FISHING SPINNING REEL

Abstract

A fishing spinning reel includes a line roller supported by a bail support member, and a line slider that guides a fishing line to the roller. An external inclined surface is formed in a region where the roller is projected on an outer surface of the bail support member opposite a side to which the roller is attached. When a vertical plane including a central axis of a rotor is a first reference plane and a plane including a central axis of the roller is the second, the external inclined surface is inclined from a proximal end side of the bail support member toward a distal end side to approach an inner surface side of the member when viewed in a direction orthogonal to the second reference plane in a state where the member is disposed so the first and second reference planes are in a parallel positional relationship.

Description

CROSS-REFERENCE TO RELATED APPLICATION

This application claims priority under 35 U.S.C. § 119 to Japanese Patent Application No. 2023-046667 filed on Mar. 23, 2023 in the Japanese Patent Office, the entire contents of each hereby incorporated by reference.

BACKGROUND OF THE INVENTION

1. Technical Field

The present invention relates to a fishing spinning reel.

2. Description of the Related Art

In a fishing spinning reel, a structure in which a bail is supported by a bail support member has been generally known. The bail support member is supported by a support arm provided on a rotor, and is provided to be rotatable between a fishing line winding position and a fishing line release position with respect to the support arm. When a tackle is casted, the operation of flipping the bail support member to the fishing line release position and swinging down a fishing rod to release a fishing line is performed.

Then, after the casting, the operation of returning the bail to the fishing line winding position and rotating a handle to wind the fishing line around a spool is performed. The return of the bail can also be performed by a rotational operation of the handle; however, when the return of the bail is performed by a rotational operation of the handle, for example, a phenomenon where the slackened fishing line winds around the bail support member may occur. As described above, when a phenomenon where the fishing line winds around the bail support member occurs, it may not be possible to make a smooth transition to a winding operation of the fishing line.

In a fishing spinning reel that prevents such winding of a fishing line, a technique in which the attachment structure of a bail to a line slider is devised has been known (for example, refer to JP 2000-270727 A). In a fishing spinning reel of JP 2000-270727 A, the occurrence of line entanglement, line damage, or the like can be prevented by smoothly guiding a fishing line.

SUMMARY OF THE INVENTION

However, in the fishing spinning reel of JP 2000-270727 A, the structure of a bail becomes complicated, so that the assembly becomes complicated and the cost becomes high, which is a problem. For this reason, the development of a technique capable of improving line entanglement regardless of the structure of the bail has been desired.

The present invention has been made to solve such problems, and an object of the present invention is to provide a fishing spinning reel capable of suitably improving line entanglement with a bail support member by imparting a characteristic to the shape of the bail support member.

In order to solve the above-described problems, a fishing spinning reel according to the present invention comprises a rotor rotated by a winding operation of a handle; a bail support member attached to a support arm of the rotor, and supporting a bail; a line roller supported by the bail support member, and guiding a fishing line to a spool around which the fishing line is wound and held; and a line slider supporting one end of the bail, and guiding the fishing line picked up by the bail to the line roller. An external inclined surface is formed in a region where the line roller is projected on an outer surface of the bail support member opposite to a side to which the line roller is attached. When a vertical plane including a central axis of the rotor is a first reference plane and a plane including a central axis of the line roller is a second reference plane, the external inclined surface is inclined from a proximal end side of the bail support member toward a distal end side of the bail support member to approach an inner surface side of the bail support member when viewed in a direction orthogonal to the second reference plane in a state where the bail support member is disposed such that the first reference plane and the second reference plane are in a parallel positional relationship.

In the fishing spinning reel, even when line entanglement such as the fishing line winding around the bail support member occurs, the fishing line can be guided from the proximal end side of the bail support member toward the distal end side and toward the inner surface side of the bail support member by the external inclined surface. Accordingly, the entangled fishing line is easily removed from the distal end side of the bail support member, so that the line entanglement is suitably eliminated. Therefore, fishing operability is improved. In addition, for example, when the bail is returned by a rotational operation of the handle, if the slackened fishing line becomes entangled with the bail support member, by applying tension to the entangled fishing line through a rotational operation of the handle, the fishing line is moved on the external inclined surface in a direction in which the fishing line is removed from the bail support member, so that the line entanglement is suitably eliminated.

