Abstract: A control system and associated method for assisting the driver of a vehicle in selectively adjusting the various electronic components present within the vehicle. The system includes a microprocessor that is coupled to selected electronic components within the vehicle. A control panel is also coupled to the microprocessor, wherein the control panel contains a plurality of selection keys and at least one tactile control. The driver of the vehicle can select an adjustable feature from any component in the vehicle by utilizing the selection keys on the control panel. Once a specific adjustable feature is selected, the driver can selectively adjust that feature using the tactile controls present on the control panel. As a result, one set of tactile controls can be used to selectively adjust every adjustable electronic feature contained within the automobile.

Abstract: A wiring box assembly for an electrical fixture. The wiring box assembly includes a box structure, wherein the wires of an incoming electrical cable are retained within the box structure at a set orientation and position. A dielectric insert is positionable within the box structure. The dielectric insert envelops a plurality of conductive elements within the insert. Screws are driven through the insert into the incoming wires. The screws are conductive and therefor electrically couple the wires to the conductive elements within the dielectric insert. Backing off these screws, breaks the contact, thereby providing a safe, local disconnect point. The leads of the electrical fixture being mounted within the wiring box are joined to the dielectric insert with secondary screws. The secondary screws are driven into the insert and engage the conductive elements within the insert, thereby electrically coupling the leads of the electrical fixture to the incoming wires.

Abstract: A window assembly is disclosed which provides for automatic raising, lowering and locking of a window unit. The assembly includes a lower window frame having threaded holes in the side members thereof and an upper window frame having a motor mounted thereon. The motor drives a pair of vertical shafts that are threadably engaged within the threaded holes in the side members of the lower frame. Rotation of the vertical shafts causes relative movement of the upper and lower window frames, thereby opening and closing the window unit.

Abstract: An electrical outlet and plug receivable therein are disclosed. The outlet includes at least one receptacle on its face and at least one receptacle on a side surface thereof. Each receptacle comprises negative, positive and ground openings that are positioned in a straight line. Due to a difference in size between the negative and positive openings, only one orientation of the plug within the receptacle is possible. The outlet may optionally include connectors for the direct connection of electrical cords without the need for plugs and a circuit breaker to prevent overload. The outlet and in-line receptacle configuration allow for additional connections to be made to a single outlet and provide space-saving advantages.