Company Filing History:
Years Active: 1983-1990
Title: Richard W. Currie: Innovator in Guided Missile Technology
Introduction
Richard W. Currie is a notable inventor based in Huntsville, Alabama, recognized for his contributions to guided missile technology. With a total of 2 patents, Currie's work has significantly impacted military applications and defense systems.
Latest Patents
Currie's latest patents include an "Open Loop Seeker Aiming Guiding System" and a "Flyby Warhead Triggering" system. The open loop seeker aiming guiding system is designed to direct a guided missile from its launch to its impact with a target. This innovative system features a fire control mechanism that initially guides the missile towards the target. A seeker homing system on the missile allows it to lock onto the target signature. The system can autonomously transfer control from ground-based fire control to the missile's homing guidance when certain conditions are met, ensuring effective target acquisition without requiring an area search.
The flyby warhead triggering system provides a method for fusing a self-forging warhead to detonate as the vehicle carrying it flies horizontally just above the target. This system employs an active optical system that creates a triggering window in space, generating a detonating signal when a target enters this window.
Career Highlights
Currie is currently employed by the U.S. Government as represented by the Secretary of the Army. His work in this capacity has allowed him to develop advanced technologies that enhance the effectiveness of military operations.
Collaborations
One of Currie's notable collaborators is Walter E. Miller, Jr. Their partnership has contributed to the development of innovative solutions in guided missile technology.
Conclusion
Richard W. Currie's contributions to guided missile technology through his patents and career with the U.S. Government highlight his significant role in advancing military defense systems. His innovative approaches continue to influence the field of aerospace and defense.