Location History:
- Feura Bush, NY (US) (1998)
- Voorheesville, NY (US) (2007 - 2010)
Company Filing History:
Years Active: 1998-2010
Title: Innovations of Stephen M Van Dyke-Restifo
Introduction
Stephen M Van Dyke-Restifo is an accomplished inventor based in Voorheesville, NY (US). He has made significant contributions to the field of weapon systems through his innovative designs and mechanisms. With a total of 5 patents to his name, his work has been recognized for its practicality and effectiveness.
Latest Patents
Among his latest patents is the "Automatic Primer Feed Mechanism." This invention features a primer feed mechanism mounted on a carrier of an artillery piece, which includes a body assembly with guide rails and a follower plate. The tray assembly is movable on the guide rails and includes a housing and an injector arm assembly. The mechanism is designed to enhance the efficiency of artillery operations. Another notable patent is the "Weapon System Retention Device." This apparatus is designed to retain an object in a gun tube of a weapon system, utilizing a plunger that reciprocates in the breech ring and chamber. The device is automatically operated via electrical and/or mechanical connections to the weapon system, ensuring reliable retention of propellant.
Career Highlights
Stephen M Van Dyke-Restifo works for the US Government as represented by the Secretary of the Army. His role involves developing innovative solutions that enhance the functionality and safety of military equipment. His expertise in engineering and design has led to advancements in weapon systems.
Collaborations
Stephen has collaborated with notable colleagues, including Lisa Madigan and Douglas F Olcott. Their combined efforts have contributed to the successful development of various projects within the military sector.
Conclusion
Stephen M Van Dyke-Restifo's contributions to the field of weapon systems through his patents and collaborations highlight his innovative spirit and dedication to enhancing military technology. His work continues to impact the effectiveness of artillery operations and weapon systems.