Abstract: An automated transaction machine (10) includes a fascia (22) having a display opening (36) therein. Screens (38, 102, 116) of displays (44, 100, 114) are viewable through the screen opening. The displays are supported on an adjustable display support (48) which includes a base member (50) and a second member (68). The base member is horizontally movable relative to a housing of the machine, and the second member is vertically and rotationally movable relative to the base member. Certain displays are supported by connection to the second member or through intermediate support members (104, 118).

Abstract: An automated banking machine includes a light source (42) for selectively illuminating either a fascia (36) or an interior area (20) of an enclosure (10). The light source is movably mounted on brackets (54) so as to be movable into a light conducting passage (46) which conducts light to illuminate the fascia. When the interior area of the enclosure is to be illuminated the light source is moved relative to the brackets to be positioned outside the light conducting passage. Service of serviceable components (22, 24, 26) is facilitated by using the light source to illuminate the interior area of the enclosure.

Abstract: A method is disclosed for controlling pollution emission of an internal combustion engine which method includes the steps of mixing gases exhausted from the engine combustion chambers with gases exhausted from the engine crankcase and then directing the mixed gases back to the combustion chambers. For practicing the method a pollution control device is also disclosed which included means for receiving and mixing together gases from an engine exhaust manifold and crankcase, and means for directing the mixed gases to engine combustion chambers.