Segmenting the actuating component and adding a detachable supporting plate adjusts the operating range and required downward pressure.
Permanent magnets in the hinge counteract gravitational torque, resolving stability versus user comfort trade-offs.
Cutouts in mobile terminal housings allow flexible displays to bulge, reducing stress concentration at small bending radii.
A contoured input device merges with a shaped housing edge to enable intuitive thumb operation on handheld screens.
A motor and linkage set drive a flexible display through a moving portion, expanding the screen area while resolving portability constraints.
A wearable monitoring device integrates a tamper-resistant band and wireless charging system for secure user coupling.
A user interface manager distinguishes native touch inputs from enhanced gestures to coordinate interactions across multiple displays.
A wearable touch pad interprets finger gestures to execute primary device commands without requiring visual attention.
Segmented slit angles optimize response speed while hiding rotated crystals to reduce optical crosstalk and maintain transmittance.
Segmenting the device allows magnetic coupling that swaps pre-charged batteries, eliminating charging downtime.
Detects simultaneous finger touches on the side of a mobile terminal to display a virtual function key icon on the touchscreen.