Company Filing History:
1 out of 15 
1 out of 79 Years Active: 1980
Title: The Innovative Mind of Jack Burnham: A Pioneer in Piston-Cylinder Technology
Introduction: Jack Burnham, an accomplished inventor located in Melksham, GB, has made a significant contribution to the field of piston-cylinder arrangements. With a lone patent to his name, Burnham's inventive prowess is exemplified through his innovative design that enhances the functionality and efficiency of piston mechanisms.
Latest Patents: Burnham's patent, titled "Piston Means for Piston-Cylinder Arrangements," revolves around a sophisticated design comprising a cylinder member and piston means mounted slideably within it. The notable feature of his invention is the integrated packing member that moves with the piston and features axially spaced radially outer surfaces. These surfaces are designed to make contact with the cylinder's inner wall, maintaining an effective sealing mechanism. Moreover, the piston means includes a lubricant reservoir that facilitates the smooth operation of the assembly, ensuring efficiency and longevity.
Career Highlights: Throughout his career, Jack Burnham has gained valuable experience working with reputable companies such as Avon Industrial Polymers Limited and Westinghouse Brake and Signal Company Limited. His time at these organizations provided him with a platform to hone his technical skills and work on innovative projects within the engineering sector.
Collaborations: During his career, Burnham had the opportunity to collaborate with Jack Washbourn, a colleague who shared his passion for invention. Their teamwork likely contributed to an enriching exchange of ideas and further advancement in their respective projects.
Conclusion: Jack Burnham's contribution to the technology of piston-cylinder arrangements underscores the importance of innovation in engineering. His sole patent reflects a thoughtful approach to solving practical mechanical challenges, highlighting the dedication and creativity synonymous with true inventors. As industry demands evolve, Burnham's design may inspire future developments in the field.