Company Filing History:
Years Active: 2007
Title: **Denise M Kramer: Innovator in Vehicle Engine Control Methods**
Introduction
Denise M Kramer, a notable inventor based in Macomb, MI, has made significant contributions to automotive technology through her innovative patents. With a total of two patents to her name, Denise has focused on enhancing vehicle engine performance by developing methods to better control operating conditions within engines.
Latest Patents
Denise's latest innovation centers around a sophisticated method for controlling an operating condition of a vehicle engine. This invention involves a detailed process where a residual ratio factor is established, characterizing the residual exhaust gas remaining in a chosen cylinder after a piston intake stroke. By utilizing tabular and surface models in tandem with previously gathered dynamometer data, the residual ratio factor enables accurate calculations of mole fractions of air and residual exhaust gases. These calculations further aid in determining the mass airflow at the engine's intake port at the end of the intake stroke. Ultimately, this mass airflow data facilitates the derivation of additional models that help ascertain critical engine operating parameters, such as the fuel/air ratio necessary to achieve a predetermined vehicle operating condition.
Career Highlights
Denise has garnered valuable experience through her tenure at reputable organizations such as DaimlerChrysler Corporation and Chrysler Corporation. Her work at these companies has allowed her to apply her innovative ideas and technical skills in a practical environment, leading to her successful patent applications.
Collaborations
Throughout her career, Denise has collaborated with esteemed colleagues, including Roger K Vick and Michael J Prucka. These collaborations have likely enriched her work, fostering an exchange of ideas and technical expertise that has contributed to the development of her impactful innovations.
Conclusion
Denise M Kramer stands out as a remarkable inventor in the field of automotive engineering. Her dedication to innovating methods for engine control showcases her commitment to improving vehicle performance. With her patents serving as a testament to her ingenuity, she continues to inspire future innovations in the automotive industry.