Company Filing History:
Years Active: 2013
Title: Amy Mulvoy: Innovator Behind the Primer Adapter for Hand Grenade Fuze
Introduction
Amy Mulvoy, an accomplished inventor based in Lafayette, NJ, has made a significant contribution to military technology with her innovative designs. She holds one patent, which showcases her expertise in developing solutions that meet specific weaponry needs. Her work, particularly on the primer adapter for hand grenade fuzes, highlights her commitment to enhancing safety and functionality in explosive devices.
Latest Patents
Mulvoy's patent, titled "Primer Adapter for Hand Grenade Fuze," addresses a critical challenge in the military sector. This unique adapter enables hand grenade fuzes of varying configurations to utilize the same primer, ensuring a more streamlined process for the ignition of explosive trains. This innovation not only simplifies logistics but also promotes consistency and reliability in military operations.
Career Highlights
Amy Mulvoy currently works for the U.S. Government as represented by the Secretary of the Army. Her role within this esteemed organization allows her to engage in cutting-edge research and development, contributing her talents to the advancement of military technologies. Her dedication to her field is evident through her patented invention and her continuous pursuit of improved methods and technologies.
Collaborations
Throughout her career, Mulvoy has had notable collaborations with colleagues like Thomas McKimm and Nicole Harasts Sapp. Working with such talented professionals in a collaborative environment enriches the innovation process and fosters creative solutions to complex challenges faced by the military.
Conclusion
Amy Mulvoy stands out as a prominent figure in the realm of military inventions, specifically for her groundbreaking work on the primer adapter for hand grenade fuzes. With her patent reflecting her innovative spirit, she illustrates the importance of continual development in military technology. As she continues her career with the U.S. Government, her future contributions are sure to leave a lasting impact on the safety and efficiency of explosive devices.