Company Filing History:
Years Active: 2015-2017
Title: Innovations by Inventor Michael Roland Clements
Introduction
Michael Roland Clements is a noteworthy inventor based in White Pigeon, Michigan. He holds two patents that demonstrate his remarkable contributions to filtration technology, showcasing his ingenuity and problem-solving skills in the field of engineering.
Latest Patents
One of his significant inventions is the "Servo-controlled backwash filter system." This innovative filtration unit comprises multiple filter housings, each equipped with a cylindrical shell featuring lower and upper ports, along with a filter element. It efficiently directs fluid through the filter housing in both filtering and backwashing cycles. Additionally, the system integrates a diverter and a servomechanism that rotates the diverter, enabling selective connection to a drain port for effective backwashing.
Another notable invention is the "Backwashing fluid filtering system." This system enables a filter cartridge with an array of filter media tubes to be remotely back flushed during operation. By utilizing a rotary valving element, it allows for the sequential flushing of the tubes, facilitating the removal of trapped filtered material without interrupting the overall filtering flow of the array.
Career Highlights
Michael Clements is associated with Eaton Corporation, a global leader in electrical and industrial solutions. His role there has allowed him to further refine his skills and contribute to vital technological advancements in filtration systems.
Collaborations
Throughout his career, Michael has worked alongside skilled professionals such as Craig James Annable and John Henry Burczyk. These collaborations have fostered an environment of creativity and innovation, driving the development of effective filtration technologies.
Conclusion
In conclusion, Michael Roland Clements is a dedicated inventor whose work in filtration technology is exemplified by his valuable patents. His innovative designs not only enhance filtering efficiency but also illustrate the significant advancements being made in this essential field.