Company Filing History:
Years Active: 2015-2017
Title: **Innovations of Daniel Pattie Gibson in Drive Belt Technology**
Introduction
Daniel Pattie Gibson, an accomplished inventor based in Höxter, Germany, has made significant contributions to the field of drive belt technology. With three patents to his name, Gibson's innovative ideas focus on enhancing the performance and durability of drive belts used in various applications. His work reflects a commitment to developing advanced materials that improve reliability and efficiency.
Latest Patents
Among Gibson's most notable innovations is the patent for a "Belt having a multilayer impregnated textile overlay." This inventive power transmission belt features a base made from polyurethane, complemented by a textile overlay that incorporates a first thermoplastic coating. This first coating undergoes infiltration into the textile and is strategically designed with a melting temperature ranging from 80°C to approximately 145°C. A second thermoplastic material, possessing a higher melting point, is then layered on top. This unique coating structure effectively reduces abrasion while preventing the polyurethane from passing through the belt, showcasing Gibson's focus on durability.
Another significant patent is the "Drive belt for transmitting a drive movement, and method for producing a drive belt." This invention involves a drive belt characterized by a flexible body with a tensile reinforcement made of a carbon cord. This carbon cord includes multiple twisted carbon fibers with interspersed cavities that can be filled with different materials. By charging some of these cavities with a rupture risk-reducing filler, Gibson enhances the belt's tensile strength and reliability. Remarkably, this carbon cord incorporates less than 0.2 mg of the belt body flexible material per millimeter of cord volume, exhibiting a refined approach to materials engineering.
Career Highlights
Daniel Pattie Gibson is associated with Arntz Beteiligungs GmbH & Co. KG, where he utilizes his inventive prowess to develop cutting-edge solutions in drive belt technology. His work at this company has allowed him to turn theoretical concepts into practical applications, underscoring the importance of innovative thinking in industrial settings.
Collaborations
Over the course of his career, Gibson has collaborated with various professionals in the fields of engineering and materials science. His partnerships have facilitated the cross-pollination of ideas, resulting in refined technologies that benefit multiple industries. His ability to work effectively with teams adds to his strength as an inventor and innovator.
Conclusion
Daniel Pattie Gibson's inventive spirit and focus on practical engineering solutions have led to significant advancements in drive belt technology. His three patents reflect a deep understanding of material science and engineering principles, positioning him as a key player in this specialized field. With his ongoing contributions, Gibson continues to influence the design and application of drive belts across various sectors, paving the way for future innovations.