In addition, in order to solve the above-described problems, the fishing spinning reel according to the present invention comprises a rotor rotated by a winding operation of a handle; a bail support member attached to a support arm of the rotor, and supporting a bail; a line roller supported by the bail support member, and guiding a fishing line to a spool around which the fishing line is wound and held; and a line slider supporting one end of the bail, and guiding the fishing line picked up by the bail to the line roller. A side inclined surface is formed in a region where the line roller is projected on a side surface of the bail support member on a side away from the spool when the bail support member is viewed in a central axis direction of the line slider. The side inclined surface is inclined from a proximal end side of the bail support member toward a distal end side of the bail support member to approach a spool side.

In the fishing spinning reel, even when line entanglement such as the fishing line becoming entangled with the bail support member occurs, the fishing line is guided from the proximal end side of the bail support member toward the distal end side and toward the spool side by the side inclined surface. Accordingly, the entangled fishing line is easily removed from the distal end side of the bail support member, so that the line entanglement is suitably eliminated. Therefore, fishing operability is improved. In addition, when the bail is returned by a rotational operation of the handle, if the slackened fishing line becomes entangled with the bail support member, by applying tension to the entangled fishing line through a rotational operation of the handle, the fishing line is moved on the side inclined surface in a direction in which the fishing line is removed from the bail support member, so that the line entanglement is suitably eliminated.

In addition, in order to solve the above-described problems, the fishing spinning reel according to the present invention comprises a rotor rotated by a winding operation of a handle; a bail support member attached to a support arm of the rotor, and supporting a bail; a line roller supported by the bail support member, and guiding a fishing line to a spool around which the fishing line is wound and held; and a line slider supporting one end of the bail, and guiding the fishing line picked up by the bail to the line roller. An external inclined surface is formed in a region where the line roller is projected on an outer surface of the bail support member opposite to a side to which the line roller is attached. In addition, a side inclined surface is formed in a region where the line roller is projected on a side surface of the bail support member on a side away from the spool when the bail support member is viewed in a central axis direction of the line slider. When a vertical plane including a central axis of the rotor is a first reference plane and a plane including a central axis of the line roller is a second reference plane, the external inclined surface is inclined from a proximal end side of the bail support member toward a distal end side of the bail support member to approach an inner surface side of the bail support member when viewed in a direction orthogonal to the second reference plane in a state where the bail support member is disposed such that the first reference plane and the second reference plane are in a parallel positional relationship. Furthermore, the side inclined surface is inclined to approach a spool side as the side inclined surface extends from the proximal end side of the bail support member toward the distal end side of the bail support member.

In the fishing spinning reel, even when line entanglement such as the fishing line becoming entangled with the bail support member occurs, due to a synergistic effect of the external inclined surface and the side inclined surface, the fishing line is three-dimensionally guided from the proximal end side of the bail support member toward the distal end side and toward the inner surface side of the bail support member and the spool side. Accordingly, the entangled fishing line is easily removed from the distal end side of the bail support member, so that the line entanglement is suitably eliminated. Therefore, fishing operability is improved. In addition, when the bail is returned by a rotational operation of the handle, if the slackened fishing line becomes entangled with the bail support member, by applying tension to the entangled fishing line through a rotational operation of the handle, the fishing line is moved on the external inclined surface and the side inclined surface in a direction in which the fishing line is removed from the bail support member. Accordingly, the line entanglement is suitably eliminated.

In addition, it is preferable that when a first reference line parallel to a central axis of the line slider and passing through a joint point between the line slider and the bail when viewed in the direction orthogonal to the second reference plane is drawn, the external inclined surface extends toward the distal end side of the bail support member with an intersection point between the first reference line and the outer surface of the bail support member as a starting point.

In this configuration, since the external inclined surface is formed in a region on the outer surface closer to the distal end side of the bail support member than the joint point between the line slider and the bail, the entangled fishing line can be effectively guided in the direction in which the entangled fishing line is removed from the bail support member. Accordingly, the line entanglement is suitably eliminated. In addition, since the weight of the distal end side of the bail support member can be reduced due to the external inclined surface, the inertial force of the rotor can be reduced, and the light rotation performance of the rotor can be realized. Accordingly, fishing operability is improved.

In addition, it is preferable that when a second reference line passing through a joint point between the line slider and the bail and extending outward from the spool in a radial direction when viewed in the central axis direction of the line slider is drawn, the side inclined surface extends toward the distal end side of the bail support member with an intersection point between the second reference line and the side surface of the bail support member as a starting point.

In this configuration, since the side inclined surface is formed in a region on the side surface closer to the distal end side of the bail support member than the joint point between the line slider and the bail, the entangled fishing line can be effectively guided in the direction in which the entangled fishing line is removed from the bail support member. Accordingly, the line entanglement is suitably eliminated.

