Abstract: A fishing spinning reel that eliminates problems associated with line twist by providing a rotor adapted for both forward and reverse rotation wherein a drag assembly applies drag to the rotor using an adjustable cam mechanism to prevent the rotor from imparting twist on the line when in the winding mode. By enabling the rotor to rotate in a reverse direction with the application of drag the present invention prevents line twist when fighting a fish by allowing the rotor to rotate in a reverse direction to let out line and/or to remain stationary as the handle is cranked thereby preventing the rotor from imparting twist on the line.

Abstract: The present invention discloses a spinning reel. The spinning reel includes a gear sleeve, said gear sleeve is provided with a helical gear, the main body is pivoted with an face gear for driving the rotation of the helical gear, the face gear is connected with a driving mechanism, said gear sleeve is coaxially penetrated with a main shaft sliding axially inside it, a transmission structure is provided between the gear sleeve and the main shaft for driving the synchronous rotation of the main shaft, a reciprocating driving mechanism is provided between said driving mechanism and the main shaft for driving the main shaft reciprocating drive mechanism for moving the main shaft back and forth, the main shaft is fixed with a spool for winding the fishing line, and the main body is fixed with a winding guide for guiding the fish line to the spool.

Abstract: A spinning reel includes a handle, a housing, a rotor, a bail arm, a moving member and an abutting member. The bail arm is attached to the rotor and is pivotable between a first posture and a second posture. The moving member is positioned in a first position when the bail arm is in the first posture, moving member positioned in a second position behind the first position when the bail arm is in the second posture, and is rotatable together with the rotor. The abutting member is attached to the housing and abuts the moving member in the second position to move the moving member toward the first position. The returning device returns the bail arm to the first posture from the second posture when the moving member moves toward the first position from the second position.

Abstract: A spinning reel includes a reel body, a crank mounted to the reel body, a main shaft, a tubular worm, a rotor, a spool unit, a rotary shaft, a slider block, a cam mechanism, and a guiding unit. The cam mechanism is disposed between the rotary shaft and the slider block to provide a camming action for translating rotation of the rotary shaft into linear reciprocating motion of the slider block relative to the rotary shaft. A guiding sleeve of the guiding unit is disposed between the rotary shaft and the slider block to guide and stabilize the linear reciprocating motion of the slider block.

Abstract: A reciprocating mechanism includes a worm shaft, a slider, a first guide shaft, and an elastic member. The worm shaft includes spiral grooves, and is rotated while the handle is rotated. The slider is reciprocated in the axial direction together with the spool shaft in conjunction with the rotation of the worm shaft. The first guide shaft includes a first supporting portion and a second supporting portion, and guides the reciprocating movement of the slider by an intermediate portion between the first supporting portion and the second supporting portion. The elastic member is mounted on the outer perimeter of at least one of the first supporting portion and the second supporting portion, and supports the first guide shaft in the reel body.

Abstract: A reciprocating mechanism includes a first supporting member, a second supporting member, and a biasing member. The worm shaft includes a shaft portion, a first shaft supporting portion having a spherical portion formed in a convex spherical shape at a distal end, and a second shaft supporting portion. The first supporting member includes a first bottom portion abutting the spherical portion. The second supporting member includes a second bottom portion abutting a distal end of the second shaft supporting portion. The biasing member biases at least one of the first supporting member and the second supporting member in an axial direction.

Abstract: An oscillating mechanism includes a traverse camshaft, an engaging unit, and a slider body. The traverse camshaft includes a spiral groove. The traverse camshaft rotates in conjunction with the winding operation of a handle attached to the reel main body. The engaging unit includes an engaging claw configured to engage the spiral groove. The slider body includes a supporting hole rotatably supporting the engaging unit. A groove extends in the penetration direction of the supporting hole, and is disposed on the inner peripheral surface of the supporting hole of the slider body.

Abstract: The present invention provides a fishing spinning reel in which handle operation in high load winding is smooth. Specifically, the fishing spinning reel includes: a pinion gear having a rotor fixed on an end of the pinion gear and meshing with a drive gear rotationally driven by rotational operation of a handle rotatably supported on the reel body; a spool shaft inserted through the pinion gear and having a spool mounted on a front end thereof, the spool holding a fishing line wound therearound; and an oscillation mechanism configured to reciprocate the spool shaft back and forth in accordance with drive of the drive gear, wherein the spool shaft is not supported at a region from a meshing region between the drive gear and the pinion gear to a rear end of the spool shaft where the spool shaft is supported by a slidable body of the oscillation mechanism.

