部Ｐ１に対して、厚み方向に沿って均等に薄くなっている（扁平部Ｑ１と円柱部Ｐ１との厚さ方向における段差Ｂ１＝段差Ｂ２）。 The moving member 161 includes a cylindrical portion P1 (partially bent) having a circular cross section and a flat portion Q1 (partially bent) having a rounded rectangular cross section. The flat portion Q1 is flatter (thinner: thickness D1>D2) and wider (width W1<W2) than the cylindrical portion P1. The centerline of the flat portion Q1 is connected to the centerline of the cylindrical portion P1. That is, the flat portion Q1 is evenly wide along the width direction with respect to the cylindrical portion P1 (step A1=step A2 in the width direction between the flat portion Q1 and the cylindrical portion P1). The flat portion Q1 is evenly thinner along the thickness direction than the cylindrical portion P1 (step B1 in the thickness direction between the flat portion Q1 and the cylindrical portion P1=step B2).

扁平部Ｑ１は、第２中間部１６１Ｅから第３中間部１６１Ｇにわたって形成されている。具体的に、第２中間部１６１Ｅの全部、第２屈曲部１６１Ｄの全部、及び、第３中間部１６１Ｇの一部が、扁平部Ｑ１となっている。また、扁平部Ｑ１の幅方向、つまり、扁平部Ｑ１が幅広となっている方向は、第２中間部１６１Ｅが延びる方向及び第３中間部１６１Ｇが延びる方向を含む面内（前記同一平面内）方向である。 The flat portion Q1 is formed from the second intermediate portion 161E to the third intermediate portion 161G. Specifically, the entire second intermediate portion 161E, the entire second bent portion 161D, and a portion of the third intermediate portion 161G form the flat portion Q1. In addition, the width direction of the flat portion Q1, that is, the direction in which the flat portion Q1 is widened is within a plane including the extending direction of the second intermediate portion 161E and the extending direction of the third intermediate portion 161G (within the same plane). is the direction.

移動部材１６１は、例えば、金型により、円柱部Ｐ１及び扁平部Ｑ１を備えるように形成される。移動部材１６１は、円柱状の棒状部材を屈曲させたあと、扁平部Ｑ１に相当する部分を平押しして形成されてもよい。 The moving member 161 is formed by, for example, a mold so as to have a cylindrical portion P1 and a flat portion Q1. The moving member 161 may be formed by bending a cylindrical rod-shaped member and then flat-pressing a portion corresponding to the flat portion Q1.

トグルバネ装置１６２の一端は、第２ベール支持部材１５３と係合し、他端は、第２カバー１４３に揺動可能に固定されている。トグルバネ装置１６２の一端は、ベールアーム１５０（特に、第２ベール支持部材１５３）の揺動（糸巻取姿勢又は糸開放姿勢への移動）により移動し、それに伴って、トグルバネ装置１６２は前記他端の軸１６２Ａを中心に揺動する（矢印Ｒ２参照）。トグルバネ装置１６２は、バネの付勢力を利用し、ベールアーム１５０を、死点を挟んで糸巻取姿勢と糸開放姿勢とに振り分けて付勢し、かつ、ベールアーム１５０を糸巻取姿勢又は糸開放姿勢に保持する。 One end of the toggle spring device 162 is engaged with the second bail support member 153 and the other end is fixed to the second cover 143 so as to be able to swing. One end of the toggle spring device 162 moves as the bail arm 150 (particularly, the second bail support member 153) swings (moves to the line winding posture or the line release posture), and the toggle spring device 162 moves along with the movement of the toggle spring device 162 to the other end. (see arrow R2). The toggle spring device 162 utilizes the biasing force of the spring to bias the bail arm 150 by dividing it between the line winding posture and the line release posture across the dead point. Hold in position.

固定部材１６３は、リール本体１１０の筐体ＣＳにネジ等により固定されている。固定部材１６３は、その一部が第１筐体部材１１１と第２筐体部材１１２とに挟み込まれて固定されてもよい。固定部材１６３は、第２位置で回転する移動部材１６１の軌道上に設けられている。固定部材１６３は、釣糸巻取方向Ｒ１に沿って徐々に前方向に登っていく傾斜面１６３Ａを備える。釣糸巻取方向Ｒ１は、釣糸がスプール１３０に巻き取られる方向にロータ１４０（移動部材１６１）を回転させる方向である。 The fixing member 163 is fixed to the housing CS of the reel body 110 with screws or the like. A part of the fixing member 163 may be sandwiched between the first housing member 111 and the second housing member 112 and fixed. The fixed member 163 is provided on the track of the moving member 161 rotating at the second position. The fixing member 163 has an inclined surface 163A that gradually ascends forward along the fishing line winding direction R1. The fishing line winding direction R<b>1 is a direction in which the rotor 140 (moving member 161 ) is rotated in the direction in which the fishing line is wound onto the spool 130 .

