Company Filing History:
Years Active: 1986
Title: Hoyt W Beam: Innovator in Textile Fabrication
Introduction
Hoyt W Beam is a notable inventor based in Concord, NC (US). He has made significant contributions to the textile industry, particularly in the fabrication of pillowcases. With a total of 2 patents to his name, Beam's innovations have streamlined manufacturing processes and improved product quality.
Latest Patents
Hoyt W Beam's latest patents include a "Method and apparatus for fabricating pillowcases with attached hems." This invention outlines a method for successively fabricating pillowcases from a continuous open width textile fabric. The process involves folding the leading end portion of the fabric over onto an adjacent trailing portion before transversely cutting it. This technique ensures accurate control and positioning of the edges of the upper and lower layers of the pillowcase blank.
Another significant patent is the "Apparatus for fabricating pillowcases." This invention describes a method for producing pillowcases from a continuous textile fabric, ensuring that each pillowcase has correctly aligned and stitched hemmed open ends, as well as side and bottom edges. The apparatus includes a folding station for aligning the hemmed blanks and a corner aligning station to detect and correct any misalignment.
Career Highlights
Hoyt W Beam has worked with Cannon Mills Company, where he has applied his innovative ideas to enhance production efficiency. His work has contributed to the advancement of textile manufacturing techniques, making him a valuable asset in his field.
Collaborations
Beam has collaborated with notable coworkers such as Gregory A Ball and Byron E Moore. Their combined expertise has likely fostered an environment of innovation and creativity within their projects.
Conclusion
Hoyt W Beam's contributions to the textile industry through his patents and collaborative efforts have made a lasting impact. His innovative methods for fabricating pillowcases demonstrate his commitment to improving manufacturing processes.