Carol Weber

Title: The Innovative Path of Carol Weber: Revolutionizing Drive Systems

Introduction

Carol Weber, an inventive force based in Englewood, Colorado, has made significant contributions to the field of mechanical engineering, specifically through her innovative designs in drive systems. With one notable patent to her name, Carol's work embodies the blend of creativity and technical prowess essential for advancing machinery efficiency.

Latest Patents

Carol Weber holds a patent for a **Synchronous Belt Drive System**, which boasts a variety of high-tech features. This invention incorporates a synchronous belt with a tensile cord made from high-modulus fibers, such as glass, carbon, PBO, or aramid. The design includes a driver sprocket and at least one driven sprocket, with at least one being an obround sprocket. Additionally, it features a sophisticated tensioner that includes a cylindrical base with an eccentric arm, a torsion spring, and a pulley mechanism. This innovative arrangement allows for enhanced performance without axial displacement among critical components.

Career Highlights

Carol has dedicated her professional journey to The Gates Corporation, where she has honed her skills and knowledge in the field of mechanical design. Her commitment to innovation and excellence has not only earned her a patent but also established her reputation as an invaluable asset within the company.

Collaborations

In her role at The Gates Corporation, Carol collaborates with talented colleagues, including Min Gao and Cindy Decker. Together, they contribute to a dynamic work environment that fosters innovative solutions and continuous advancements in technology. Their shared expertise and collective effort are pivotal in driving developments that can reshape industry standards.

Conclusion

Carol Weber stands out as a remarkable inventor whose contributions to the synchronous belt drive system reflect her passion for technology and innovation. Her patent signifies not just a personal achievement but a step forward in mechanical engineering, underscoring the importance of creativity and collaboration in driving advancements. As she continues her journey, both Carol and her team are poised to inspire future innovations in the field.