Company Filing History:
Years Active: 1976
Title: Art Lohmann: Innovator in Target Discriminating Technology
Introduction
Art Lohmann is a notable inventor based in Hopkins, MN (US). He has made significant contributions to the field of weaponry with his innovative designs. His work focuses on creating advanced technologies that enhance the effectiveness and precision of military equipment.
Latest Patents
Art Lohmann holds a patent for a target discriminating bomblet. This invention is a target discriminating antipersonnel/antimaterial cluster weapon capable of distinguishing between hard and soft targets. Upon striking a hard target such as armor or concrete, shear rivets are defeated, causing a striker to plunge a firing pin into a stab detonator. This action triggers an explosive transfer train that leads to the immediate detonation of the bomblet. Conversely, when the bomblet hits a soft target like sandy soil, the shear rivets remain intact. An inertia firing weight then plunges a firing pin assembly into a stab primer, which ignites a propellant charge, causing the bomblet to pop back up into the air. The bomblet is armed during its descent via a flutter plate that generates oscillatory motion, which is converted into rotary motion. This rotary motion aligns the primer and detonator with the firing pins, ensuring precise detonation.
Career Highlights
Art Lohmann's career is marked by his work with the United States Navy, where he is represented by the Secretary of the Navy. His innovative approach to weapon design has garnered attention and respect within the military technology community.
Collaborations
Art has collaborated with notable individuals in his field, including Milton K. Burford and Joseph F. Mattis. Their combined expertise has contributed to the development of advanced military technologies.
Conclusion
Art Lohmann's contributions to the field of weaponry through his target discriminating bomblet patent demonstrate his innovative spirit and commitment to enhancing military technology. His work continues to influence advancements in this critical area.