IP Library › Assignment 018132/0373
Patent Assignment
Reel/Frame 018132/0373

Merger

Recorded: 2006-08-18 Received: 2006-08-18 Pages: 16
Assignor
Assignee
EASTMAN KODAK COMPANY
343 STATE STREET, ROCHESTER, NY, 14650-2201, UNITED STATES
Covered Properties (89)
Printing Plate Precursor Comprising Solvent-Resistant Copolymer
Application: 11/130,797 →
Positive-Working, Thermally Sensitive Imageable Element
Application: 11/072,486 →
Solvent Resistant Imageable Element
Application: 11/018,335 →
Solvent Resistant Imageable Element
Application: 10/973,799 →
Multilayer Imageable Element
Application: 10/958,957 →
Imageable Element with Masking Layer Comprising Betaine-Containing Co-Polymers
Application: 10/935,524 →
Imageable Composition Containing an Infrared Absorber with Counter Anion Derived from a Non-Volatile Acid
Application: 10/922,377 →
Imageable Element with Masking Layer Comprising Sulfated Polymer
Application: 10/915,674 →
Thermally Switchable Imageable Elements Containing Betaine-Containing Co-Polymers
Application: 10/911,781 →
On Press Developable Imageable Element
Application: 10/842,111 →
Method for Conditioning/Heat Treatment
Application: 10/839,637 →
Laser Thermal Color Donors with Improved Aging Characteristics
Application: 10/838,940 →
Infrared Absorbing Compounds and Their Use in Imageable Elements
Application: 10/813,221 →
Method for Reducing Start Up Blinding in No-Process Lithographic Printing Plates
Application: 10/747,643 →
Infrared Absorbing N-Alkylsulfate Cyanine Compounds
Application: 10/736,364 →
Method for Forming Images Using Negative Working Imageable Elements
Application: 10/718,953 →
Display Device Light Leakage Compensation
Application: 10/695,035 →
Laser-Generated Ultraviolet Radiation Mask
Application: 10/689,468 →
Preparation of a Printing Plate Using Ink-Jet
Application: 10/682,707 →
Multilayer Imageable Elements
Application: 10/681,701 →
Developer Regenerators
Application: 10/681,574 →
Method to Remove Unwanted, Unexposed, Radiation-Sensitive Layer in a Lithographic Printing Plate
Application: 10/661,236 →
Imageable Elements Containing Cyanoacrylate Polymer Particles
Application: 10/648,672 →
Color Profiling Using Gray Backing Material
Application: 10/647,791 →
Multilayer Imageable Elements
Application: 10/641,888 →
Developer Exit Tank for Immersion Type Printing Plate Processor
Application: 10/639,885 →
Laser-Induced Thermal Imaging with Masking
Application: 10/636,421 →
Method for Developing Multilayer Imageable Elements
Application: 10/625,229 →
Ionic Liquids as Developability Enhancing Agents in Multilayer Imageable Elements
Application: 10/621,640 →
On-Press Developable Lithographic Printing Plate
Application: 10/615,665 →
Ink-Jet Imaging Method
Application: 10/615,002 →
Sulfated Phenolic Resins and Printing Plate Precursors Comprising Sulfated Phenolic Resins
Application: 10/615,358 →
Laser Thermal Metallic Donors
Application: 10/461,738 →
Thermally Sensitive Compositions Containing Cyanoacrylate Polymers
Application: 10/445,489 →
Top Coat Layer for Thermally Sensitive Printing Plates
Application: 10/445,548 →
Thermally Imageable Elements Imageable at Several Wavelengths
Application: 10/409,301 →
Nanopastes as Patterning Compositions for Electronic Parts
Application: 10/400,714 →
Nanopastes as Ink-Jet Compositions for Printing Plates
Application: 10/400,959 →
Infra Red Absorbing Compounds and Their Use in Photoimageable Elements
Application: 10/384,989 →
Photosensitive Composition Comprising a Phenol Resin Having a Urea Bond in the Main Chain
Application: 10/370,385 →
Flexographic Printing Plate with Ink-Repellent Non-Image Areas
Application: 10/368,209 →
Infrared Absorbing Compounds and Their Use in Imageable Elements
Application: 10/353,106 →
Thermal Generation of a Mask for Flexography
Application: 10/349,794 →
Ink Jet Compositions for Lithographic Printing
Application: 10/347,664 →
