Eastman-kodak Company

Anne E Bohan

Richard P Szajewski

David Lynn Patton

John M Buchanan

Ralph L Piccinino, Jr

John P Spoonhower

Kevin M O'Connor

James P Merrill

Gustavo R Paz-Pujalt

Jerzy A Budz

Pamela M Ferguson

William K Goebel

Vito A DePalma

Alberto M Martinez

Scott F O'Dell

Robert P Bourdelais

Thomas Henry Whitesides

Thomas B Brust

Donald L Black

Edward J Giorgianni

Dennis R Kamp

Gary L House

David Leroy Cole

Amy E Jasek

Peter A Frosig

Ramasubramaniam Hanumanthu

Debra L Hartsell

Patrick L Cottone

Gordon F Breese

A solid immersion lens device and method of making. A solid immersion lens device is provided having a plurality of solid immersion lenses. The solid immersion lenses are provided in a predetermined pattern and secured so as to cause them to be in a fixed position with respect to each other.

Solid immersion lens array and methods for producing a solid immersion lens array

A system and method for editing an image provided on a hard copy print. The system includes a marking device for placing an instruction indicia on the hard copy print for modifying the image; and a scanning device for reading the instruction indicia and the image. A template may be provided for use in providing instruction indicia on a hard copy print.

Method and apparatus for modifying a hard copy image digitally in accordance with instructions provided by consumer

A near field solid immersion lens array, method of using, and making a near field solid immersion lens array. A cover slide is provided having a near field solid optical lens array having least one fiducial mark. The fiducial mark is used by a positioning device for locating the position of each of the lens in the array. A unique identifier may be provided for locating information of the position of each lens in the array that can be used for driving the positioning device.

Solid immersion lens array and methods for producing and using solid immersion lens array with fiducial marks

The present invention relates to a method and apparatus of applying a solution of a predetermined viscosity to photosensitive material to form a protective coating on the photosensitive material. The method and apparatus can be used in a photographic processing device, and the apparatus can be built into an existing or new photographic processor or added on as an accessory. The method and apparatus is utilized to apply a viscous solution to at least one surface of processed photosensitize materials prior to drying in a manner that allows the solution to be uniformly applied to the at least one surface at a specific layer thickness. The viscous solution after drying functions as a protective coating which can protect the processed photosensitize material against scratches and moisture. The apparatus includes a control mechanism which controls the thickness, uniformity and laydown amount of the applied viscous solution so as to insure that a uniform coating that provides protection to the entire surface of the processed photosensitize material is provided.

Method and apparatus of applying a solution of a predetermined viscosity

The present invention relates to a replaceable coating cartridge and a method of coating at least one surface of a photosensitive material using the replaceable coating cartridge. The method and apparatus can be used in a photographic processing device, and the apparatus can be built into an existing or new photographic processor or added on as an accessory. The method and apparatus are utilized to apply a viscous solution to at least one surface of processed photosensitive materials prior to drying in a manner that allows the solution to be uniformly applied to the at least one surface at a specific thickness. The viscous solution after drying functions as a protective coating which can protect the processed photosensitive material against scratches and moisture.

Replaceable cartridge coating assembly method of coating a

The present invention relates to a coating apparatus having a removable coating module for applying a protective coating to at least one surface of a photosensitive material. The coating apparatus can be a stand-alone unit and can be added to an existing or new photographic processor. The coating product can be a solution having a predetermined viscosity which is applied to at least one surface of the photosensitive material prior to drying in a manner that allows the solution to be uniformly applied to the at least one surface at a specific layer thickness. The viscous solution after drying functions as a protective coating which can protect the processed photosensitive material against scratches and moisture. The removable coating module facilitates maintenance and cleaning after the viscous solution has been consumed. The apparatus includes a control mechanism which controls the thickness, uniformity and laydown amount of the applied viscous solution so as to insure that a uniform coating that provides protection to the entire surface of the photosensitive material is provided.

Coating apparatus having a removable coating module for applying a

The present invention is an imaged photographic element having a protective overcoat thereon. The protective overcoat is formed by providing a photographic element having at least one silver halide light-sensitive emulsion layer; and applying an aqueous coating comprising polymer particles having an average size of 0.1 to 50 microns at a weight percent of 5 to 50 percent, a soft polymer latex binder at a weight percent of 1 to 3 percent, over the at least one silver halide light-sensitive emulsion layer. The silver halide light sensitive emulsion layer is developed to provide an imaged photographic element. The hydrophobic polymer particles is fused to form a protective overcoat.

Pre-coated, fused plastic particles as a protective overcoat for color

Silver bromide color negative films can be rapidly processed using shortened color development times and specific amounts of color developing agent and bromide ion. After development, and optionally desilvering or fixing, the developed film is scanned to form density representative digital signals for the color records. These signals are then digitally manipulated to correct both interimage interactions and gamma mismatches around the color records to produce a digital record that is capable of providing a display image having desired aim color and tone scale reproduction. That digital record can then be stored or used to provide corrected display images, such as color prints, using output display devices.

Rapid image presentation method employing silver bromide tabular grain

A color corrected display image can be rapidly provided by color developing an imagewise exposed, duplitized color photographic element, scanning the developed image to form digital signals, and digitally manipulating those signals to correct either interimage interactions and/or gamma mismatches among at least two color recording units. The color corrected image can be provided in any desired form. The duplitized elements have at least one light-sensitive silver halide imaging layer on each side of the support.

Method for providing a color display image using duplitized color silver

A clear protective overcoat is provided to an image formed in a silver halide photographic element. The overcoat is formed by electrostatically applying a uniform distribution of clear toner to an imaged photographic element and then fusing the toner to form an overcoat. The toner can be applied only in a limited area of the element.

Protective overcoats for silver halide photographic elements

Silver bromoiodide color negative films can be rapidly processed using shortened color development times and specific amounts of color developing agent and bromide ion. After development, and optionally desilvering or fixing, the developed film is scanned to form density representative digital signals for the color records. These signals are then digitally manipulated to correct both interimage interactions and gamma mismatches among the color records to produce a digital record that is capable of providing a display image having desired aim color and tone scale reproduction. That digital record can then be stored or used to provide corrected display images, such as color prints, using output display devices.

Rapid processing of silver bromoiodide color negative films and digital

A color image can be rapidly provided by color developing an imagewise exposed, duplitized color photographic element that has an ISO of at least 25. The duplitized elements have at least one light sensitive silver halide imaging layer or color recording unit on each side of the support.

Method for rapid processing of duplitized color silver halide

Silver chloride color negative films can be rapidly processed using shortened color development times and specific amounts of color developing agent and bromide ion. After development, and optionally desilvering or fixing, the developed film is scanned to form density representative digital signals for the color records. These signals are then digitally manipulated to correct both interimage interactions and gamma mismatches around the color records to produce a digital record that is capable of providing a display image having desired aim color and tone scale reproduction. That digital record can then be stored or used to provide corrected display images, such as color prints, using output display devices.

Growing community of inventors

Rochester, NY, United States of America

Anne E Bohan