Company Filing History:
Years Active: 2016-2019
Title: Innovative Contributions of Daryl L Gibson in the Tufting Machine Industry
Introduction
Daryl L Gibson is a notable inventor based in Dayton, Tennessee, recognized for his significant contributions to the tufting machine sector. With a total of three patents to his name, Gibson has demonstrated a commitment to advancing technology in textile machinery.
Latest Patents
Gibson's most recent innovation is the tufting machine drive system. This invention involves a tufting machine equipped with a needle bar that carries multiple needles, enabling them to reciprocate into and out of a base material. The system features a sliding needle bar shift mechanism that allows for lateral movement of the needle bar according to a specific pattern. With the use of a unique drive system, comprising a first directional drive component attached to a push rod of the tufting machine and a second directional drive component that connects to the shift mechanism, the design ensures that the motion of the needle bar in various directions is controlled efficiently. This innovative mechanism also allows for increased operating speeds, enhancing the overall performance of tufting machines.
Career Highlights
Daryl L Gibson currently works at Card-Monroe Corporation, where he focuses on developing innovative machinery solutions. His tenure at the company highlights his dedication to improving tufting technology, and his inventions continue to influence the industry.
Collaborations
During his career, Gibson has collaborated with talented individuals such as Marshall Allen Neely and Ricky E Mathews. Their collective efforts contribute to the ongoing advancement of tufting machine technology, showcasing the importance of teamwork in innovation.
Conclusion
Daryl L Gibson's inventive spirit and commitment to enhancing tufting machinery demonstrate the vital role of innovation within the textile industry. With his groundbreaking designs and collaborative efforts, he continues to pave the way for future advancements, proving that the potential for improvement in machine technology is ever-present.