David C Twine

Title: Exploring the Innovations of David C. Twine

Introduction

David C. Twine, a prominent inventor based in Winston-Salem, NC, has made significant contributions to the fields of automation and computer-integrated manufacturing. With two patents to his name, Twine's work showcases his ability to blend engineering and innovative thinking to enhance productivity and efficiency in various systems.

Latest Patents

Twine’s latest innovations include an Automatic Vehicle Control System and a Computer Integrated Manufacturing System. The Automatic Vehicle Control System employs a dual computer setup, where a first computer communicates with automatic guided vehicles on a dedicated loop, storing vital information related to vehicle position. A second computer is tasked with determining vehicle destinations, ensuring that data pertaining to vehicle positions and destinations is efficiently exchanged between the two systems. This invention also incorporates a unique fast and slow polling routine, ensuring streamlined data transfer to vehicles based on their immediate needs.

The Computer Integrated Manufacturing System introduces multiple layers of computer control to better organize and disseminate information necessary for managing shop floor systems. The system generates comprehensive scheduling data as well as detailed specifications for processes, products, and materials. These details are refined and transmitted from upper-level computers to lower-level systems, allowing for seamless communication and coordination across different operational tiers.

Career Highlights

David C. Twine is currently employed at R.J. Reynolds Tobacco Company, where his innovative work has contributed to advancements in automated systems and manufacturing processes. His role in such a notable company exemplifies his dedication to engineering excellence and innovation.

Collaborations

Throughout his career, Twine has collaborated with talented colleagues, including Thomas W. Cearley and Marvin R. Martin. These collaborations have likely been instrumental in refining ideas and bringing innovative concepts to fruition within their fields.

Conclusion

David C. Twine's contributions through his patents reflect a commitment to advancing technology and efficiency in industrial applications. His work, grounded in practical engineering solutions, continues to influence the way industries approach automation and manufacturing challenges. As innovations evolve, inventors like Twine remain pivotal in shaping the future landscape of technology.