Company Filing History:
Years Active: 1998
Title: The Innovative Mind of John Edward Phillips
Introduction
John Edward Phillips, a talented inventor based in Fort Worth, TX, has made his mark in the field of engineering and innovation. With a singular patent to his name, Phillips has developed a groundbreaking solution that enhances structural integrity and load management in composite materials.
Latest Patents
Phillips holds a patent for a "Composite Metallic Tension Fitting." This invention features a composite structural member designed to secure loads effectively. The innovation incorporates a body of composite sheet material and a loading member with a recessed outer periphery. This design allows a lip formed from the sheet material to engage the undercut portion of the loading member, ensuring a secure fit. A retaining tension band wraps around the outer periphery, maintaining the engagement of the lip and ensuring that the loading member remains securely in place even under significant load.
Career Highlights
John Edward Phillips is associated with Lockheed Martin Corporation, a leader in aerospace and defense technology. His work focuses on improving structural components, pushing the boundaries of current engineering practices. His experience at Lockheed Martin showcases his dedication to innovation and excellence in technology.
Collaborations
Throughout his career, Phillips has worked alongside prominent colleagues such as Elbert Lee McKague, Jr. and Ronald Kendall Cox. Their collaborative efforts have fostered an environment of innovation and creativity, contributing to the successful development of pioneering technologies in the aviation and defense sectors.
Conclusion
John Edward Phillips exemplifies the spirit of innovation within the engineering domain. His patented composite metallic tension fitting is a testament to his ingenuity and problem-solving capabilities. As a member of Lockheed Martin Corporation, Phillips continues to contribute to advancements in technology, shaping the future of engineering and structural integrity in complex systems.