Inventor
IRVING MARK E
US51 patents
⚠️ This page may combine multiple inventors who share the name “IRVING MARK E”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
EASTMAN KODAK CO
41 patentsUS6398428B1Jun 4, 2002
Apparatus and method for thermal film development and scanning
EASTMAN KODAK CO16 citations93
US6379876B1Apr 30, 2002
Thermally processable imaging element comprising an ion exchanged reducing agent
EASTMAN KODAK CO18 citations92
US6369873B1Apr 9, 2002
Thermal processing system and method including a kiosk
EASTMAN KODAK CO15 citations84
US6783902B2Aug 31, 2004
Apparatus and method for thermal film development and scanning
EASTMAN KODAK CO11 citations74
US6464412B1Oct 15, 2002
Apparatus and method for radiant thermal film development
EASTMAN KODAK CO10 citations74
US6451516B1Sep 17, 2002
Aqueous thermally bleachable composition useful in a photothermographic element
EASTMAN KODAK CO6 citations74
US6426181B2Jul 30, 2002
Mixtures of organic silver salts in color photothermographic systems
EASTMAN KODAK CO8 citations74
US6316173B1Nov 13, 2001
Sheet comprising an ion exchanges reducing agent and methods of processing photographic elements in the presence of said sheet
EASTMAN KODAK CO9 citations74
US6312879B1Nov 6, 2001
Photographic or photothermographic element containing a blocked photographically useful compound
EASTMAN KODAK CO8 citations74
US6306551B1Oct 23, 2001
Imaging element containing a blocked photographically useful compound
EASTMAN KODAK CO8 citations74
US6280913B1Aug 28, 2001
Photographic element comprising an ion exchanged photographically useful compound
EASTMAN KODAK CO10 citations74
US6261757B1Jul 17, 2001
Photographic element comprising an ion exchanged reducing agent
EASTMAN KODAK CO12 citations74
US6242166B1Jun 5, 2001
Packaged color photographic film comprising a blocked phenyldiamine chromogenic developer
EASTMAN KODAK CO11 citations74
US5876905AMar 2, 1999
Dual-coated radiographic element capable of photothermographic imaging
EASTMAN KODAK CO9 citations72
US5858637AJan 12, 1999
Process of preparing a photothermographic composition of enhanced photosensitivity
EASTMAN KODAK CO14 citations72
US5843632ADec 1, 1998
Photothermographic composition of enhanced photosensitivity and a process for its preparation
EASTMAN KODAK CO11 citations72
US5840475ANov 24, 1998
Photothermographic element for providing a viewable retained image
EASTMAN KODAK CO11 citations72
US6576414B1Jun 10, 2003
Core/shell silver donors for photothermographic systems comprising an oxidatively more reactive shell
EASTMAN KODAK CO9 citations71
US4916052AApr 10, 1990
Hollow silver halide grains and process for the preparation thereof
EASTMAN KODAK CO10 citations71
US6576411B1Jun 10, 2003
Method of passivating a silver donor with a dye and photothermographic systems made thereby
EASTMAN KODAK CO9 citations70
US6548236B1Apr 15, 2003
Core/shell silver donors for photothermographic systems comprising an oxidatively less reactive shell
EASTMAN KODAK CO11 citations70
US6497999B1Dec 24, 2002
Method of passivating silver donors in photothermographic systems and imaging elements made thereby
EASTMAN KODAK CO8 citations69
US7211374B2May 1, 2007
Thermally developable material package with dual indicator device
EASTMAN KODAK CO3 citations63
US7112398B2Sep 26, 2006
Imaging element containing a blocked photographically useful compound
EASTMAN KODAK CO3 citations63
US6790569B2Sep 14, 2004
Color photothermographic elements comprising phenolic thermal solvents
EASTMAN KODAK CO6 citations63
US6759187B1Jul 6, 2004
Imaging element containing a blocked photographically useful compound
EASTMAN KODAK CO3 citations63
US6756192B1Jun 29, 2004
Imaging element containing a blocked photographically useful compound
EASTMAN KODAK CO2 citations63
US6593044B2Jul 15, 2003
Apparatus and method for thermal film development and scanning
EASTMAN KODAK CO1 citations63
US6500590B2Dec 31, 2002
Dual process compatible color photothermographic element comprising dry thermal development
EASTMAN KODAK CO5 citations63
US6492076B1Dec 10, 2002
Thermally bleachable dye for a color photothermographic element
EASTMAN KODAK CO4 citations63
US6490023B1Dec 3, 2002
Processing apparatus and method for determining optimum processing characteristics of thermal developable film
EASTMAN KODAK CO2 citations63
US6426179B1Jul 30, 2002
Imaging element containing a blocked photographically useful compound
EASTMAN KODAK CO6 citations63
US6383405B1May 7, 2002
Solid electrolyte particles comprising MAg4I5
EASTMAN KODAK CO1 citations63
US6350566B2Feb 26, 2002
Packaged color photographic film comprising a blocked phenylenediamine developing agent and a method for processing the film
EASTMAN KODAK CO2 citations63
US4927745AMay 22, 1990
Silver halide grains and process for their preparation
EASTMAN KODAK CO6 citations63
US6455210B1Sep 24, 2002
Aqueous thermally beachable composition useful in a photothermographic element
EASTMAN KODAK CO6 citations62
US6495299B2Dec 17, 2002
Packaged color photographic film capable of alternatively dry or wet-chemical processing
EASTMAN KODAK CO3 citations61
US6537712B1Mar 25, 2003
Color photothermographic elements comprising blocked developing agents
EASTMAN KODAK CO2 citations60
US6737230B2May 18, 2004
Apparatus and method for radiant thermal film development
EASTMAN KODAK CO0 citations52
US6685367B1Feb 3, 2004
Image processing apparatus and method for thermally processed films
EASTMAN KODAK CO1 citations52
US6120984ASep 19, 2000
Solid electrolyte particles comprising MAg4 I5
EASTMAN KODAK CO1 citations52
IRVING MARK E
4 patentsUS8465142B2Jun 18, 2013
Aqueous inkjet printing fluid compositions
IRVING MARK E2 citations60
US8480224B2Jul 9, 2013
Aqueous inkjet printing fluid compositions
IRVING MARK E1 citations51
US8282202B2Oct 9, 2012
Aqueous inkjet printing fluid compositions
IRVING MARK E1 citations51
US8263182B2Sep 11, 2012
Inkjet printing system, ink, and process
IRVING MARK E0 citations47
IRVING LYN M
3 patentsBRUST THOMAS B
1 patentIRVING LYNN M
1 patentShowing the top 50 of 51 patents by PatentIndex Score.