Company Filing History:
Years Active: 2001
Title: Inventor Spotlight: Forrest G Landes
Introduction
Forrest G Landes, an innovative inventor from Kenmore, NY, is recognized for his significant contributions to the field of compressor technology. With a focus on enhancing mechanical systems, he holds a patent that showcases his expertise and creativity in engineering.
Latest Patents
Forrest G Landes is credited with a patent for a "Direct Drive Compressor Assembly with Switched Reluctance Motor Drive." This inventive design features a centrifugal compressor assembly, which includes two stages of operation facilitated by a first and second compressor casing. Each casing has a fluid inlet and outlet, with rotatable impellers designed to optimize performance. The innovation stems from employing a switched reluctance motor positioned between the compressor casings, incorporating a stator and a rotor. This mechanism allows for efficient drive capabilities as the impellers and rotor rotate on a common drive shaft, demonstrating Forrest's abilities to merge efficiency with mechanical precision.
Career Highlights
Forrest currently works at Cooper Turbocompressor, Inc., where he applies his skills in developing advanced compressor technologies. His career reflects a dedication to innovation and problem-solving within the field, contributing to the company's reputation for excellence.
Collaborations
At Cooper Turbocompressor, Inc., Forrest collaborates with knowledgeable colleagues like Gerald K Mruk and Peter J Weber. This teamwork enhances the development of innovative solutions for compressor systems, fostering a creative environment where ideas can flourish.
Conclusion
Forrest G Landes exemplifies the spirit of innovation in engineering through his unique patent and ongoing contributions to the compressor industry. His work not only reflects his talents as an inventor but also highlights the collaborative efforts within his team at Cooper Turbocompressor, Inc. As technology advances, Forrest's inventions will likely continue to shape the future of compressor assembly design.