Abstract: A haptic touchpad may include a seamless layer of glass; a touchpad assembly, including: a capacitive touch printed circuit board (PCB) operatively coupled to a bottom side of the seamless layer of glass via a first adhesive; a contact foil operatively coupled to the bottom surface of the capacitive touch PCB via a second adhesive; a piezoelectric element array operatively coupled to a bottom side of the contact foil to receive an applied mechanical stress; and a controller of the information handling system operatively coupled to the piezoelectric element array to: receive electric actuation signals from the piezoelectric element array placed under the mechanical stress via the contact foil; and send an electrical response signal to the piezoelectric element array to cause the piezoelectric element array to generate haptic feedback; and a unibody C-cover support frame to support the touchpad assembly and the seamless layer of glass.

Abstract: Disclosed herein are single surface top covers for portable information handling systems, and that employ a substrate of thermoplastic fiberglass composite which is impregnated with polycarbonate material. The thermoplastic fiberglass composite material may be recyclable, and the thermoplastic fiberglass composite material may be impregnated with recycled polycarbonate material. A selective UV molding process may be employed to create multiple different finishes on the same upper surface of a single surface top cover by applying a nano coat of a textured UV light curable resin on at least a portion of the upper surface of a single surface top cover.

Abstract: Disclosed herein are apparatus and methods that may be implemented to provide gapless flexible backside coverings for foldable information handling systems. The disclosed apparatus and materials may be configured in one embodiment to provide an integrated and flexible backside covering that is continuous across at least the backside hinge area of a foldable computer device, and that allows the foldable computer device to open and close (or unfold and fold) without the presence of any gaps in the covering.

Abstract: Disclosed herein are apparatus and methods that may be implemented to provide gapless flexible backside coverings for foldable information handling systems. The disclosed apparatus and materials may be configured in one embodiment to provide an integrated and flexible backside covering that is continuous across at least the backside hinge area of a foldable computer device, and that allows the foldable computer device to open and close (or unfold and fold) without the presence of any gaps in the covering.

Abstract: An information handling system includes an organic light emitting diode layer, an optically clear adhesive layer, and a flexible glass substrate. A surface film includes a self-healing polymer layer, the self-healing polymer layer including a self-healing polymer.