Abstract: A spinning reel includes a reel body, a handle, a spool shaft, a spool, a rotor, a rotor driving mechanism, and an oscillating mechanism configured to rotate in conjunction with the handle and cause the spool to reciprocate via the spool shaft. The oscillating mechanism includes a threaded shaft having a spiral groove and is configured to rotate in conjunction with the rotation of the handle. A slider is engaged with the spiral groove of the threaded shaft, and is configured to reciprocate in conjunction with rotation of the threaded shaft. A guide shaft has a rear end disposed in the through-hole arranged in the rear portion of the reel body, and is locked so as to prevent the shaft from disconnecting from by the reel body, and is configured to guide the reciprocation of the slider. An annular elastic member is disposed between the through-hole and the guide shaft.

Abstract: A fishing reel with interchangeable line-guiding system includes a body, a fishing reel, and an automated winding component. A lateral cover is fixed to the body. The body has therein the fishing reel. The fishing reel has therein a spindle. A toothed axle is disposed on the outer wall of the spindle inside the lateral cover, flanked by two first intermediate gears, and adapted to mesh with a big gear meshing with the two first intermediate gears. The automated winding component has a second intermediate gear fixed to the body. The second intermediate gear meshes with a line-guiding shaft gear. The line-guiding shaft gear is fixed to the end of a line-guiding shaft. The line-guiding shaft is disposed inside a line-protecting axle. A slider movable laterally is disposed on the outward wall of the line-guiding shaft to enable upward and downward casting.

Abstract: A fishing spinning reel having a housing and rotatably carrying a shaft between a crank handle and a main gear. The main gear drives a pinion gear shaft rotatably carried on one end by the housing. On the other end of the housing is mounted a rotor. Mounted on the housing, between the housing and the rotor, is a cup washer with male threads on the outside and a notch in the cup end facing the rotor. A clutch sleeve, non-rotatably attached to the rotor, around which a one way roller clutch locks, instantly engages a braking disc as the rotor rotates backwards and releases as the rotor turns forward. A frictioning disc is located on either side of the braking disc. A washer with a cleat is pushed towards the housing against the frictioning disc by a spring washer and is kept from rotation by the cleat inside the notch on the cup washer. The spring washer is pulled toward the housing by a tension adjusting drum.

Abstract: A retainer member has a retainer portion, a through hole, and non-circular cross section. A bearing section is disposed on an outer periphery of the retainer portion. The through hole has a circular axial cross section and an inner periphery, which is axially penetrated by a non-circular portion of a spool shaft from back to front. The non-circular cross-sectional portion is formed by cutting out a front end of the retainer portion by machining. The non-circular cross-sectional portion has a non-circular axial cross section that engages the non-circular portion of the spool shaft.

Abstract: A fishing reel is provided having a pair of opposed sidewalls with a spool holding fishing line rotatably supported between the sidewalls. The spool is freely rotatable in a first direction to release fishing line from the bottom portion of the spool, and is mechanically rotatable in a second direction opposite to the first direction to retrieve the fishing line and to wind the line back onto the spool. A handle crank is provided for imparting rotation to the spool in the second direction by rotation of the crank in the same, second direction.

Abstract: A fishing reel is provided having a pair of opposed sidewalls with a spool holding fishing line rotatably supported between the sidewalls. The spool is freely rotatable in a first direction to release fishing line from the bottom portion of the spool, and is mechanically rotatable in a second direction opposite to the first direction to retrieve the fishing line and to wind the line back onto the spool. A handle crank is provided for imparting rotation to the spool in the second direction by rotation of the crank in the same, second direction.

Abstract: A worm shaft disposed on an upper side of a master gear shaft. A spool shaft disposed on an opposite lower side of the master gear shaft. An engaging member arranged to engage a spiral groove in worm shaft is also disposed on the upper side of the master gear shaft. A slider body includes a first mounting portion disposed on the opposite lower side of the master gear shaft and is a portion to which the spool shaft is fixed, a second mounting portion that is disposed on the upper side of the master gear shaft and is a portion to which the engaging member is engaged, and a coupling portion for coupling the first mounting portion and the second mounting portion so that the master gear shaft is straddled by the first mounting portion and the second mounting portion when the spool shaft is disposed most forward.

