Company Filing History:
Years Active: 1992
Title: The Innovative Mind of Kenneth J. Quinter
Introduction
Kenneth J. Quinter, based in Dayton, Ohio, is an inventive mind whose work has contributed to the field of precision machining. With a focused approach to creating solutions that enhance manufacturing processes, he holds a patent that exemplifies his ingenuity and dedication to innovation.
Latest Patents
Kenneth J. Quinter is credited with one notable patent: an "Apparatus for supporting a workpiece at a selected angle on a machine." This innovative device allows for precise positioning of workpieces at acute angles, facilitating improved accuracy and efficiency in manufacturing. The apparatus features hollow support blocks and angularly adjustable locator plates, which work in tandem to secure the workpiece effectively. Its design includes a modular tooling system with precision X-Y grid patterns of threaded holes and bores, showcasing his commitment to quality and precision in engineering.
Career Highlights
Throughout his career, Kenneth has been associated with Teco, Inc., where he has likely collaborated with a team of like-minded professionals to enhance manufacturing technologies. His dedication to improving machining processes through innovative solutions has set him apart as a valuable inventor in his field.
Collaborations
While specific collaboration details may not be readily available, it is common for inventors in the industry to work alongside engineers and product developers. Kenneth's patent indicates a level of teamwork and shared expertise within Teco, Inc., contributing to advancements in manufacturing and engineering processes.
Conclusion
Kenneth J. Quinter stands out as an inventor whose contributions to precision machining reflect a deep understanding of engineering principles and innovative design. His patent not only showcases his ability to problem-solve but also serves as a testament to the important role of inventors in advancing industry practices. As technology continues to evolve, Kenneth's work will undoubtedly influence future developments in the field.