Paul David Smith

Title: Paul David Smith: Innovator in Pyrotechnic Valve Technology

Introduction

Paul David Smith, an accomplished inventor located in Camberley, GB, holds an impressive total of 12 patents. His inventive contributions, particularly in the field of valve mechanisms, showcase his expertise and innovation.

Latest Patents

Among Paul David Smith's most notable inventions is the **Pyrotechnic Valve**. This advanced valve is engineered for the controlled release of fire suppressants from a pressurized container. It features a diaphragm capable of perforating upon exposure to a shockwave generated by a pyrotechnic charge that combusts. The design includes a device that encases the charge within a hollow, elongate channel, ensuring that the combustion products are directed precisely onto the diaphragm's center for maximum efficiency.

Another significant patent is the **Frangible Plug for Use in a Valve Mechanism**. This inventive plug comprises two sections connected by a cylindrical sidewall. It incorporates means to apply force onto this sidewall, facilitating the fracturing of one section from the other. This innovation is crucial for applications where controlled release and pressure management are vital.

Career Highlights

Paul David Smith has contributed his talents to various esteemed companies, notably **Kidde Technologies Incorporated** and **Kidde Graviner Limited**. His work across these organizations underscores his commitment to developing cutting-edge technology that enhances safety and efficiency in fire suppression systems.

Collaborations

Throughout his career, Paul Smith has collaborated with notable professionals such as Paul Alan Rennie and Robert G Dunster. These partnerships have not only bolstered his innovations but also contributed to advancements in safety and engineering fields.

Conclusion

With a robust portfolio of patents and a dedication to innovation, Paul David Smith is a notable figure in the realm of valve technology. His inventions, particularly the pyrotechnic valve and frangible plug, reflect a significant contribution to enhancing safety mechanisms in various applications. The ongoing impact of his work will likely influence future developments in fire suppression and engineering fields.