（ベール反転機構１６０の動作）
移動部材１６１は、ベールアーム１５０の揺動に応じて第１端部１６１Ａが溝１５３Ａに案内される（内壁に押される）ことにより、図５の矢印Ｒ３の方向（前後方向）に沿って、第１位置（前方）と、第２位置（後方）との間を移動可能である。図５では、第１位置に位置する移動部材１６１を実線で描いており、第２位置に位置する移動部材１６１を一点鎖線で描いている。なお、図５では、移動部材の移動方向等を把握しやすいよう、紙面上下方向を図１等の前後方向とし、紙面左右方向を図１等の上下方向としている。ベールアーム１５０が糸巻取姿勢にあるとき（図１及び図２の状態のとき）、移動部材１６１は、第１位置に位置する。一方、ベールアーム１５０が糸開放姿勢にあるとき、移動部材１６１は、第２位置に位置する。例えば、ベールアーム１５０を糸巻取姿勢から糸開放姿勢に変化させると、移動部材１６１は、第１位置から第２位置に移動する。移動部材１６１は、ハンドル１２０に対する回転操作に連動して、ロータ１４０とともに第１位置又は第２位置で回転する。 (Operation of bail reversing mechanism 160)
As the bail arm 150 swings, the first end 161A is guided by the groove 153A (pushed by the inner wall), so that the moving member 161 moves in the direction of the arrow R3 in FIG. It is movable between a first position (forward) and a second position (rearward). In FIG. 5, the moving member 161 positioned at the first position is drawn with a solid line, and the moving member 161 positioned at the second position is drawn with a dashed line. In FIG. 5, the up-down direction on the paper surface is the front-rear direction in FIG. 1, etc., and the left-right direction on the paper surface is the up-down direction in FIG. When the bail arm 150 is in the line winding posture (in the state shown in FIGS. 1 and 2), the moving member 161 is positioned at the first position. On the other hand, when the bail arm 150 is in the line release posture, the moving member 161 is positioned at the second position. For example, when the bail arm 150 is changed from the line winding posture to the line releasing posture, the moving member 161 moves from the first position to the second position. The moving member 161 rotates together with the rotor 140 at the first position or the second position in conjunction with the rotating operation of the handle 120 .

図５に示すように、移動部材１６１が第２位置にあるとき、移動部材１６１の第２端部１６１Ｉが、リール本体１１０の制動部材１１５と係合する。 As shown in FIG. 5, the second end 161I of the moving member 161 engages the braking member 115 of the reel body 110 when the moving member 161 is at the second position.

ここで、制動部材１１５について図５を参照して説明すると、制動部材１１５は、リング状の部材であり、円筒部１１５Ａと、円筒部１１５Ａの後端から張り出したフランジ１１５Ｂと、円筒部１１５Ａの外周面から外側に、かつ、フランジ１１５Ｂから前方に突出した複数の突出部１１５Ｃと、を備える。複数の突出部１１５Ｃは、周方向に沿って間隔を空けて並んでいる。隣り合う突出部１１５Ａの間は凹部１１５Ｄとなっている。このような制動部材１１５は、リール本体１１０の筒状部材１１４の外周面に設けられた環状溝１１４Ａに嵌め込まれている。筒状部材１１４は、筒形状の筒状部と、筒状部後端から張り出したフランジとを備え、環状溝１１４Ａは、前記の筒状部の外周面に設けられている。筒状部材１１４は、筐体ＣＳに固定されている。なお、環状溝１１４Ａを備えるように筐体ＣＳを構成してもよい。 Here, the braking member 115 will be explained with reference to FIG. and a plurality of projections 115C projecting outward from the outer peripheral surface and forward from the flange 115B. 115 C of several protrusion parts are located in a line along the circumferential direction at intervals. A concave portion 115D is formed between the adjacent projecting portions 115A. Such a braking member 115 is fitted in an annular groove 114A provided on the outer peripheral surface of the cylindrical member 114 of the reel body 110. As shown in FIG. The tubular member 114 has a tubular portion and a flange projecting from the rear end of the tubular portion, and the annular groove 114A is provided on the outer peripheral surface of the tubular portion. The tubular member 114 is fixed to the housing CS. Note that the housing CS may be configured to include the annular groove 114A.

移動部材１６１が第１位置から第２位置に移動すると、移動部材１６１の第２端部１６１Ｉが、制動部材１１５の凹部１１５Ｄに入り込む。これにより、移動部材１６１の第２端部１６１Ｉが、リール本体１１０の制動部材１１５と係合する。なお、突出部１１５Ｃの前端は、三角形状になっており、移動部材１６１が、第１位置から第２位置に移動する際、第２端部１６１Ｉが突出部１１５Ｃに当たっても、突出部１１５Ｃの三角形状の前端により、第２端部１６１Ｉは、スムーズに凹部１１５Ｄに入り込むことができる。 When the moving member 161 moves from the first position to the second position, the second end 161I of the moving member 161 enters the recess 115D of the braking member 115 . As a result, the second end 161I of the moving member 161 engages with the braking member 115 of the reel body 110 . The front end of the projecting portion 115C has a triangular shape. The shape of the front end allows the second end 161I to smoothly enter the recess 115D.

