Abstract: An optical waveguide structure for distributing light from a light source includes a cylindrical sleeve configured to accommodate and receive light from the light source. The sleeve includes a central axis. A waveguide collar is formed from a solid, planar block of material. The block of material has a central portion configured to accommodate and surround the sleeve. The first and second output arms extend in a plane away from the central portion. The plane is substantially perpendicular to the central axis.

Abstract: An illuminated cup holder assembly (10,10′) generally includes an elongated waveguide (12,12′), a cup holder bottom portion (14,14′), and a cup holder top portion (16,16′). The cup holder bottom portion (14,14′) includes a waveguide support (22,22′) disposed above a base (18,18′), with at least a portion of the waveguide (12,12′) disposed on the waveguide support. The cup holder top portion (16,16′) includes a shield (24,24′) extending over the waveguide (12,12′). This assembly (10,10′) splits the cup holder in two wherein the two pieces (14,14′ and 16,16′) create a pocket to hold the waveguide (12,12′) in place. In other words, the top and bottom portions (14,14′ and 16,16′) sandwich the waveguide (12,12′) into place.

Abstract: A touch panel for controlling a vehicle function includes a panel installed in a vehicle and a thin film switch disposed on the surface of the panel. The thin film switch is configured to control a vehicle function. The touch panel also may have a thin film range switch disposed on the surface of the panel. The range switch is configured to vary a setting of the vehicle function.