Company Filing History:
Years Active: 1983
Title: Alfred W. Klomp: Innovator in Coupler Assembly Technology
Introduction
Alfred W. Klomp, an inventive mind based in Tacoma, WA, has contributed significantly to the field of mechanical engineering through his innovative designs. He holds one patent that showcases his ability to enhance the functionality of coupling mechanisms in machinery.
Latest Patents
Klomp's sole patent involves a coupler assembly designed to join a driving shaft to a driven shaft, ensuring constant transmission of rotary power and motion. This innovative assembly operates effectively at variable orientations, ranging from zero degrees to ninety degrees, thus providing extensive flexibility for different mechanical setups. The design features four pairs of yokes or links that are strategically spaced around the centerline of both shafts, enabling efficient power transfer while accommodating various working angles.
Career Highlights
Klomp has been associated with Exacto, Inc., where he has applied his engineering skills to develop cutting-edge mechanical solutions. His patent demonstrates not only technical proficiency but also an understanding of the practical applications of his inventions in real-world settings. By focusing on constant velocity transmission, Klomp's work addresses critical challenges faced in mechanical design.
Collaborations
Throughout his career, Klomp has likely collaborated with fellow engineers and researchers at Exacto, Inc. These partnerships have allowed him to refine his ideas and bring innovative solutions to fruition. While specific collaborations may not be detailed, the work environment at Exacto likely fosters a culture of innovation and teamwork, essential for advancing technological developments.
Conclusion
Alfred W. Klomp exemplifies the spirit of innovation within the engineering community. His patented coupler assembly is a testament to his inventive capabilities and commitment to improving mechanical systems. As machinery continues to evolve, his contributions stand as a foundation for future advancements in coupler technology, showcasing the importance of ingenuity in engineering design.