In addition, it is preferable that the bail support member comprises a bail leg portion rotatably attached to the support arm, and a support portion provided to be continuous with the bail leg portion and supporting the line roller. It is preferable that an inner portion having a curved recess shape is formed in the bail leg portion on a side facing the spool in a bottom view in a direction orthogonal to a rotation axis of the bail support member and the support arm. It is preferable that a radius of curvature of the inner portion is 10 to 20 mm.

In this configuration, since the inner portion of the bail leg portion on the side facing the spool has a gentle curved shape without constriction, the entangled fishing line is smoothly guided from the proximal end side of the bail support member toward the distal end side compared to a case where the inner portion has a large radius of curvature. Accordingly, line entanglement is suitably eliminated in conjunction with actions and effects by the external inclined surface or the side inclined surface.

In addition, it is preferable that a hood portion partially covering the line roller is integrally formed on the bail support member, and that the hood portion extends from a bail support member side toward the line slider.

In this configuration, the fishing line removed from a distal end of the bail support member can be guided to a line slider side through the hood portion. Accordingly, the fishing line removed from the distal end of the bail support member can be prevented from being caught on the line roller.

In addition, it is preferable that an engagement portion with which an extension end of the hood portion engages is formed on the line slider, and that the extension end of the hood portion protrudes somewhat outward from an outer peripheral surface of the line slider in a radial direction in a state where the extension end is engaged with the engagement portion.

In this configuration, since the fishing line guided to the line slider side through the hood portion moves to the outer peripheral surface of the line slider located inside the extension end of the hood portion in the radial direction via the extension end protruding somewhat outward in the radial direction, the fishing line removed from the distal end of the bail support member can be prevented from being caught on the engagement portion.

According to the fishing spinning reel of the present invention, line entanglement with the bail support member can be suitably improved.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a side view illustrating an overall configuration of a fishing spinning reel according to one embodiment of the present invention;

FIG. 2 is a perspective view in which the same one bail support member, a line roller, and a line slider are disassembled and arranged side by side;

FIG. 3 is an enlarged side view illustrating an inclination of an external inclined surface of the same one bail support member;

FIG. 4 is a front view of a rotor when viewed in a central axis direction of the same rotor;

FIGS. 5A and 5B are views illustrating an inclination of a side inclined surface of the same one bail support member, FIG. 5A is an enlarged explanatory view of a line slider side when viewed in a central axis direction of the line slider, and FIG. 5B is an enlarged explanatory view of the one bail support member when viewed from an outer surface side;

FIG. 6 is an enlarged explanatory view illustrating a curvature of an inner surface of a leg portion of the same one bail support member; and

FIGS. 7A and 7B are views illustrating a hood portion of the same one bail support member, FIG. 7A is an enlarged view when viewed from the front of the fishing spinning reel, and FIG. 7B is an enlarged cross-sectional view taken along line VI-VI in FIG. 7A.

DETAILED DESCRIPTION

A fishing spinning reel according to an embodiment will be described with reference to the drawings. In the following description, “front and rear” and “up and down” referred to are defined based on directions illustrated in FIG. 1.

A fishing spinning reel R1 of the present embodiment comprises a reel body 1 to which a handle 2 is attached; a rotor 3 provided on the front side of the reel body 1 and rotated by a winding operation of the handle 2; and a spool 4 provided on the front side of the rotor 3 and reciprocated in a front-rear direction by a winding operation of the handle 2.

The reel body 1 comprises a body 10 and a leg portion 11 comprising a rod attachment portion 12, which extends upward from an upper portion of the body 10 to be mounted to a fishing rod, at a distal end. The body 10 comprises a body front portion having a tubular shape through which a drive shaft tube and a spool shaft (not illustrated) penetrate. The rotor 3 is attached to a front end of the drive shaft tube to cover the body front portion, and the spool 4 is attached to a front end of the spool shaft to cover a cylindrical portion (not illustrated) of the rotor 3.

A drive gear (not illustrated) that rotates around a handle shaft when the handle 2 is operated to rotate and a pinion gear (not illustrated) externally fitted to the drive shaft tube to mesh with the drive gear are provided inside the body 10. In addition, an oscillating mechanism driven by a drive gear attached to the handle shaft is connected to a rear portion of the spool shaft. Accordingly, when the drive gear is rotated by a rotational operation of the handle 2, the spool shaft and the spool 4 move forward and rearward, and a fishing line is wound around the spool 4 in a parallel and even manner.

