Company Filing History:
Years Active: 1986-1993
Title: The Innovative Contributions of Robert R. Walters
Introduction: Robert R. Walters, an accomplished inventor based in Auburn, Maine, has made significant strides in the field of nonwoven fibrous materials. With a total of three patents to his name, Walters has demonstrated a profound understanding of material science and innovative production methods.
Latest Patents: Walters' latest inventions focus on methods of producing nonwoven fibrous textured panels. The first patent outlines a method that incorporates a needled web comprised of interengaged first fibers and second thermoplastic fibers. This innovative flexible material features a front outer surface and a non-glazed back surface. One notable aspect of this invention is the blend of welding joints between the thermoplastic fibers and first fibers, enhancing the structural integrity of the product. His second recent patent also highlights a method for creating a textured outer surface on nonwoven fibrous panels, utilizing needlepunching techniques and thermal processes to achieve a desirable architectural finish while keeping the outer surface free of thermoplastic fibers.
Career Highlights: Robert R. Walters currently works at Gates Formed-Fibre Products, Inc., where he applies his inventive expertise to develop cutting-edge fibrous materials. His work exemplifies the intersection of creativity and practicality, contributing valuable advancements to the industry.
Collaborations: In his professional journey, Walters has collaborated with notable colleagues, including Elwood G. Trask and Ronald W. Adams. Their combined efforts showcase a dynamic team dedicated to pushing the boundaries of fibrous material innovation.
Conclusion: Robert R. Walters is a prominent figure in the field of nonwoven fibrous materials, with a focus on innovative production methods that advance the industry. His latest patents reflect a commitment to ingenuity and practical application, solidifying his reputation as a skilled inventor.