Company Filing History:
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1 out of 6,152 
Years Active: 1997-2001
Title: Dennis Carl Krzyske: Innovator in Engine Misfire Detection Technology
Introduction
Dennis Carl Krzyske, an inventive mind from New Boston, MI, has made significant contributions to engine technology, focusing specifically on misfire detection systems. With a total of two patents to his name, Krzyske's innovations address critical challenges in internal combustion engines and enhance performance reliability.
Latest Patents
Krzyske's latest patents include:
1. **Method and apparatus for generating and identifying misfires** - This innovative system intentionally defeats an engine cylinder firing event by clipping the flyback voltage of the ignition system's primary coil winding. Controlled by a misfire generator, it develops a misfire logic signal from ignition dwell events and user inputs, indicating which cylinder firing event was defeated.
2. **Misfire detector for 50% misfire rate** - This technology establishes a baseline crankshaft acceleration value that degrades in a specific manner at a 50% misfire rate. It is designed to correct itself by summing adjacent values of cyclical deviant acceleration and then comparing this to a specially adapted misfire threshold that is exceeded only by cyclical deviant accelerations.
Career Highlights
Krzyske has worked with notable industry leaders, including Ford Global Technologies, LLC and Ford Motor Company Limited. His tenure at these organizations provided him with the platform to develop and refine his inventive solutions for engine management systems.
Collaborations
Throughout his career, Krzyske collaborated with talented individuals, including notable coworkers such as John V James and Ryan Lee Baker. These partnerships undoubtedly contributed to the innovative spirit and quality of Krzyske's inventions.
Conclusion
Dennis Carl Krzyske is an exemplary inventor whose contributions to the field of engine technology have advanced the understanding and management of engine misfires. His patents not only highlight his ingenuity but also enhance the operational efficiency of internal combustion engines, reflecting the ongoing evolution of automotive engineering.