Stephen R Tarling

Title: **Innovative Solutions by Stephen R. Tarling**

Introduction

Stephen R. Tarling, a notable inventor based in Hatfield, Great Britain, has made significant contributions to the field of fastener technology. With a focus on enhancing the efficiency of fastener installation processes, Tarling has secured a patent that addresses a common issue faced in manufacturing environments.

Latest Patents

Stephen R. Tarling holds a patent for the invention titled "Discharge apparatus for discharging broken-off fastener parts." This innovative apparatus provides a solution for safely and efficiently removing broken-off parts, such as the stems of blind rivets, from fastener installation equipment. The system features a passageway through which these parts are conveyed away from the installation apparatus by an airflow generated from a vacuum pump. A discharge valve at the end of the passageway ensures that air does not enter the system, allowing for precise control of part removal.

The patent outlines a setup wherein an approach sensor detects a broken-off part approaching the discharge valve. This sensor is integrated with a latching relay unit and a control valve to activate a pneumatic ram that opens the discharge valve. During the discharge process, the vacuum pump is momentarily turned off to prevent any reverse airflow. Once the part exits the system, an exit sensor confirms the discharge and re-engages the vacuum pump, ensuring continuous operation without interruptions.

Career Highlights

Stephen R. Tarling is associated with Avdel Systems Limited, where his expertise in fastener technologies has contributed to the development of improved systems for industrial applications. His invention reflects a commitment to innovation, aimed at reducing downtime and enhancing the reliability of fastening processes in various manufacturing settings.

Collaborations

Although specific details regarding collaborations beyond his work at Avdel Systems Limited are not listed, Tarling's patent indicates a deep understanding of the interplay between technology and efficiency in fastener assembly. His contributions are poised to inspire further advancements in the field, potentially leading to future partnerships with research institutions and manufacturing companies.

Conclusion

Stephen R. Tarling exemplifies the spirit of invention through his practical solution to a prevalent problem in the manufacturing sector. His patent serves as an essential step in streamlining the fastener installation process, showcasing the significance of continuous innovation in industrial applications. As technology evolves, Tarling's work may pave the way for future developments and improvements in the sector.