Agfa Division, Bayer Corporation

Agfa Corporation

John F Omvik

Mark E Tellam

Mark G Brook, Iii

Kevin J Haded

Joseph A Wheeler

Earle B Stokes

Marc L Cresens

David M Leclerc

John A Merecki

Christopher R Duval

Chris Tuijn

Patrick Pandelaers

Dana M Winikates

Peter De Mangelaere

A method for selecting color value on a digital image, initializing a color modification tool to the selected color value, and then modifying the color value. After selecting a color modification tool such as a contrast LUT, a user selects a region on a digital image containing the color value to be modified. The selected region is highlighted, and a knot corresponding to the selected color value is automatically placed on the input/output LUT graph of the color modification tool. A slide bar, and a graphic readout providing the &ldquo;before&rdquo; and &ldquo;after&rdquo; values of the selected color value, are superimposed directly on the digital image adjacent the highlighted region. The user can then modify the selected color value by displacing the slide bar. The digital image, graphic readout, and the input/output LUT graph of the modification tool are updated in response to the manipulation of the slide bar, allowing the user to immediately visualize the affect of the color change on the digital image.

Method for modifying a digital image

A detail area of a low resolution preview scan is selected to determine the quality of a subsequent high resolution scan. A detail window containing high resolution image data corresponding to the selected detail area is displayed as soon as it becomes available during the high resolution scan. Based on the quality of the high resolution image data displayed within the detail window, the scanning operator can prematurely terminate the high resolution scan of the image prior to completion.

Method for selecting an area of full resolution image detail for viewing during scanning

A method and apparatus is provided for scanning original images wherein the original images are scanned by a scanner and processed in a computer workstation. The scanning of an original image is carried out simultaneously with the processing of at least one other original image. A method and apparatus for scanning an original image wherein the original image is scanned in bands by a scanner and processed in a computer workstation. The scanning of one band is carried out simultaneously with the processing of at least one other band.

Method and apparatus for scanning original images

A scanning apparatus providing separate fixed object focal planes for transmissive and reflective original documents to be scanned, wherein a scan carriage containing illumination, sensor, and optical elements is moved together to scan an original document and to obtain a digitized representation thereof. The movable scan carriage has an illumination source disposed between the reflective and transmissive object focal planes, with the object focal plane to be used selected by changing the position of one or more optical elements within the scan carriage. The resolution of the digitized representation of the scanned original document can be determined independently of the selection of object focal plane.

Scanning system for scanning reflective and transmissive images

A scanning apparatus providing separate fixed object focal planes for transmissive and reflective original documents to be scanned, wherein a scan carriage containing illumination, sensor, and optical elements is moved together to scan an original document and to obtain a digitized representation thereof. The movable scan carriage has an illumination source disposed between the reflective and transmissive object focal planes, with the object focal plane to be used selected by changing the position of one or more optical elements within the scan carriage. A dark slide provides protection against flare during scanning, and can be closed to provide for dark current calibration as well as to seal the system from dust when not in use.

Combined dust protection and dark calibration slide for a flat-bed

A method and apparatus for performing a rough crop of a mounted image off-line prior to scanning. The apparatus comprises a kit having cards with apertures of various defined sizes and slide holders corresponding to standard original (film) sizes to be used. Each aperture card is labeled for identification, and each slide holder is marked with labeled lines at discrete intervals parallel to the card edges, following a Cartesian orientation. An original to be scanned is mounted in a slide holder corresponding to its size, and an aperture card selected for the desired cropping aperture, from the set included in the kit, and placed on top of the slide holder card with the outside edges of both cards aligned. An offset of the crop aperture from the center of the image is accomplished by shifting the crop card until one or more of the parallel lines on the slide holder come into view. When the desired rough crop aperture has been achieved, it can be specified quickly by a three-element code comprising the aperture card identifier, and two indices identifying which the offsets as given by the exposed parallel lines.

Method and apparatus for rough cropping images

A scanning apparatus providing separate fixed focal planes for transmissive and reflective original documents to be scanned, wherein a scan carriage containing illumination, sensor, and optical elements is moved together to scan an original document and to obtain a digitized representation thereof. The movable scan carriage has an illumination source disposed between the reflective and transmissive object focal planes, with the object focal plane to be used selected by changing the position of one or more optical elements within the scan carriage. The resolution of the digitized representation of the scanned original document can be determined by rotation of at least one lens about an axis substantially perpendicular to its optic axis.

Scanning system

A scanning apparatus providing separate fixed object focal planes for transmissive and reflective original documents to be scanned, wherein a scan carriage containing illumination, sensor, and optical elements is moved together to scan an original document and to obtain a digitized representation thereof. The movable scan carriage has an illumination source disposed between the reflective and transmissive object focal planes, with the object focal plane to be used selected by changing the position of one or more optical elements within the scan carriage. The illumination source comprises a removable lamp cartridge with one or more lamps disposed for correct illumination of the selected object focal plane.

Illumination system for a flat-bed scanning system

A scanning system comprising a cleaning apparatus for automatically cleaning originals prior to scanning and a dual mode scanner for scanning transmissive and reflective originals. The cleaning apparatus includes an ionizing dust remover and an electrically conductive brush assembly for sweeping dust and other foreign particles from the surfaces of the originals to be scanned.

Scanning system for scanning transmissive and reflective originals

A scanning apparatus providing an object focal plane for original documents to be scanned, wherein a scan carriage containing illumination, sensor, and optical elements is moved together to scan an original document and to obtain a digitized representation thereof. The movable carnage further includes an automatically-positioned alignment grid for aligning original documents, such that the grid is visible at the surface and moves with the scan carriage.

Growing community of inventors

North Andover, MA, United States of America

John F Omvik