移動部材１６１が第２位置にあるとき、つまり、第２端部１６１Ｉが制動部材１１５と係合しているときに、ロータ１４０とともに移動部材１６１が回転すると、制動部材１１５は、凹部１１５Ｄの内壁（突出部１１５Ｃ）が第２端部１６１Ｉに押されて、移動部材１６１とともに回転する。このとき、制動部材１１５は、筒状部材１１４に対して摺動する。この摺動により発生する摩擦力により、制動部材１１５は制動され、従って、回転するロータ１４０が移動部材１６１を介して制動される。制動部材１１５は、適当な摩擦力が生じるよう、適宜の合成樹脂等から形成される。また、制動部材１１５は、摩擦力の向上のため、バネ又はゴム等の弾性体により、環状溝１１４Ａの内壁に押し付けられてもよい。 When the moving member 161 is in the second position, ie when the second end 161I is engaged with the braking member 115, when the moving member 161 rotates together with the rotor 140, the braking member 115 will move to the inner wall of the recess 115D. (Protruding portion 115C) is pushed by the second end portion 161I and rotates together with the moving member 161 . At this time, the braking member 115 slides on the tubular member 114 . The frictional force generated by this sliding brakes the braking member 115 , thus braking the rotating rotor 140 via the moving member 161 . The braking member 115 is made of an appropriate synthetic resin or the like so as to generate an appropriate frictional force. Moreover, the braking member 115 may be pressed against the inner wall of the annular groove 114A by an elastic body such as a spring or rubber in order to improve the frictional force.

移動部材１６１が第２位置でロータ１４０の回転軸を中心に釣糸巻取方向Ｒ１に回転すると、扁平部Ｑ１の一部である第２中間部１６１Ｅが固定部材１６３の傾斜面１６３Ａに当接し、その後、傾斜面１６３Ａを登っていく。これにより、移動部材１６１が第１位置に向けて（前方）に移動する。このように、固定部材１６３は、第２位置で回転する移動部材１６１の第２中間部１６１Ｅ（当接部）が当接し、当接した移動部材を第１位置に向けて移動させる。なお、第２中間部１６１Ｅの傾斜面１６３Ａに当接する部分（幅方向端部）は曲面になっており、これにより、第２中間部１６１Ｅは傾斜面１６３Ａ上をスムーズに移動する（登る）。第２中間部１６１Ｅが、当該傾斜面１６３Ａをある程度登り、死点位置を超えると、それまで糸開放姿勢に付勢していたトグルバネ装置１６２は、揺動して、その付勢方向を糸巻取姿勢側に切り換え、これにより、ベールアーム１５０を揺動させ、ベールアーム１５０を糸開放姿勢から糸巻取姿勢に戻す。このように、トグルバネ装置１６２は、移動部材１６１が第１位置に向けて移動し、ある位置を超えて第１位置に近づいたときに、ベールアーム１５０を糸開放姿勢から糸巻取姿勢に戻す（リターンさせる）。 When the moving member 161 rotates about the rotational axis of the rotor 140 in the fishing line winding direction R1 at the second position, the second intermediate portion 161E, which is a part of the flat portion Q1, abuts the inclined surface 163A of the fixed member 163. , and then climbs the slope 163A. As a result, the moving member 161 moves (forward) toward the first position. In this manner, the fixed member 163 contacts the second intermediate portion 161E (contact portion) of the moving member 161 rotating at the second position, and moves the contacting moving member toward the first position. The portion (width direction end) of the second intermediate portion 161E that abuts on the inclined surface 163A is curved, so that the second intermediate portion 161E smoothly moves (climbs) on the inclined surface 163A. When the second intermediate portion 161E climbs up the inclined surface 163A to some extent and exceeds the dead center position, the toggle spring device 162, which has been urging the line release posture until then, swings and changes its urging direction to the line winding direction. By switching to the posture side, the bail arm 150 is thereby swung and returned from the line release posture to the line winding posture. In this manner, the toggle spring device 162 returns the bail arm 150 from the line release posture to the line winding posture when the moving member 161 moves toward the first position and approaches the first position beyond a certain position ( return).

（実施の形態上の効果）
以下、実施の形態上の効果を説明する。なお、後述の従来の移動部材は、扁平部Ｑ１が設けられておらず、そのすべてが円柱部Ｐ１を移動部材１６１のように屈曲させた形状を有する。つまり、従来の移動部材は、円柱部Ｐ１のみから形成された、第１端部・・・第２中間部・・・第２端部の各部を有する。 (Effects of Embodiment)
Effects of the embodiment will be described below. It should be noted that a conventional moving member, which will be described later, is not provided with the flat portion Q1, and all of them have a shape in which the cylindrical portion P1 is bent like the moving member 161. As shown in FIG. That is, the conventional moving member has a first end portion, a second intermediate portion, a second end portion, which are formed only from the cylindrical portion P1.