The rotor 3 comprises a support arm 31 and a bail support member 32 rotatably attached to a front portion of the support arm 31. A pair of the support arms 31 and a pair of the bail support members 32 are each formed at an interval of substantially 180 degrees with respect to the cylindrical portion of the rotor 3, and are rotated around the spool 4 by the rotation of the rotor 3. In the fishing spinning reel R1 illustrated in FIG. 1, the support arm 31 and the bail support member 32 are located at the center in an up-down direction on one side that is one side of the reel body 1. In the pair of support arms 31 and the pair of bail support members 32, the support arm 31 and the bail support member 32 on the one side illustrated in FIG. 1 are referred to as one support arm 31 and one bail support member 32, and although not illustrated, the support arm 31 and the bail support member 32 on the other side opposite to the one side are referred to as the other support arm 31 and the other bail support member 32. In addition, when both support arms and both bail support members are referred to, the support arms and the bail support members are referred to as dual support arms 31 and 31 and dual bail support members 32 and 32.

The one support arm 31 extends forward from the cylindrical portion of the rotor 3, and supports the one bail support member 32. In addition, similarly, the other support arm 31 also extends forward from the cylindrical portion of the rotor 3, and supports the other bail support member 32. The dual bail support members 32 and 32 are supported to be rotatable between a fishing line winding position and a fishing line release position with respect to the dual support arms 31 and 31. FIG. 1 illustrates a state where the dual bail support members 32 and 32 are at the fishing line winding position.

The dual bail support members 32 and 32 are members that support a bail 33 for picking up the fishing line. As illustrated in FIGS. 1 and 3, a line slider 34 that supports one end 33a of the bail 33 is attached to the one bail support member 32. In addition, a line roller 35 is rotatably supported between the one bail support member 32 and the line slider 34. The other bail support member 32 directly supports the other end 33b (refer to FIG. 2) of the bail 33.

As illustrated in FIG. 2, the bail 33 is a wire-shaped member that is curvedly formed in a substantially semi-circular shape. The one end 33a of the bail 33 has a shape that is bent at substantially 90 degrees (substantially right angle) toward the line slider 34, and comprises an attachment portion 33c, a straight portion 33d, a bent portion 33c, and an extending portion 33f.

The attachment portion 33c is a portion attached to the line slider 34, and has a loop shape. A fixing screw 36 is inserted into the inside of the attachment portion 33c. The fixing screw 36 is a fixing member for attaching the line slider 34 to the one bail support member 32. The fixing screw 36 is inserted from a line slider 34 side to which the one end 33a of the bail 33 is mounted, and is screwed to a cylindrical support shaft 32a of the one bail support member 32 in a state where the line roller 35 is disposed between the line slider 34 and the one bail support member 32. The line roller 35 is rotatably supported by the cylindrical support shaft 32a in a state where the fixing screw 36 is tightened. At least a part of the head of the fixing screw 36 is accommodated in the line slider 34. With such a configuration, the fishing line picked up by the bail 33 is guided to the line roller 35 via the line slider 34. The shape of the attachment portion 33c is not limited to having a loop shape, and may be any shape such as a C shape or a curved shape as long as the attachment portion 33c is fixed by the fixing screw 36.

The straight portion 33d of the bail 33 is a straight portion that is formed to be continuous with the attachment portion 33c, and is inserted into an insertion hole 34e of the line slider 34. The straight portion 33d extends at substantially 90 degrees (substantially right angle) with respect to an opening edge portion of the insertion hole 34c in a state where the attachment portion 33c is attached to the line slider 34.

The bent portion 33e is a portion that is bent in an arc shape and that is formed to be continuous with the straight portion 33d, and is bent in a direction toward the other end 33b of the bail 33 at a bending angle of substantially 90 degrees (substantially right angle) with respect to the straight portion 33d. The extending portion 33f is a substantially straight portion that is formed to be continuous with the bent portion 33c. The extending portion 33f is disposed in a substantially perpendicular positional relationship with the straight portion 33d.

As illustrated in FIG. 2, the line slider 34 supports the one end 33a of the bail 33, and supports an end of the line roller 35. The insertion hole 34c into which the one end 33a of the bail 33 is inserted is formed on an outer peripheral surface of the line slider 34.

When the one end 33a of the bail 33 is attached to the line slider 34, the other end 33b of the bail 33 is inserted into an accommodation portion of the line slider 34, and the other end 33b is inserted into the insertion hole 34c from an accommodation portion side. Then, the bail 33 is sequentially passed through the insertion hole 34c, and finally the one end 33a of the bail 33 is passed through the insertion hole 34c. When the attachment portion 33c of the bail 33 has a substantially C shape, a substantially curved shape, or the like, an end of the attachment portion 33c may be directly inserted and attached to the insertion hole 34e from the front side of the line slider 34.

