GL

Gary E. LaBelle

Eastman Kodak: 17 patents #627 of 8,114Top 8%
CH Carestream Health: 5 patents #83 of 406Top 25%
3M: 3 patents #4,214 of 11,543Top 40%
Overall (All Time): #155,463 of 4,157,543Top 4%
26
Patents All Time

Issued Patents All Time

Showing 25 most recent of 26 patents

Patent #TitleCo-InventorsDate
9175183 Transparent conductive films, methods, and articles Richard R. Ollmann 2015-11-03
8763525 Gravure printing of transparent conductive films containing networks of metal nanoparticles Mathew T. Stebbins, Chaofeng Zou, Jennifer C. Dawson, Karissa L. Eckert 2014-07-01
8696947 Nanowire recovery methods, compositions, and articles Richard R. Ollmann, Chaofeng Zou, Doreen C. Lynch 2014-04-15
7514206 Thermally developable materials with buried conductive backside coatings Thomas J. Ludemann, Thomas J. Kub, Kumars Sakizadeh, Sharon M. Simpson 2009-04-07
7371709 Thermally developable materials with backside antistatic layer Kumars Sakizadeh, Thomas J. Ludemann 2008-05-13
7258968 Thermally developable materials with buried conductive backside coatings Thomas J. Ludermann, Kumars Sakizadeh, Thomas J. Kub 2007-08-21
7173065 Thermally developable materials with improved conductive layer Thomas J. Ludemann, Roland J. Koestner, Samuel Chen 2007-02-06
7153636 Thermally developable materials with abrasion-resistant backside coatings Thomas J. Ludemann, Roland J. Koestner, Thomas J. Kub, Karissa L. Eckert 2006-12-26
7144689 Antistatic properties for thermally developable materials Thomas J. Ludemann, Darlene F. Philip, Roland J. Koestner, Aparna V. Bhave 2006-12-05
7141361 Thermally developable materials with improved conductive layer Thomas J. Ludemann, Aparna V. Bhave, Darlene F. Philip, Samuel Chen 2006-11-28
7105284 Thermally developable materials with narrow disperse amorphous silica Darlene F. Philip, Thomas J. Ludemann, Roland J. Koestner 2006-09-12
7087364 Antistatic properties for thermally developable materials Thomas J. Ludemann, Darlene F. Philip, Roland J. Koestner, Aparna V. Bhave 2006-08-08
7067242 Thermally developable materials with improved conductive layer Thomas J. Ludemann, Roland J. Koestner, Samuel Chen 2006-06-27
7022467 Thermally developable materials having improved backside conductive layers Thomas J. Ludemann, Roland J. Koestner, Darlene F. Philip 2006-04-04
7018787 Thermally developable materials with improved backside layers Thomas J. Ludemann, Darlene F. Philip, Thomas C. Geisler 2006-03-28
6991894 Thermally developable imaging materials with barrier layer Kumars Sakizadeh, Karissa L. Eckert, David R. Whitcomb 2006-01-31
6762013 Thermally developable materials containing fluorochemical conductive layers Kumars Sakizadeh, Aparna V. Bhave 2004-07-13
6730461 Thermally developable imaging materials with reduced mottle providing improved image uniformity Bryan V. Hunt, Steven H. Kong, William D. Ramsden 2004-05-04
6699648 Modified antistatic compositions and thermally developable materials containing same Kumars Sakizadeh, Michael W. Orem, Aparna V. Bhave 2004-03-02
6689547 Thermally developable imaging materials with improved image uniformity Bryan V. Hunt, Steven H. Kong, William D. Ramsden 2004-02-10
6689546 Thermally developable materials containing backside conductive layers Kumars Sakizadeh, Thomas J. Ludemann, Aparna V. Bhave, Oanh V. Pham 2004-02-10
6355405 Multi-layer article with improved adhesion and method of making Thomas J. Ludemann, Thomas C. Geisler, Jerry L. Warren, Anne E. Crump, Aparna V. Bhave 2002-03-12
6171767 1-sulfonyl-1H-benzotriazole compounds as print stabilizers in photothermographic elements Steven H. Kong, Kumars Sakizadeh, EmmaLee J. Spahl, Paul G. Skoug 2001-01-09
5405740 Process for manufacturing stable photothermographic elements 1995-04-11
4988612 Resistively heatable photothermographic element David T. Ask 1991-01-29