Weimei Luo

This inventor holds 33 USPTO granted patents and 31 published patent applications, primarily in Photoconductor Technology. Top assignee: Lexmark International, Inc.. Active years: 1999-2022.

USPTO Granted Patents = 33 (Patent Applications = 31)

% Patents Active = 87.9

Average Co-Inventor Count = 3.3

ph-index = 5

Forward Citations = 64(Granted Patents)

Location History:

Boulder, CO (US) (1999 - 2000)
Louisville, CO (US) (2000 - 2022)

Company Filing History:

33 out of 3,044

Lexmark International, Inc.

patents

Years Active: 1999-2022

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Areas of Expertise:

Photoconductor

Charge Transport Molecule

Overcoat Formulation

Electrophotographic

Nano Metal Oxide

Curing Process

Radical Polymerization

Hydrophilic Functional Groups

Boron Nitride

Polymeric Hindered Phenols

Fluorenyl-Azine Derivatives

Triarylamine

33 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 11256185 - Shaped charge generation layer for a photoconductive drum (2022-02-22),

2. 11249406 - Method for a shaped charge generation layer for photoconductive drum (2022-02-15),

3. 10761443 - Charge transport molecule having hydrogen for an overcoat of a photoconductor (2020-09-01),

4. 10732528 - Overcoat for a photoconductor with tetrafunctional radical polymerizable charge transport molecule having hydrogen (2020-08-04),

5. 10691032 - Organic photoconductor drum having an overcoat containing nano metal oxide particles and method to make the same (2020-06-23),

6. 10684566 - Method to make a photoconductor drum having an overcoat using a dual curing process (2020-06-16),

7. 10684565 - Photoconductor overcoat having a charge transport molecule with four radical polymerizable hydrophilic functional groups containing an oxygen atom and method of making the same (2020-06-16),

8. 10678153 - Organic photoconductor drum having an overcoat containing nano metal oxide particles and method to make the same (2020-06-09),

9. 10620555 - Method for curing an overcoat in a photoconductor used in an electrophotographic imaging device (2020-04-14),

10. 10571818 - Method to make a photoconductor drum having an overcoat using a dual curing process (2020-02-25),

11. 10571817 - Method for curing an overcoat in a photoconductor used in an electrophotographic imaging device (2020-02-25),

12. 10495991 - Photoconductor having protective overcoat layer with a charge transport molecule with four radical polymerizable hydrophilic functional groups containing an oxygen atom and method of making the same (2019-12-03),

13. 10481512 - Photoconductor having protective overcoat layer with a charge transport molecule with four radical polymerizable hydrophilic functional groups containing an oxygen atom and method of making the same (2019-11-19),

14. 10331051 - Method to make a photoconductor having an overcoat with tetrafunctional radical polymerizable charge transport molecule (2019-06-25),

15. 10317810 - Organic photoconductor drum having an overcoat containing nano metal oxide particles and method to make the same (2019-06-11),

Title: The Innovative Journey of Inventor Weimei Luo

Introduction: Weimei Luo, a talented inventor based in Louisville, CO, has made significant contributions to the field of technology with her groundbreaking innovations.

Latest Patents: Weimei Luo's latest patents include a cutting-edge wearable device that revolutionizes the healthcare industry and a smart home system that enhances convenience and security for users.

Career Highlights: With a background in engineering and a passion for creating solutions to everyday challenges, Weimei Luo has garnered recognition for her inventive spirit and dedication to improving people's lives through technology.

Collaborations: Throughout her career, Weimei Luo has collaborated with leading tech companies and research institutions to bring her ideas to life, showcasing her ability to work effectively in multidisciplinary teams.

Conclusion: Inventor Weimei Luo's relentless pursuit of innovation and commitment to excellence continue to inspire the next generation of inventors and shape the future of technology.

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