Integrated elastic ring prevents locking element loss during transport by merging with the clutch module for simplified assembly.
Optimized osculation in a powder metallurgy steel wheel bearing reduces friction by 40-60%, saving 373 W per wheel under extreme loads.
A vehicle wheel hub assembly uses dual magnetic target tracks and sensors to generate accurate wheel speed signals.
Elastic member lip geometry maintains consistent press-contacting force on the slinger flange to reduce rotational torque in rolling bearings.
Segmented connecting part with elastomer sleeve reduces deformation forces for steering gear play compensation.
A nodular cast iron bearing arrangement uses spherical raceway pockets to store lubricant and reduce friction.
An axially projecting section on a coupling element reduces forming forces by restricting material displacement during tooth formation.
A self-locking preload adjuster uses a triple-start thread and detent spring to apply precise bearing pressure without tools.
A segmented bearing cap vents air during assembly to suppress internal pressure buildup and reduce rotary torque.
Composite sleeve with damping material reduces vibration in turbochargers.
A brushless motor bearing holder positioned radially outward of the shaft enables single-direction ball bearing installation.
Injection molded bearing elements prevent moisture ingress and eliminate vibrations by locking rollers against plates inside closed profiles.
Projected part on bearing cups equalizes contact pressure to suppress needle roller skew and torque fluctuations in vehicle steering apparatus.
A radial cage design uses variable crossbar thickness to balance structural strength against centrifugal mass in high-speed bearings.
A wind turbine pitch bearing uses a stiffener on the inner race flange to distribute extreme loads from rotor blades, reducing localized stress.
Offset carrier bearing assembly with rubber ring reduces vibration and stress on misaligned driveshafts.