A clock graphical user interface uses a rotating indication object to display time information from external devices.
Orientation-based airflow control resolves thermal-user comfort trade-offs in compact tablet designs.
Force sensing system detects deformation in flexible display panels while traction actuators apply precise pulling forces to restore flatness.
Segmented elastic body with openings accommodates the elastic part to reduce overall thickness.
A film-like heat dissipation member uses corrugated non-planar regions to transfer heat across bending zones.
A tablet computer with an auxiliary touch screen on the back surface enables two-handed operation while keeping hands from covering the front display.
Magnetic coupling secures a retractable kickstand on a rotatable display, maintaining rigidity across convertible operation modes.
A flexible sealing member fills the hinge movement gap between housing and shaft cover, blocking moisture ingress while maintaining smooth rotation.
Segmented lock components allow single-handed detachment of electronic device units, resolving the bottleneck of requiring two hands for separation.
Segmenting the flexible display into areas mapped to specific applications resolves complexity in processing touch inputs across multiple folding states.
A dual-body electronic apparatus rotates a second segment relative to a first segment via a connector.
A thermally conductive bracket assembly manages heat dissipation while maintaining a sealed chamber to prevent debris ingress.
Segmented touch areas on a mobile terminal dynamically adjust cursor speed on a wearable display, resolving accuracy and fatigue trade-offs.
Autofocus pixels in LiDAR sensors calculate subject distance to drive adaptive transmission power adjustments.
Snap-action hinge mechanism positions a support component into preset angles for stable device orientation.
A wearable apparatus captures audio signals to identify spoken words and provides immediate user feedback.
Hidden screw-column locking mechanism joins portable device housings through inner receiving spaces and protruding columns.
A rotatable magnetic element pivots between grooves to secure a tablet protective cover, eliminating precise alignment requirements during attachment.
A conductive chassis structurally supports a display module while electrically connecting to the device case to shield internal electronics.
A flexible display assembly uses a main hinge to deploy peripheral portions into viewable positions.
A touchpad module uses a bending touch member supported by a fixing frame to detect pressing force via deformation.
A multi-form factor information handling system dynamically adjusts a second display work area based on keyboard placement detection.