Method for Forming a Lithographic Printing Plate
Application: 10/336,595 →
Polymerizable Compounds with Quadruple Hydrogen Bond Forming Groups
Application: 10/290,623 →
Process to Produce a Custom-Color Overlay
Application: 10/281,798 →
Radiation Sensitive Lithographic Printing Plate Precursors Having Ablation-Free Imageable Composition and Method
Application: 10/266,888 →
Thermally Sensitive, Multilayer Imageable Element
Application: 10/264,814 →
Hybrid Proofing Method
Application: 10/238,508 →
Flexographic Element Having an Integral Thermally Bleachable Mask Layer
Application: 10/223,937 →
Customer Charge Accounting in a Soft Color Proofing System
Application: 10/223,586 →
High Speed Negative-Working Thermal Printing Plates
Application: 10/217,005 →
Infrared-Sensitive Composition Containing a Metallocene Derivative
Application: 10/210,508 →
Method of Manufacturing Imaging Compositions
Application: 10/208,553 →
Imaging Members with Ionic Multifunctional Epoxy Compounds
Application: 10/207,583 →
Digital Waterless Lithographic Printing Plate Having High Resistance to Water-Washable Inks
Application: 10/190,066 →
Imageable Element for Single Fluid Ink
Application: 10/189,169 →
Selected Polymeric Sulfonate Acid Generators and Their Use in Processes for Imaging Radiation-Sensitive Elements
Application: 10/159,891 →
Selected Acid Generating Agents and Their Use in Processes for Imaging Radiation-Sensitive Elements
Application: 10/155,696 →
Method to Remove Uwanted, Unexposed, Positive-Working, Radiation-Sensitive Layer
Application: 10/134,080 →
Stabilized Infrared-Sensitive Polymerizable Systems
Application: 10/131,866 →
On-Press Developable Ir Sensitive Printing Plates Using Binder Resins Having Polyethylene Oxide Segments
Application: 10/119,454 →
Multi-Layer Negative Working Imageable Element
Application: 10/117,569 →
Polymeric Acetal Resins Containing Free Radical Inhibitors and Their Use in Lithographic Printing
Application: 10/117,505 →
Solvent Resistant Polymers with Improved Bakeability Features
Application: 10/096,651 →
Multi-Layer Imageable Element with a Crosslinked Top Layer
Application: 10/087,891 →
Visible Radiation Sensitive Composition
Application: 10/074,791 →
On-Press Developable Ir Sensitive Printing Plates
Application: 10/066,874 →
Water-Developable Negative-Working Ultraviolet and Infrared Imageable Element
Application: 10/057,518 →
Method of Manufacturing a Thermally Imageable Element
Application: 10/044,261 →
Method and Equipment for Using Photo-or Thermally Imagable, Negatively Working Patterning Compositions
Application: 10/038,740 →
Process for Making Thermal Negative Printing Plate
Application: 10/039,164 →
Two-Layer Imageable Element Comprising Thermally Reversible Polymers
Application: 10/034,982 →
Process for Making a Two Layer Thermal Negative Plate
Application: 10/016,173 →
Minimization of Ablation in Thermally Imageable Elements
Application: 09/999,587 →
Method for Reuse of Loaded Developer
Application: 09/992,688 →
Stabilized Imageable Coating Composition and Printing Plate Precursor
Application: 09/999,397 →
Method and Apparatus for Refreshment and Reuse of Loaded Developer
Application: 10/044,165 →
Planographic Printing
Application: 09/946,756 →
Imageable Composition Containing Colorant Having a Counter Anion Derived from a Non-Volatile Acid
Application: 09/933,884 →
Halftone Dot Thinning
Application: 09/899,687 →
Protective System for a Solar Module
Application: 09/806,109 →
Laser-Induced Thermal Imaging with Masking
Application: 09/886,446 →
Color Display Device with Integrated Color Matching Processor
Application: 09/867,054 →
Lithographic Printing Forms
Application: 09/860,943 →
Method for Manufacture of Electronic Parts
Application: 09/807,084 →
Laser-Induced Thermal Imaging with Masking
Application: 09/808,309 →
Method of Preparing a Microporous Film and Imaging Method
Application: 09/804,417 →