Company Filing History:
Years Active: 1977-1987
Title: **Inventor Spotlight: Donald J Weikel, Jr.**
Introduction
Donald J Weikel, Jr. is a renowned inventor based in Rochester, NY, with a total of seven patents to his name. His work primarily revolves around innovative belt support and tracking apparatuses that significantly enhance efficiency in various applications, particularly in electrostatographic printing machinery.
Latest Patents
Among his latest inventions is the "Belt Support and Tracking Apparatus." This apparatus has been designed to transport and track a belt along a predetermined path while controlling its lateral movement. It features a stationary, non-rotating arcuate tracking shoe with flanges on both sides, which guide the belt's edges. This design minimizes friction and prevents buckling, ensuring smooth operation.
Another notable invention is the "Belt Support Apparatus," which also aims to control lateral movement. This system utilizes a rotatably mounted roller with an elastic membrane that creates a low-friction interface, allowing the belt to move without risk of lateral buckling. The design cleverly integrates flanges that ensure the belt remains on its intended path while minimizing disruptive force.
Career Highlights
Donald J Weikel, Jr. has made significant contributions to his field through his innovative developments while working at Xerox Corporation. His inventions reflect a deep understanding of mechanical systems and an ability to address practical challenges in belt movement and support.
Collaborations
Throughout his career, Donald has collaborated with esteemed colleagues, including John Hartman and Richard L Forbes, II. These collaborations have undoubtedly contributed to the refinement and success of his patented technologies, leading to enhanced productivity and reliability in the industries they serve.
Conclusion
Donald J Weikel, Jr.'s innovative contributions to belt tracking technologies stand as a testament to his dedication and expertise as an inventor. With a focus on improving functionality and efficiency, his work continues to impact industries reliant on precise mechanical movement, marking him as a significant figure in modern invention.