Hsin-Chu, Taiwan

Su-Yi Lin

USPTO Granted Patents = 11 

Average Co-Inventor Count = 3.1

ph-index = 3

Forward Citations = 23(Granted Patents)


Location History:

  • Taipei County, TW (2013)
  • Hsin-Chu, TW (2013 - 2019)
  • New Taipei, TW (2019)

Company Filing History:


Years Active: 2013-2019

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11 patents (USPTO):

Title: Su-Yi Lin: Innovator in Backlight Module Technology

Introduction

Su-Yi Lin is a prominent inventor based in Hsin-Chu, Taiwan. He has made significant contributions to the field of optical technology, particularly in the development of backlight modules. With a total of 11 patents to his name, Lin's work has advanced the efficiency and quality of light-emitting devices.

Latest Patents

Among his latest innovations, Lin has developed a backlight module that includes a light source, an optical wavelength conversion film, and two groups of optical films. This design allows the light source to emit a first light, which is then converted into a second light of a different wavelength. The configuration ensures that the backlight module achieves a uniform light-emitting color, with a transmittance ratio of the optical films that is greater than or equal to 45%. Another notable patent involves a backlight module featuring a reflecting base, a light source, and a 3D optical control structure. This structure enhances illumination by incorporating an illumination adjusting section that optimizes light distribution.

Career Highlights

Su-Yi Lin is currently employed at AU Optronics Corporation, where he continues to innovate in the field of optical technologies. His work has been instrumental in improving the performance of backlight modules used in various display technologies.

Collaborations

Lin has collaborated with notable colleagues such as Wei-Chun Chung and Chi-Tang Ma, contributing to a dynamic research environment that fosters innovation.

Conclusion

Su-Yi Lin's contributions to backlight module technology exemplify his commitment to advancing optical innovations. His patents reflect a deep understanding of light manipulation, which has significant implications for the future of display technologies.

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