Company Filing History:
Years Active: 2020-2025
Title: Inventor Spotlight: Chad Michael Clark
Introduction: Chad Michael Clark is a prolific inventor based in Stamping Ground, Kentucky, known for his innovative contributions in fastening systems. With a notable portfolio comprising eight patents, he has significantly impacted the field with his inventive approaches and methodologies.
Latest Patents: Some of Chad's most recent patents exemplify his ingenuity. One of his latest inventions, titled "Method of Retaining a Sleeve with Low Force," introduces a fastening system designed for coupling a first component to a stud or shaft through a sleeve assembly. This inventive system includes an upper sleeve component that defines an upper sleeve opening, a lower sleeve component with a flexible tab mechanism, and a nut designed to engage the stud effectively.
Additionally, in his patent for "Pre-Captured Push Retainer," Chad has developed a system and method for coupling two panels using a dynamic push retainer. This innovative component features an annular body with flexible tabs and legs, allowing for an efficient assembly process. These designs reveal Chad's commitment to enhancing practical applications in mechanical coupling.
Career Highlights: Chad Michael Clark is associated with Illinois Tool Works Inc., a leading company specializing in various industrial products and solutions. His work within this esteemed organization has provided him the platform to further his innovative ideas while creating impactful inventions that streamline processes.
Collaborations: Throughout his career, Chad has collaborated with Michael Fullerton, leveraging their collective expertise to push the boundaries of engineering and innovation. Their partnership has contributed to the success of their projects and the advancement of technologies within their field.
Conclusion: Chad Michael Clark stands out as an influential inventor whose contributions to fastening systems showcase his technical expertise and innovative mindset. With a total of eight patents, his work continues to impact the industry, offering efficient solutions that inspire future advancements in mechanical design.