Company Filing History:
Years Active: 2008-2010
Title: Innovations by James Talty in Emergency Oxygen Systems
Introduction
James Talty is an accomplished inventor based in Orchard Park, NY (US). He has made significant contributions to the field of emergency oxygen distribution systems, particularly in passenger aircraft. With a total of 2 patents, his work focuses on enhancing safety and efficiency in critical situations.
Latest Patents
James Talty's latest patents include two innovative designs aimed at improving oxygen supply systems. The first patent, titled "Oxygen supply system having a central flow control - A Regulator-Oxygen (ROX) Unit," describes a mechanism that initially allows an unregulated surge of oxygen to purge ambient air from the system. Once sufficient pressure is achieved, the ROX unit regulates oxygen flow mechanically using a diaphragm that engages a regulator valve. This design accounts for altitude changes and includes a bleed exit for oxygen to escape into the ambient air.
The second patent, "Oxygen supply system having a central flow control unit," presents a centralized flow control unit (CFCU) for regulating oxygen flow in a multiple user emergency oxygen distribution system. Similar to the ROX unit, the CFCU allows for an initial surge of oxygen to purge the system. After achieving the necessary pressure, it mechanically regulates the flow of oxygen, accounting for altitude changes through a bleed passageway in the diaphragm. An aneroid valve adjusts the amount of oxygen allowed to escape, ensuring optimal performance at varying altitudes.
Career Highlights
James Talty has dedicated his career to advancing safety technologies in aviation. His work at Carleton Technologies, Inc. has positioned him as a key player in the development of emergency oxygen systems. His innovative designs have the potential to save lives in critical situations, showcasing his commitment to enhancing passenger safety.
Conclusion
James Talty's contributions to emergency oxygen systems reflect his dedication to innovation and safety in aviation. His patents demonstrate a deep understanding of the complexities involved in oxygen distribution, making significant strides in enhancing passenger safety during emergencies.