Jeremy Edmondson

Title: **Jeremy Edmondson: Innovator in Fluid Technology**

Introduction

Jeremy Edmondson, based in Midlothian, GB, is a notable inventor recognized for his groundbreaking work in the field of industrial systems. With a focus on optimizing hydraulic machinery, he has contributed significantly to technological advancements that enhance the efficiency of fluid working machines.

Latest Patents

Jeremy holds a patent for his innovative concept titled "Industrial system with synthetically commutated variable displacement fluid working machine." This invention details a sophisticated injection molding system or a water jet cutting machine that incorporates a synthetically controlled variable displacement fluid working machine. This machine efficiently outputs hydraulic fluid to various consumers, such as hydraulic rams or motors, using hydraulically stiff fluid retaining volumes, while also allowing for hydraulic fluid to be returned efficiently to the system. Notably, his design allows the working chamber to undergo a motoring cycle, enabling the machine to deliver more power than it consumes, showcasing remarkable advances in energy efficiency.

Career Highlights

Jeremy is currently employed at Artemis Intelligent Power Limited, where he applies his expertise to develop innovative fluid control technologies. His career is marked by a dedication to enhancing industrial machinery and making significant contributions to the engineering domain through his inventive solutions.

Collaborations

In his professional journey, Jeremy has had the pleasure of collaborating with talented individuals such as Niall James Caldwell and Alasdair Ian Fletcher Robertson. These partnerships have fostered an environment of creativity and innovation, enabling groundbreaking developments in hydraulic systems and their applications.

Conclusion

Jeremy Edmondson stands as a testament to the ingenuity and potential of inventors in modern engineering. His patented technology not only exemplifies innovation in fluid dynamics but also shapes the future of industrial automation and control. With his contributions, the landscape of hydraulic machinery continues to evolve, driven by committed inventors like him.