ベールアーム１５０を糸巻取姿勢から糸開放姿勢に変化させ、移動部材１６１を第１位置から第２位置に移動させる際、上述のように、第２端部１６１Ｉが制動部材１１５の突出部１１５Ｃに当たることがある。これにより、移動部材１６１には力が作用する。ここでは、第２端部１６１Ｉよりも第３中間部１６１Ｇの方が長いため、前記の力の作用により、第２端部１６１Ｉから第３中間部１６１Ｇが、第３屈曲部１６１Ｆを支点として、一体で、矢印Ｒ４のように第１中間部１６１Ｃ側に傾倒しようとする。換言すると、移動部材１６１には、第３屈曲部１６１Ｆをさらに屈曲させようとする力が働く。本実施の形態では、第３屈曲部１６１Ｆが、第２中間部１６１Ｅ及び第３中間部１６１Ｇが延びる面方向に幅広な（つまり、前記屈曲させようとする力に抗する方向に幅広な）扁平部Ｑ１により形成されている。従って、前記の力が働いても、第３屈曲部１６１Ｆは屈曲（変形）し難く、移動部材１６１は変形し難い。従来の移動部材は、第３屈曲部が円柱を屈曲させた形状であるので、前記の力により変形しやすかった。仮にこのような変形が生じると、移動部材が第２位置にあっても、第２端部が制動部材１１５に係合できない不都合が生じる。この実施の形態では、扁平部Ｑ１により、このような不都合が生じにくくなっている。 When the bail arm 150 is changed from the line winding posture to the line releasing posture and the moving member 161 is moved from the first position to the second position, the second end portion 161I contacts the projecting portion 115C of the braking member 115 as described above. Sometimes. As a result, force acts on the moving member 161 . Here, since the third intermediate portion 161G is longer than the second end portion 161I, due to the action of the force, the second end portion 161I to the third intermediate portion 161G are bent with the third bent portion 161F as a fulcrum. Together, they tend to tilt toward the first intermediate portion 161C as indicated by an arrow R4. In other words, a force acts on the moving member 161 to further bend the third bent portion 161F. In the present embodiment, the third bent portion 161F is flat and wide in the plane direction in which the second intermediate portion 161E and the third intermediate portion 161G extend (that is, wide in the direction against the bending force). It is formed by the part Q1. Therefore, even if the force acts, the third bent portion 161F is difficult to bend (deform), and the moving member 161 is difficult to deform. The conventional moving member is easily deformed by the force because the third bent portion has a shape of a bent cylinder. If such deformation were to occur, the second end would not be able to engage with the braking member 115 even if the moving member was in the second position. In this embodiment, the flat portion Q1 makes it difficult for such a problem to occur.

移動部材１６１の第２中間部１６１Ｅは、固定部材１６３の傾斜面１６３Ａを登るので、摩耗することがある。従来の第２中間部は、円柱形状なので、当該摩耗により細くなりすぎ、細くなったあとの固定部材１６３との接触、又は、細くなったあとに作用する前記の力等により、変形しやすい。この実施の形態では、移動部材１６１の第２中間部（当接部）１６１Ｅが、前後方向に幅広な扁平部Ｑ１で形成されている。従って、第２中間部１６１Ｅが多少摩耗しても細くなりすぎない（特に、従来のものより細くなることがない）。従って、移動部材１６１は、固定部材１６３との接触によって摩耗しても、変形し難い。特に、移動部材１６１は、固定部材１６３との接触によって従来と同じだけ摩耗しても、従来よりも変形し難い。 Since the second intermediate portion 161E of the moving member 161 climbs the inclined surface 163A of the fixed member 163, it may wear out. Since the conventional second intermediate portion has a columnar shape, it becomes too thin due to wear and is easily deformed due to contact with the fixing member 163 after being thinned or due to the aforementioned force acting after being thinned. In this embodiment, a second intermediate portion (contact portion) 161E of the moving member 161 is formed of a flat portion Q1 wide in the front-rear direction. Therefore, even if the second intermediate portion 161E is worn to some extent, it does not become too thin (particularly, it does not become thinner than the conventional one). Therefore, even if the moving member 161 wears due to contact with the fixed member 163, it is difficult to deform. In particular, even if the moving member 161 is worn by contact with the fixed member 163 by the same amount as in the conventional art, it is less likely to be deformed than in the conventional art.

また、従来の移動部材を軽量化又は小型化のために細くしたりすると、従来の移動部材は、円柱形状を屈曲させた形状であるため、前記のような変形が起こりやすくなってしまう。この実施の形態のように、必要な部分を扁平部Ｑ１とすることで、移動部材１６１全体を前記軽量化又は小型化したとしても（例えば、円柱部Ｐ１を細くしたとしても）、前記のような変形を起こりにくくすることができる。このように、扁平部Ｑ１を採用することで、移動部材１６１の軽量化又は小型化と、前記の変形に対する剛性の確保と、を同時に達成できる。なお、扁平部Ｑ１は、幅広な分、円柱部Ｐ１よりも平らであるので、扁平部Ｑ１自体が重くなってしまうことも防止される。つまり、扁平部Ｑ１を円柱部Ｐ１よりも平らにしない場合（厚みが同じで幅広とする場合）よりも、移動部材１６１を軽量にできる。また、扁平部Ｑ１が、幅広な分、円柱部Ｐ１よりも平らであることにより、移動部材１６１の重心が扁平部Ｑ１側に偏ることを防止できる。 Further, if the conventional moving member is made thin for weight reduction or size reduction, the conventional moving member is likely to be deformed as described above because the conventional moving member has a shape obtained by bending a cylindrical shape. As in this embodiment, even if the entire moving member 161 is made lighter or smaller by using the flat portion Q1 as the necessary portion (for example, even if the cylindrical portion P1 is thinned), the above-mentioned deformation can be made difficult to occur. By adopting the flat portion Q1 in this way, it is possible to simultaneously achieve weight reduction or downsizing of the moving member 161 and securement of rigidity against deformation. Since the flat portion Q1 is flatter than the cylindrical portion P1 due to its wide width, the flat portion Q1 itself is prevented from becoming heavy. That is, the moving member 161 can be made lighter than when the flat portion Q1 is not made flatter than the cylindrical portion P1 (when the thickness is the same and the width is made wider). Further, since the flat portion Q1 is flatter than the cylindrical portion P1 due to its wide width, it is possible to prevent the center of gravity of the moving member 161 from deviating toward the flat portion Q1.

