Company Filing History:
Years Active: 1978-1979
Title: **The Innovative Mind of Hubert U. Brueckner**
Introduction
Hubert U. Brueckner, residing in White Bear Lake, Minnesota, is an accomplished inventor with a focus on optical technologies. With two patents to his name, he has made significant contributions to the field of polymeric optical elements, showing a deep understanding of material science and innovative engineering.
Latest Patents
One of Hubert U. Brueckner's latest patents is for a polymeric optical element that features a unique antireflecting surface. This innovative optical component is crafted from polymeric materials and is designed with a microstructured surface. This design significantly minimizes reflection while ensuring a high degree of light transmissivity. The manufacturing process involves replication from a stamper that is derived from a glass original, which itself is created by etching a clean glass surface using hydrofluoric acid vapors. The final touch is accomplished through sputter etching with inert gas ions, resulting in a highly engineered optical element.
Career Highlights
Hubert U. Brueckner has dedicated a substantial part of his career to Minnesota Mining and Manufacturing Company, a renowned organization recognized for its innovations in various fields, particularly in materials and adhesives. His work at the company is notable for the development of optical elements that enhance product performance in diverse applications.
Collaborations
Throughout his professional journey, Hubert has collaborated with talented peers, including Kent N. Maffitt and Dean R. Lowrey. These collaborative efforts have allowed him to innovate further and refine his ideas into patent-worthy inventions that contribute to his field.
Conclusion
In summary, Hubert U. Brueckner is an inventive spirit pushing the boundaries of polymeric optical technologies. His patents bring exciting advancements that hold promise for various applications and industries. With ongoing collaboration and innovation, Hubert continues to be a significant contributor to the field of optics.