Company Filing History:
Years Active: 1980
Title: Innovations of Irvin B Weise: A Glimpse into His Patent
Introduction
Irvin B Weise, located in Houston, TX, is an inventor renowned for his contribution in the field of check valve technology. With a focus on improving fluid dynamics and ensuring efficient flow control, Weise has secured a noteworthy patent that showcases his ingenuity.
Latest Patents
Irvin B Weise holds a patent for a check valve design that comprises several innovative features. This check valve is articulated with a body that includes an inlet, outlet, and a valve seat that facilitates the communication between the inlet and outlet. The valve chamber is connected to the outlet, while a bonnet containing a cylinder is secured to the valve body. Notably, the valve disc is resiliently attached to an arm, allowing it to pivot effectively. The design features a piston within the bonnet cylinder, which moves in coordination with the valve disc. A port in the piston, along with a reed valve, optimizes the flow of fluids and provides effective sealing mechanisms to enhance functionality. This inventive check valve design ultimately aims to ensure reliable performance in various fluid handling applications.
Career Highlights
Irvin B Weise is associated with Anderson, Greenwood & Co., where he has applied his skills and knowledge to develop innovative solutions in valve design. His work reflects a commitment to enhancing engineering practices and pushing the boundaries of existing technologies in fluid systems.
Collaborations
He collaborates closely with his coworker, Oscar Dane, combining their expertise to refine their designs and advance their projects. Their partnership is vital to the innovation process, as they share insights and work together on various engineering challenges.
Conclusion
Irvin B Weise continues to contribute to the field of engineering through his innovative inventions, particularly in check valve technology. His patent serves as a testament to his creative thinking and dedication to improving fluid mechanics, ultimately impacting various industries relying on efficient flow control solutions.