Company Filing History:
Years Active: 2016
Title: Recognizing Allan Dubeau: Innovator in Conveyor Control Systems
Introduction
Allan Dubeau, based in Waterloo, Canada, is an accomplished inventor renowned for his innovative contributions to automated systems. With a focus on enhancing the efficiency of linear motor conveyors, Dubeau has developed a significant patent that addresses the complexities of controlling moving elements within such systems.
Latest Patents
Dubeau's notable invention, titled "System and Method for Controlling a Moving Element in a Linear Motor Conveyor," demonstrates advanced methods for ensuring precise movement control. This system comprises a zone controller, first and second networks, and multiple motor gateways interconnected to enhance communication and mitigate timing discrepancies. The patent emphasizes a structured approach to controlling the data transmitted between the zone controller and motor gateways, ensuring optimal performance for moving elements in automated environments.
Career Highlights
Dubeau is currently employed at ATS Automation Tooling Systems Inc., a company recognized for its expertise in automation solutions. His work has significantly contributed to enhancing productivity in manufacturing processes, providing automation technologies that meet industry demands through innovative engineering.
Collaborations
Throughout his career, Dubeau has had the opportunity to collaborate with skilled professionals, including Albert Kleinikkink and John Ditner. These collaborations have facilitated the exchange of ideas and innovations, leading to the successful development of advanced automation solutions.
Conclusion
In conclusion, Allan Dubeau stands out as a key innovator in the field of conveyor control systems. His dedicated efforts and patent for controlling moving elements underscore his commitment to pioneering advancements in automation technology. With a strong foundation built on collaboration and engineering excellence, Dubeau's contributions continue to shape the future of automated systems.