（変形例）
本発明は、上述した実施の形態に限定されるわけではなく、上記実施の形態を変更したものも本発明の範囲に含まれる。特に、各部材の形状、配置等は、適宜変更可能である。さらに、上述した実施の形態について以下のような変形を適用してもよい。なお、以下の変形例において、同等のもの、対応するものについては、同じ符号を付して説明する。 (Modification)
The present invention is not limited to the above-described embodiment, and modifications of the above-described embodiment are also included in the scope of the present invention. In particular, the shape, arrangement, etc. of each member can be changed as appropriate. Furthermore, the following modifications may be applied to the embodiment described above. In addition, in the following modified examples, the same reference numerals are given to the equivalent parts and the corresponding parts.

（変形例１）
移動部材１６１の円柱部Ｐ１及び扁平部Ｑ１の範囲は、適宜変更可能である。例えば、図６の移動部材２６１のように、第１中間部１６１Ｃの途中から、第３中間部１６１Ｇの途中までの部分を扁平部Ｑ２（説明は、上記扁平部Ｑ１を参照）とし、残りの部分を円柱部Ｐ２（説明は、上記円柱部Ｐ１を参照）としてもよい。 (Modification 1)
The ranges of the cylindrical portion P1 and the flat portion Q1 of the moving member 161 can be changed as appropriate. For example, like the moving member 261 in FIG. 6, the portion from the middle of the first intermediate portion 161C to the middle of the third intermediate portion 161G is the flat portion Q2 (see the flat portion Q1 for the description), and the remaining portion is the flat portion Q2. The portion may be the cylindrical portion P2 (see the cylindrical portion P1 for the description).

第３屈曲部１６１Ｆが扁平部Ｑ１になっていると、当該第３屈曲部１６１Ｆは、上述のように第２端部１６１Ｉが制動部材１１５の突出部１１５Ｃに当たったとしても変形し難い。この場合、第２端部１６１Ｉが突出部１１５Ｃに当たったときに作用する力により、第２端部１６１Ｉから第２中間部１６１Ｅが一体で矢印Ｒ５のように第１中間部１６１Ｃ側に傾倒しようとすることがある。換言すると、移動部材２６１には、第２屈曲部１６１Ｄをさらに屈曲させようとする力が働くことがある。本変形例１では、第２屈曲部１６１Ｄが、第２中間部１６１Ｅ及び第３中間部１６１Ｇが延びる面方向に幅広な（つまり、前記屈曲させようとする力に抗する方向に幅広な）扁平部Ｑ２により形成されている。従って、前記の力が働いても、第２屈曲部１６１Ｄは屈曲（変形）し難く、移動部材２６１は変形し難い。仮に第２屈曲部１６１Ｄが屈曲すると、移動部材２６１が第２位置にあっても、第２中間部１６１Ｅが固定部材１６３に当接できない、又は、第２中間部１６１Ｅが固定部材１６３の傾斜面１６３Ａを登る距離が短く死点位置を超えられない（ベールアーム１５０の姿勢を切り換えられない）といった不都合が生じる。この実施の形態では、扁平部Ｑ２により、このような不都合が生じ難くなっている。 When the third bent portion 161F is the flat portion Q1, the third bent portion 161F is difficult to deform even if the second end portion 161I hits the projecting portion 115C of the braking member 115 as described above. In this case, the second end portion 161I and the second intermediate portion 161E are integrally tilted toward the first intermediate portion 161C as indicated by an arrow R5 due to the force acting when the second end portion 161I hits the projecting portion 115C. There are times when In other words, the moving member 261 may receive a force to further bend the second bending portion 161D. In Modification 1, the second bent portion 161D is flat and wide in the plane direction in which the second intermediate portion 161E and the third intermediate portion 161G extend (that is, wide in the direction against the bending force). It is formed by the part Q2. Therefore, even if the force acts, the second bending portion 161D is difficult to bend (deform), and the moving member 261 is difficult to deform. If the second bent portion 161D bends, even if the moving member 261 is at the second position, the second intermediate portion 161E cannot come into contact with the fixed member 163, or the second intermediate portion 161E cannot contact the inclined surface of the fixed member 163. The distance to climb 163A is short, and the dead center position cannot be exceeded (the attitude of the bail arm 150 cannot be switched). In this embodiment, the flat portion Q2 makes it difficult for such a problem to occur.

