Kenneth R Carlson

Title: The Innovative Spirit of Kenneth R. Carlson

Introduction

Kenneth R. Carlson, an inventive mind located in Rockford, Illinois, has made a significant contribution to the world of fastening solutions. With one registered patent, he has demonstrated his ability to innovate in practical applications that enhance product functionality.

Latest Patents

Carlson's notable patent is for a collar stud used in plastic attachments. This collar stud assembly features a double-ended fastener designed for efficient use in plastic systems. The assembly includes a shank with two threads, where one thread is meant for attachment to the plastic, and the other is for engaging a nut or similar component. A distinctive collar integrated into the shank serves to limit the threading movement within a bore of a plastic boss. Furthermore, the design incorporates a raised ring and knurl that not only hold the metal cap in place but also provide a stable shoulder to support it. This innovation underlines Carlson's commitment to creating reliable fastening mechanisms.

Career Highlights

Kenneth R. Carlson is associated with Elco Industries, Inc., where he applies his innovative thinking to develop robust fastening solutions. His expertise in engineering and design is reflected in his patent, showcasing the intersection of creativity and practicality.

Collaborations

Carlson has worked alongside Arthur R. Fry, sharing ideas and innovations that contribute to their company's advancements in the fastening industry. Their combined efforts highlight a synergy that fosters creative thinking and problem-solving.

Conclusion

In summary, Kenneth R. Carlson is a distinguished inventor whose work in fastening technology has provided a pathway for improved solutions in the industry. His patent for a collar stud for plastic applications exemplifies his innovative spirit, and his collaboration with colleagues adds to the collective advancement in engineering practices at Elco Industries, Inc. As he continues to innovate, his contributions remain invaluable to modern manufacturing and fastening solutions.