Company Filing History:
1 out of 832,912 Years Active: 2002
Title: **Ick Hyun Kim: Innovator in Seismic Load Transmission Systems**
Introduction
Ick Hyun Kim, hailing from Seoul, South Korea, is recognized for his contributions to structural engineering through innovative patent applications. With a keen focus on enhancing the safety and efficiency of bridge structures, Kim seeks to address critical challenges posed by seismic forces.
Latest Patents
Ick Hyun Kim holds a patent for a pioneering "Seismic Load Transmitting System Based on Impact Mechanism for Multi-Span Continuous Bridges." This invention involves an advanced system where impact assemblies are connected to the bridge’s superstructure. These assemblies collide with movable support piers when seismic loads induce longitudinal displacements, thereby effectively transmitting the seismic load. The unique design also incorporates impact receiving assemblies in the movable piers which absorb the impact force, enabling a dual-channel transfer of seismic loads to both fixed and moving support piers. The curvature of the contact plate in the impact receiving assembly is meticulously designed to optimize the transmission process.
Career Highlights
Throughout his career, Ick Hyun Kim has demonstrated a strong commitment to enhancing civil engineering practices. His innovative work in seismic load transmission systems showcases a blend of theoretical knowledge and practical application. His patent not only aims to improve the resilience of multi-span continuous bridges but also reflects his dedication to advancing public safety in infrastructure.
Collaborations
Ick Hyun Kim has collaborated with Jae Kwan Kim, a fellow innovator and engineer, to further develop and refine seismic safety technologies. Their partnership emphasizes the importance of teamwork in research and development, driving impactful solutions within their field.
Conclusion
Ick Hyun Kim stands out as a significant figure in the realm of engineering innovation, particularly in the development of systems that enhance the safety of bridge structures against seismic activities. As he continues to push the boundaries of engineering, his contributions are sure to influence future advancements in the field.