Abstract: A double-gear driving mechanism for a reel unit comprises a reel chamber in which a rotor drive shaft is disposed longitudinally and a master gear shaft is disposed laterally. A main gear is formed around a periphery of the drive shaft, and a first master gear is fixed on one end of the master gear shaft. A crank handle is connected to a male thread portion of the master gear shaft. The inner teeth around a periphery of the first master gear engage the teeth of the main gear. An idle pinion provided on the other side of the drive shaft in parallel and it engages the main gear. On the other end of the master gear shaft is fixed a second master gear, inner teeth of which engage the teeth of the idle pinion. The present invention provides a double-gear drive mode of the rotor drive shaft by using the idle pinion. This increases the lifting capability of the rotor drive shaft while the original strength of the pinion teeth still remaining unchanged.

Abstract: A spinning reel includes a body, which has two sliding plates coupled to two opposite lateral sides of the base thereof, a spool holder, which has a U-shaped frame pivotally mounted in the base of the body and a spool pivotally coupled to the U-shaped frame, a spool rotating mechanism, which has two pins axially movable to engage the spool and a gear set mounted on one pin for rotating the spool to take up a fishing line, and a spool biasing mechanism, which has a drive gear set, a operating bar for operation by a person to rotate the drive gear set, a driven gear set coupled to the drive gear set and rotatable to move the sliding plates in moving the pins of the spool rotating mechanism into engagement with spool or away from the spool, and a transmission device coupled between the driven gear set and the spool holder for causing the spool holder to be biased between a horizontal position and a vertical position upon rotation of the drive gear set by the operating bar.

Abstract: A reciprocating mechanism includes a worm shaft with a helical groove and a sliding member. The worm shaft is disposed parallel to a spool shaft. The sliding member moves back-and-forth along an axial direction of the spool shaft by rotation of the worm shaft. The sliding member includes a body member with a recess portion having an engaging member. The engaging member includes an engaging portion, a first shaft portion and a second shaft portion. The engaging portion engages with the helical groove. The first shaft portion is formed on an end portion adjacent the engaging portion to have a diameter smaller than a diameter of the engaging portion. The second shaft portion is formed on an end portion of the first shaft portion that is remote from the engaging portion 70 to have a diameter smaller than a diameter of the first shaft portion.

Abstract: A fishing reel with side walls includes a spool shaft rotatably supported therebetween and a level wind comprising a transverse shaft with an oblique segment intermediate the ends of the shaft rotatably secured between the side walls in front of the spool that engages the fishing line as it is being wound onto the spool.

Abstract: A gear mounting structure for a fishing reel includes a screw shaft, a gear component and a ring member. The screw shaft has a shaft body, a spiral groove and a mounting part provided at an end of the shaft body. The spiral groove has a crossing point on an exterior circumference of the shaft body. The gear component has a gear body, a plurality of gear teeth and a mounting concavity. The gear teeth are formed in a circumferential direction along an exterior circumference of the gear body. The mounting concavity is for non-rotatably mounting the mounting part. The ring member has an elastic body interposed between the mounting part and the mounting concavity.

Abstract: A first bearing and a second bearing are mounted on an inner peripheral side of an inner peripheral portion of a bobbin portion. The first bearing and the second bearing are rotatably mounted on a spool shaft a tubular retaining member. An annular member is mounted to an outer periphery of the spool shaft so as to be prevented from moving rearward relative to the spool shaft. A through hole passes through the retaining member. The retaining member is non-rotatably coupled to the spool shaft by a pin member. A nut member is mounted on the outer periphery of the spool shaft, such that the retaining member is interposed and fixedly held between the annular member and the nut member.

Abstract: A worm shaft attachment structure for a spinning reel includes a mechanism attachment portion having a first attachment portion, and a locking member. The rear end of a worm shaft is attached to the first attachment portion, which includes an aperture portion and a bearing mounting portion that is depressed from the aperture portion in a first direction. The bearing mounting portion can come into contact with an outer circumferential surface of the first bearing, which is mounted to the rear end of the worm shaft. The locking member is mounted detachably to the first attachment portion so as to close the aperture portion, and restricts shifting of the first bearing in the first direction by abutting against the outer circumferential surface of the first bearing. This way, the precision with which a worm shaft is attached is ensured, and the restrictions on the design options are reduced.

