Company Filing History:
Years Active: 2018-2019
Title: Seok Ho Nam: Innovating with Superconducting Coils and Current Leads
Introduction:
In the world of technology and innovation, pioneers like Seok Ho Nam are shaping the future with groundbreaking inventions. Hailing from Chungcheongbuk-do, South Korea, Seok Ho Nam has made significant contributions to the field, particularly in the realm of superconducting coils and current leads. This article will delve into his notable patents, including an apparatus for generating momentum using superconducting coils and a current lead wire utilizing superconducting tape. We will also explore the companies he has been associated with and the notable individuals he has collaborated with.
Patent: Apparatus and Method of Generating Momentum Using Superconducting Coils
In one of his recent patents, Seok Ho Nam introduces an innovative approach to generate momentum for driving an object. This apparatus utilizes a pair of high-temperature superconducting coils, wound in different directions and possessing distinct superconducting properties. By arranging these coils in parallel and ensuring the same current flow in both, magnetic fields generated by the coils are effectively canceled out, resulting in a stable state. Through a switching operation, an asymmetric current is suddenly applied to the coil pair, generating a magnetic field. The magnetic field induces an eddy current in a plate, causing the plate to float using the repulsive force between the eddy current's magnetic field and the magnetic field generated by the coil pair. With this setup, small amounts of superconducting coils can generate powerful forces instantaneously.
Patent: Superconducting Tape Current Leads
Seok Ho Nam's invention of the current lead wire using superconducting tape exhibits his expertise in this field. This current lead wire consists of three components: a first superconducting tape that electrically connects the first and second terminals, a second superconducting tape parallel to the first, also connecting the same terminals, and a third superconducting tape connecting the first and second tapes. By utilizing superconducting tape, this technology allows for efficient transmission of electrical current while minimizing energy losses and achieving superconductivity benefits.
Professional Experience:
Throughout his career, Seok Ho Nam has collaborated with various organizations in his pursuit of innovation. Notably, he has worked with the Industry-Academic Cooperation Foundation, Yonsei University, and the Industry-Academic Cooperation of Yonsei University. These institutions have provided valuable resources and platforms for him to conduct research, develop his inventions, and contribute to the scientific community.
Collaborators:
Innovation often flourishes through collaborative efforts. Seok Ho Nam has had the opportunity to work alongside respected colleagues such as Tae Kuk Ko and Ji Ho Lee. Together, they have likely combined their expertise, knowledge, and innovative ideas to push technological boundaries and create remarkable inventions.
Conclusion:
Seok Ho Nam's passion for technological advancements and his contributions to the field of superconducting coils and current leads serve as a testament to his expertise and dedication. Through his patents and collaborations, he has made significant strides in generating momentum using superconducting coils and developing efficient current leads using superconducting tape. With a career encompassing prestigious institutions and influential colleagues, Seok Ho Nam continues to drive innovation forward, leaving a lasting impact on the world of inventions and patents.