This inventor holds 1 USPTO granted patent. Top assignee: Hoppmann Corporation. Active years: 1994.
Company Filing History:
Years Active: 1994
Title: Innovator Spotlight: Phillip S. Anderson
Introduction: Phillip S. Anderson, an accomplished inventor based in Sumerduck, Virginia, has made notable contributions to the field of automation through his innovative designs. With a focus on improving the efficiency of article handling, his work aims to streamline production processes across various industries.
Latest Patents: Phillip S. Anderson holds a patent for a "Linear feeder for varying size articles." This invention provides an apparatus and method for producing an oriented single file of articles. The system comprises a conveyor equipped with pockets for receiving articles, a lateral support surface that forms a drop zone, and devices for determining the orientation of articles within the pockets. Furthermore, the design includes a mechanism to move articles from one direction out of the pocket and onto the support surface. Notably, the pockets can be adjusted swiftly to accommodate articles of different widths, showcasing versatility in production.
Career Highlights: Phillip has dedicated his professional life to innovative engineering and design, primarily working with Hoppmann Corporation. His expertise in automation and article handling has allowed him to significantly contribute to projects that enhance operational efficiency.
Collaborations: At Hoppmann Corporation, Phillip has collaborated with other talented professionals, including Kurt H. Hoppmann and Charles Vaughn. Together, they have worked on various projects that leverage their collective skills in engineering and design innovation.
Conclusion: Phillip S. Anderson's contributions to the field of automation, particularly with his patent for a linear feeder, underscore his dedication to finding solutions that optimize the handling of various articles. As the industry continues to evolve, his innovations are sure to play a significant role in advancing production efficiency and effectiveness.