Segmented transmission isolates hydraulic components from crash forces, protecting the piston and simplifying post-fall maintenance.
A bicycle shift controller uses two independent levers to rotate a cable take up member for intuitive gear changes.
A bicycle brake lever adjusts its reach position using a threaded connection and cam surface interaction for precise rider alignment.
A bicycle control device integrates suspension and gear shifting functions into a single unit mounted on the handlebar.
Segmented base member and transparent resin tank allow direct visual inspection of hydraulic fluid flow without disassembly.
A take-up device moves control cables to manage bicycle components within a tubular frame structure.
A bicycle operating device integrates an electrical switch into a multi-directional additional operating member to generate electric signals for wireless transmission.
Nested knurled adjuster rotates a rod-mounted seal to change channel distance, eliminating tool requirements for brake pad contact point adjustment.
A bicycle operating device uses two pivotally mounted pawls with distinct contact point distances to enable independent ratchet engagement.
A twist grip actuator uses a spring-loaded pressure element to mechanically scan electrical control variables.
A bicycle bar end attachment uses a rotating member and transmission structure to compress a shoe radially against the handlebar inner surface.
Replacing brittle plastic components, this metallic choke lever assembly resists breakage and maintains functionality in snowmobile engines.
A bicycle motor controller sets boost and assist ratios via user input to manage drive motor output.
A 45-degree cylinder inclination breaks parallel alignment constraints to improve design freedom and manufacturing simplicity.
An asymmetric guide structure with interlocking recess and protrusion elements prevents unintentional removal of the holding member while reducing part count.