In-Sung Yeo

Title: Inventor Spotlight: In-Sung Yeo

Introduction

In-Sung Yeo, an innovative inventor based in Seoul, South Korea, has made significant contributions to dental technology. With a focus on enhancing dental prosthetics and mandibular movement simulation, he holds two patents that showcase his expertise in this specialized field.

Latest Patents

Yeo’s latest patents include a groundbreaking "Method for Designing Dental Prosthesis, Apparatus Therefor, and Recording Medium Having Same Recorded Thereon." This invention discloses an innovative method for designing dental prostheses by predicting sore spots on patients caused by dental prosthetics. Utilizing a sore spot distribution model developed from various data, the patent allows for digital design that improves prediction accuracy and speeds up the design of more appropriate prosthetics for patients.

Another noteworthy patent is the "Method for Simulating Mandibular Movement, Device for Same and Recording Medium for Recording Same." This invention focuses on simulating mandibular movements directly on a patient’s medical images, allowing for a representation closer to the actual situation. It overcomes the limitations of traditional mechanical approximations, enabling customized simulations tailored to the diverse states of patients and specific clinical cases.

Career Highlights

In-Sung Yeo has a diverse career background, having worked at Osstem Implant Co., Ltd. and Seoul National University R&DB Foundation. His work in these institutions has allowed him to further develop his innovative ideas and contribute to advancements in dental technology.

Collaborations

Throughout his career, Yeo has collaborated with notable colleagues, including Namkug Kim and Mooyong Park. These partnerships not only reflect his commitment to teamwork but also enhance the quality and impact of his inventions within the dental technology community.

Conclusion

In-Sung Yeo’s contributions to the field of dental technology through his patents exemplify the importance of innovation in improving patient care. His dedicated work continues to influence the landscape of dental prosthetics and mandibular movement simulation, establishing him as a key figure in this vital area of medical technology.