Abstract: A spinning reel with a handle shaft rotatably supported in a reel body. The handle shaft is connected with a handle. A master gear and a driving spiral gear are provided at separated positions on the handle shaft. The master gear is meshingly engaged with a pinion gear provided integrally with a rotor at the front of the reel body so that rotation of the handle rotates the rotor. A spool shaft fixed with a spool extends in a frontward/rearward direction of the reel body and is oscillatingly movably supported on the reel body. A traverse camshaft is rotatably supported by the reel body. The traverse camshaft is fixedly provided with a driven spiral gear and is formed with a cam groove. A slider member is fixed to the spool shaft and has a pawl engaged with the cam groove so that the slider member is driven to move along the length of the traverse camshaft by rotation of the traverse camshaft.

Abstract: Reciprocating mechanism for a spinning-reel, which reciprocates the spool in response to rotation of the rotor, has a worm, a slider, an intermediate gear, a first guide shaft, and a second guide shaft. Crisscrossing helical grooves are formed in the outer circumference of worm, which is rotatively supported by the reel unit. Slider, which is coupled to the spool, has an engagement pin that engages helical grooves, and a slider body that has a mounting hole that pivotably supports engagement pin such that engagement pin engages helical grooves from radial outside of worm. Intermediate gear transmits rotation of rotor to worm. First and second guide shafts guide slider in the direction of spool shaft. First guide shaft is disposed on a side of engagement member opposite the side closer to worm. With the present invention, it is possible to reduce the size of reciprocating mechanism.

Abstract: A spinning type fishing reel includes a rotating member disposed rotatably within a reel body, a sliding member disposed movably within the body and connected fixedly to a reciprocating shaft, and a swing rod interconnecting the rotating member and the sliding member. When a handle is actuated to rotate the rotating member, the swing rod swings to reciprocate the sliding member and the reciprocating shaft. Accordingly, when a fishline is wound on the spool, the number of the turns of the fishline wound during a forward travel of the reciprocating shaft is different from that wound during a reverse travel of the reciprocating shaft, thereby resulting in a quite even distribution of the fishline on the spool.

Abstract: A fishing reel includes a planet gear mounted pivotally on a carrier and meshing with a sun gear. When a handle is actuated to rotate the carrier in a reel body, the planet gear rotates about the sun gear and relative to the carrier so that an eccentric engaging portion of the planet gear moves along an elliptical path, thereby activating a sliding member and a reciprocating shaft to reciprocate.

Abstract: Oscillating mechanism rotation transmission device that maintains high linking-shaft mounting precision and attains a reel made lightweight overall. The spinning-reel rotation transmission device (14) transmits handle rotation the oscillating mechanism (6), and is provided with: a pinion gear (12); a linking shaft (36); a first bearing (28), a second bearing (29), a first gear (37), a second gear (38), and a third gear (39). The linking shaft is disposed along an axis offset from the pinion gear. The first bearing is detachably fixed to the reel unit and rotatively supports one end of the linking shaft. The second bearing is furnished in the reel unit and rotatively supports the other end of the linking shaft. The first gear is furnished on the linking shaft and meshes with the pinion gear. The second gear is furnished on the linking shaft at a spacing from the first gear. The third gear is linked to the reciprocative shifting mechanism and meshes with the second gear.

Abstract: The present fishing reel is comprised of a reel body for attaching to a fishing pole. A main shaft is positioned in the body and project out the front of the body. A spool is positioned around the front or outer end of the main shaft. A rotor is positioned around the main shaft behind the spool and is rotatable about the shaft. A pinion gear is positioned within the body around the inner end of the main shaft and is rotatable independently about the shaft. The pinion gear is fixedly connected to the rotor through a sleeve around the main shaft for simultaneous rotation. A drive gear is positioned outside the body behind the rotor and coaxial with the sleeve. The drive gear is also rotationally fixed relative to the rotor and sleeve. A lead screw is positioned in the body parallel to the main shaft. A lead screw gear is fixedly attached to a forward end of the lead screw. The lead screw gear is engaged with and driven by the drive gear.

