Ziyang Li

Title: Innovations by Ziyang Li in High Voltage Protection Technologies

Introduction

Ziyang Li is an accomplished inventor based in Spring, TX (US), known for his contributions to high voltage protection technologies. He holds a total of 3 patents that showcase his innovative approach to solving complex engineering challenges in the energy sector.

Latest Patents

One of Ziyang Li's latest patents is titled "High voltage protection and receiver saturation prevention apparatus with high voltage peeking functions for downhole logging." This invention involves a system designed to protect high voltage components by utilizing a high voltage protection module that is electrically connected to both a transmitter and a receiver module. The method includes disposing of a downhole tool into a wellbore and transmitting an excitation signal as a high voltage pulse, which is then managed to prevent saturation of the receiver.

Another significant patent is "Echo velocity measurements without using recessed ultrasonic transceiver." This system aims to determine borehole shapes using a measurement assembly that features a transducer flush with the housing's outer surface. The method involves transmitting an excitation from the transducer into the wellbore, where it reflects off the wellbore wall, providing valuable data for analysis.

Career Highlights

Ziyang Li is currently employed at Halliburton Energy Services, Inc., where he applies his expertise in high voltage protection systems. His work has significantly contributed to advancements in downhole logging technologies, enhancing the safety and efficiency of energy extraction processes.

Collaborations

Ziyang has collaborated with notable colleagues, including Peng Li and Chung Lung Chang, who share his commitment to innovation in the energy sector.

Conclusion

Ziyang Li's innovative patents and contributions to high voltage protection technologies reflect his dedication to advancing engineering solutions in the energy industry. His work continues to influence the field and improve operational safety and efficiency.