Company Filing History:
Years Active: 1992
Title: The Innovations of W Lynn Kerby: A Focus on Medical Connectors
Introduction
W Lynn Kerby is an innovative inventor based in Sandy, Utah. With an impressive contribution to medical technology, he has secured a patent for a groundbreaking invention that enhances the functionality of medical devices. His work demonstrates a commitment to improving healthcare solutions through innovative engineering.
Latest Patents
W Lynn Kerby holds one notable patent, titled "Locking Y-connector for selective attachment to exterior of medical." This invention features a unique connector designed for applying circumferentially uniform radially directed compressive forces. It ensures a fluid-tight seal against an elongated member, which is crucial in medical applications.
The patented connector includes an attachment fitting with a bore for receiving the elongated member, along with a compression recess and a flexible gripping member. A locking hub allows for the secure engagement or disengagement of the elongated member, which is essential for interconnecting implanted devices with extracorporeal support equipment.
Career Highlights
W Lynn Kerby is affiliated with Cardiopulmonics, Inc., a company focused on developing advanced medical technology. His role as an inventor within this organization highlights his contributions to the field of medical engineering and device innovation. Through his dedication, he plays a significant part in advancing medical solutions that can improve patient outcomes.
Collaborations
In his professional journey, W Lynn Kerby collaborates with Gaylord L Berry, who plays a crucial role in their shared efforts at Cardiopulmonics, Inc. Their partnership exemplifies teamwork and shared vision in the pursuit of innovative medical technologies, emphasizing the importance of collaboration in the field of invention.
Conclusion
W Lynn Kerby stands out as a noteworthy inventor within the medical technology landscape. His patent for the Locking Y-connector reflects his innovative approach to solving complex problems in healthcare. Through his work and collaborations, he continues to push the boundaries of what is possible in medical device engineering, paving the way for future advancements in the industry.