Company Filing History:
Years Active: 2022
Title: Innovations by Philip DiMuzio: A Pioneer in Cable Conduce Design
Introduction
Philip DiMuzio, an inventive mind hailing from South Windsor, Connecticut, has made significant contributions to the field of engineering through his innovative designs. With a keen focus on turbine engine technology, he has secured a patent that reflects his commitment to enhancing performance and efficiency in mechanical systems.
Latest Patents
Philip DiMuzio holds one patent titled "Cable Conduit for Turbine Engine Bypass." This invention features a unique design comprising a head end, a sleeve, a foot end, a boot, and a split grommet. The head end is ingeniously coupled to the sleeve opposite the foot end, which includes a flared portion for optimal performance. The boot is designed with a first flange and a neck that securely couples to the flared portion of the foot end. Moreover, the design incorporates a cutout penetrating into the interior volume of the sleeve, while the split grommet is strategically placed within the sleeve to enhance functionality.
Career Highlights
Throughout his career, Philip DiMuzio has been associated with Raytheon Technologies Corporation, where he applies his expertise in engineering and innovation. His role at this leading technology company underscores his commitment to developing groundbreaking solutions that address modern engineering challenges.
Collaborations
Philip has collaborated with esteemed colleagues, including Christopher Waitkus and Mark T McAuliffe. Their combined efforts contribute to the advancement of knowledge and innovation in the field, fostering a creative environment that encourages cutting-edge discoveries.
Conclusion
Philip DiMuzio's innovative work in the design of cable conduits for turbine engines demonstrates his dedication to excellence in engineering. His contributions not only benefit Raytheon Technologies Corporation but also advance the industry as a whole. As technology evolves, inventors like DiMuzio pave the way for future innovations that enhance the performance and reliability of critical systems.