Yeon Bin Son

Title: Yeon Bin Son: Innovator in Lens Module Assembly Optimization

Introduction

Yeon Bin Son is a notable inventor from Siheung-si, South Korea, recognized for his contributions to the optimization of lens module assembly. Holding two patents, his innovative techniques have the potential to significantly enhance the efficiency and effectiveness of lens module productions.

Latest Patents

One of Yeon Bin Son's most recent patents is a method and system for optimizing the assembly of lens modules. This method involves preparing a lens module that includes N lenses formed in cavities. The process begins by receiving characteristic information for at least N lenses, which are organized into N cavity groups, each comprising multiple cavities. The optimization strategy employs a past cavity selection result, alongside a fitness function that is configured based on the assembled N lenses or the prepared lens module. Additionally, a genetic algorithm plays a crucial role, allowing for the updating of chromosome entity information based on the fitness function. Ultimately, the process involves selecting optimal cavities informed by genetic data to improve the assembly outcome.

Career Highlights

Throughout his career, Yeon Bin Son has made impactful contributions while working at reputable institutions. He has notably been associated with Samsung Electro-Mechanics Co., Ltd., where he honed his skills in designing and optimizing lens systems. Furthermore, his collaboration with the Kyonggi University Industry & Academia Cooperation Foundation exemplifies his commitment to bridging academic research with practical applications in the industry.

Collaborations

Yeon Bin Son has collaborated with talented professionals including Hye Geun Min and Ye Rim Choi. Working alongside such skilled coworkers has fostered an enriching environment for innovation and creativity in developing optimized lens module technologies.

Conclusion

Yeon Bin Son stands out as an industrious inventor whose patents contribute significantly to advancements in lens module assembly. With a strong background in both the corporate and academic sectors, his innovative methods promise to enhance production efficiencies in the optical industry, marking him as a key figure in modern technological developments.