ELECTRONIC INTERNAL COMBUSTION ENGINE TUNING

Brand Owner (click to sort) Address Description
EFLEXECO StepOne Tech America Inc. 235 W. 48th St. #42B New York NY 10036 Electronic internal combustion engine tuning kits comprised of an electronic control unit that adjust the engine's fuel injection pulse based on fuel ethanol content;E FLEX ECO;
EFLEXFUEL StepOne Tech America Inc. 235 W. 48th St. #42B New York NY 10036 Electronic internal combustion engine tuning kits comprised of microprocessors that monitor the ethanol content of the fuel and adjust the engine's fuel injection pulse;E FLEX FUEL;On-line retail store services featuring products and parts for use with ethanol fuel enabled internal combustion engines;Providing a web site featuring information on design and development of products using ethanol as fuel in internal combustion engines;
EFLEXMOTO StepOne Tech America Inc. 235 W. 48th St. #42B New York NY 10036 Electronic internal combustion engine tuning kits comprised of an electronic control unit that adjust the engine's fuel injection pulse based on fuel ethanol content;E FLEX MOTO;
EFLEXPLUS StepOne Tech America Inc. 235 W. 48th St. #42B New York NY 10036 Electronic internal combustion engine tuning kits comprised of an electronic control unit that adjusts the engine's fuel injection pulse based on fuel ethanol content;E FLEX PLUS;
EFLEXPRO StepOne Tech America Inc. 235 W. 48th St. #42B New York NY 10036 Electronic internal combustion engine tuning kits comprised of an electronic control unit that adjusts the engine's fuel injection pulsed based on fuel ethanol content;E FLEX PRO;
EFLEXULTIMATE StepOne Tech America Inc. 235 W. 48th St. #42B New York NY 10036 Electronic internal combustion engine tuning kits comprised of an electronic control unit that adjusts the engine's fuel injection pulsed based on fuel ethanol content;E FLEX ULTIMATE;
 

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

    
Technical Examples
  1. A method for operating an internal combustion engine is provided. By taking into account a setpoint temperature Tsetpoint of the internal combustion engine which depends on external and internal boundary conditions when controlling and/or regulating temperature-dependent functions of the internal combustion engine, fuel consumption and emission characteristics of the internal combustion engine are improved.