Location History:
- Houston, TX (US) (1976)
- Galveston, TX (US) (1977 - 1981)
Company Filing History:
Years Active: 1976-1981
Title: Innovations of John Lloyd Paitson
Introduction
John Lloyd Paitson is a notable inventor based in Galveston, Texas. He holds a total of seven patents, showcasing his contributions to the field of acoustic and pneumatic technology. His work primarily focuses on devices that generate acoustic impulses for various applications, particularly in underwater seismic surveys.
Latest Patents
Paitson's latest patents include an acoustic impulse generator and a pneumatic seismic signal generator with independent firing control. The acoustic impulse generator is designed to control the release of pressurized fluid, generating an acoustic or shock wave impulse for underwater reflection seismic surveys. This device utilizes compressed air to create an acoustic impulse while maintaining the integrity of the internal pistons that prevent air escape. The pneumatic seismic signal generator operates using a cylindrical casing divided into control and firing chambers, allowing for precise control over the release of air pressure to generate seismic signals.
Career Highlights
Throughout his career, Paitson has worked with various companies, including the Western Geophysical Company of America. His innovative designs and patents have significantly impacted the field of seismic surveying and acoustic technology. His inventions demonstrate a deep understanding of fluid dynamics and pressure control, which are essential for effective seismic signal generation.
Collaborations
Paitson has collaborated with notable individuals in his field, including Marion Lonnie Parker and Robert N. Hendley. These collaborations have likely contributed to the refinement and success of his inventions.
Conclusion
John Lloyd Paitson's contributions to acoustic and pneumatic technology through his patents highlight his innovative spirit and technical expertise. His work continues to influence the field of seismic surveying, making significant advancements in the way acoustic impulses are generated and utilized.