Company Filing History:
Years Active: 1977-1979
Title: The Innovative Mind of Nathan Gottlieb from Kenmore, NY
Introduction
Nathan Gottlieb, an accomplished inventor based in Kenmore, NY, has made significant contributions to the field of optical systems, holding three patents to his name. His work is primarily associated with the American Optical Corporation, where he has demonstrated a commitment to advancing optical technology.
Latest Patents
Gottlieb's latest patents showcase his innovative approach to enhancing microscope functionality. One notable invention is the **Annular Reflector for Microscope Objective**. This invention highlights the importance of light distribution, featuring four distinct reflectors that cater to various microscope objectives, ensuring a uniform illumination on the object surfaces being observed.
In addition, his patent for a **Three-Lens System Providing a Variable Focal Power along One Principal** introduces a novel optical arrangement. This system employs two cylinder lenses positioned at either end, with a movable cylinder lens between them, providing versatility in focal power. To enhance the image quality, a plano color correction plate is integrated to mitigate color aberrations, showcasing Gottlieb's attention to detail and functionality.
Career Highlights
Throughout his career at American Optical Corporation, Nathan Gottlieb has demonstrated remarkable ingenuity in the optical field. His inventive spirit and technical knowledge have culminated in patents that not only push the boundaries of optical technology but also improve practical applications for researchers and scientists alike.
Collaborations
Gottlieb's work has been further enriched through collaboration with his coworker, Milton H. Sussman. This partnership emphasizes the power of teamwork in driving innovation and developing advanced optical solutions that can benefit various scientific communities.
Conclusion
Nathan Gottlieb's inventions are a testament to his passion for innovation and his significant contributions to the world of optical technology. His patents continue to influence the design and functionality of microscope systems, underlining the ongoing importance of creative thinkers in the field of science and engineering.