Segmentation and dimensionality change resolve the contradiction between large display area and compact volume in foldable devices.
A display apparatus tracks mobile terminal operations through exchanged input information and visual screen highlighting.
Segmented folding displays use accelerometers to detect relative angles, resolving the trade-off between large screen area and compact portability.
A bridge device connects mobile phones to televisions, converting signals for external display rendering.
A display manager selects and presents secondary content on additional screens based on primary screen activity.
Nesting secondary bodies within a primary frame hides visible fold lines, resolving the trade-off between compact volume and large display area.
A context-aware gesture system interprets user motions to execute application actions across multiple screens.
Rotatable segments merge input and output surfaces, resolving space constraints by enabling continuous information display.
A multi-display system outputs context-based media content across separate device surfaces to support communication without close proximity.
Processor detects icon inputs across two displays to launch separate application execution screens.
A linkage mechanism drives a second display to tilt upward relative to a base when a first display opens, resolving multi-tasking visibility constraints.