Liji Huang

Title: Innovations and Contributions of Liji Huang in Fluidic Measurement Technologies

Introduction

Liji Huang, an accomplished inventor based in San Jose, California, holds an impressive portfolio of 50 patents. His innovative work primarily revolves around fluid measurement technologies, showcasing his expertise in micro-machined devices. Huang's latest endeavors reflect significant advancements in the field, particularly through his contributions to mass flow control systems.

Latest Patents

One of Liji Huang's most recent patents is the MEMS mass flow controller, which includes a micromachined thermal time-of-flight fluidic concentration metering device. This invention features a unique design that fully utilizes micro-machined thermal time-of-flight sensing elements. The device's structure incorporates an identical sensing chip positioned differently within the fluidic measurement chamber, enabling simultaneous measurement of fluidic concentration and flow rate. Additionally, by integrating a temperature thermistor on the same sensing chip, this innovative device provides critical processing parameters applicable to various fluidic applications.

Career Highlights

Throughout his career, Liji Huang has made notable contributions while collaborating with reputable companies such as Siargo Ltd. and Seagate Technology Incorporated. His work has significantly impacted the development of innovative solutions in fluidic measurement, further establishing his reputation as a forward-thinking inventor.

Collaborations

Liji Huang has had the opportunity to work alongside esteemed professionals in his field, including Chih-Chang Chen and Yahong Yao. This collaborative environment has likely fueled innovation and creativity in his projects, allowing for the successful launch of various patented technologies.

Conclusion

Liji Huang's impressive array of 50 patents and his ongoing commitment to innovation in fluid measurement technologies underscore his role as a leading inventor in his field. His advancements, particularly in mass flow control and fluidic concentration measurement, continue to shape the future of engineering and technology, making significant contributions to both academia and industry.