Company Filing History:
Years Active: 2023
Title: Innovations by Randall Harward in Garment Stabilization
Introduction
Randall Harward is an innovative inventor based in Ojai, California. He has made significant contributions to the field of garment construction, particularly in the stabilization of insulation materials. His work focuses on enhancing the durability and functionality of garments through advanced methods.
Latest Patents
Randall Harward holds a patent for "Methods for stabilizing and garments including stabilized quilted insulation." This patent discloses methods for stabilizing insulation and constructing garments from the insulation. The methods include arranging fibers into a plurality of bundle structures, which may consist of synthetic fibers. The process involves receiving these bundle structures into bundle channels formed by tacks, allowing for uniform distribution prior to stitching quilting stitch lines. The quilting stitch lines, which are orthogonal to the longitudinal axis of the bundle structures, provide both lateral and longitudinal stabilization of the uniform density of the bundle structures. The distance between the quilting stitch lines is determined by the loft of the fibers and the required durability of the garment.
Career Highlights
Randall Harward is associated with Patagonia, Inc., a company known for its commitment to environmental sustainability and innovative outdoor apparel. His work at Patagonia reflects the company's ethos of creating high-quality, functional garments that meet the needs of outdoor enthusiasts.
Collaborations
Some of Randall's coworkers include Kevin Wellhausen Dee and Tetsuya O'Hara, who contribute to the collaborative environment at Patagonia, fostering innovation in garment technology.
Conclusion
Randall Harward's contributions to garment stabilization through his patented methods exemplify the intersection of innovation and functionality in the apparel industry. His work continues to influence the design and construction of high-performance garments.