Company Filing History:
Years Active: 2020
Title: Innovating Optical Sensing: The Contributions of Jin-Eui Lee
Introduction: Jin-Eui Lee, an accomplished inventor based in Seongnam-si, South Korea, holds a patent that showcases his expertise in electronic device innovation. As a key contributor at Samsung Electronics Co., Ltd., his work has significantly advanced the functionality and versatility of optical sensors in electronic devices.
Latest Patents: Jin-Eui Lee is credited with the innovative patent of an electronic device featuring an optical sensor. This device comprises a sophisticated lighting mechanism that emits light, coupled with a sensor layer containing an array of sensors. These sensors are adept at detecting first image information from light reflected by an object, allowing for a different representation of the object compared to what is visible to the naked eye. The inclusion of a filter layer with openings enhances the device's functionality, paving the way for various embodiments and applications.
Career Highlights: Jin-Eui Lee has made remarkable strides in the field of electronics, particularly in optical sensing technology. His role at Samsung Electronics Co., Ltd. highlights his position at the forefront of innovation, where he works to develop cutting-edge technology that enhances user experiences and supports new capabilities in electronic devices.
Collaborations: Throughout his career, Jin-Eui Lee has collaborated with talented peers such as Young-Min Seo and Young-Soo Lee. These collaborations have fostered an environment of creative synergy, enabling them to combine their skills and knowledge to drive advancements in their respective fields.
Conclusion: Jin-Eui Lee's contributions to electronic device innovation, particularly through his patented work on optical sensors, illustrate his significant impact on the technology landscape. As he continues to work with his colleagues at Samsung Electronics Co., Ltd., his inventions are likely to influence future developments in the industry, making real-time image detection and processing more accessible and efficient.