Company Filing History:
Years Active: 2010
Title: The Innovations of Fred P. Moore, Jr. in Rotary Cutter Technology
Introduction: Fred P. Moore, Jr. is an accomplished inventor based in Valley Grande, Alabama. His work has contributed significantly to the agricultural equipment industry through innovative designs, particularly in rotary cutters. With one notable patent to his name, Moore has demonstrated a deep understanding of engineering and functionality in his field.
Latest Patents: Fred P. Moore, Jr. holds a patent for a rotary cutter deck unit characterized by an overall dual-deck configuration. The unique design ensures that the upper and lower deck plates do not engage each other at any location. This configuration features front and rear end spacers, with at least one spacer having multiple bends. Two spacers are secured to the upper deck plate, creating a robust box-like weldment, while the lower deck plate is affixed to this spacer at an intermediate position. This innovative design improves the efficiency and durability of rotary cutters.
Career Highlights: Moore is currently employed at Bush Hog Inc., a well-respected company specializing in agricultural equipment. His work in rotary cutter technology has made him a valuable asset to the team, contributing to advancements that enhance farming practices.
Collaborations: Throughout his career, Fred P. Moore, Jr. has collaborated with fellow innovator Jack Harrington. Together, they have combined their talents and expertise to push the boundaries of agricultural machinery design, resulting in improved products for farmers and ranchers.
Conclusion: Fred P. Moore, Jr.'s contributions to the field of rotary cutters reflect his dedication to innovation and efficiency. With a patent to his name and a strong collaboration with his coworker, he continues to make strides in enhancing agricultural equipment, ultimately benefiting those in the farming sector. The impact of his work is a testament to the importance of creativity and engineering in solving real-world challenges.