また、ユーザが糸巻取姿勢のベールアーム１５０を操作して糸開放姿勢に変更しようと操作したときに、ベールアーム１５０の回転位置によっては、移動部材２６１の第２中間部１６１Ｅが固定部材１６３に突き当たってしまうことがある。この場合、前記の突き当たりにより、上記と同様に、第２端部１６１Ｉから第２中間部１６１Ｅが一体で矢印Ｒ５のように傾倒しようとする。換言すると、移動部材２６１には、第２屈曲部１６１Ｄをさらに屈曲させようとする力が働く。上述のように、本変形例１では、第２屈曲部１６１Ｄが、扁平部Ｑ２により形成されているので、前記の力が働いても、前記と同様、第２屈曲部１６１Ｄは屈曲（変形）し難く、移動部材２６１は変形し難い。さらに、上記不都合も生じにくくなっている。 In addition, when the user operates the bail arm 150 in the line winding posture to change it to the line releasing posture, the second intermediate portion 161E of the moving member 261 may move to the fixed member 163 depending on the rotational position of the bail arm 150. Sometimes you bump into it. In this case, due to the abutment, the second end portion 161I to the second intermediate portion 161E tend to tilt together as shown by the arrow R5, as in the above case. In other words, a force acts on the moving member 261 to further bend the second bending portion 161D. As described above, in Modification 1, the second bent portion 161D is formed by the flat portion Q2. and the moving member 261 is difficult to deform. Furthermore, the above inconvenience is less likely to occur.

（変形例２）
図７に示すような移動部材３６１を採用してもよい。移動部材３６１では、第２屈曲部１６１Ｄ及び第３屈曲部１６１Ｆが扁平部Ｑ３（説明は、上記扁平部Ｑ１を参照）となっており、第２中間部１６１Ｅを含む残りの全部分が円柱部Ｐ３（説明は、上記円柱部Ｐ１を参照）となっている。このような移動部材３６１でも、上記実施の形態及び変形例１と同様に、変形が生じ難い。なお、移動部材３６１を採用する場合、第２中間部１６１Ｅが幅広でない分、例えば、固定部材１６３の高さを前方向に高くする（傾斜面１６３Ａを前方に移動させる）とよい。 (Modification 2)
A moving member 361 as shown in FIG. 7 may be employed. In the moving member 361, the second bent portion 161D and the third bent portion 161F are the flat portion Q3 (see the flat portion Q1 for the description), and the rest of the portion including the second intermediate portion 161E is the cylindrical portion. P3 (for the description, refer to the cylindrical portion P1). Even with such a moving member 361, deformation is unlikely to occur, as in the above-described embodiment and the first modification. When the moving member 361 is employed, the height of the fixing member 163 may be increased forward (moving the inclined surface 163A forward), for example, because the second intermediate portion 161E is not wide.

（変形例３）
扁平部（説明は、上記扁平部Ｑ１を参照）は、前後方向に直交する直交方向に延びた第１部分（例えば、第２中間部１６１Ｅ）と、前後方向に延びた第２部分（例えば、第１中間部１６１Ｃ又は第３中間部１６１Ｇ）と、に挟まれた、屈曲形状の第３部分（例えば、第２屈曲部１６１Ｄ及び第３屈曲部１６１Ｆ）の少なくとも一部に形成されていればよい。上記で説明したように、移動部材には、前記第３部分をさらに屈曲させる力が働くためである。これにより、第３部分全体を、円柱を屈曲させた形状に形成した場合（例えば、円柱部Ｐ（説明は、上記扁平部Ｑ１を参照）により形成した場合）よりも変形し難い移動部材を得ることができる。移動部材の形状は、適宜変更してもよい（後述の変形例４参照）。また、上記変形例２において、扁平部を、第２屈曲部１６１Ｄと第３屈曲部１６１Ｆとのいずれかのみに設けてもよい。扁平部を、第１屈曲部１６１Ｂと第４屈曲部１６１Ｈとのいずれかに設けてもよい。 (Modification 3)
The flat portion (see flat portion Q1 for description) includes a first portion (for example, a second intermediate portion 161E) extending in an orthogonal direction perpendicular to the front-rear direction and a second portion (for example, a second intermediate portion 161E) extending in the front-rear direction. first intermediate portion 161C or third intermediate portion 161G), and at least a portion of the bent-shaped third portion (for example, second bent portion 161D and third bent portion 161F) sandwiched between good. This is because, as described above, a force that further bends the third portion acts on the moving member. As a result, a moving member that is less deformable than when the entire third portion is formed in the shape of a bent cylinder (for example, when formed by the cylindrical portion P (see flat portion Q1 for explanation)) is obtained. be able to. The shape of the moving member may be changed as appropriate (see Modification 4 described later). Further, in Modification 2, the flat portion may be provided only in either the second bent portion 161D or the third bent portion 161F. A flat portion may be provided at either the first bent portion 161B or the fourth bent portion 161H.

