Company Filing History:
Years Active: 1999-2000
Title: **Innovative Mind: The Inventions of Ming-Shing Jou**
Introduction
Ming-Shing Jou is an inventive spirit residing in Tao-Yuan, Taiwan. With a remarkable ability to create technology that enhances measurement accuracy, he holds two patents that have significantly contributed to the field of inclination measurement.
Latest Patents
Jou's latest patents focus on methods and apparatuses for inclination measurement using the piezoelectric effect. The first patent describes a method that employs the piezoelectric effect to determine the angle between a reference plane and a target plane. This innovative approach allows for accurate measurements of inclination and leveling purposes, featuring a simple structure without limitations in measurement range or environmental conditions. The advantages of this method include compactness, quick and accurate measurements, as well as ease of multiaxial measurement.
Similarly, his second patent details an apparatus utilizing the same piezoelectric effect for inclination measurement. Like the method, this apparatus boasts a straightforward architecture, no restrictions on measurement range, and reduced limitations regarding the surrounding environment. The apparatus benefits from fast and precise measurements, making it ideal for various applications.
Career Highlights
Ming-Shing Jou is a key member of the Chung Shan Institute of Science and Technology. His work there reflects his commitment to advancing measurement technologies, demonstrating his expertise and innovative flair in the field.
Collaborations
Throughout his career, Jou has worked alongside talented colleagues, including Chung-I Chiang and Chih-Wen Hsieh. These collaborations have likely fueled his creativity and contributed to the success of his inventions.
Conclusion
Ming-Shing Jou stands as a prominent inventor in the realm of measurement technologies. His patents on inclination measuring methods and devices showcase his ingenuity and dedication to making accurate measurements accessible. The impact of such innovations is sure to resonate in various industries, reflecting Jou's significant contributions to the field.