Harlow B Christianson

Title: Harlow B Christianson: Innovator in Micro-fluidic Technology

Introduction

Harlow B Christianson, based in San Jose, California, is a prominent inventor recognized for her remarkable contributions to micro-fluidic technology. With a total of seven patents to her name, she has significantly advanced the field through innovative solutions tailored for fluid measurement and filtration systems.

Latest Patents

Among her latest patents is the "Micro-fluidic Anti-microbial Filter." This invention features a silicon-based filter membrane designed for micro-fluidic systems that includes strategically positioned holes. The membrane is developed on a silicon substrate and applies an anti-microbial coating layered between these holes, enhancing its capability to filter and purify fluids effectively. The patent outlines a comprehensive method for constructing the filter, which includes etching techniques and applying the anti-microbial coating for optimal functionality.

Another noteworthy invention is the "Fluid Flow Measurement Device." This device enables precise flow rate measurements and incorporates a sensor assembly with an intricate design that defines a first fluid flow passage. With upstream and downstream fluid pressure sensors, this patent showcases Harlow's ingenuity in creating practical and effective solutions in fluid dynamics.

Career Highlights

Harlow's professional journey includes significant stints at reputable companies such as Hospira, Inc. and Abbott Laboratories Corporation. These experiences have allowed her to hone her expertise in medical technologies and fluid systems, substantially influencing her innovative path.

Collaborations

Throughout her career, Harlow has collaborated with notable colleagues, including John M Sperinde and Steve T Cho. These partnerships have facilitated her growth as an inventor and contributed to her successful patent applications and developments.

Conclusion

Harlow B Christianson exemplifies innovation with her cutting-edge inventions in micro-fluidic technology. Her dedication to advancing medical and fluid systems has paved the way for new possibilities in various applications. With her continued contributions, she remains an influential figure in the world of inventions and patents.