扁平部を、少なくとも、第３部分と第１部分とにわたる部分に形成してもよい（上記実施の形態及び変形例１参照）。第３部分と第１部分とにわたる部分とは、第３部分及び第１部分の全部の他、第３部分と第１部分との少なくとも一方については、その途中までであってもよい。例えば、第３部分と第１部分とにわたる部分は、第１部分の途中までの部分であってもよい。扁平部を、少なくとも、第３部分と第２部分とにわたる部分に形成してもよい（上記実施の形態及び変形例１参照）。第３部分と第２部分とにわたる部分とは、第３部分及び第２部分の全部の他、第３部分と第２部分との少なくとも一方については、その途中までであってもよい。例えば、第３部分と第２部分とにわたる部分は、第２部分の途中までの部分であってもよい。これらにより、第１部分又は第２部分も変形し難い移動部材を得ることができる。 The flat portion may be formed at least in a portion extending between the third portion and the first portion (see the above embodiment and modification 1). The portion spanning the third portion and the first portion may be the entirety of the third portion and the first portion, or at least one of the third portion and the first portion halfway. For example, the part extending from the third part to the first part may be partway through the first part. The flat portion may be formed at least in a portion extending between the third portion and the second portion (see the above embodiment and modification 1). The portion spanning the third portion and the second portion may be the entirety of the third portion and the second portion, or at least one of the third portion and the second portion halfway. For example, the portion spanning the third portion and the second portion may be a portion halfway through the second portion. As a result, it is possible to obtain a moving member in which neither the first portion nor the second portion is easily deformed.

（変形例４）
図８の移動部材４６１のように、第３屈曲部１６１Ｆと、第３中間部１６１Ｇと、第４屈曲部１６１Ｈと、第２端部１６１Ｉと、を省略してもよい。この場合、制動部材１１５を上記実施の形態よりも後方に位置するように配置し、移動部材４６１の第２中間部１６１Ｅを、第３屈曲部１６１Ｆ等を省略した分、長くする。そして、第２中間部１６１Ｅの他端（第２屈曲部１６１Ｄに繋がった一端の反対側）は、制動部材１１５の凹部１１５Ｄに入り込むようにしてもよい。このような移動部材４６１では、第２屈曲部１６１Ｄを扁平部Ｑ４（説明は、上記扁平部Ｑ１を参照）とし、残りの部分を円柱部Ｐ４（説明は、上記円柱部Ｐ１を参照）とするとよい。上記同様、移動部材４６１が第１位置から第２位置に移動する際、第２中間部１６１Ｅが制動部材１１５の突出部１１５Ｃに当たる、又は、固定部材１６３に突き当たると、移動部材４６１には、第２屈曲部１６１Ｄをさらに屈曲させようとする力（矢印Ｒ６参照）が働く。第２屈曲部１６１Ｄを、第１中間部１６１Ｃ及び第２中間部１６１Ｅが延びる面方向に幅広な（つまり、前記屈曲させようとする力に抗する方向に幅広な）扁平部Ｑ４で形成していることにより、移動部材４６１は、前記力が働いても変形し難い。扁平部Ｑ４は、例えば、第１中間部１６１Ｃの中間付近から、第２中間部１６１Ｅの途中（凹部１１５Ｄに入り込む部分の手前）までの部分に設けられてもよい。 (Modification 4)
As in the moving member 461 of FIG. 8, the third bent portion 161F, the third intermediate portion 161G, the fourth bent portion 161H, and the second end portion 161I may be omitted. In this case, the braking member 115 is positioned further rearward than in the above embodiment, and the second intermediate portion 161E of the moving member 461 is lengthened by omitting the third bent portion 161F and the like. The other end of the second intermediate portion 161E (opposite to the end connected to the second bent portion 161D) may enter the recess 115D of the braking member 115. As shown in FIG. In such a moving member 461, assuming that the second bending portion 161D is the flat portion Q4 (see the flat portion Q1 for description) and the remaining portion is the cylindrical portion P4 (see the cylindrical portion P1 for description), good. As described above, when the moving member 461 moves from the first position to the second position, if the second intermediate portion 161E hits the projecting portion 115C of the braking member 115 or hits the fixing member 163, the moving member 461 will move to the second position. A force (see arrow R6) acts to further bend the second bent portion 161D. The second bent portion 161D is formed by a flat portion Q4 that is wide in the plane direction in which the first intermediate portion 161C and the second intermediate portion 161E extend (that is, wide in the direction that resists the bending force). As a result, the moving member 461 is less likely to deform even when the force acts. The flat portion Q4 may be provided, for example, from near the middle of the first intermediate portion 161C to the middle of the second intermediate portion 161E (before the portion entering the recess 115D).

（変形例５）
固定部材１６３は、傾斜面１６３Ａの代わりに、移動部材１６１が乗り上げる段差を有してもよい。この場合、ベール反転機構１６０は、移動部材１６１が固定部材１６３の前面に当接し、当該段差を乗り上げたときに、ベールアーム１５０の姿勢を糸巻取姿勢に復帰させる。 (Modification 5)
The fixed member 163 may have a step on which the moving member 161 rides instead of the inclined surface 163A. In this case, the bail reversing mechanism 160 returns the posture of the bail arm 150 to the line winding posture when the moving member 161 comes into contact with the front surface of the fixed member 163 and runs over the step.

（変形例６）
扁平部Ｑ１～Ｑ４の幅の方向（幅広となる方向）は、移動部材１６１の変形を防止できるような向きに設けられればよく、上記実施の形態の方向に限られない。 (Modification 6)
The direction of the width of the flat portions Q1 to Q4 (the direction in which the width increases) is not limited to the direction in the above embodiment as long as it is provided in such a direction as to prevent deformation of the moving member 161. FIG.

