Berkley Corporation

Roger William Ylikangas

Ernst Robert Axelsson

Jan Axel Svenson

A fishing reel having a brake mechanism including a brake drum provided on a spool receiving a fishing line thereon. A line tension sensor for determining the tension of the fishing line is operatively connected to the brake mechanism which includes at least one brake for engaging the brake drum connected with the spool. Under the control of the line tension sensor the brake mechanism is engaged with the brake drum for pre-braking by friction the rotating spool at initial slack in the fishing line. The brake mechanism is engaged with the brake drum for abruptly stopping by wedging the spool at slack beyond the initial slack. Under the control of the line tension sensor, the brake mechanism frictionally engages the brake drum for pre-braking the rotating spool when slack is initially sensed in the fishing line. When slack beyond that initially sensed occurs, at least one brake of the brake mechanism is wedged against the brake drum for abruptly stopping the spool.

Fishing reel and a method of braking the spool thereof with line tension

A fishing reel of the multiplier type has a frame, a line spool rotatably mounted in the frame, a brake disk coaxial with the line spool and non-rotatably but axially displaceably arranged in the frame, and a brake unit connected to the line spool and adapted, in cooperation with the brake disk, to brake spool rotation. The brake unit has brake arms with a first end and a second end. The brake arms support at their first end a brake element and are at their second end connected to the holder in a manner pivotable about a pivot axis perpendicular to the line spool axis, so as to be pivoted between an off-position and a braking position, in which the brake elements engage the brake disk. The first end of each brake arm is positioned radially inside its second end. Each brake arm extends in a direction which is so offset from a radial direction in respect of the line spool axis that its first end is positioned in the direction of rotation of the line spool seen behind its second end.

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Olofstrom, Sweden

Roger William Ylikangas