Company Filing History:
2 out of 2 
1 out of 832,843 Years Active: 1998-2001
Title: Thomas V Moser: Innovator in Unipedal and Bipedal Exercise Technology
Introduction
Thomas V Moser is an accomplished inventor based in Bedford, NH (US). He holds a total of 3 patents that showcase his innovative contributions to exercise technology and medical devices. His work emphasizes the importance of tailored rehabilitation solutions for patients.
Latest Patents
One of Moser's notable inventions is the Unipedal Cycle Apparatus. This innovative device features a split hub assembly that allows users to operate in two modes: unipedal and bipedal. In unipedal mode, each crank functions independently, enabling users to exercise each leg differently yet simultaneously. Bipedal mode simulates traditional bicycle operation. The design includes individual drive systems for each leg, allowing for varied resistance levels to accommodate rehabilitation needs. The apparatus is equipped with friction brakes controlled by a microprocessor, which monitors performance and adjusts resistance levels for isotonic or isokinetic exercise.
Another significant patent is the System for Tensioning Ligament Grafts. This apparatus utilizes a hydraulic tensioning cylinder with a piston designed to hold and affix a ligament graft. The inflation device moves the piston to apply tension to the graft, facilitating effective surgical procedures.
Career Highlights
Throughout his career, Thomas V Moser has worked with various companies, including M & R Medical, Inc. His experience in the medical field has greatly influenced his innovative designs, particularly in rehabilitation technology.
Collaborations
Moser has collaborated with notable individuals such as James P Ryan and Nicholas James Vailas. These partnerships have contributed to the development and refinement of his inventions.
Conclusion
Thomas V Moser's contributions to exercise technology and medical devices reflect his commitment to improving patient rehabilitation. His innovative patents demonstrate a deep understanding of user needs and the potential for technology to enhance recovery processes.