Then, when the line slider 34 is attached to the one bail support member 32, as illustrated in FIG. 2, the line roller 35 is disposed between the line slider 34 and the one bail support member 32, and the fixing screw 36 is passed through the attachment portion 33c of the bail 33 and the line slider 34 from the line slider 34 side. Thereafter, the fixing screw 36 is screwed and tightened to the cylindrical support shaft 32a of the one bail support member 32 by which the line roller 35 is supported. Accordingly, the one end 33a of the bail 33, the line slider 34, and the line roller 35 can be collectively attached to the one bail support member 32.

As illustrated in FIG. 3, the one bail support member 32 comprises a bail leg portion 321 and a support portion 322 provided to be continuous with the bail leg portion 321. The one bail support member 32 in FIG. 3 is illustrated as being viewed in a direction X1 to be described below based on the positional relationship of the line roller 35 in FIG. 4. FIG. 4 is a front view of the rotor 3 when viewed in the direction of a central axis O2 of the rotor 3. FIG. 4 illustrates a state where when a vertical plane including the central axis O2 of the rotor 3 (plane passing through the center of the body 10) is a first reference plane M1 and a plane including a central axis O1 of the line roller 35 is a second reference plane M2, the one bail support member 32 is disposed such that the second reference plane M2 is in a parallel positional relationship with the first reference plane M1. In the positional relationship illustrated in FIG. 4, the one bail support member 32 is viewed in the direction X1 that is a direction orthogonal to the second reference plane M2, and FIG. 4 is a side view of the one bail support member 32 illustrated in FIG. 3. Even when the one bail support member 32 illustrated in FIG. 3 is viewed in a direction orthogonal to the central axis O1 of the line roller 35 and orthogonal to the central axis O2 (refer to FIG. 1 and the same applies below) of the rotor 3 (refer to FIG. 1 and the same applies below), the one bail support member 32 is illustrated in the similar form.

As illustrated in FIG. 3, the bail leg portion 321 is a portion rotatably attached to the support arm 31 (refer to FIG. 1). The bail leg portion 321 is inclined to a side away from the spool 4 (right side on the drawing sheet of FIG. 3) from a base portion 321a attached to the support arm 31 toward the support portion 322.

As illustrated in FIG. 6, the bail leg portion 321 comprises an inner portion 327 having a curved recess shape and facing the spool 4. FIG. 6 illustrates a bottom view of the one bail support member 32 when viewed from a lower surface side in a direction orthogonal to a rotation axis 321b of the support arm 31 (not illustrated) (in a bottom view). As illustrated in FIG. 6, the inner portion 327 depicts a gentle curve without constriction overall from a base portion 321a side toward the support portion 322. The radius of curvature of the inner portion 327 is set to 10 to 20 mm.

The support portion 322 is a portion that supports the line roller 35 and the line slider 34. The support portion 322 extends continuously from the bail leg portion 321 toward the front of the fishing spinning reel R1 (refer to FIG. 1). An external inclined surface 323 is formed on an outer surface (surface opposite to an inner surface side to which the line roller 35 is attached) of the support portion 322. The external inclined surface 323 is formed in a region where the cross-sectional shape of the line roller 35 in a radial direction is projected on the outer surface of the support portion 322. The external inclined surface 323 is inclined from a proximal end side of the support portion 322 (proximal end side of the one bail support member 32) toward a distal end side of the support portion 322 to approach the inner surface side of the one bail support member 32. Accordingly, the shape of an outer edge of the one bail support member 32 is a shape that is bent in a substantially dogleg shape at a boundary portion (top portion) 325 between the bail leg portion 321 and the support portion 322.

When a first reference line K1 passing through a joint point P1 between the line slider 34 and the bail 33 and parallel to the central axis O1 of the line slider 34 is drawn, the external inclined surface 323 of the present embodiment extends toward the distal end side of the one bail support member 32 with an intersection point P2 between the first reference line K1 and the outer surface of the one bail support member 32 as a starting point. Here, on the drawing sheet of FIG. 3, an inclination angle θ1 of the external inclined surface 323 with respect to a vertical direction can be set in a range of 10 to 20 degrees. By setting the inclination angle θ1 in this range, it is possible to suitably guide the fishing line from the proximal end side of the one bail support member 32 toward the distal end side and toward the inner surface side of the one bail support member 32 while reducing the weight of the distal end side of the one bail support member 32. As illustrated in FIG. 5B, an end of the fixing screw 36 (refer to FIG. 2) is not exposed on the outer surface of the one bail support member 32 comprising the external inclined surface 323, and the outer surface of the one bail support member 32 is a smooth surface.

