Kyle M Krisher

Title: The Innovative Contributions of Kyle M. Krisher

Introduction

Kyle M. Krisher is a notable inventor based in Waterloo, Iowa, whose expertise lies in the field of reciprocating piston engines. With a keen insight into engine mechanics and diagnostics, she has made significant contributions to the automotive and engine design industries through her innovative approach to assessing cylinder health.

Latest Patents

Krisher holds a patent titled "Determining Cylinder Health in a Reciprocating Piston Engine." This invention encompasses computer-implemented methods, program products, and systems designed for evaluating cylinder health characteristics. The technology focuses on a piston-cylinder assembly where, during operation, the crankshaft is rotated in both directions to generate data sets that capture piston positions and pressure readings. By analyzing the symmetry of these data sets, her invention effectively determines the overall health of the piston-cylinder assembly, enhancing engine diagnostics and efficiency.

Career Highlights

Krisher is associated with Deere & Company, a leading firm in agricultural and construction machinery. Her work at Deere exemplifies her commitment to advancing engineering solutions that improve equipment performance. Through her innovative patents, she has helped enhance the reliability and longevity of engines, contributing to the overall success of the company.

Collaborations

In her journey as an inventor, Kyle has collaborated with esteemed coworkers, including George P. Lysenko and Kevin A. Price. This teamwork exemplifies the importance of collaboration in driving innovation forward in complex engineering fields and highlights the diverse expertise required to develop impactful solutions.

Conclusion

Kyle M. Krisher's contributions through her patent in the area of reciprocating piston engines showcase her innovative spirit and technical acumen. As she continues her work with Deere & Company, her advancements hold promise for the future of engine diagnostics and efficiency, further solidifying her status as an influential inventor in her field.