Kate L Shreeve

Title: Inventor Profile: Kate L. Shreeve

Introduction

Kate L. Shreeve, an innovative inventor based in Portland, Oregon, has made significant contributions to the field of engineering through her patented inventions. With a total of two patented innovations under her belt, she has focused primarily on developing advanced wear assemblies for excavating equipment, demonstrating her expertise and commitment to enhancing industrial machinery performance.

Latest Patents

Kate's most recent patent revolves around a wear assembly designed with strain relief features. This innovative assembly serves to protect the exposed surfaces of excavating equipment, such as bucket lips. The wear assembly incorporates several key components, including a seat where loads are applied and welding flanges that flank the seat on either side. The presence of strain relief areas between the welding flanges and the seat is crucial, as it balances the stresses from loading, thereby minimizing the risk of cracking due to stress concentrations. Additionally, the strain relief can involve modifications to the material properties or the configuration of the component, which helps to reduce stiffness in the area between the weld flanges and the seat.

Career Highlights

Throughout her career, Kate has worked with notable companies, including Esco Corporation. Her role in these organizations has allowed her to apply her inventive skills in practical settings, showcasing her talent in addressing real-world challenges in engineering.

Collaborations

Kate has collaborated with esteemed coworkers such as Kevin S. Stangeland and Clinton A. Wood. These collaborations have further enriched her experience and influenced the development of her inventions, enabling innovative solutions within the industry.

Conclusion

In summary, Kate L. Shreeve stands out as a talented inventor with a focus on enhancing the functionality and durability of excavating equipment through her innovative designs. Her patents not only reflect her technical skills but also emphasize the importance of stress management in engineering components. With a dedication to innovation and collaboration, Kate continues to be a valuable contributor to the field of engineering.