Company Filing History:
Years Active: 1977
Title: Innovations in Temperature Measurement: The Work of Thomas C Rozzell
Introduction:
Thomas C Rozzell, an innovative inventor based in Annandale, Virginia, has made significant strides in the field of biomedical instrumentation. With his groundbreaking patent for an optical temperature probe, he has creatively merged optical technology with medical monitoring, aiming to enhance the understanding and assessment of biological tissues under microwave irradiation.
Latest Patents:
His sole patent, titled "Optical Temperature Probe," describes a sophisticated device designed to measure temperature changes within biological tissues during microwave treatment. The design is noteworthy for being entirely non-metallic, which minimizes any disturbances to the microwave field. The probe employs a plurality of optic fibers to transmit light to and from a liquid crystal film. This liquid crystal film, located at the probe's tip, is in direct contact with the tissue and changes its reflectance in response to temperature variations. This innovative approach allows for accurate temperature monitoring while the tissue is being treated.
Career Highlights:
Thomas C Rozzell has worked with the United States of America, as represented by the Secretary of the Navy. His role at this esteemed institution highlights his commitment to advancing technology for the benefit of medical science and military applications alike. His insights and developments in optical temperature measurement are poised to improve treatments involving microwave technology significantly.
Collaborations:
Throughout his career, Rozzell has collaborated with notable colleagues, including Curtis E Johnson and Carl Durney. Together, they have contributed to the enhancement of medical devices that utilize advanced technologies, showcasing the importance of teamwork and collaboration in achieving innovation.
Conclusion:
Thomas C Rozzell's invention of the optical temperature probe stands as a testament to the potential of innovation in medical technology. His work underscores the crucial intersection of biomedical engineering and optical technologies, which paves the way for future developments in healthcare diagnostics and treatment methodologies. As he continues to innovate, Rozzell's contributions will undoubtedly have lasting impacts on the field.