Company Filing History:
Years Active: 2010
Title: Joseph F. Lebarty: Innovator in Optical Instrumentation
Introduction: Joseph F. Lebarty is an accomplished inventor based in Pittsburgh, PA, with a significant contribution to the field of optical instrumentation. With one patented invention, he exemplifies innovation in measuring optical properties of fluids.
Latest Patents: Joseph holds a patent for an optical instrument designed to measure an optical property of a fluid. This apparatus includes a light source that projects a beam of optical energy through the fluid and a strategically positioned reflector opposite the fluid. Notably, the reflector is designed to under-fill the receiver aperture by a factor of at least 2.5, enhancing its measurement capabilities. Additionally, the invention may incorporate a reflector purge nozzle positioned between the reflector and the fluid to ensure accuracy. The diameter of the reflector is also optimized to be less than that of the reflector purge nozzle by a factor of at least 6, reflecting Joseph's attention to detail in design.
Career Highlights: Joseph works with Teledyne Technologies Incorporated, a company renowned for its innovative technological solutions. His work at Teledyne signifies a commitment to advancing the realms of technology and engineering through effective optical measurement tools.
Collaborations: In his professional journey, Joseph has closely collaborated with talented coworkers including Richard Myers and Edward A. Smierciak. These partnerships have likely contributed to the innovative environment at Teledyne, facilitating the exchange of ideas and enhancing the development of their projects.
Conclusion: Joseph F. Lebarty's contributions to the field of optical instrumentation are commendable. His patented invention not only showcases his inventive spirit but also illustrates the collaborative work environment at Teledyne Technologies Incorporated. With ongoing advancements in technology, Joseph's inventions pave the way for future innovations in fluid measurement and optical engineering.