Abstract: A dense-winding capable oscillating mechanism that holds down manufacturing costs and ensures easy manufacturing precision. The spinning reel oscillating mechanism (6), for reciprocating the spool back and forth in cooperation with rotation of the handle attached to the reel unit-to which a fishing-line-guiding rotor is rotatively fitted-includes a pinion gear (12), a stepped gear unit (13) and a shifting mechanism (17). The pinion gear (12) rotates in cooperation with handle rotation. The stepped gear unit (13) includes a larger-diameter gear (19) meshing with the pinion gear (12) and a smaller-diameter gear (20) disposed concentric with the larger-diameter gear (19), for rotating unitarily with the larger-diameter gear (19). The shifting mechanism (17) has a driven gear (16) meshing with the smaller-diameter gear (20) and reciprocates the spool by rotation of the driven gear (16).

Abstract: A winder of fishing rod, including a housing, a reel unit and a linking mechanism. A sleeve of the linking mechanism is fitted with a mandrel of the reel unit which is drivingly connected with the reel. An engaging member of the sleeve is reciprocally movable within the travel grooves of the mandrel. The entire sleeve can share the force exerted onto the mandrel so as to ensure the engagement between the engaging member of the sleeve and the travel grooves. Therefore, the engaging member is guided by the sleeve to smoothly move and make the fishing line evenly wound on the reel unit.

Abstract: The fishing reel of the present invention includes a reel main body equipped with a rotatable handle, a spool supported by the reel main body, for winding a fishing line therearound, an oscillating mechanism provided in the real main body, and having a traverse cam shaft which rotates as it cooperates with the handle, and has a circumferential surface in which a spiral cam groove is formed, and a slider member containing and supporting an engagement pin which engages with the cam groove of the traverse cam shaft, so as to move back and forth along an axial direction of the traverse cam shaft, said oscillating mechanism winding the fishing line on the spool in parallel by converting the rotating movement of the handle into a back-and-forth motion via the slider member, an opposing section formed to be integrated with the slider member, which opposes a part of an entire circumference of the traverse cam shaft, and a drop-off stopper support unit formed to be integrated with the opposing section, for supporting

Abstract: A fishing reel having a frame and an operating mechanism on the frame. The operating mechanism has a line carrying spool that is movable guidingly and reciprocatingly in a first path in first and second opposite directions, a bail assembly which is rotatable around a first axis to direct line onto the line carrying spool, a drive element that is operable to rotate the bail assembly, and an oscillating assembly. The oscillating assembly is driven by operation of the drive element and thereby causes the line carrying spool to move in the first path. The oscillating assembly has a first gear element that is rotatably driven by operation of the drive element around a second axis that is transverse to the first axis and a second gear element that is in mesh with the first gear element. The second gear element extends both a) in the first direction beyond the second axis and b) in the second direction beyond the second axis as the fishing reel is operated.

Abstract: A spinning reel comprises a reel body, a rotor and a spool having a front flange portion. The reel body and the spool are constructed such that a ratio (A/L) of a diameter (A) of the front flange portion of the spool to an axial length (L) of part of the reel body, positioned behind a rear end portion of the rotor, is in a range of 115% to 200%.

Abstract: A spinning reel for fishing includes: a cylindrical drive shaft into which a spool shaft is inserted, rotated being linked with a handle; a front and a rear bearing to rotatably support the cylindrical drive shaft, arranged in a support section formed on the front side of a reel body; and a rotor attached to the cylindrical drive shaft, the rotor having a fishing line guide section to wind a fishing line round a spool arranged at the front section of the spool shaft. At least one of the front and the rear bearing is made up of a rolling bearing, outside portions of both the front and the rear bearing are fixed to and supported by the support section of the reel body in the axial direction, an inner race of one of the front and the rear rolling bearing is fixed to and supported by the cylindrical drive shaft in the axial direction, and an inside portion of the other of the front and the rear rolling bearing is movably arranged with respect to the cylindrical drive shaft in the axial direction.

