Shu Ono

Title: Innovations of Shu Ono in Textile Engineering

Introduction

Shu Ono is a notable inventor based in Okazaki, Japan, recognized for his contributions to textile engineering. He holds five patents that showcase his innovative approach to creating advanced textile materials. His work focuses on developing elastic yarns and fabrics that enhance the functionality and comfort of textiles.

Latest Patents

Shu Ono's latest patents include the "Composite Elastic Yarn and Manufacturing Method Thereof," "Stretchable Textile Fabric," and "Stretchable Knitted Fabric." The composite elastic yarn is designed to be made from a wide, stretchable textile fabric or stretchable knitted fabric. This innovative yarn is produced by drawing an elastic yarn at a first draft rate to create a precursor composite elastic yarn, which includes an inelastic yarn. The precursor is then drawn at a second draft rate, smaller than the first, to form a composite with removable inelastic yarn, resulting in stretchable textile and knitted fabrics. Another significant patent is the "Warp Backed Weave Denim," which features excellent stretchability. This denim incorporates a stretchable structure of twill or satin weave, with warps doubled to be exposed on both front and back surfaces of a weft yarn made from polyurethane fiber filament core spun yarn.

Career Highlights

Throughout his career, Shu Ono has worked with Nisshinbo Industries, Inc., where he has contributed to the development of innovative textile solutions. His expertise in textile engineering has led to advancements that benefit various applications in the industry.

Collaborations

Shu Ono has collaborated with notable colleagues, including Toshimitsu Musha and Yuichi Yanai, who have contributed to his projects and innovations in textile technology.

Conclusion

Shu Ono's work in textile engineering exemplifies the intersection of innovation and functionality. His patents reflect a commitment to enhancing the quality and performance of textile materials. His contributions continue to influence the industry and inspire future advancements.