US Patent 6017665 - Charge Generation Layers and Charge Transport Layers and Organic Photoconductive Imaging Receptors Containing the Same, and Method for Preparing the Same

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2000-01-25

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Abstract

Charge generation layers and charge transport layers which are prepared by coating a substrate with a coating solution prepared by mixing: (A) a binder; (B) a charge generation material or a charge transport material; and (C) an organosilanc of the formula:

R.sub.x Si(OR').sub.4-x

wherein: R is ##STR1## R' is H- or C1-4 -alkyl; and x is an integer of 1 to 3, in a suitable solvent, exhibit enhanced adhesion to the substrate, and organic photoconductive imaging receptors which contain such a charge generation layer and/or charge transport layer exhibit improved lifetimes.

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Citation

Grune, Guerry, and Richard Harris (2000). US Patent 6017665 - Charge Generation Layers and Charge Transport Layers and Organic Photoconductive Imaging Receptors Containing the Same, and Method for Preparing the Same. Retrieved from https://hdl.handle.net/10161/28738.

Scholars@Duke

Grune

Guerry Grune

Adjunct Professor in the Engineering Graduate and Professional Programs

Guerry has authored over 50 publications and technical disclosures, as well as over 100 U.S. and international patents either pending or granted listing him as either sole or joint inventor. In 2004, Guerry began full-time activities as the Principal of ePatentManager.com, and since then has provided full Intellectual Property development for NC State University (in their Tech Transfer Office), additional Fortune 500 companies including Solvay, Praxair (now Linde), and Exponent and was appointed IP director for Cable Components Group, Ennis-Flint (formerly Flint Trading), AG Essence, and others. 


In addition, US Patents 8,326,851 and 10,262,028 were granted to Dr. Grune that describe a portion of his teaching methodology on patent valuation.


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