Polaroid Corporation

Sterling Dry Imaging Systems, Inc.

Sterling Dry Imaging, Inc.

George D Whiteside

Bruce K Johnson

Richard A Rosenthal

Arthur G LaRocque

Richard M Wingate

Peter F Costa

James M Ryan

Kenneth J Launie

David E Van Allen

Walter P Haimberger

John H Betts

Igor Blinow

John I Sturgis

Irving Laskin

Laura E Keith

John R Peterson

William S Masek

Paul F Neely

William T Plummer

John B Morse

Peter P Clark

Donato F Pizzuti

Alan D Ball

Norman D Staller

Conrad H Biber

Irving S Lippert

James M Conner

Peter P Carcia

George C Harrison

Philip D Chapnik

David L Farrington

Donald H Hendry

Margaret A Obermiller

Bruce Johnson

John B Millard

Donald G Josephson

Judy Bagdis

Richard J Fraser

Kenneth D Harris, Jr

Jon E Van Tassell

Julian G Bullitt

John P Kirby

Robert M Goward

Joseph F Deck

Edward H Coughlan

Roger C Clapp

Arthur N Woodbury

Joanne M Krawczyk

Robert E Cavallaro

Bruck K Johnson

Marie T Smyth

Juan Estevez

Jason D Silver

The present invention is directed to a digital image printer which incorporates a jogging system for providing an inexpensive printer for improving color saturation when imaging from a digital display which has monochromatic pixels. The device includes a printer having a housing that encloses, in a common cavity thereof, an arrangement including a digital area array display, a plurality of lenses, and an image plane. The digital area array display, the plurality of lenses, and the image plane are spaced along an optical axis extending from the digital area array display through the plurality of lenses, and toward the image plane such that a digital image provided by the display can be brought into focus onto the imaging plane by the plurality of lenses. One of the plurality of lenses is a transposable lens, the transposable lens capable of being transposed out of the optical axis during the operation of the printer, to increase the perceived resolution of the digital image focused onto the imaging plane.

Digital image printer and method

A method of controlling exposure of a scene image comprising the following steps: sensing a scene for image data; deriving values representative of a brightness map of the scene; sensing the scene for image data; deriving values representative of a range map; comparing the range map with the scene brightness map; and controlling the exposure by controlling artificial illumination upon the scene. In an alternate aspect, a system is provided for controlling exposure of a scene image comprising the following elements: at least one sensor assembly; a source of artificial illumination; and a processing means.

Scene recognition method and system using brightness and ranging mapping

The present invention provides in one aspect, a method of controlling a SLM comprising the following steps: providing a sequential color SLM controller, and a SLM; providing a means whereby said sequential color SLM controller loads optimum values for a single color into control registers of said SLM, during all the field time slots of each video frame; also causing said SLM to modulate light of said single color, during said field time slots of each video frame, whereby the duty cycle for display of said color is increased relative to operation in a normal sequential color mode. Another aspect of the present invention is an apparatus for controlling a SLM comprising a single color SLM controller, a SLM, and a means for causing said single color SLM controller to load optimum values for a single color into control registers of said SLM during all the field time slots of each video frame; wherein said SLM is caused to modulate light of said single color, during said field time slots of each video frame, whereby the duty cycle for display of said color is increased relative to operation with a sequential color SLM controller in a sequential color mode. Another aspect of the current invention is a method for controlling a sequential color SLM with programmable grayscale characteristics comprising providing a programmable grayscale SLM; and programming the grayscale characteristic of said SLM to implement a grayscale characteristic that is adapted for printing onto photosensitive medium.

System for printing with programmable spatial light modulator and method

A method and apparatus are disclosed whereby generally matched exposures for at least first and second photoresponsive materials generally concurrently can be obtained, wherein the first photoresponsive material is more photoresponsive than the second.

Method and apparatus for acquiring electronic and/or photographic images

A multiple focal length folding imaging device includes a first and second housing which are operably joined together for movement relative to one another so that the second housing is movable relative to the first housing between at least a first position and a second position. The first housing is formed to at least partially receive therein the second housing, such that when the second housing is in the first position, the second housing is at least partially received within the first housing. The second housing includes an exiting aperture for allowing exiting of at least one image recordable unit therefrom when in the second position, and when the second housing is in the first position, the exiting aperture is at least partially disposed within the first housing so that the at least one image recordable unit cannot exit from the exiting aperture. Furthermore, the imaging device includes a lens movement mechanism for transferring linear motion to rotational motion so that different lens systems can be readily moved into the optical path of the imaging device.

