Company Filing History:
Years Active: 2020-2022
Title: Innovations by Samantha A. Hurley: Pioneering Modular Thrusters for Satellites
Introduction
Samantha A. Hurley, an innovative inventor based in Paramus, NJ, has made significant contributions to the field of satellite technology. With two patents to her name, her work focuses on enhancing the efficiency and functionality of satellite propulsion systems.
Latest Patents
Hurley's latest patents include groundbreaking designs for satellite thrusters. The first, titled "Modular Micro-Cathode Arc Thruster," outlines a modular system for arc thrusters that can be stacked within satellites. Each thruster incorporates an external anode, an internal cathode, and insulators, allowing for efficient exhaust ejection. This design features a housing with an opening that facilitates the ejection of exhausted thrusters, ensuring that as one thruster is depleted, a push rod seamlessly replaces it with another.
Her second invention, the "Micro-Cathode Arc Thruster," focuses on increasing satellite efficiency. This innovative thruster employs a Linear Actuated micro-CAT system that includes a stepper motor to advance an ablative electrode. An analysis conducted using a LabVIEW program and an Arduino microcontroller has shown that employing micro-stepping on the stepper motor effectively replenishes the electrode used for propellant.
Career Highlights
Samantha works at The George Washington University, where she applies her expertise in research and development of advanced propulsion systems. Her inventive spirit and technical prowess have garnered her recognition in the field of aerospace engineering.
Collaborations
Throughout her career, Samantha has collaborated with esteemed colleagues such as Michael Keidar and George Lewis Teel. Their combined efforts have contributed to numerous advancements in satellite technology and propulsion systems.
Conclusion
Samantha A. Hurley exemplifies the spirit of innovation in aerospace engineering. Her patents reflect a commitment to improving satellite efficiency and functionality. With continued research and collaboration, she is poised to further revolutionize satellite propulsion technology.