Company Filing History:
Years Active: 2007
Title: The Innovations of Ronald L. Binning: A Focused Approach to Security Checkpoints
Introduction: Ronald L. Binning, an innovative inventor based in Orlando, FL, has contributed significantly to the field of material handling systems. With a patent to his name, he has developed a system that enhances the efficiency of security checkpoints, showcasing his commitment to improving operational workflows.
Latest Patents: Ronald L. Binning holds a patent for a "Material handling system and method of use," designed specifically to increase throughput at security checkpoints. This innovative system includes a dual input conveyor, along with a merge conveyor that leads to a detection system. At the output of this detection system, a diverting mechanism intelligently directs items to one of two output conveyors corresponding to the input conveyors. Additionally, a reject mechanism and accompanying conveyor provide further efficiency, complemented by a bin return and control system.
Career Highlights: Ronald is currently employed by Lockheed Martin Corporation, where his expertise continues to drive innovation in material handling and security systems. His work reflects a blend of creativity and technical skill, enabling the development of systems that address real-world challenges in security operations.
Collaborations: Throughout his career, Ronald L. Binning has collaborated with notable colleagues, including Tonya K. Bender and Eugene C. Stradley. These partnerships demonstrate the collaborative spirit that often fuels innovation, bringing together different skill sets to enhance product development and research.
Conclusion: Ronald L. Binning stands out as a committed inventor dedicated to improving efficiency and safety at security checkpoints. With his innovative patent and contributions while working at Lockheed Martin Corporation, his work is poised to impact the industry positively. As the landscape of material handling continues to evolve, inventors like Ronald play a pivotal role in shaping its future.