The support portion 322 comprises a curved surface 324 that is continuous with an extension end of the external inclined surface 323. The curved surface 324 is curved to approach the inner surface side of the one bail support member 32. A hood portion 326 is integrally formed at a distal end of the support portion 322 to be continuous with the curved surface 324. As illustrated in FIG. 7A, the hood portion 326 extends from the support portion 322 toward the line slider 34, and partially covers the line roller 35. As illustrated in FIG. 7B, an engagement portion 341 with which an extension end of the hood portion 326 engages is formed on the line slider 34. The extension end of the hood portion 326 protrudes somewhat outward from an outer peripheral surface of the line slider 34 in the radial direction in a state where the extension end is engaged with the engagement portion 341. A protrusion amount of the extension end of the hood portion 326 may be set such that the extension end of the hood portion 326 protrudes to the extent that the extension end has a slight step with respect to the outer peripheral surface of the line slider 34.

As illustrated in FIGS. 5A and 5B, a side inclined surface 328 is formed on a side surface (surface on the side away from the spool 4) of the support portion 322. The side inclined surface 328 is formed in a region where the cross-sectional shape of the line roller 35 in the radial direction is projected on the side surface of the support portion 322. The side inclined surface 328 is inclined from the proximal end side of the support portion 322 (proximal end side of the one bail support member 32) toward the distal end side of the support portion 322 to approach a spool 4 side.

As illustrated in FIG. 5A, when a second reference line K2 passing through the joint point P1 between the line slider 34 and the bail 33 and extending outward from the spool 4 in the radial direction is drawn, the side inclined surface 328 of the present embodiment extends toward the spool 4 side with an intersection point P3 between the second reference line K2 and the side surface of the one bail support member 32 as a starting point. Here, on the drawing sheets of FIGS. 5A and 5B, an inclination angle θ2 of the side inclined surface 328 with respect to the vertical direction can be set in a range of 10 to 20 degrees. By setting the inclination angle θ2 in this range, it is possible to suitably guide the fishing line from the proximal end side of the one bail support member 32 toward the distal end side and toward the inner surface side of the one bail support member 32 while reducing the weight of the distal end side of the one bail support member 32.

According to the fishing spinning reel R1 of the present embodiment described above, even when line entanglement such as the fishing line winding around the one bail support member 32 occurs, the fishing line can be guided from the proximal end side of the one bail support member 32 toward the distal end side and toward the inner surface side of the one bail support member 32 by the external inclined surface 323. Accordingly, the entangled fishing line is easily removed from the distal end side of the one bail support member 32, so that the line entanglement is suitably eliminated. Therefore, fishing operability is improved. In addition, for example, when the bail 33 is returned by a rotational operation of the handle 2, if the slackened fishing line becomes entangled with the one bail support member 32, by applying tension to the entangled fishing line through a rotational operation of the handle 2, the fishing line is moved on the external inclined surface 323 in a direction in which the fishing line is removed from the one bail support member 32, so that the line entanglement is suitably eliminated.

In addition, according to the fishing spinning reel R1 of the present embodiment, the fishing line is guided from the proximal end side of the one bail support member 32 toward the distal end side and toward the spool 4 side by the side inclined surface 328. Accordingly, the entangled fishing line is easily removed from the distal end side of the one bail support member 32, so that the line entanglement is suitably eliminated. Therefore, fishing operability is improved. In addition, by applying tension to the entangled fishing line through a rotational operation of the handle 2, the fishing line is moved on the side inclined surface 328 in the direction in which the fishing line is removed from the one bail support member 32, so that the line entanglement is suitably eliminated.

Further, according to the fishing spinning reel R1 of the present embodiment, due to a synergistic effect of the two external inclined surface 323 and side inclined surface 328, the fishing line is three-dimensionally guided from the proximal end side of the one bail support member 32 toward the distal end side and toward the inner surface side of the one bail support member 32 and the spool 4 side. Accordingly, the entangled fishing line is easily removed from the distal end side of the one bail support member 32, so that the line entanglement is suitably eliminated. Therefore, fishing operability is improved. In addition, by applying tension to the entangled fishing line through a rotational operation of the handle 2, the fishing line is moved on the external inclined surface 323 and the side inclined surface 328 in the direction in which the fishing line is removed from the one bail support member 32, so that the line entanglement is suitably eliminated.

