Company Filing History:
Years Active: 2004-2016
Title: Celebrating the Innovations of Stephen W. Sansom
Introduction
Stephen W. Sansom is an accomplished inventor based in San Diego, California, known for his contributions to transit technology. With a total of two patents to his name, his innovations have significantly enhanced fare media processing and access control in transit systems.
Latest Patents
Sansom's latest patent, titled "Advanced Decision Logic for Transit Acceptance," reveals techniques for determining user access at transit system control points. This innovation involves utilizing information associated with fare media, granting systems the ability to receive authorization responses after payment attempts and assess historical transaction data to make informed access decisions.
His second patent, "Dual Magazine Recirculating Transport," involves a ticket transport machine capable of accepting various fare media cards. The machine processes these cards through entry rollers onto a rotating transport carrier, enabling it to read encoded information and decide whether the card can be recirculated. This technology enhances efficiency by allowing the machine to store cards for future use, easing the reissuing process to users.
Career Highlights
Currently working at Cubic Corporation, Sansom plays a vital role in advancing transit solutions through innovative technology. His contributions have helped transform the way fare media systems operate and improve user access experiences.
Collaborations
Sansom has collaborated with notable colleagues such as Graham H. Hilton and Peter L. Pham, further fortifying his contributions to the field. Together, they have worked on projects that enhance the capabilities and efficiency of transportation systems.
Conclusion
Stephen W. Sansom stands out as a significant figure in the realm of transit innovation. With his imaginative approach and technical expertise, he continues to shape the future of fare media processing and access control, making public transport more accessible and efficient for users everywhere.