Company Filing History:
Years Active: 2012-2013
Title: **Jyh-Jong Sheen: Innovator in Fluid Dynamics**
Introduction
Jyh-Jong Sheen is a noteworthy inventor based in Keelung, Taiwan, recognized for his contributions to the field of fluid dynamics through two significant patents. His innovative work is aimed at improving methodologies in particle image analysis and fluid manipulation, reflecting his commitment to advancing technology in scientific applications.
Latest Patents
Jyh-Jong Sheen holds two notable patents:
1. **Micro particle image velocimetry, and particle image-capturing method thereof** – This invention encompasses a particle image-capturing method that utilizes a light-emitting diode unit to illuminate fluid, causing particles to scatter the emitted light. The method controls an image-capturing unit to capture these images, which is executed through a microscope, allowing for enhanced analysis in fluid dynamics.
2. **Bi-directional continuous peristaltic micro-pump** – This patent describes a bi-directional continuous peristaltic micro-pump featuring a substrate, an actuating mechanism, and a fluid channel. The actuating mechanism consists of two slanted membranes that enable continuous motion by inflating chambers formed between the membranes and the substrate, thus facilitating the flow of working fluid.
Career Highlights
Jyh-Jong Sheen is affiliated with the National Taiwan Ocean University, where he engages in research and development that focuses on advancements within the oceanographic and environmental sciences sectors. His practical approach to problem-solving and innovation makes him a vital asset to his institution.
Collaborations
Throughout his career, Jyh-Jong Sheen has collaborated with esteemed colleagues, including Shenq-Yuh Jaw and Tsu-Hung Huang. Their combined expertise fosters an environment rich in research and innovation, heightening the potential for impactful discoveries and advancements.
Conclusion
In summary, Jyh-Jong Sheen is a prominent inventor whose work in micro particle image velocimetry and micro-pump technology exemplifies the intersection of engineering and scientific inquiry. His contributions significantly enhance the understanding and manipulation of fluid dynamics, underpinning important advancements within related fields.