Company Filing History:
Years Active: 1982-1990
Title: The Innovative Mind of Lyle J Emory
Introduction: Lyle J Emory, an accomplished inventor based in Darien, IL, has made significant contributions to the field of spray technology. With a portfolio of five patents, his work stands as a testament to innovation and practical engineering solutions.
Latest Patents: Emory's most recent inventions include the "Spray Nozzle Boom Mounting Arrangement" and the "Whirl Spray Nozzle." The spray nozzle boom mounting arrangement is designed for the quick and easy installation of a spray nozzle on a support boom. This ingenious clamping arrangement eliminates the need for separate fasteners and disassembly, featuring clamping elements that securely hold both the boom and the nozzle in place while allowing for precise angular and vertical orientation. The whirl spray nozzle, on the other hand, produces a hollow conical liquid spray with its sophisticated design incorporating a cylindrical whirl chamber that ensures efficient fluid dynamics. This nozzle includes a tangentially disposed liquid inlet and a unique post that helps maintain the air core of the whirling liquid, enhancing performance and durability.
Career Highlights: Lyle J Emory works at Spraying Systems Co., a company renowned for its innovations in spray technology. His role at the company has allowed him to implement his inventive concepts into practical applications, benefiting industries that rely on efficient spray mechanisms.
Collaborations: Throughout his career, Emory has collaborated with notable colleagues such as Ted L Butterfield and Edward J O'Brien. Their teamwork reflects a shared commitment to advancing spray technology and creating solutions that meet the needs of various markets.
Conclusion: Lyle J Emory's contributions to the field of spray technology through his patents exemplify the spirit of innovation. His practical inventions enhance the efficiency and functionality of spray systems, thereby benefiting multiple industries. As an inventor, his work continues to influence the evolution of spray mechanisms, setting a standard for creativity and engineering excellence.