Neil C Dunn

Title: Innovator Neil C. Dunn and His Patent for a Convertible Combine Rotor

Introduction: Neil C. Dunn is an inventor based in Trenton, Missouri, recognized for his innovative contributions to agricultural machinery. With a focus on enhancing efficiency in crop processing, he holds a significant patent that reflects his expertise and forward-thinking approach in the field.

Latest Patents: Neil C. Dunn holds one patent titled "Convertible Combine Rotor." This invention is designed for rotary threshing combines and features a rotor that can be readily adjusted to provide various threshing patterns tailored to specific crops and working conditions. The rotor drum is equipped with multiple mounting lugs arranged in longitudinal, circumferential, and helical rows. This design allows for a range of differently shaped threshing elements that can be selectively, interchangeably, and releasably connected to the mounting lugs, thereby optimizing efficiency across various operational scenarios.

Career Highlights: Neil Dunn is associated with the J.I. Case Company, a well-known manufacturer of agricultural machinery, which emphasizes his role in advancing innovations in this sector. His work contributes significantly to improving the functionality and adaptability of harvesting equipment, making it easier for farmers to manage different crops with varying threshing requirements.

Collaborations: Throughout his career, Neil has collaborated with notable coworkers in the industry, including Richard E. McMillen and Jon E. Ricketts. Their combined efforts contribute to a collective wealth of knowledge, fostering advancements in agricultural technology and machinery.

Conclusion: Neil C. Dunn's contributions exemplify the impact of innovation in the agricultural field. His patent for the Convertible Combine Rotor showcases his dedication to improving efficiency and effectiveness within the industry, alongside reputable colleagues at the J.I. Case Company. As agricultural demands evolve, inventions like Dunn’s will play a crucial role in shaping the future of farming.