Company Filing History:
Years Active: 2014-2018
Title: **Innovator Spotlight: Kamyar Molavi**
Introduction
Kamyar Molavi is an accomplished inventor based in The Woodlands, TX, with a notable track record of innovation in valve technology. He has been granted two patents, showcasing his commitment to developing functional and efficient solutions in his field.
Latest Patents
His latest inventions include the "Air Shutoff Swing Gate Valve" and "Disc Assembly for a Valve and Method of Making the Same." The Air Shutoff Swing Gate Valve features a unique design that incorporates a passage for supplying air, a swing gate, and an innovative trigger assembly. This design allows for reliable operation, ensuring that the gate closes effectively in response to user input.
The second patent, the Disc Assembly for a Valve, presents a shutoff valve that effectively manages fluid flow through a pivotable disc assembly. With a combination of a front disc, a rear disc, and a high-quality seal, this invention enhances the performance and reliability of valves used in various applications, including engine shutoff.
Career Highlights
Kamyar currently works at Amot Controls Corporation, where he applies his expertise in creating cutting-edge valve solutions. His contributions have significantly impacted the industry and he is recognized for his innovative thinking and technical proficiency.
Collaborations
Throughout his career, Kamyar has collaborated with skilled professionals such as Ken McClymonds and David Grimwade. Their teamwork has led to the successful development of advanced valve technologies, further establishing Kamyar's reputation as a leading inventor in his field.
Conclusion
In summary, Kamyar Molavi's innovations in valve technology represent a significant advancement in engineering. His patents reflect a deep understanding of mechanical design and a dedication to improving product functionality. As he continues to work at Amot Controls Corporation, the engineering community will surely benefit from his ongoing contributions to the field.