Kenneth W Boughton

Title: Innovator Kenneth W. Boughton: Pioneering Rotary Joint Technology

Introduction

Kenneth W. Boughton, an inventive force from Three Rivers, MI, has made significant contributions to the field of engineering with his innovative designs. He holds two patents that showcase his mechanical prowess and commitment to advancing technology. His work primarily focuses on rotary joints, which are essential components in various industries for fluid transmission.

Latest Patents

Kenneth's most notable invention is the Stainless Steel Rotary Joint. This advanced rotary joint is designed for transmitting fluids to or from rotating members, featuring impressive corrosion resistance and a lightweight, tamper-proof construction. The joint consists of a sheet metal stainless steel casing, where a tubular nipple is rotatably mounted upon graphite guide bearings. A nipple seal on the nipple engages an annular seal ring positioned between the nipple seal and a guide, enhanced by a compression spring that biases the nipple and seal into secure engagement. Additionally, a threaded adapter at the casing’s end allows fluid-conducting conduits to connect with the nipple, ensuring effective fluid transmission.

Career Highlights

Kenneth W. Boughton is currently associated with The Johnson Corporation, where he applies his engineering expertise in developing innovative solutions. His dedication to creating durable and efficient designs has established him as a valued contributor to his organization and the industry.

Collaborations

Throughout his career, Kenneth has collaborated with talented coworkers such as Roger D. Wiedenbeck and Richard Maurer. Together, they have fostered a collaborative environment that encourages innovation and the successful development of groundbreaking technologies.

Conclusion

Kenneth W. Boughton’s work has significantly impacted the design and functionality of rotary joints. His inventive spirit and practical approach are paving the way for advancements in fluid transmission technologies, making him a noteworthy inventor within the engineering community. Through his patents, he continues to inspire future innovations and improvements in mechanical design.