In addition, since the external inclined surface 323 is formed in a region on the outer surface closer to the distal end side of the one bail support member 32 than the joint point P1 between the line slider 34 and the bail 33, the entangled fishing line can be effectively guided toward the distal end side of the one bail support member 32 and the inner surface side of the one bail support member 32. Accordingly, the line entanglement is suitably eliminated. In addition, since the weight of the distal end side of the one bail support member 32 can be reduced due to the external inclined surface 323, the inertial force of the rotor 3 can be reduced, and the light rotation performance of the rotor 3 can be realized. Accordingly, fishing operability is improved.

In addition, since the side inclined surface 328 is formed in a region on the side surface closer to the distal end side of the one bail support member 32 than the joint point P1 between the line slider 34 and the bail 33, the entangled fishing line can be effectively guided toward the distal end side of the one bail support member 32 and the spool 4 side. Accordingly, the line entanglement is suitably eliminated.

In addition, since the inner portion 327 of the bail leg portion 321 on the side facing the spool 4 has a gentle curved shape without constriction, the entangled fishing line is smoothly guided from the proximal end side of the one bail support member 32 toward the distal end side compared to a case where the inner portion has a large radius of curvature. Accordingly, linc entanglement is suitably eliminated in conjunction with actions and effects by the external inclined surface 323 or the side inclined surface 328.

In addition, the fishing line removed from a distal end of the one bail support member 32 can be guided to the line slider 34 side through the hood portion 326. Accordingly, the fishing line removed from the distal end of the one bail support member 32 can be prevented from being caught on the line roller 35.

In addition, the fishing line guided to the line slider 34 side through the hood portion 326 moves to the outer peripheral surface of the line slider 34 located inside the extension end of the hood portion 326 in the radial direction via the extension end protruding somewhat outward in the radial direction. Accordingly, the fishing line removed from the distal end of the one bail support member 32 can be prevented from being caught on the engagement portion 341 in the process of moving to the line slider 34 side.

In addition, since the fixing screw 36 can be screwed from the line slider 34 side, it is not necessary to provide a screw hole on an outer surface side of the one bail support member 32, and the fixing screw 36 is not exposed on the outer surface side of the one bail support member 32. Accordingly, in the event of line entanglement of the fishing line, even when the fishing line moves on the outer surface side of the one bail support member 32, damage to the fishing line due to contact with the screw hole does not occur. In addition, since at least a part of the head of the fixing screw 36 is accommodated in the line slider 34, the fishing line is also less likely to become entangled with the head of the fixing screw 36 on the line slider 34 side.

The embodiment of the present invention has been described above; however, the present invention is not limited to the example described in the embodiment. For example, in the embodiment, the configuration in which the external inclined surface 323 is formed in the region where the cross-sectional shape of the line roller 35 in the radial direction is projected on the outer surface of the support portion 322 has been described; however, the present invention is not limited thereto, and the external inclined surface 323 may be formed to protrude to a portion outside the region where the cross-sectional shape is projected. In addition, the configuration in which the side inclined surface 328 is formed in the region where the cross-sectional shape of the line roller 35 in the radial direction is projected on the side surface of the support portion 322 has been described; however, the present invention is not limited thereto, and the side inclined surface 328 may be formed to protrude to a portion outside the region where the cross-sectional shape is projected.

In addition, a configuration in which the shape of the outer edge of the one bail support member 32 is a shape that is bent in a substantially dogleg shape at the boundary portion (top portion) 325 between the bail leg portion 321 and the support portion 322 has been described; however, the present invention is not limited thereto, and various shapes can be adopted for the external inclined surface 323 or the side inclined surface 328 as long as the external inclined surface 323 or the side inclined surface 328 is formed.

In addition, the fixing screw 36 is used as a member that fixes the line slider 34 to the bail support member 32, but is not limited thereto, and a configuration in which fixing is performed by a pin member fixed by press-fitting, bonding, or the like may be adopted.

