Company Filing History:
Years Active: 1984-1985
Title: The Innovative Mind of Edward Parkell
Introduction
Edward Parkell, an inventive force based in Millville, NJ, has made significant contributions to the glass manufacturing industry through his innovative designs and groundbreaking technologies. With three notable patents to his name, Parkell has demonstrated a commitment to improving processes and enhancing efficiency in glass production.
Latest Patents
Parkell's recent patents showcase his ingenuity and focus on practical solutions in glass manufacturing. His most recent invention, the **Glass Stream Cutting Apparatus**, introduces a quadruple gob glass feeder paired with a cooperative shear mechanism. This mechanism features two reciprocal arms, each equipped with four blades that work together to cut four streams of glass, allowing for precision in the production process.
Another significant patent, the **Glass Container Pusher**, offers a unique solution for transferring multiple glass containers onto a conveyor system. This pusher includes individual retractable fingers for each container that prevent collisions during the transfer, thus optimizing workflow and minimizing damage during production.
Career Highlights
Edward Parkell serves as an integral part of the Maul Technology Corporation, a company focused on developing cutting-edge solutions for glass technology. His work has not only resulted in patented inventions but has also led to expertise in optimizing manufacturing processes within the industry.
Collaborations
During his career, Parkell has collaborated with notable colleagues, including Albert J. Tamagni and Mark C. Newkirk. Their collective efforts have contributed to the successful development and implementation of various technologies that advance the glass manufacturing sector.
Conclusion
As an inventor, Edward Parkell continues to push the boundaries of innovation in glass manufacturing. With a strong track record of patents and a commitment to collaboration, Parkell remains a vital figure in the industry, making strides that could shape the future of glass production. His work not only enhances efficiency but also sets a standard for future innovations in the field.