Abstract: First (3), second (5) and third (7) eccentric cams, positioned in substantially the same plane, mate with corresponding first (9), second (11) and third (13) slots in a bracket (1). Rotation of the first cam (3) has the ability to move the bracket (1) in an X direction. Rotation of the second cam (5) has the ability to move the bracket (1) in a Y direction perpendicular to the X direction. Rotation of the third cam (7) has the ability to rotate the bracket (1) in a plane defined by said X and Y directions.

Abstract: A cabinet for a projection television system, the cabinet including a one-piece molded structure for mounting the components, and reference surfaces unitary with the structure, for mechanically aligning critical optical components of the television system with one another.

Abstract: A mounting system for three axis rotational adjustment of a light projector assembly of a projection television, the mounting system having a spherical wall and a spherical bracket slidably engaged with the spherical wall and moveable relative thereto. The wall and bracket coact with one another to rotate the light projector assembly about three axes, thereby restricting movement of the projector assembly to a portion of a spherical path and enabling adjustment of an image generated by the projector assembly on a screen of a projection television to a desired geometry without affecting picture centering.

Abstract: A degaussing coil is retained on the conical portion of a cathode ray tube by a resilient clip which snaps over a lug which is used to mount the cathode ray tube in its associated cabinet. The clip can be snapped over its respective mounting lug after the cathode ray tube has been mounted in its associated cabinet.

Abstract: First (3), second (5) and third (7) eccentric cams, positioned in substantially the same plane, mate with corresponding first (9), second (11) and third (13) slots in a bracket (1). Rotation of the first cam (3) has the ability to move the bracket (1) in an X direction. Rotation of the second cam (5) has the ability to move the bracket (1) in a Y direction perpendicular to the X direction. Rotation of the third cam (7) has the ability to rotate the bracket (1) in a plane defined by said X and Y directions.

Abstract: An apparatus for minimizing sound vibrations in a television cabinet is disclosed. Specifically, the apparatus reduces the amount of vibrations generated by a loudspeaker that are transmitted into a television cabinet while maximizing sound energy transmitted from the cabinet. The apparatus includes an enclosure pod for accommodating at least one loudspeaker that is mounted in the television cabinet using vibration reducing devices.

Abstract: A gimbal mounted multifunction button has a selector button that can selectively actuate one or more microswitches in response to a biasing force. The multifunction button has a selector button mounted to a gimbal contained in a plate. The selector button has a plurality of protruding actuators that pass through the plate and align with a plurality of microswitches mounted to a printed circuit board. The selector button may be biased to selectively cause one of the of actuators to actuate a corresponding switch, or alternately selectively cause an adjacent pair of actuators to actuate a corresponding pair of adjacent switches.

Abstract: A button assembly has at least one button that can selectively actuate one or more microswitches mounted to a printed circuit board in response to a biasing force. The at least one button is coupled to a plate comprising a loading member. The loading member is in contact with a housing. The housing has a plurality of latches which engage the printed circuit board, holding the button assembly together.