REFERENCE SIGNS LIST

• • 2 Handle
  • 3 Rotor
  • 4 Spool
  • 31 Support arm
  • 32 Bail support member
  • 33 Bail
  • 33 a One end
  • 34 Line slider
  • 34 e Insertion hole
  • 36 Fixing screw
  • 35 Line roller
  • 321 Bail leg portion
  • 321 b Rotation axis
  • 322 Support portion
  • 323 External inclined surface
  • 326 Hood portion
  • 327 Inner portion
  • 328 Side inclined surface
  • 341 Engagement portion
  • K1 First reference line
  • K2 Second reference line
  • M1 First reference plane
  • M2 Second reference plane
  • O1 Central axis of line roller
  • O2 Central axis of spool
  • P1 Joint point between line slider and bail
  • P2 Intersection point between first reference line and outer surface of the bail support member
  • P3 Intersection point between second reference line and side surface of bail support member
  • R1 Fishing spinning reel
  • X1 Direction orthogonal to second reference plane

Claims

1. A fishing spinning reel comprising: a rotor rotated by a winding operation of a handle; a bail support member attached to a support arm of the rotor, and supporting a bail; a line roller supported by the bail support member, and guiding a fishing line to a spool around which the fishing line is wound and held; and a line slider supporting one end of the bail, and guiding the fishing line picked up by the bail to the line roller, wherein an external inclined surface is formed in a region where the line roller is projected on an outer surface of the bail support member opposite to a side to which the line roller is attached, andwhen a vertical plane including a central axis of the rotor is a first reference plane and a plane including a central axis of the line roller is a second reference plane, the external inclined surface is inclined from a proximal end side of the bail support member toward a distal end side of the bail support member to approach an inner surface side of the bail support member when viewed in a direction orthogonal to the second reference plane in a state where the bail support member is disposed such that the first reference plane and the second reference plane are in a parallel positional relationship.

2. A fishing spinning reel comprising: a rotor rotated by a winding operation of a handle; a bail support member attached to a support arm of the rotor, and supporting a bail; a line roller supported by the bail support member, and guiding a fishing line to a spool around which the fishing line is wound and held; and a line slider supporting one end of the bail, and guiding the fishing line picked up by the bail to the line roller, wherein a side inclined surface is formed in a region where the line roller is projected on a side surface of the bail support member on a side away from the spool when the bail support member is viewed in a central axis direction of the line slider, andthe side inclined surface is inclined from a proximal end side of the bail support member toward a distal end side of the bail support member to approach a spool side.

3. A fishing spinning reel comprising: a rotor rotated by a winding operation of a handle; a bail support member attached to a support arm of the rotor, and supporting a bail; a line roller supported by the bail support member, and guiding a fishing line to a spool around which the fishing line is wound and held; and a line slider supporting one end of the bail, and guiding the fishing line picked up by the bail to the line roller, wherein an external inclined surface is formed in a region where the line roller is projected on an outer surface of the bail support member opposite to a side to which the line roller is attached,a side inclined surface is formed in a region where the line roller is projected on a side surface of the bail support member on a side away from the spool when the bail support member is viewed in a central axis direction of the line slider,when a vertical plane including a central axis of the rotor is a first reference plane and a plane including a central axis of the line roller is a second reference plane, the external inclined surface is inclined from a proximal end side of the bail support member toward a distal end side of the bail support member to approach an inner surface side of the bail support member when viewed in a direction orthogonal to the second reference plane in a state where the bail support member is disposed such that the first reference plane and the second reference plane are in a parallel positional relationship, andthe side inclined surface is inclined to approach a spool side as the side inclined surface extends from the proximal end side of the bail support member toward the distal end side of the bail support member.

4. The fishing spinning reel according to claim 1, wherein when a first reference line parallel to a central axis of the line slider and passing through a joint point between the line slider and the bail when viewed in the direction orthogonal to the second reference plane is drawn, the external inclined surface extends toward the distal end side of the bail support member with an intersection point between the first reference line and the outer surface of the bail support member as a starting point.

5. The fishing spinning reel according to claim 2, wherein when a second reference line passing through a joint point between the line slider and the bail and extending outward from the spool in a radial direction when viewed in the central axis direction of the line slider is drawn, the side inclined surface extends toward the distal end side of the bail support member with an intersection point between the second reference line and the side surface of the bail support member as a starting point.

6. The fishing spinning reel according to claim 1, wherein the bail support member comprises a bail leg portion rotatably attached to the support arm, and a support portion provided to be continuous with the bail leg portion and supporting the line roller, an inner portion having a curved recess shape is formed in the bail leg portion on a side facing the spool in a bottom view in a direction orthogonal to a rotation axis of the bail support member and the support arm, anda radius of curvature of the inner portion is 10 to 20 mm.

7. The fishing spinning reel according to claim 1, wherein a hood portion partially covering the line roller is integrally formed on the bail support member, and the hood portion extends from a bail support member side toward the line slider.

8. The fishing spinning reel according to claim 7, wherein an engagement portion with which an extension end of the hood portion engages is formed on the line slider, and the extension end of the hood portion protrudes somewhat outward from an outer peripheral surface of the line slider in a radial direction in a state where the extension end is engaged with the engagement portion.