Company Filing History:
Years Active: 1994-1997
Title: Michael J Doke: Innovator in Thermoelectric Technology
Introduction
Michael J Doke, a notable inventor based in Dallas, TX, has made significant contributions to thermoelectric technology. With a total of six patents to his name, Doke has been instrumental in developing innovative solutions that enhance the efficiency and reliability of thermoelectric devices.
Latest Patents
Doke's latest patents focus on creating fault-tolerant thermoelectric systems. One key invention is the "Fault Tolerant Thermoelectric Device Circuit," which includes multiple thermoelectric elements and secondary by-pass circuits. This design allows for continued operation even when some thermoelectric elements fail, ensuring that the system remains functional.
Additionally, he developed a "Thermoelectric Apparatus for Use with Multiple Power Sources and Method." This innovative apparatus is compatible with various power sources, automatically adjusting the configuration of the thermoelectric devices based on the sensed voltage. This adaptability allows for enhanced energy efficiency and system performance.
Career Highlights
Michael Doke works at Marlow Industries, Inc., where he has played a pivotal role in advancing thermoelectric technology. His innovative designs reflect a deep understanding of the complexities of thermoelectric systems and a commitment to improving power efficiency.
Collaborations
Throughout his career, Doke has collaborated with esteemed colleagues like Richard A. Howarth and Leonard J. Recine, Sr. These partnerships have fostered an environment of innovation and technical excellence, enhancing the quality and impact of their collective work in the field.
Conclusion
Michael J Doke's contributions to thermoelectric technology underscore the importance of innovation in improving energy systems. With his impressive portfolio of patents and collaborations, Doke continues to influence advancements in the industry, representing a significant asset to Marlow Industries and the field of thermoelectric research.