Company Filing History:
Years Active: 1978-1988
Title: Inventor Lyn R Daunheimer: Innovating Nonplanar Article Printing and Buffing Technologies
Introduction
Lyn R Daunheimer, an accomplished inventor based in Batavia, Illinois, has made significant contributions to the field of manufacturing technology, particularly in nonplanar article printing and buffing techniques. With three patents to her name, she has demonstrated her capability to innovate and improve existing processes in various industries.
Latest Patents
Lyn's most recent patents include an innovative approach to belt transfer printing of nonplanar articles, which allows for simultaneous inking and printing on porous surfaces. This apparatus integrates an endless belt with both a screen printing device and a vacuum workpiece support box, facilitating a more efficient production process by enabling the quick transition between different workpieces.
Additionally, Daunheimer has developed an apparatus and method for rotary buffing, which addresses the challenges posed by workpieces with uneven surfaces. Her design utilizes rotating buffing rolls, supported in a carriage to maintain coparallel alignment, thereby enhancing the quality of finishing on various products.
Career Highlights
Throughout her career, Lyn R Daunheimer has worked with prominent companies, including Masonite Corporation and USG Corporation. Her tenure at these organizations has provided her with invaluable experience that has influenced her innovative designs and the development of her patented technologies.
Collaborations
During her career, Lyn has collaborated with several talented professionals, including her coworker Mark A Ruggie. Working alongside skilled individuals has allowed her to refine her ideas and push the boundaries of existing technologies.
Conclusion
Lyn R Daunheimer stands out as a leading inventor whose work continues to shape the future of manufacturing technology. Her patents not only reflect her ingenuity but also represent a significant stride towards enhancing efficiency in processes involving nonplanar articles. As her career progresses, the industry eagerly anticipates her future innovations.