Timothy A Woodson

Title: Innovations by Timothy A. Woodson: Pioneering Density-Based Control Systems

Introduction: Timothy A. Woodson, an accomplished inventor based in Goode, Virginia, has made significant contributions to the field of automation with his unique approach to product accumulation systems. His innovations are aimed at enhancing efficiency in conveyor systems, thereby streamlining operations in various industries.

Latest Patents: Woodson holds a patent for a "Density-based carriage control system for accumulator and method for controlling an accumulator." This innovative method involves accumulating products traveling on a conveyor by receiving them from an infeed conveyor onto a first conveyor. The system facilitates the transfer of products by a carriage from the first conveyor to a second conveyor and subsequently to an outfeed conveyor. The method includes detecting the density of products on the second conveyor and adjusting the movement of the carriage based on the detected density, ensuring optimal functionality when product density surpasses a specified threshold.

Career Highlights: Throughout his career, Timothy A. Woodson has worked with notable companies including Sen-Pak Inc. and Sentry Equipment & Erectors, Inc. His experience in these organizations has enabled him to refine his skills and develop innovative solutions that address real-world challenges in product handling and automation.

Collaborations: Woodson has collaborated with several professionals in the field, including Gary D. Hunt and David Nelson Cooley. Together, they have contributed to advancing the technologies associated with conveyor systems and automation processes, highlighting the importance of teamwork in innovation.

Conclusion: Timothy A. Woodson's inventive spirit and dedication to improving industrial processes through his patented technologies showcase the impact of his work. With a focus on density-based control systems, his innovations set a precedent for future developments in conveyor automation, emphasizing the importance of efficiency and reliability in manufacturing and distribution systems.