Company Filing History:
Years Active: 2007
Title: Profile of Inventor Hee Suck Song: Innovations in Superconducting Technology
Introduction: Hee Suck Song is an innovative inventor based in Changwon-si, South Korea. With a focus on superconducting technology, Song has contributed significantly to advancements in this field through his patented inventions.
Latest Patents: Hee Suck Song holds a patent for a groundbreaking invention titled "Superconducting Wire Transposition Method and Superconducting Transformer Using the Same." This invention reveals a superconducting wire transposition method that enables the formation of transpositions without bending or welding superconducting wires, thus preserving their superconductivity. The method involves different winding start positions of at least two disks wound with parallel superconductive wires, and utilizes various superconducting wires as conductors connecting the disks. By allowing some disks to be rotatably assembled in pairs, Song's method facilitates the formation of transpositions while maintaining the total number of windings.
Career Highlights: Hee Suck Song is associated with Hyosung Corporation, where he continues to advance the field of superconductivity. His contributions to the company and the technical community underscore his role as a key figure in this domain of industry.
Collaborations: Throughout his career, Hee Suck Song has worked with talented colleagues, including Woo Heng Heo and Jung Ho Park. Their collective efforts contribute to the innovative environment at Hyosung Corporation, enhancing research and development in superconducting technologies.
Conclusion: Hee Suck Song's dedication to innovation in superconducting technology is reflected in his patent and collaborative efforts at Hyosung Corporation. His work not only showcases individual brilliance but also highlights the importance of teamwork in advancing scientific and technical knowledge. As the demand for advanced superconducting solutions grows, Song remains a significant contributor to this evolving field.