Abstract: The present invention provides an improved spinning reel having a reel body of unitary sidewall construction. More specifically, the present invention provides a spinning reel having a reel body of unitary sidewall construction with a front or a back opening and an associated plate that removably attaches to the reel body opening to thereby enclose and hold the internal mechanisms and parts of the spinning reel. The use of the present invention allows a fisherman to substantially assemble and/or disassemble the spinning reel of the invention without the aid of tools, such as screwdrivers, wrenches, and the like.

Abstract: A spinning reel having a housing and a spool for line. The line spool is parallel to a rod. The reel includes a spool rotation on an axial movement mechanism in order to move the spool both rotationally and axially in relation to the housing. A bail is moveable between a casting position and a line retrieval position. A drive mechanism drives the spool movement mechanism in order to wind the line onto the spool.

Abstract: The present invention provides an improved fishing reel rotor-mounted bail system. More specifically, the present invention provides a bail system wherein a tension spring is pivotally inserted at a first end to a rotor arm and at a second end to a bail banjo or bail hinge such that the tension spring applies a tensile force or moment to the bail banjo or hinge thereby biasing the bail mechanism in either the open or closed position.

Abstract: To make a reel body compact, a fishing reel is mounted on a fishing rod with a cylindrical portion 30, and is provided with a rotatable rotor 3, a reel body 2, a spool shaft 20, a spool 4, a handle shaft 7, a pinion gear 14, and a oscilating mechanism 6. The reel body 2 has a rotor support portion 10c for rotatably supporting the rotor, and a flange portion 10d formed so as to cover a rear end portion of the cylindrical portion 30 outside the rotor support portion 10c. A housing of the reel body 2, has a lateral width rearward of the flange portion 10d that is in the range of 20 to 60% of a diameter of the flange portion 10d. The spool shaft 20 is reciprocatingly rotatably supported for back and forth movement within the housing of the reel body 2. The spool 4 is fixed to an end of the spool shaft 20 such that the fishing line may be guided by a fishing line guiding portion and wound around an outer circumference of the spool.

Abstract: An oscillation assembly for a fishing reel comprising: an elongate member; a transmission body having a side face; and a reciprocating assembly for imparting reciprocating movement to the transmission body. The transmission body includes a groove formed in the side face for receiving the elongate member. The elongate member can be placed in the groove by delivering the elongate member laterally into the side of the fishing reel.

Abstract: A long stroke spinning reel including a tubular traverse cam shaft to reciprocate a spool.

Abstract: A fishing reel having a frame, a line carrying spool, and first structure for mounting the line carrying spool to the frame for reciprocating movement in a first predetermined path. The first structure includes a shaft that moves reciprocatively in a second predetermined path as an incident of which the line carrying spool moves in the first predetermined path. Second suture is provided on the frame for directing line onto the line carrying spool, with there being third structure cooperating between the first and second structures for causing reciprocating movement of the shaft in the second predetermined path as an incident of the second structure being operated. The first structure includes a rolling element cooperating between the shaft and the frame for guiding movement of the shaft in the second predetermined path.

Abstract: A spinning reel includes a reel main body having a rod attachment portion, a handle shaft rotatably supported by the reel main body, a spool, a rotor, a rotor shaft, a pinion gear, a face gear, and a reciprocating mechanism. The face gear includes a disc portion and an annular ring portion axially extending from the disc portion. The annular ring portion includes gear teeth disposed on an axial surface of the annular ring portion. The pinion gear is disposed on the rotor shaft, and engages the face gear and is coupled to the rotor. The reciprocating mechanism includes a screw shaft which is rotated by the pinion gear. The distance between the axial center of the face gear and an attachment face of the rod attachment portion is set to be no more than 85 mm, and an outer diameter of the face gear is no less than 40% of this distance. An inner diameter of the face gear is no less than four times the distance between the axial center of the pinion gear and the axial center of the face gear.

Abstract: In the body (6) of a spinning reel for fishing, a spool shaft (1) has a spool mounted at a tip end portion thereof and is attached to a slider (5) at a back end portion thereof. A traverse cam shaft (7) supported within the reel body has a traverse cam groove (8) provided thereon. The slider is engaged with the traverse cam groove so that the spool shaft freely slides back and forth within the reel body in association with rotation of a fishing reel handle (9). The traverse cam groove is formed so that the pitch thereof gradually increases in the longitudinal direction from a front portion of the traverse cam shaft to a rear portion thereof. The spool mounted at the tip end portion of the spool shaft has a barrel portion (2') of uniform diameter extending between a front flange portion (3) and a rear flange portion (4).

