Abstract: Computing devices are described that can reduce a hole-in-active-area (HIAA) size for flexible displays. The computing device may reduce an HIAA size for a camera without using a circular opening, which is often used on smartphones. In particular, the computing device may utilize a non-circular opening (e.g., a pill-shaped HIAA) and include a camera positioned eccentrically within the non-circular opening. In this way, the HIAA size is minimized to increase a size of an active area (e.g., comprising emissive regions) of the flexible display. Furthermore, the reduced HIAA size can reduce electrical circuitry needed within the active area. The flexible displays can include both bendable and rollable displays.

Abstract: Computing devices are described that can reduce a hole-in-active-area (HIAA) size for flexible displays. The computing device may reduce an HIAA size for a camera without using a circular opening, which is often used on smartphones. In particular, the computing device may utilize a non-circular opening (e.g., a pill-shaped HIAA) and include a camera positioned eccentrically within the non-circular opening. In this way, the HIAA size is minimized to increase a size of an active area (e.g., comprising emissive regions) of the flexible display. Furthermore, the reduced HIAA size can reduce electrical circuitry needed within the active area. The flexible displays can include both bendable and rollable displays.

Abstract: A foldable screen assembly includes a planar electronic display that has substantially parallel and opposed first and second surfaces. A planar lens assembly has a third surface that is positioned adjacent to the first surface. A first optically clear adhesive extends between the first surface of the electronic display and the third surface of the planar lens assembly. A first area of the first optically clear adhesive is selectively cured to have a first modulus and a second area of the first optically clear adhesive is selectively cured to have a second modulus. The selectively cured first and second areas allow the foldable screen assembly to bend.

Abstract: A foldable screen assembly includes a planar electronic display that has substantially parallel and opposed first and second surfaces. A planar lens assembly has a third surface that is positioned adjacent to the first surface. A first optically clear adhesive extends between the first surface of the electronic display and the third surface of the planar lens assembly. A first area of the first optically clear adhesive is selectively cured to have a first modulus and a second area of the first optically clear adhesive is selectively cured to have a second modulus. The selectively cured first and second areas allow the foldable screen assembly to bend.