James Miller

Title: James Miller - Innovator in Aquatic Pump Systems

Introduction

James Miller is a notable inventor based in Sanford, NC (US). He has made significant contributions to the field of aquatic applications through his innovative designs and solutions. With a total of 2 patents, Miller has focused on enhancing the efficiency and functionality of pumping systems.

Latest Patents

Miller's latest patents include the "Water Cooled Pump and Heat Transfer System" and the "Variable Speed Pumping System and Method." The water cooled pump system is designed for pumping water in pools and other flow systems. It features a pump, motor, electronic assembly, and a cooling system that effectively transfers heat from the pump to the process flow. The cooling system incorporates a heat-pipe arrangement that efficiently directs heat to one or more heat sinks.

The variable speed pumping system is tailored for aquatic applications and includes a motor and a variable speed drive. This system is designed to be coupled to a fluid circuit, providing enhanced control over the pumping process. The housing of the system is designed to enclose the motor and variable speed drive, featuring a drive cover and an end cover. A controller is integrated to manage the variable speed drive, while an electrical communication assembly is housed underneath the end cover, ensuring seamless operation.

Career Highlights

James Miller is currently employed at Pentair Water Pool and Spa, Inc., where he continues to innovate and develop advanced pumping solutions. His work has significantly impacted the efficiency of aquatic systems, making them more reliable and effective.

Collaborations

Miller collaborates with talented individuals such as Ryan Weaver and Robert W Stiles, Jr. These partnerships enhance the creative process and lead to the development of cutting-edge technologies in the field.

Conclusion

James Miller's contributions to the aquatic industry through his patents and innovative designs demonstrate his commitment to improving pumping systems. His work continues to influence the efficiency and functionality of aquatic applications, making him a key figure in this field.