Xue-Song Scott Li

Title: Innovations by Inventor Xue-Song Scott Li

Introduction

Xue-Song Scott Li, an accomplished inventor based in Lexington, MA, has made significant contributions to the field of ultrasonic flow measurement. With two patents to her name, she has demonstrated her expertise in developing innovative solutions for accurately measuring fluid flow within conduits.

Latest Patents

One of her notable inventions is the "Ultrasonic Flow Rate Measurement Method and System." This method involves directing ultrasonic energy through a conduit along multiple paths to determine the flow rate of a fluid. By utilizing a range-gated Doppler technique, the velocity of the fluid is detected and measured at various points within the conduit. The velocities collected are then used to calculate the average flow rate of the fluid.

Another important patent by Xue-Song Scott Li is the "Low Power Ultrasonic Flow Meter." This innovative flow meter operates powered by a loop power supply, which provides a sufficient supply voltage. The system includes a processor for calculating flow rate, an ultrasonic transducer power circuit, and an ultrasonic transducer receiving circuit. To optimize performance, a power regulating circuit is incorporated, which adjusts the load voltage in response to control signals, reduces power consumption at predetermined points, and ensures efficient energy use.

Career Highlights

Throughout her career, Xue-Song Scott Li has worked with reputable organizations such as Panametrics, Inc. and General Electric Company. Her experiences at these companies have allowed her to hone her skills and contribute to advancements in ultrasonic flow measurement technologies.

Collaborations

In her professional journey, Xue-Song Scott Li has collaborated with talented colleagues, including Anthony Kowal and Benjamin Edward McDonald. Their combined expertise has likely played a role in the development of her innovative patented technologies.

Conclusion

Xue-Song Scott Li exemplifies the spirit of innovation through her work in ultrasonic flow measurement. Her patents not only showcase her technical skills but also contribute to advancements in measuring technologies. As she continues to push the boundaries of these innovations, her contributions will remain significant in the realm of fluid dynamics.