A camshaft bearing integrates an oil projection groove to direct a compact lubricating jet toward the timing chain.
Inclined cage surfaces guide lubricating oil to critical contact areas, reducing agitation resistance and preventing seizure in high-speed bearings.
Centrifugal spray edges guide penetrating gear oil into collection pockets, preventing contamination of grease-lubricated electric machines.
A multi-arc bearing uses an oil supply groove with varying clearance to control lubricating oil flow between the shaft and bearing surface.
Segmented metal cages resist conical deformation at high speeds, preventing outer race contact while minimizing friction through antifriction coatings.
A turbine shell bushing pilots the inner surface of a thrust bearing, resolving misalignment and instability between the turbine and stator.
Zirconium phosphate tungstate in the photocurable resin reduces wear loss to one-tenth of conventional levels at low temperatures.
An Ag-Bi eutectic in Pb-free copper alloys resolves high friction coefficients at elevated temperatures while maintaining necessary conformability.
Cross-linked polyamide replaces PTFE in sliding bearings, maintaining compressive strength at 170°C to prevent cold flow failures in seismic structures.
Intermeshed teeth and grooves constrain axial movement while damping pads allow circumferential rotation to dissipate vibration energy.
Wholly aromatic polyamide fibers entangled in a melt-processible fluororesin matrix resolve the contradiction between moldability and wear resistance.
Spring-loaded adjustment mechanism positions bearing segments radially, compensating for manufacturing tolerances to prevent shaft failure.
Internal cavities in the bearing rings act as lubricant reservoirs, extending service life without requiring expensive lightweight materials.
A vacuum pump recess portion guides lubricant oil above the supply port for bearing members.