Thi Kim Trinh Tran

Title: **Inventor Spotlight: Thi Kim Trinh Tran**

Introduction

Thi Kim Trinh Tran is a notable inventor based in Undrumsdal, Norway. She holds a patent in the field of piezoelectric actuator technology, contributing vital advancements to this area. Her innovative work has implications for various applications in engineering and automation.

Latest Patents

Thi Kim Trinh Tran's patent, titled "Determining and applying a voltage to a piezoelectric actuator," focuses on methods for accurately determining and applying voltage to piezoelectric actuators (PEAs) to achieve desired displacement. The invention establishes a relationship between PEA displacement and voltage, taking into account transition times, particularly addressing issues such as piezo creep effects due to wear. This patented method enables the calculation of a compensated voltage relation, which enhances the actuator's performance and reliability.

Career Highlights

Currently, Thi Kim Trinh Tran is affiliated with Polight Asa, where she plays an essential role in the development of innovative actuator systems. Her work emphasizes precision in measurement and application of voltages, which is critical for ensuring the effectiveness of piezoelectric technology. Her dedication to research and development is evident in her significant contributions to the field.

Collaborations

Throughout her career, Thi Kim Trinh Tran has collaborated with talented professionals such as Lars Henriksen and Tore Svortdal. Together, they share a commitment to driving innovation and advancing technological solutions in their field. Their teamwork exemplifies how collaborative efforts can lead to groundbreaking inventions and improvements in engineering practices.

Conclusion

Thi Kim Trinh Tran stands out as a significant figure in the realm of inventions related to piezoelectric actuators. With her patented technology and ongoing work with Polight Asa, she continues to impact the field positively. Her innovations promise to enhance not just actuator systems but also broader applications across various industries, solidifying her status as an influential inventor in her domain.