Patricia L Palmby

Title: Innovations by Patricia L Palmby: A Pioneer in Filter Arrangements

Introduction

Patricia L Palmby is an accomplished inventor based in Wayzata, MN, known for her contributions to filtration technology. With a total of two patents to her name, she has made significant advancements in the field, particularly in developing innovative filter arrangements for liquids.

Latest Patents

Patricia's latest patents revolve around a filter cartridge that enhances liquid filtration efficiency. The design includes a media construction, housing, and a uniquely engineered first end construction. This construction features an outer radial wall with circumferentially spaced connecting sections. Each section is equipped with multiple helical profiles extending at a precise helix angle. The cartridge is designed for easy attachment to a filter head, which possesses mating connecting segments. Furthermore, the invention also incorporates a bowl cartridge assembly that includes connecting sections featuring similar helical profiles, promoting a robust and effective filtration process.

Career Highlights

Currently, Patricia is employed at Donaldson Company, Inc., a renowned firm known for its innovative air and liquid filtration solutions. Her work at Donaldson Company has established her as a key player in the engineering and development of advanced filtration products, contributing not only to the company’s success but also to the industry at large.

Collaborations

Patricia has collaborated with talented professionals throughout her career, including notable coworkers such as Kurt Joscher and Mark C Shepherd. These collaborations have enabled her to enhance her inventions and ensure that her patents address practical, real-world challenges within the filtration sector.

Conclusion

Patricia L Palmby’s innovative spirit and dedication to enhancing filtration technology through her patents exemplify her role as a forward-thinking inventor. Her work continues to influence the filtration industry, making significant strides toward more efficient and effective solutions for liquid filtration challenges. As technology evolves, Patricia’s contributions will likely pave the way for further advancements in this essential field.