Richard H Price

Title: **Innovator Spotlight: Richard H. Price**

Introduction

Richard H. Price is a noteworthy inventor based in Salt Lake City, UT, with a portfolio of two significant patents. His inventions showcase a blend of electrostatic and mechanical systems, demonstrating innovative approaches to motion and positioning technology.

Latest Patents

One of Richard's latest inventions is the **Eccentric Motion Motor**. This motor features a hollow cylindrical stator housing a cylindrical armature that rolls within. The stator's inner wall is equipped with elongate conductive strips, which are strategically positioned to create electrostatic forces that draw the armature and enable its rolling motion. The armature can be constructed from either conductive or dielectric materials, adding versatility to its application.

Another notable patent is the **Micropositioner Systems and Methods**, which is designed to control the position and movement of an object across six degrees of freedom. This system utilizes an armature with a distribution of electric charge, complemented by magnetized regions. The base of the system is equipped with components that can actively manipulate the armature's position, providing both automatic and manual control. Additionally, the base includes sensors for precise positioning, ensuring stability and accuracy in movement.

Career Highlights

Throughout his career, Richard H. Price has contributed to advanced technologies while working at Sarcos Corporation and Sarcos Group. His experiences in these organizations have undoubtedly shaped his inventive mindset, allowing him to develop pioneering solutions in electromechanical systems.

Collaborations

Richard has collaborated with notable individuals in the field, including Stephen C. Jacobsen and John E. Wood. Their shared expertise and innovative spirit likely fueled the development of groundbreaking ideas that have advanced the technology landscape.

Conclusion

Richard H. Price exemplifies the spirit of innovation, with his inventive contributions reflecting a deep understanding of physics and engineering principles. His work, particularly in the realms of motion control and electrostatic systems, continues to influence the development of new technologies in various industries.