Abstract: Wearable augmented reality display systems are provided. One or a plurality of emissive display elements are embedded in the bridge area of an eyeglass frame. The lenses are provided with a set of transmissive diffractive optical elements and partially reflective diffractive optical elements. The display outputs are directed toward the lens elements whereby the diffractive elements in turn direct the outputs toward the eye-boxes of the viewer.

Abstract: Wearable augmented reality display systems are provided. One or a plurality of emissive display elements are embedded in the bridge area of an eyeglass frame. The lenses are provided with a set of transmissive diffractive optical elements and partially reflective diffractive optical elements. The display outputs are directed toward the lens elements whereby the diffractive elements in turn direct the outputs toward the eye-boxes of the viewer.

Abstract: Wearable augmented reality display systems are provided. One or a plurality of emissive display elements are embedded in the bridge area of an eyeglass frame. The lenses are provided with a set of transmissive diffractive optical elements and partially reflective diffractive optical elements. The display outputs are directed toward the lens elements whereby the diffractive elements in turn direct the outputs toward the eye-boxes of the viewer.

Abstract: Wearable augmented reality display systems are provided. One or a plurality of emissive display elements are embedded in the bridge area of an eyeglass frame. The lenses are provided with a set of transmissive diffractive optical elements and partially reflective diffractive optical elements. The display outputs are directed toward the lens elements whereby the diffractive elements in turn direct the outputs toward the eye-boxes of the viewer.

Abstract: An elongated EMI/RFI grounding and shielding structure is formed from a resiliently deflectable, electrically conductive material and has a longitudinally spaced series of specially configured finger sections interdigitated with spring sections. Each finger structure has a domed central body portion, a first end portion with an inwardly curved, generally hook-shaped configuration, and an opposite second end portion having a generally planar outer flange end portion extending outwardly from the body and being offset therefrom by a transverse jog section. The grounding structure is operatively attached to and captively retained on an electrically conductive wall, such as a wall of an electronic component housing, by inserting the first and second finger end portions respectively into spaced series of first and second cutout openings in the wall.