Correlating ambient-light sensor values with camera auto-exposure detects privacy-slider obstructions and guides predictable power management.
Slider plates translate against the spine as frames rotate, covering apertures to block foreign material and preserve flexible-display device integrity.
A touch sensor in the folding connection captures user input while sensor data identifies angle-based modes and functions.
A cam, follower, and multiplier lever translate the display frame during 360-degree folding, reducing stress on the flexible substrate.
Loosening the screws creates a liftable gap while engagement pieces guide chassis release without specialized tools.
A speaker module between two displays uses an acoustic waveguide to limit sound pressure leakage and vibration noise in compact devices.
A sheet-like support assembly uses symmetric elastic components to balance touchpad pressing force and deliver consistent feedback.
Internal keyboard lock members replace screws and complex cables, simplifying component separation for reuse, refurbishment, and recycling.
Independent front, side, and rear display regions expand viewing options, while selective activation helps manage power consumption.