Folding photographic method and apparatus

The present invention discribes a rotatable print drum apparatus for supporting thereon a printable medium having leading and trailing edges. The print drum comprises a relieved support surface for supporting the print medium wherein the relieved surface is formed with a recessed surface and a plurality of ribs protruding from the recessed surface in order to minimize contact of the print medium with the support surface of the drum.

Method and apparatus for desensitizing print media on a print drum to

The present invention relates generally to securing a sheet medium onto a support surface and, more particularly, to a print drum for supporting a flexible film sheet medium on a relieved support surface so as to desensitize to medium to the effects of debris contamination and air turbulence for allowing the sheet to be imprinted with consistent resolution.

A system for sheetwise dry processing thermographic print media is disclosed. The media is a laminate of a substrate with an attached frangible tab, a peel sheet and an adhesive image forming layer. A feeder feeds the sheets one at a time from a first position and orientation to a second position and orientation with the tab at a trailing end. A print roller is mounted for reversible rotation in infeed and outfeed directions. The print roller has clamps for engaging the sheet as received from the sheet feeder. A thermal printer cooperates with the print roller for thermally exposing the substrate. A peeler receives the sheet from the print roller with the tab at the leading edge. The peeler captures the film and engages the tab bending the substrate about the score line causing it to fracture. The peeler pulls the substrate and adhered image layer apart from peeler sheet to thereby produce a peeled substrate with an image layer and a waste peeler sheet. A thermal laminator receives the substrate and image layer for thermal laminating engagement with a thermosensitive film having a thermosensitive layer transferrable to the image layer of the substrate. The film is thereafter stripped from the structure and the substrate transferred to a discharge receptacle.

Apparatus for dry processing of optical print media

A method and apparatus for separating layers of a laminated thermographic media is disclosed. The apparatus has a torque roll cooperating with a pair of peel rolls which breaks a tab on the media without a hard stop thereby avoiding shock induced premature delamination. After the media is initially delaminated, a deflector roll operable independently of the peel rolls engages the backside of the substrate for establishing a deflector angle. An anti-skew system is also incorporated for aligning the media with the torque roll and peel rolls.

Method and apparatus for delaminating a laminate

There are method and apparatus for automatically clamping and cinching a flexible sheet medium on a rotatable supporting surface with clamping and cinching forces which independently increase as function of the rotational speed of the support surface. The clamp applies such forces to at least one edge of the sheet medium in a manner so that the sheet edge will not bend or push the sheet edge away from a pivot axis of the clamp so as to reduce sheet medium separation.

Method and apparatus for securing a flexible sheet to a rotatable

Thermal laser printer

Compact folding photographic camera

An instant type camera having first and second film engaging means for moving an exposed film unit from a film cassette to a film storage chamber. The second film engaging means is mounted for movement from a position on the entry side of a pair of spread rollers to a position on an exit side of the spread rollers. During such movement, the second film engaging means engages a trailing edge of an exposed film unit as it emerges from between the spread rollers and moves it into the storage chamber.

Camera having chamber for storing exposed film units during their

Folding photographic camera or similar article

A selected one of two or more variable density color filters is automatically positioned in the optical axis of a taking lens of a photographic camera, if necessary, prior to an exposure in order to automatically effect a color balanced exposure of a photosensitive material located within the camera. The color balance of a photographic image formed in a photosensitive material is dependent upon several factors. These factors include the color balance of the photosensitive material, the color temperature of scene illumination and the temperature of the photosensitive material processing fluid. In the present arrangement, the position of the variable density filter in the optical path of the taking lens is concurrently dependent upon one or more of these factors which, under certain conditions, may collectively offset one another such that movement of a variable density color filter for photographic image color balancing purposes does not occur.

Apparatus for controlling the color balance of a photographic image

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Lexington, MA, United States of America

George D Whiteside