Eastman-kodak Company

Robert D Huot

Robert L Kuhn

John Thomas Compton

Anna C Schelling

Carl Frederick Leidig

James C Foote, Jr

Paul L Taillie

John J Acello

Frank Castrignano

Thomas J Quattrini

Robert E Ashe

Charles John Moriarty

Rocco Menaguale

A photographic camera (10) includes a supply chamber (14) for receiving a cartridge (16) enclosing a photographic filmstrip (18) wound on a supply spool (92); a rotatable member (90) disposed in the supply chamber for being coupled to rotate a supply spool of a cartridge installed in the supply chamber; a takeup chamber (20); a takeup spool (22) in the takeup chamber for winding a filmstrip drawn in a first direction from a cartridge in the supply chamber; a head (102) positioned between the supply and takeup chambers for at least one of reading and recording data on a filmstrip; a first drive system (24, 50-78) for rotating the takeup spool to draw a filmstrip from a cartridge in the first direction and wind a filmstrip onto the takeup spool; a second drive system (24, 50-68, 80-88) for rotating the rotatable member to rotate a supply spool to draw a filmstrip in a second, opposite direction from the takeup spool and wind a filmstrip onto a supply spool in a cartridge; and a brake mechanism (118, 118a, 118b, 118c), responsive to a change in rotation of the takeup spool from the first direction to the second direction, to resist rotation of the takeup spool in the second direction, so as to apply tension to a filmstrip to reduce variations in the speed of a filmstrip while the head records data as a filmstrip is wound from the takeup spool to a supply spool in a cartridge.

Photographic camera with mechanically actuated tension control for

A hybrid camera includes a camera housing (12); an electronic imaging device (68) supported within the camera housing; a first optical system (58) for focusing light from a scene onto the imaging device, the first optical system having a first optical axis (16') and a first field of view (162); a film imaging plane (48) defined within the camera housing for photographic film (44); a second optical system (30) for focusing light from a scene onto the film imaging plane, the second optical system having a second optical axis (14') spaced from the first optical axis and a second field of view (164); a viewfinder (18, 26) supported by the camera housing, the viewfinder having a third optical axis (18') and a third field of view, the viewfinder being located relative to a selected one of the first and second optical systems such that the third field of view includes at least 75% of the field of view of the selected optical system; the field of view of the selected optical system being larger than that of a non-selected one of the first and second optical systems such that the field of view of the selected optical system includes at least 75% of the field of view of the non-selected optical system; an array of electronically actuateable masks (76-112; 116-150) positioned transverse to the third optical axis within the viewfinder, the masks being configured and located for actuation to correct for parallax between the viewfinder and the non-selected optical system and to indicate a print format (H, P, C) for an image to be captured on photographic film; means (20) for measuring range from the camera to an object in a scene reflecting light to be focused on the imaging device and the imaging plane and for producing a signal proportional to the range; and a controller (40), responsive to the signal, for actuating selected ones of the masks for correction for parallax, or indication of print format, or both.

Hybrid camera including viewfinder with masks for parallax correction

A hybrid camera (10) includes a camera housing (12); a first taking lens (16) for film photography; a second taking lens (18) for digital photography; a first lens cover (14) for movement between a first position in which one of the first and second lenses is covered by the first lens cover and a second position in which the one lens is uncovered by the first lens cover; a first aperture (20) in the first lens cover for revealing the other of the first and second lenses in the second position; a second lens cover (22, 90) supported by the first lens cover for movement between a third position in which the first aperture is covered by the second lens cover and a fourth position in which the first aperture is uncovered by the second lens cover to reveal the other lens in the second position; and a mechanism (74-84; 92-104) actuated by movement of the first lens cover to move the second lens cover between the third and fourth positions. A status display panel (30) is raised and lowered with the first lens cover to position the status display panel to be viewed easily at the same time as an image display panel (126) on the back of the camera.

Camera with movable first lens cover which supports movable second lens

A CCD array assembly for use in a scanner, includes a CCD array optically aligned relative to a CCD array nest and affixed thereto to form a replaceable subassembly. The CCD array nest has an outwardly facing statically determinate or exactly constrained interface mounting surface. A carrier plate with the CCD array assembly removably attached thereto is optically aligned and affixed to a barrel frame and lens assembly. The subassembly is removably attachable to the carrier plate allowing replacement of a failed CCD array without additional alignment.

Replaceable CCD array and method of assembly

A system for use in a photofinishing station wherein photographic prints from photographic film frame images are generated. The system enables the station to process a filmstrip including a magnetic strip, and includes a digital scanner for generating scanned film frame image signals, a magnetic reader module for generating read magnetic strip information signals, and a processing device in communication with the digital scanner and magnetic reader module for adapting the image and information signals for use in the photofinishing station. The system also enables existing photofinishers to read magnetics on film, create in-depth prints, and automatically classify negatives by augmenting their existing equipment.

Supplemental photofinishing data system

A nonimpact printer, for example, a color printer, of the type having an endless movable web on which two or more images are formed by an electronic printhead and transferred in registration provides reliable registration using perforations along an edge of the web. A first sensing means, for example, a printhead sprocket, senses an edge of the perforations and controls the printhead. A second sensing means, for example, a transfer sprocket also senses an edge of the perforations and controls transfer. Error in image formation because of error in perforation formation is substantially corrected by using the same perforation for transfer that is used for printing.

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Pittsford, NY, United States of America

Robert D Huot