Abstract: A display device includes a first display panel including N input/output (I/O) pads [I/O1 to I/ON] at a first side of the display device. A first display driver is operatively connected to the N I/O pads of the first display panel at the first side of the display device. A second display panel includes the N I/O pads at the first side of the display device. I/O pads I/O1+M and I/ON?M are a same type of I/O pad for M=0 to M=P for the first display panel and the second display panel. A second display driver, having a same configuration as the first display driver is operatively connected to the N I/O pads of the second display panel at the first side of the display device. A hinge pivotably connects the first display panel to the second display panel.

Abstract: A display device includes a first display panel including N input/output (I/O) pads [I/O1 to I/ON] at a first side of the display device. A first display driver is operatively connected to the N I/O pads of the first display panel at the first side of the display device. A second display panel includes the N I/O pads at the first side of the display device. I/O pads I/O1+M and I/ON?M are a same type of I/O pad for M=0 to M=P for the first display panel and the second display panel. A second display driver, having a same configuration as the first display driver is operatively connected to the N I/O pads of the second display panel at the first side of the display device. A hinge pivotably connects the first display panel to the second display panel.

Abstract: An electronic device and method is disclosed that determines a fold angle and/or opening state of a foldable electronic device using a self-capacitance measurement of an electrode disposed in the foldable electronic device. Using self-capacitance to determine the opening state provides an accurate result and makes efficient use of power of the foldable electronic device. Further, the technique offers flexibility in the implementation, as it can make use of electrodes, sensors, and/or antennas already present in many foldable electronic devices.

Abstract: An electronic device and method is disclosed that determines a fold angle and/or opening state of a foldable electronic device using a self-capacitance measurement of an electrode disposed in the foldable electronic device. Using self-capacitance to determine the opening state provides an accurate result and makes efficient use of power of the foldable electronic device. Further, the technique offers flexibility in the implementation, as it can make use of electrodes, sensors, and/or antennas already present in many foldable electronic devices.

Abstract: Methods and systems for self-description of an adaptive input device to a host computing device are herein provided. One exemplary adaptive keyboard includes one or more depressible keys and one or more touch regions, where each touch region is configured to positionally recognize a touch directed to that touch region. The adaptive keyboard may also include an adaptive imager to dynamically change a visual appearance of the one or more depressible keys and the one or more touch regions. Further, the adaptive keyboard may include firmware holding an adaptive descriptor to self-describe to the host computing device a renderable location of each of the one or more depressible keys and each of the one or more touch regions. The adaptive keyboard may further include a data link for communicating the adaptive descriptor to the host computing device.