Steven Hinkle

Title: Innovations by Steven Hinkle: A Geodesic System for Target Measurement

Introduction

Steven Hinkle is an innovative inventor based in Cary, NC (US). He has made significant contributions to the field of measurement technology with his unique patent. His work focuses on creating solutions that enhance the accuracy and efficiency of target measurement, particularly in situations where visibility is obstructed.

Latest Patents

Hinkle holds a patent for a geodesic system and method of use. This system is designed to measure the position of a target when it is obstructed from view by a station. The geodesic system includes a rod fastener positioned on a housing axis for selectively coupling a housing to a survey rod. The housing axis is collinear with a rod axis that is centrally positioned within the survey rod when the system is coupled. Additionally, the system features a cuboid-shaped station-scope for viewing the station along a station-line and the target along a target-line. The station-scope includes a mirror that equally bisects it, and the housing axis bisects the mirror at the intersection of the station-line and target-line. Furthermore, the system includes a rangefinder for aligning a laser with the target, with the laser originating along the housing axis.

Career Highlights

Throughout his career, Steven Hinkle has demonstrated a commitment to innovation and problem-solving. His patent reflects his ability to address complex challenges in measurement technology. Hinkle's work is characterized by a focus on practical applications that can significantly improve existing methodologies.

Collaborations

Hinkle collaborates with John Wallace Matthews, contributing to a dynamic work environment that fosters creativity and innovation. Their partnership enhances the development of new ideas and solutions in their field.

Conclusion

Steven Hinkle's contributions to measurement technology through his geodesic system patent exemplify his innovative spirit and dedication to improving target measurement methods. His work continues to influence the industry and inspire future advancements.