Company Filing History:
Years Active: 2003-2004
Title: The Innovations of Carol Miller: Pioneering Heat Transfer Technologies
Introduction: Carol Miller, an innovative inventor based in Gilbert, AZ, has made significant contributions to the field of thermal management through her work at Intel Corporation. With two patents to her name, Carol has demonstrated a strong commitment to enhancing the efficiency of heat transfer systems, particularly in electrical applications.
Latest Patents: One of Carol's notable patents is a heat transfer apparatus designed for the effective spreading and dissipation of thermal energy from heat-producing components. This invention includes several embodiments, such as a spring-biased member with a first and second side member connected for removable attachment to heat-producing devices. Additionally, her invention features a spring-biased carrier that supports components like finned plates. Other embodiments involve spring-biased members with fingers to conduct thermal energy to structures and clips that attach heat-spreading members against heat-producing elements.
Career Highlights: Throughout her career, Carol has focused on innovations that improve heat management in electronic devices. Her work embraces practical solutions that are essential in today’s technology-driven world. As an integral part of her team at Intel Corporation, her efforts contribute significantly to the development of efficient thermal solutions that enhance device performance and reliability.
Collaborations: In her innovative journey, Carol has collaborated with talented colleagues, including Mark D. Summers and Karl H. Mauritz. Their combined expertise in electrical and thermal dynamics has fostered a creative environment for developing cutting-edge solutions in heat transfer technologies.
Conclusion: Carol Miller’s contributions to patent innovation and her work on heat transfer apparatus not only reflect her dedication to her craft but also underscore the importance of effective thermal management in modern electronics. Her advancements pave the way for improved performance and longevity in heat-producing components, solidifying her place in the realm of inventors.