Mesa,, AZ, United States of America

Scott David Cokeing


Average Co-Inventor Count = 5.0

ph-index = 1

Forward Citations = 16(Granted Patents)


Company Filing History:


Years Active: 1998

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1 patent (USPTO):Explore Patents

Title: **Scott David Cokeing: Innovator in Composite Bow Limb Design**

Introduction

Scott David Cokeing is an inventive force based in Mesa, Arizona. He has made significant contributions to the field of archery through his patented innovation—a composite bow limb that enhances performance and durability. With one patent to his name, Cokeing's work showcases advancements in materials and design within the archery industry.

Latest Patents

Cokeing's notable patent is for a composite bow limb, which is primarily made of thin sheets of resin impregnated laminates. This optimized design incorporates a unique method of laminate distribution throughout the limb, aiming to equalize stress and improve the stiffness, particularly in the fork section. By varying the thickness of the laminate stack—some areas featuring more fabric weaves than others—his invention promotes greater performance and reliability in bow limbs. The process involves applying heat and pressure to cure the laminates within a specially designed mold, resulting in a high-quality, optimized bow limb.

Career Highlights

Scott David Cokeing works at Indian Industries, Inc., where he contributes his expertise in materials science and engineering towards the development of innovative products. His patent reflects a blend of creativity and engineering skill, aiming to push the boundaries of traditional bow manufacturing techniques.

Collaborations

Cokeing collaborates with talented colleagues such as James R. Allshouse and Christopher Peter Petrole. Together, they work on projects that contribute to innovative advancements in the archery domain. Their combined knowledge and skills enable them to tackle challenges and develop new technologies that influence the industry.

Conclusion

Scott David Cokeing stands out in the field of innovation with his contributions to composite bow design. His work not only improves performance for archers but also showcases the importance of material optimization in engineered products. As he continues to refine his inventions alongside his collaborators, the future holds promising developments for both him and the archery community.

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