Rotary locking between three support members replaces bulky linkage parts, cutting foldable display support weight and thickness.
An oblong friction shaft and band create low opening torque when closed and higher holding friction at set angles, reducing wear in thin hinges.
Multiple rotation axes and friction torque let a foldable display hold specific angles during opening and closing.
A rotor-follower hinge converts rotation into linear motion to keep foldable displays symmetrical and precise without complex gears.
Sliding hinge links retract into housing recesses so the base and display stay flush in flat mode while preserving a continuous display area.
Elastic parts, spacers, and sliding supporters relieve tensile forces at the fold to prevent deformation and damage during repeated folding.
Magnetic and nonmagnetic frame areas self-align the housing and support greater bending deformation in a flexible display.
Dynamic threshold calibration uses recent ADC code history to suppress ghost touches from temperature drift while keeping touch sensing stable.
Using the human body as a data path, this case removes wires between sound detectors and portable terminals to simplify use and cut power.