Abstract: A luggage handle system having a single-to-double tube structure or a “T”-grip affixed to an inverted “U”-frame structure. The structure of the luggage handle system allows for a user to apply sufficient torque to the luggage to maneuver it effectively, while providing a handle that is easy to hold, ergonomic, and comfortable to the luggage user.

Abstract: A weight measurement module operatively coupled to a piece of luggage for determining the weight of the luggage and its contents. The weight measurement module includes one or more load cells, a processor operatively coupled to the one or more load cells, and a display operable to display the weight of the luggage and its contents.

Abstract: An electronic control unit for an internal combustion engine having a fuel injection system and an ignition system including: timing determination means (2) for determining timing sequences for injection events of the fuel injection system and ignition events of the ignition system and to provide update timing sequence data (10) to a schedule sequencing means (3) adapted to control at least one driver circuit (4) wherein the at least one driver circuit (4) is adapted to provide drive pulses (11) to the fuel injection system and ignition system; wherein the schedule sequencing means (3) is adapted to select between update sequence data to at least one of an injection of ignition event, such that the update timing sequence data is selected when there is no current injection occurring.

Abstract: An electronic control unit for an internal combustion engine having a fuel injection system and an ignition system including: timing determination means (2) for determining timing sequences for injection events of the fuel injection system and ignition events of the ignition system and to provide update timing sequence data (10) to a schedule sequencing means (3) adapted to control at least one driver circuit (4) wherein the at least one driver circuit (4) is adapted to provide drive pulses (11) to the fuel injection system and ignition system; wherein the schedule sequencing means (3) is adapted to select between update sequence data to at least one of an injection of ignition event, such that the update timing sequence data is selected when there is no current injection occurring.

Abstract: A currency note condition recognition apparatus and method uses a programmed microelectronic CPU to execute program instructions stored in a PROM to read in pixel data from an optical imaging section, including LEDs and photodiodes for generating signals which can be converted to a first image of a currency note being transported along the path of travel. The CPU receives position and skew data detected by external sensors for sensing the position and skew of the note.

Abstract: A denomination recognition apparatus and method uses a programmed microelectronic CPU (14) to execute program instructions (19) stored in PROM (18) to read in pixel data from an optical imaging section including LEDs (15) and photodiodes (16) for generating signals which can be converted to a first image of a currency note (13) being transported along the path of travel. The CPU (14) receives position and skew data detected by external sensors for sensing the position and skew of the note (13).