Company Filing History:
Years Active: 2013
Title: The Innovations of Li-Min Fu in Liquid Crystal Display Technology
Introduction
Li-Min Fu is an accomplished inventor based in Hsin-Chu, Taiwan, recognized for his contributions to the field of liquid crystal display (LCD) technology. With a patent to his name, Fu has demonstrated his expertise and innovative mindset that has impacted the way LCD devices are driven and implemented in various applications.
Latest Patents
Li-Min Fu holds a patent titled "Liquid crystal display device and method for driving the same." This invention describes a method for operating an LCD device, which includes the utilization of a driving circuit with multiple data lines. These lines transfer data voltages to effectively drive the display unit, with adjacent data lines being supplied with voltages of opposite polarities. In this method, two adjacent pixel areas are combined into one pixel unit, and while adjacent pixel areas share the same polarity, adjacent pixel units operate with opposite polarities. This innovative approach enhances display capabilities and efficiency.
Career Highlights
Li-Min Fu is currently associated with Au Optronics Corporation, a leading company in the display technology sector. Throughout his career, Fu has been dedicated to advancing display technologies, contributing to the industry's evolution and continuous improvement of screen quality and performance. His work exemplifies the critical role of innovation within the tech landscape.
Collaborations
Fu collaborates with talented colleagues, including Chun-Hsin Liu and Chi-Wen Chen, who share a commitment to technological advancement. Their teamwork fosters a creative environment conducive to generating groundbreaking ideas and solutions in the display technology field.
Conclusion
Li-Min Fu's contributions to the liquid crystal display sector through his patented inventions signify a step forward in display technology. With his ongoing work at Au Optronics Corporation and collaborations with industry professionals, he continues to inspire future innovations that will shape how visual information is conveyed and experienced.