Location History:
- Waiworth, WI (US) (2012)
- Walworth, WI (US) (2018)
Company Filing History:
Years Active: 2012-2018
Title: The Innovations of Inventor Michael Longhenry
Introduction
Michael Longhenry, an inventive mind from Walworth, Wisconsin, has made his mark in the field of engineering with two notable patents. His work specializes in connector systems that ensure fluid-tight connections, reflecting both innovation and practicality.
Latest Patents
Among Longhenry's latest inventions are the "Quick Connector Assembly" and the "Method of Establishing and Ensuring a Fluid-Tight Connection Between Conduits." The quick connector assembly focuses on a system where an insertion member is integrated into a receiving member. It features a retaining member that can move perpendicularly to the insertion direction, ensuring that it securely locks in place. The method to establish a fluid-tight connection utilizes a housing with specific locking openings and visual indicators that signify when a secure connection has been achieved, ensuring reliability in various applications.
Career Highlights
Longhenry is currently associated with Miniature Precision Components, Inc., a company that emphasizes precision manufacturing and innovation in connector solutions. His patents demonstrate a commitment to enhancing connection technologies, thereby contributing significantly to the industry.
Collaborations
During his career, he has collaborated with fellow professionals such as Douglas John Callahan and Juris Julijs Pruzinskis. Their collective expertise has likely contributed to the refinement of his innovative designs and solutions in connector technology.
Conclusion
Michael Longhenry's contributions through his patents highlight his dedication to engineering innovation. His work serves as an inspiration for future inventors in the realm of connection technologies, showcasing the importance of reliable and effective engineering solutions. The impact of his inventions is poised to influence various industries that rely on fluid-tight connections.