Daejeon, South Korea

Jin Mi Jung

USPTO Granted Patents = 12 

 

Average Co-Inventor Count = 4.7

ph-index = 1

Forward Citations = 3(Granted Patents)


Company Filing History:


Years Active: 2014-2024

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12 patents (USPTO):Explore Patents

Title: Innovator Jin Mi Jung: Pioneering Methods in Material Joining

Introduction: Jin Mi Jung, an accomplished inventor based in Daejeon, South Korea, has made significant contributions to the field of materials engineering. With a remarkable portfolio of 12 patents, Jin Mi Jung has focused on innovative methods for joining diverse materials, enhancing the capabilities of various applications in industries.

Latest Patents: Among her latest inventions, Jin Mi Jung developed a patent titled "Method of manufacturing heterogeneous material joined body." This method involves irradiating the surface of a glass layer with a first laser to create etched lines, followed by applying a resin layer and using a second laser to ensure a seamless bond between the resin layer and the glass. Another notable patent is the "Method for producing joined body of different materials and joined body of different materials," which facilitates the easy joining of multiple resin layers as well as the integration of resin with metal components.

Career Highlights: Jin Mi Jung has significantly impacted her industry during her career. She has worked with renowned companies such as LG Chem Ltd and LG Hausys Ltd, where she applied her expertise in advanced material technologies. Her innovative approach to solving complex engineering challenges has not only earned her recognition but also advanced the understanding of material bond techniques.

Collaborations: Throughout her career, Jin Mi Jung has collaborated with fellow inventors and professionals, including Bu Gon Shin and Jae Jin Kim. These partnerships have resulted in enhanced research and development efforts aimed at improving material joining techniques and innovation in product designs.

Conclusion: Jin Mi Jung stands out as an inventive force in the realm of material engineering. Her advancements in methods for joining heterogeneous materials highlight her commitment to innovation and her potential to influence future developments in the field. As she continues her work, the industry can anticipate further breakthroughs that will redefine material interactions.

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