Michael J Magee

Title: Spotlight on Inventor Michael J. Magee: Innovations in Non-Contact Measurement

Introduction: Michael J. Magee, based in Rio Medina, TX, is a prominent inventor with a rich portfolio of five patents. His innovative contributions focus primarily on non-contact measurement techniques and image analysis, showcasing his expertise in precision technology and data interpretation.

Latest Patents: Magee's latest patents exemplify cutting-edge technological advancements. One significant invention is the "Non-contact apparatus and method for measuring surface profile." This invention utilizes a point-type optical signal projected onto a precision optical grating to measure the surface profile of objects non-invasively. The apparatus captures a series of images of the moving light pattern across the object, allowing for precise calculations of the surface profile. Additionally, the system includes methods for calibration, ensuring accuracy in measurements.

Another notable patent involves the "Interactive computer-aided analysis of images from sensor combinations." This method enables the user to select an optimal sensor combination for analyzing images of a scene, aiding in the distinction of objects or patterns. The process involves acquiring multiple images from diverse sensors and defining regions of interest (ROIs) for advanced analysis through statistical means and graphical representation.

Career Highlights: Michael J. Magee is a key contributor at the Southwest Research Institute, where he applies his innovative skills to enhance the fields of measurement and analysis. His work is characterized by a commitment to developing non-invasive technologies that push the boundaries of what is possible in various scientific and industrial applications.

Collaborations: Magee's collaborations with notable colleagues like Ernest August Franke and Michael Patrick Rigney at the Southwest Research Institute have further enriched his work. Together, they leverage their collective expertise to drive advancements in technology and research, contributing to the broader scientific community.

Conclusion: Michael J. Magee's contributions to the fields of non-contact measurement and interactive image analysis illustrate the impact of innovative thinking in technology. With a solid foundation of patents and a collaborative spirit, he continues to influence and shape the future of precision measurement and data interpretation. His work not only exemplifies the importance of innovation but also highlights the potential for new discoveries that can emerge from dedicated research and development efforts.