Xiangyou Yang

Title: Innovator Xiangyou Yang and His Contributions to Utility Metering Technology

Introduction

Xiangyou Yang, located in Chengdu, China, is an inventive mind recognized for his significant contributions to the field of utility metering. With a patent to his name, Yang has innovated an apparatus that harnesses micro-electro-mechanical systems (MEMS) technology to enhance the accuracy and efficiency of gas flow measurement in the utility sector.

Latest Patents

Yang's notable patent pertains to the development of MEMS utility meters equipped with integrated mass flow sensors. This invention addresses the need for improved measurement devices in an industry traditionally reliant on mechanical meters such as turbine and rotary meters. By incorporating a microfabricated silicon mass flow sensor, Yang's invention ensures a precise measurement of city gas flow rates within a medium pressure range.

The advantages of this innovative apparatus are manifold: it features low power consumption, a compact design, high reliability, and an extended dynamic measurement range. Additionally, the device is designed to provide stable flow conditioning, thus ensuring desired dynamic range capabilities. The high accuracy of this apparatus positions it perfectly for applications in custody transfer or tariff measurement within the utility industry.

Career Highlights

Yang is currently associated with M-Tech Instrument Corporation Holding Limited, where he continues to explore advancements in utility metering. His career is marked by a commitment to improving measurement technologies that significantly benefit the utility industry.

Collaborations

Throughout his career, Yang has collaborated with various professionals, including his coworkers Yong Feng and Sugang Jiang. Through these partnerships, he has engaged in collective efforts to enhance the functionalities and applications of MEMS technology in utility services.

Conclusion

Xiangyou Yang's contributions to the field of utility metering through his innovative MEMS utility meters signify a meaningful advancement in the industry. His work not only showcases his expertise as an inventor but also addresses critical challenges faced in utility measurement, paving the way for future technological enhancements in this sector.