Company Filing History:
Years Active: 2001
Title: The Innovative Mind of Timothy Lloyd Hughes
Introduction
Timothy Lloyd Hughes, an inventive mind based in Cypress, TX, has made notable contributions to the field of valve technology. His entrepreneurial spirit and engineering acumen led him to develop a unique invention that addresses critical needs in fluid control systems.
Latest Patents
Hughes holds a patent for a "Pressure Latched Poppet Cartridge Valve." This innovative design features a pulse piloted cartridge valve that defaults to a closed position. The valve incorporates a spring that biases against a latching piston assembly, ensuring that the latching piston remains in its closed position until activated. By utilizing pressurized fluid in a pilot open chamber, the invention effectively transitions to an open state, allowing fluid flow from a supply port to a control port. Moreover, the latching piston assembly can maintain its open position even when pressure is removed, showcasing ingenuity in fluid mechanics.
Career Highlights
Timothy is associated with DTC International, Inc., an organization known for its advanced engineering solutions. His work at the company reflects a dedication to enhancing industrial applications through innovative valve technology. His singular patent illustrates his ability to create practical and effective solutions in the field.
Collaborations
In his professional journey, Hughes collaborates closely with John D. Smith, contributing to a synergistic relationship that fosters innovative development and research. Their partnership signifies a commitment to pushing the boundaries of engineering within their field, combining expertise to create robust solutions.
Conclusion
Timothy Lloyd Hughes stands out as an inventor whose work bridges the gap between complex engineering challenges and practical solutions. His patented pressure latched poppet cartridge valve is a testament to his innovative capabilities, reinforcing the importance of creativity and engineering in modern technology. With collaborations that inspire further advancements, Hughes continues to make his mark in the field of fluid control systems.