David Butz

Title: The Innovative Contributions of David Butz

Introduction

David Butz is a notable inventor based in Groton, MA (US). He has made significant contributions to the field of fluid dynamics through his innovative designs. His work primarily focuses on the development of advanced pumping systems that enhance efficiency and functionality.

Latest Patents

David Butz holds a patent for a pulsatile fluid pump system. This system includes a pump-valving assembly that features a chamber and a diaphragm assembly coupled to the chamber, which consists of a flexible diaphragm. The design integrates the diaphragm assembly and the pump-valving assembly into a single unit, enhancing its operational efficiency. The system is powered by a linear motor that includes a magnet and a coil, with the magnet moving in relation to the coil. The coil has an electrical input, and the system also features a control housing that is rigidly coupled to the linear motor. A controller system is included, which has an electrical output connected to the coil's electrical input. This controller system defines an electrical waveform at the output to facilitate the desired operation of the diaphragm. The integral pump assembly is designed to be removably coupled to the control housing, and the diaphragm assembly can also be easily detached from the linear motor.

Career Highlights

David Butz is currently employed at Ventriflo, Inc., where he continues to innovate and develop new technologies. His work at Ventriflo has allowed him to apply his expertise in fluid dynamics and contribute to the advancement of pumping systems.

Collaborations

Throughout his career, David has collaborated with talented individuals such as Douglas E. Vincent and Brian Bailey. These collaborations have fostered a creative environment that encourages innovation and the development of cutting-edge technologies.

Conclusion

David Butz is a prominent inventor whose work in pulsatile fluid pump systems showcases his commitment to innovation. His contributions to the field are significant and continue to influence advancements in fluid dynamics.