The present invention relates to a bevel washer including a body made of a wearable material; the bevel washer made of a wearable material forms part of a drag system for a fishing reel. In addition, the present invention relates to a drag mechanism for a fishing reel including bevel washers made of a wearable material; bevel washers made of a non-wearable material; and the bevel washer made of a wearable material and the bevel washers made of a non-wearable material are placed adjacent to each other.

The present invention relates to a bevel washer including a body made of a wearable material; the bevel washer made of a wearable material forms part of a drag system for a fishing reel. In addition, the present invention relates to a drag mechanism for a fishing reel including bevel washers made of a wearable material; bevel washers made of a non-wearable material; and the bevel washer made of a wearable material and the bevel washers made of a non-wearable material are placed adjacent to each other.

Provided is a fishing reel. The fishing reel includes a frame having a nut mounting part, a tension nut screwed to the nut mounting part to adjust a distance in an axial direction of a spool shaft and having a tension adjusting part therein to press a first end of the spool shaft and thereby adjust rotating force of the spool, a first adjustment means configured to make a moving distance per rotation of the tension nut larger or smaller than a predetermined distance, and a second adjustment means configured to make the moving distance per rotation of the tension nut smaller or larger than the predetermined distance, in opposition to the moving distance per rotation of the tension nut by the first adjustment means.

A fishing reel includes a drag gear coupled to a spool gear, and a drag engagement lever configured to be actuated between a first position to engage the drag gear with the spool gear and a second position to disengage the drag gear from the spool gear. The fishing reel further includes a first plurality of friction washers located on a first side of the drag gear and a second plurality of friction washers located on a second side of the drag gear and that match the first plurality of friction washers. The fishing reel further includes a first pressure pad and a second pressure pad, a star gear lever configured to rotate about a second axis, and a nut such that rotation of the star gear lever actuates the nut at least one of towards or away from the first pressure pad to increase or decrease drag.

A fishing reel includes a drag gear coupled to a spool gear, and a drag engagement lever configured to be actuated between a first position to engage the drag gear with the spool gear and a second position to disengage the drag gear from the spool gear. The fishing reel further includes a first plurality of friction washers located on a first side of the drag gear and a second plurality of friction washers located on a second side of the drag gear and that match the first plurality of friction washers. The fishing reel further includes a first pressure pad and a second pressure pad, a star gear lever configured to rotate about a second axis, and a nut such that rotation of the star gear lever actuates the nut at least one of towards or away from the first pressure pad to increase or decrease drag.

A reel, such as a spincast reel, provides increased cranking power by eliminating sliding contact associated with a line pickup mechanism when the reel is in line retrieval mode. Fishing line is retrieved by locating a cam member proximate a body spool boss during a casting state for positioning the cam member to be acted on by cam engaging structure of the body spool boss. The cam member is rotated relative to the body spool boss. The cam member and a pick up pin are moved radially outwardly by the cam engaging structure. The cam member is axially moved away from the body spool boss. The cam member may then be rotated relative to the body spool boss during a line retrieve state, wherein the cam member and the body spool boss are spaced apart from one another for facilitating frictionless relative rotation.

A fishing rod assembly includes a rod and a reel assembly. The reel assembly includes a housing and a spool positioned within the housing and configured to (a) rotate about an axis to retrieve or let out a fishing line and (b) translate along the axis to adjust a drag, the spool including an inner volume. The reel assembly further includes a spindle disposed within the inner volume of the spool and having a first end and a second end, the first end of the spindle engaged with the spool, a drive mechanism configured to receive an input torque from a user and provide an output torque to the spool, and a lever assembly configured to receive a user input and translate the spool along the axis towards a second end of the reel to adjust the drag.

A fishing rod assembly includes a rod and a reel assembly. The reel assembly includes a housing and a spool positioned within the housing and configured to (a) rotate about an axis to retrieve or let out a fishing line and (b) translate along the axis to adjust a drag, the spool including an inner volume. The reel assembly further includes a spindle disposed within the inner volume of the spool and having a first end and a second end, the first end of the spindle engaged with the spool, a drive mechanism configured to receive an input torque from a user and provide an output torque to the spool, and a lever assembly configured to receive a user input and translate the spool along the axis towards a second end of the reel to adjust the drag.

A drag assembly is provided for a spinning fishing reel. The drag assembly includes a collar engaged with a mainshaft of a reel. The collar is fixed to the mainshaft for rotational movement with the mainshaft, but is fixed with respect to a housing against longitudinal movement with the mainshaft. The mainshaft is thereby free to oscillate longitudinally through the collar. A brake mechanism is also provided for selective engagement with the collar. The brake mechanism includes a brake surface. The brake surface makes selective contact with the collar to create a selective frictional force against rotation of the collar, and thereby against rotation of the mainshaft. An adjustment mechanism is also engaged with the brake mechanism. The adjustment mechanism causes more or less force to be applied to the brake mechanism, creating greater or lesser frictional force between the brake surface and the collar.

A drag assembly is provided for a spinning fishing reel. The drag assembly includes a collar engaged with a mainshaft of a reel. The collar is fixed to the mainshaft for rotational movement with the mainshaft, but is fixed with respect to a housing against longitudinal movement with the mainshaft. The mainshaft is thereby free to oscillate longitudinally through the collar. A brake mechanism is also provided for selective engagement with the collar. The brake mechanism includes a brake surface. The brake surface makes selective contact with the collar to create a selective frictional force against rotation of the collar, and thereby against rotation of the mainshaft. An adjustment mechanism is also engaged with the brake mechanism. The adjustment mechanism causes more or less force to be applied to the brake mechanism, creating greater or lesser frictional force between the brake surface and the collar.