ELECTRONIC COMPUTER BASED SYSTEMS REGULATING

Brand Owner (click to sort) Address Description
POWERLINK Aerosance, Inc. 9 Eastview Drive Farmington CT 06032 Electronic computer-based systems for regulating ignition and fuel injection of piston aircraft engines, namely, digital speed and fuel flow rate-control computers, manifold temperature sensors, cylinder head temperature sensors, exhaust gas temperature sensors, manifold pressure sensors, fuel pressure sensors, engine speed sensors, fuel injector solenoids, microprocessor circuit boards, electronic control units, throttle position switches, high voltage coils, electrical wiring, electrical connectors, fuel pump relays, engine data download ports, and interferences and monitors for displaying engine data collected by the computer-based systems;POWER LINK;
POWERLINK TELEDYNE CONTINENTAL MOTORS, INC. 2039 Broad Street Mobile AL 36615 Electronic computer-based systems for regulating ignition and fuel injection of piston aircraft engines, namely, digital speed and fuel flow rate-control computers, manifold temperature sensors, cylinder head temperature sensors, exhaust gas temperature sensors, manifold pressure sensors, fuel pressure sensors, engine speed sensors, fuel injector solenoids, microprocessor circuit boards, electronic control units, throttle position switches, high voltage coils, electrical wiring, electrical connectors, fuel pump relays, engine data download ports, and interferences and monitors for displaying engine data collected by the computer-based systems;POWER LINK;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Methods, systems, and articles of manufacture consistent with the present invention provide for managing exposure to failure for computer-based systems. Information about a computer-based system is asynchronously received. An exposure level to failure of the computer-based system is calculated based on the received information. A stability of the computer-based system is determined based on the exposure level. A stability indication is output responsive to the determined stability.