Shuhe Li

USPTO Granted Patents = 27 (Patent Applications = 20)

CIPO Patents = 3 (Patent Applications = 11)

EPO Patents = 7 (Patent Applications = 15)

Average Co-Inventor Count = 3.5

ph-index = 6

Forward Citations = 78(Granted Patents)

Company Filing History:

16 out of 26

Nanoprecision Products, Inc.

patents

5 out of 11

Cudoquanta Florida, Inc.

patents

3 out of 180

Rockley Photonics Limited

patents

4. 3 out of 295

Senko Advanced Components, Inc.

patents

Years Active: 2015-2025

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27 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 12422629 - Optical connection of optical fibers to grating couplers (2025-09-23),

2. 12165944 - Electro-optical package and method of fabrication (2024-12-10),

3. 12105333 - Optical assemblies comprising a prism (2024-10-01),

4. 11892691 - Hermetic optical fiber alignment assembly having integrated optical element (2024-02-06),

5. 11860427 - Thermosonic bonding for securing photonic components (2024-01-02),

6. 11803020 - Optical bench subassembly having integrated photonic device (2023-10-31),

7. 10754110 - Optical bench subassembly having integrated photonic device (2020-08-25),

8. 10754107 - Coupling device having a structured reflective surface of stamped malleable metal for coupling input/output of an optical fiber (2020-08-25),

9. 10718914 - Optoelectronic module assembly having an optical fiber alignment assembly coupled to an optoelectronic device assembly (2020-07-21),

10. 10712503 - Optical fiber connector ferrule assembly having dual reflective surfaces for beam expansion and expanded beam connector incorporating same (2020-07-14),

11. 10649161 - Hermetic optical fiber alignment assembly (2020-05-12),

12. 10520680 - Optical fiber connector ferrule assembly having single reflective surface for beam expansion and expanded beam connector incorporating same (2019-12-31),

13. 10413953 - Stamping to form a composite structure of dissimilar materials having structured features (2019-09-17),

14. 10359575 - Optical fiber connector ferrule having curved external alignment surface (2019-07-23),

15. 10274683 - Axial preload for demountable connectors (2019-04-30),

Title: The Innovative Contributions of Shuhe Li in Electro-Optical Technology

Introduction: Shuhe Li is an esteemed inventor based in Pasadena, California, renowned for his pioneering advancements in the field of electro-optical packages and optical assemblies. With an impressive portfolio of 26 patents, his contributions have significantly impacted various technological sectors.

Latest Patents: Among his latest innovations, Shuhe Li has developed an electro-optical package that showcases a carrier incorporating integrated circuits and a thermoelectric cooler. This intricate package design includes a first bonding layer and features a first wire bond, facilitating connections between components with precision. Additionally, he has patented an optical assembly for wearable devices, utilizing a prism and a photonic integrated chip integrated onto a substrate layer. This optical assembly ensures efficient light reflection and a well-defined optical path, further advancing wearable technology.

Career Highlights: Shuhe Li's professional journey encompasses significant roles in reputable companies where he has honed his expertise. Notably, he has contributed to Nanoprecision Products, Inc. and Cudoquanta Florida, Inc., focusing on cutting-edge research and development in optical technologies.

Collaborations: Throughout his career, Shuhe Li has collaborated with distinguished professionals, including Robert Ryan Vallance and Michael K Barnoski. Their collective efforts have fostered innovation and technological advancement in their respective fields.

Conclusion: Shuhe Li's continual work and inventive spirit contribute to the evolution of electro-optical technologies. His patents not only highlight his technical prowess but also inspire future innovations in electronics and wearables, solidifying his reputation as a leading inventor in the industry.

This text is generated by artificial intelligence and may not be accurate.