（変形例７）
扁平部Ｑ１は、円柱部Ｐ１に対して、幅方向に沿って均等に幅広（例えば、段差Ａ１＝段差Ａ２）となっていなくてもよい。例えば、扁平部Ｑ１と円柱部Ｐ１との幅方向における段差Ａ１と段差Ａ２とを異なる長さとする、又は、段差Ａ１又は段差Ａ２のいずれかについて段差無しとしてもよい。扁平部Ｑ１は、円柱部Ｐ１に対して、厚み方向に沿って均等に薄くなっていなくてもよい。例えば、扁平部Ｑ１と円柱部Ｐ１との厚さ方向における段差Ｂ１と段差Ｂ２とを異なる長さとする、又は、段差Ｂ１又は段差Ｂ２のいずれかについて段差無しとしてもよい。このようなことは、扁平部Ｑ２～Ｑ４、円柱部Ｐ１～Ｐ４についても同様である。 (Modification 7)
The flat portion Q1 does not have to be evenly wide along the width direction with respect to the cylindrical portion P1 (for example, step A1=step A2). For example, the step A1 and the step A2 in the width direction between the flat portion Q1 and the cylindrical portion P1 may have different lengths, or either the step A1 or the step A2 may have no step. The flat portion Q1 does not have to be uniformly thin along the thickness direction with respect to the cylindrical portion P1. For example, the step B1 and the step B2 in the thickness direction of the flat portion Q1 and the cylindrical portion P1 may have different lengths, or either the step B1 or the step B2 may have no step. The same applies to the flat portions Q2 to Q4 and the cylindrical portions P1 to P4.

１００スピニングリール
１１０リール本体
ＣＳ筐体
１１１第１筐体部材
１１２第２筐体部材
１１３スプール軸
１１４筒状部材
１１５制動部材
１１５Ａ円筒部
１１５Ｂフランジ
１１５Ｃ突出部
１１５Ｄ凹部
１２０ハンドル
１３０スプール
１４０ロータ
１５０ベールアーム
１６０ベール反転機構
１６１移動部材
１６１Ａ第１端部１
１６１Ｂ第１屈曲部
１６１Ｃ第１中間部
１６１Ｄ第２屈曲部
１６１Ｅ第２中間部（当接部）
１６１Ｆ第３屈曲部
１６１Ｇ第３中間部
１６１Ｈ第４屈曲部
１６１Ｉ第２端部
Ｐ１～Ｐ４円柱部
Ｑ１～Ｑ４扁平部
１６２トグルバネ装置
１６３固定部材（被当接部）
１６３Ａ傾斜面 100 spinning reel 110 reel body CS housing 111 first housing member 112 second housing member 113 spool shaft 114 tubular member 115 braking member 115A cylindrical portion 115B flange 115C protrusion 115D recess 120 handle 130 spool 140 rotor 150 bail arm 160 bail reversing mechanism 161 moving member 161A first end 1
161B First bent portion 161C First intermediate portion 161D Second bent portion 161E Second intermediate portion (contact portion)
161F Third bent portion 161G Third intermediate portion 161H Fourth bent portion 161I Second end portion P1-P4 Cylindrical portion Q1-Q4 Flat portion 162 Toggle spring device 163 Fixed member (abutted portion)
163A Inclined surface

Claims

A spinning reel for fishing that feeds out a fishing line forward,
a reel body to which a handle is attached;
a rotor rotatable with respect to the reel body according to the rotation of the handle;
a bail arm attached to the rotor and swinging between a first posture for winding the fishing line onto a spool and a second posture for letting out the fishing line forward from the spool;
When the bail arm is in the first posture, it is positioned at a first position; when the bail arm is in the second posture, it is positioned at a second position behind the first position; a moving member that changes the bail arm from the second posture to the first posture by moving to a first position;
The moving member includes a first portion extending in an orthogonal direction perpendicular to the direction of the rotation axis of the rotor, and a moving member extending forward from one end of the first portion near the rotation axis in the direction of the rotation axis. an extended second portion, a curved third portion having one end connected to the first portion and the other end connected to the second portion ; a rod-shaped member comprising a fourth portion extending in the direction of the rotation axis toward the
At least the third portion of the moving member has a flattened portion that is flatter and wider than other portions of the moving member,
spinning reel.

The flat portion is formed at least in a portion spanning the third portion and the first portion,
A spinning reel according to claim 1.

The flat portion is formed at least in a portion spanning the third portion and the second portion,
The spinning reel according to claim 1 or 2.

The flat portion is wide in a planar direction including the direction of the rotation axis and the orthogonal direction,
A spinning reel according to any one of claims 1 to 3.

A contacted portion provided on the reel body for moving the moving member toward the first position by contacting the first portion when the moving member at the second position rotates together with the rotor. When,
a return device that returns the bail arm from the second posture to the first posture when the moving member moves toward the first position;
A spinning reel according to any one of claims 1 to 4.

The moving member has a first end, a second end, and a curved sixth portion having one end connected to the second portion and the other end connected to the second end,
The reel body includes a braking portion that engages with the second end portion of the moving member at the second position to brake the moving member,
A spinning reel according to any one of claims 1 to 5.