Centrifugal adjusting assembly moves metal plates radially based on spool rotation speed, varying braking force magnitude to prevent backlashes during casting.
Segmentation and dynamics principles enable a removable extension that improves ease of operation without increasing device complexity.
A centrifugal brake system uses weight eccentric shoes to generate braking force via rotational speed.
An elastic member in a spinning reel brake shoe expands the adjustment range of braking force while suppressing wear through composite segmentation.
A dual-bearing reel uses a switching mechanism to couple and decouple the line guide unit from the moving part during operation.
A fishing reel spool rotates on two axes to counteract line twist during retrieval.
A spring-loaded ratchet spool retainer prevents free-spinning and tangling during manual line transfer, eliminating the need for a second person.
Pivot members receive spool rotation force to press brake shoes, resolving weak braking and complex assembly in centrifugal systems.
A fishing reel spool rotates independently to enable rapid line payout without rotating the entire housing.
A dual-bearing reel uses a nested urging member to prevent rotational sound during high-speed spool rotation.