Company Filing History:
Years Active: 2014-2015
Title: The Innovations of Mark D. Paine in Electrostatic Spraying Technology
Introduction
Mark D. Paine, an accomplished inventor based in London, GB, has made significant contributions to the field of electrostatic spraying technology. With a focus on producing controlled liquid dispensing systems, he holds two patents that showcase his innovative approach to the use of electrostatic forces in liquid applications.
Latest Patents
Mark D. Paine's latest inventions include an "Electrostatic Spraying Device and Method of Electrostatic Spraying" and an "Electrospray Device and Method of Electrospraying." The first patent presents a groundbreaking device designed for dispensing controlled volumes of liquid in pulses. This device features an emitter with a spray area, capable of injecting charges into the liquid, allowing for effective electrostatic spraying through controlled pulses. The second patent involves an apparatus tailored for dispensing liquid at a constant frequency, utilizing an electric field to draw the liquid to the spray area and enabling electrospray in consistent pulses.
Career Highlights
Mark currently works at Queen Mary & Westfield College, where he leverages his expertise to further advance research in electrostatic applications. His commitment to innovation in this area is evident through his pursuit of practical and efficient solutions for liquid dispensing technologies.
Collaborations
Throughout his career, Mark has collaborated with notable colleagues, including John P. W. Stark and Matthew S. Alexander. Their joint efforts have likely fostered an environment of creativity and knowledge sharing, contributing to the successful development of their patents.
Conclusion
In summary, Mark D. Paine is a pioneering inventor whose work in electrostatic spraying has paved the way for new innovations in liquid dispensing technology. His advancements not only demonstrate his technical expertise but also reflect the collaborative spirit of research and development within his field. Through his contributions, Mark continues to influence the direction of future electrostatic applications.