Abstract: A container holding assembly (10, 10') for a vehicle includes a housing (12, 12') having an elongated vertical opening (14, 14') therein. A support member (16, 16') is movable into and out of the opening (14, 14'). The support frame (16, 16') includes a U-shaped frame (18, 18') supporting a rotatable container holder (22, 22'). The container holder (22, 22') pivots between a retracted position within the housing (12, 12') with the container holder (22, 22') planar with the U-shaped frame (18, 18' ) and an extend position with the container holder (22 22') transverse to the frame (18, 18').

Abstract: An air outlet louver assembly (10) includes a housing (16) defining a first direction (40) of airflow, a louver support (42) which rotates about a support axis (44) within the housing (16), and a first set of fixed vanes (56) extending radially from the louver support (42) for directing airflow from the first direction (40) to a second direction (58). A second set of fixed vanes (60) extend radially from the louver support (42) for directing airflow from the first direction (40) to a third direction (62).

Abstract: A vehicular cupholder assembly (10) is designed to expand in an upward direction out from a sleeve housing (12) enabling the vehicular cupholder assembly (10) to be mounted to instrument panels (14) and armrest cushions alike. A base plate (24) telescopes in a substantially horizontal plane (A) out of the housing (12). A container stabilizing plate (32) moves from a collapsed position adjacent the baseplate (24) to a stabilizing position spaced vertically up and away from the base plate (24). A primary link (42) and a second link (50) maintain the container stabilizing plate (32) in a position parallel to the plane (A).

Abstract: A stowable container holding assembly (10) for a vehicle. The assembly (10) includes a carrier (12) mounted in a vehicle support structure. A tray (18) having a container receptacle (22) is supported by and moveable with respect to the carrier (12). A motor (34) receives energy and converts it to motion. The motion is transmitted to the tray (18) and drives the tray (18) through an actuation assembly (32) between a retracted stowed position and an extended use position. The motor (34) is activated by a switch (48). Movement of the tray (18) is limited by a plurality limit switches (50). When the tray (18) is in the extended position, a lamp (62) is illuminated, and sensors (58) detect the presence of an object in the receptacles (22) and will not permit the tray (18) to return to the stowed position if an object is present. The tray (18) can be moved between the stowed and use positions manually in the event of power failure.