Hong Hie Lee

Title: **Innovator Profile: Hong Hie Lee**

Introduction

Hong Hie Lee, an accomplished inventor based in Seoul, South Korea, has made significant contributions to the field of optical technology. With a total of four patents to his name, Lee's work exemplifies innovation and advancement in material science and optics.

Latest Patents

One of his most recent inventions is an "Optical film with partially coated structure array and manufacturing method thereof." This invention relates to the creation of an optical film featuring a substrate that supports an array of structures. A material with different refractive properties is partially coated on the surface of these structures, allowing for varied transparency and asymmetric light transmission. This film holds great potential for applications in image devices, where adjustments to brightness and angle-specific image display are essential.

Another notable patent is the "Mold made of amorphous fluorine resin and fabrication method thereof." In this invention, a mold is created from amorphous fluorine resin to form a specific pattern on a substrate. The mold is crafted through a compression molding technique, utilizing a master mold with an intricate pattern structure.

Career Highlights

Hong Hie Lee has garnered experience working with innovative companies such as Minuta Technology Co., Ltd., and Snur & Db Foundation. His work within these organizations has further developed his expertise in optical technologies and material applications.

Collaborations

Throughout his career, Lee has collaborated with prominent individuals such as Dahl Young Khang and Youn Sang Kim. These partnerships have aided in advancing his projects and driving innovation within the field.

Conclusion

Hong Hie Lee's inventive spirit and commitment to innovation are clear through his patents and collaborations. As he continues to develop technologies that reshape our understanding of optical materials, Lee's contributions will likely have lasting impacts on the industry. His work not only enhances the functionality of optical devices but also opens new avenues for future research and application.