A rotatable wheel bezel enables glove-friendly input on non-circular devices.
A sliding correction member selects watch functions through one case opening, preserving sealing.
Opposing elastic and magnetic forces maintain clearance between layered timepiece displays, limiting friction and impact damage.
A heated oxy-nitride coating becomes partly transparent, creating iridescent mother-of-pearl effects on ceramic watch parts.
This case combines rotating function selection with flexible sealing to control multiple watch functions through one case opening.
A rocker, jumper spring, and heart-shaped cam synchronize the local hour hand while reducing adjustment complexity.
A watch differential synchronizes minute hands, offsets hour hands, and adjusts a selected zone while the brake limits mechanical stress.
Partial toothing and cam-follower storage stabilize energy use and oscillator amplitude.
This case uses Au@metal oxide nanoparticles and controlled color thresholds to form durable black or grey gold components.
Coplanar display wheels use ball bearings to operate independently, improving date legibility while reducing friction and torque.
This clock uses lightweight concentric disks around a static hand to display hours, minutes, and seconds with lower wear.