Abstract: In a fishing spinning reel comprising a spool reciprocating mechanism adapted to convert rotation of the handle into linear reciprocating motion of the spool shaft, a non-circular part of the rear end portion of the spool shaft is locked to a slider of the spool reciprocating mechanism in such a manner that the non-circular part confronts the handle shaft. The spool shaft is non-rotatably retained, and a gap between the handle shaft and the spool shaft is minimized, whereby the reel body is decreased in size and in weight relative to conventional reels. Also transmission efficiency of transmitting drive power provided by the rotation of the handle is improved.

Abstract: An arrangement for a spinning reel, which enables the reel body to be made compact without decreasing the length of a spool stroke and facilitate assembling work by simplifying a switch mechanism is provided. The switching mechanism is used to switch the drag actuating mode of a spool to its free rotational mode. A transmission gear (7) which rotates in combination with a spool shaft (1) which reciprocates back and forth is provided. A linking shaft (9) incorporating a driven gear (6) meshing with the transmission gear (7) is supported in the rear part of a reel body (2). A brake cylinder (11) having a friction brake member (10) is fitted in the rear part of the linking shaft (9) and a mating cylinder (12) provided in the front part of the brake cylinder (11) is made releasable by an operating lever (14) to set the spool to the drag actuating mode while it is mated therewith and to the free rotation mode while it is released therefrom.

Abstract: A spinning reel for fishing so designed as to offer light and smooth winding performance and to restrain the rotational clattering of a slider fixed to a spool shaft. A slider of a slide mechanism for a spool shaft is slidably fitted over a rotary shaft so that a mating part of the slider is engaged with a traverse cam groove of the rotary shaft. The slider is also fitted through its fitting hole over a guide rod extending parallel to the rotary shaft. The section of the fitting hole is formed into such a non-circular configuration as to suppress the generation of rotational clattering of the slider about the spool shaft and to provide a releasing portion in an offset direction in which the rotary shaft is offset with respect to the spool shaft.

Abstract: In the present spinning reel for fishing, a sliding member forming a part of a traverse mechanism is fixedly secured to the rear end portion of a spool shaft extending through a pinion in meshing engagement with a drive gear, the pinion or the spool shaft located adjacent to the pinion is supported by a bearing portion, and, in both of the reel main body of the spinning reel and sliding member, there are provided first and second guide parts which are respectively used to guide the sliding member back and forth in the longitudinal direction of the reel main body while preventing the loosening of the sliding member. The second guide part is structured in such a manner that it can guide and support more loosely on the front side of the reel main body in the neighborhood of the bearing portion than on the rear side of the reel main body, and the loosening of the sliding member on the front side of the reel main body can be prevented by the bearing portion and first guide part.

Abstract: A fishing spinning reel which is compact, yet operates stably even when exposed to unfavorable conditions. A part of a rotor (16) provided around a rotary shaft (16J) of the rotor is formed into a cylindrical protrusion (16C). The cylindrical protrusion (16C) is so arranged that, at least when a spool (18) is retracted to the rearmost position, the cylindrical protrusion (16C) of the rotor enters the spool from behind. The front end portion of a reel housing (10) is similarly formed into a cylindrical protrusion (10M). The cylindrical protrusion (10M) of the reel housing (10) is set within the cylindrical protrusion (16C) of the rotor. At least essential parts (e.g., a transverse cam shaft 24 and a slider 26) of a mechanism for moving the spool (12) back and forth are provided in an available space between a handle shaft (14) to which a handle (12) is connected and a front wall of the cylindrical protrusion (10M).

Abstract: A spinning reel reciprocation mechanism includes a freely rotatable screw shaft which has an outer circumference in which a plurality of helical grooves are formed, a pinion gear which has a rotational speed ratio of at least 1.5 relative to the screw shaft, a slider which has an engaging member that engages with the helical grooves. The slider is adapted to perform reciprocating motion in response to rotation of the screw shaft.

Abstract: A fishing reel with side walls includes a spool shaft rotatably supported therebetween and a level wind comprising a transverse shaft with an oblique segment intermediate the ends of the shaft rotatably secured between the side walls in front of the spool that engages the fishing line as it is being wound onto the spool.