Hyung Suk Kim

Hyung Suk Kim, a prolific inventor with 47 patents, is a distinguished figure in the field of innovation. Hailing from Suwon, KR, Kim has made significant contributions to various technological advancements. His latest patents exemplify his expertise in developing cutting-edge solutions.

One of his recent patent applications involves the creation of particles designed to absorb GHz-band electromagnetic waves. These particles, represented by Formula 1 of SrRFeMO, consist of M-type hexaferrite as the main phase. With this invention, Kim has showcased his ability to engineer materials that can efficiently absorb electromagnetic waves, resulting in improved wireless communication and reduced interference.

Kim's other notable patent focuses on an apparatus for reducing noise in a gear pump through uneven pitch-simulated control. The invention involves employing a calculation unit to determine different control current values for each tooth of the gear pump based on factors such as teeth number, teeth order, and teeth angle. By varying the control current values, noise reduction can be achieved at different positions, contributing to quieter and more efficient gear pumps.

Over the course of his career, Kim has been associated with prominent companies in the automotive industry, including Hyundai Motor Corporation and Kia Motors Corporation. These renowned organizations have benefitted from his innovative mindset and intellectual prowess.

Among his colleagues, Hyung Suk Kim has had the privilege of working alongside individuals such as Hun Joo Hahm and Young Sam Park. Together, they have likely collaborated on various projects, combining their expertise and knowledge to drive advancements within their respective fields.

Hyung Suk Kim's accomplishments in the form of patents and inventions are a testament to his dedication to innovation. His contributions have undoubtedly left a lasting impact on technological progress, and his work serves as an inspiration to aspiring inventors and researchers in the field.