Eastman-kodak Company

Allan M Waugh

Charles D Rike

Michael S Hanchak

Mikhail Fishkin

Joshua Monroe Cobb

James E Roddy

Christopher M Muir

Mark E Bridges

J Kelly Lee

William F Dassero

Jean F Depatie

Martin C James

James Joseph Parker, Jr

A printing system includes a frame. A first printer component is mounted to the frame. A second printer component is compliantly mounted to the frame such that the second printer component is free to move in a plane. A first alignment mechanism is kinematically coupled to the first printer component and is kinematically coupled to the second printer component. A second alignment mechanism is kinematically coupled to the first printer component and is kinematically coupled to the second printer component.

Printer component mounting and alignment system

An alignment component includes first and second members and locating elements. The first member includes at least one surface. The second member includes first and second through holes positioned relative to each other. The second member is affixed with the first member such that first and second pockets are formed. The first and second pockets have a wall corresponding to a wall of the first or second through holes. The first and second pockets have a base corresponding to a surface of the one or more surfaces of the first member. The locating elements include first and second locating elements positioned with an interference fit in the first and second pockets. A wall and a base of the first and second pockets define first and second components of position, respectively, of the first locating element relative to the second locating element.

Alignment assembly for use with a printhead

A printhead includes a printhead module and frame, and an alignment assembly including a base plate, locator plate, first set of locating elements, and coupling member. The locator plate, including through holes, is affixed with the base plate such that pockets are formed having a wall corresponding to a wall of one of the through holes and a base corresponding to a surface of the base plate. The first set of locating elements is positioned with an interference fit in one of the pockets. The walls of the pockets define positions of the first set of locating elements in a plane of the locator plate surface. The bases of the pockets define positions of the first set of locating elements in a direction normal to the base plate surface. The coupling member includes a second set of locating elements that contact the first set of locating elements.

Printhead including alignment assembly

An improved autostereoscopic display apparatus () forms left and right virtual images for pupil imaging by forming, through a beamsplitter (), a real intermediate image near the focal surface of a curved mirror (). A circular polarizer () is disposed at a position between viewing pupils () and the beamsplitter (), minimizing glare due to stray light reflection from the curved mirror surface.

Autostereoscopic display apparatus having glare suppression

A device for controlling a stepper motor that drives a plurality of shutter blades. The movement and position of the movement of the rotor of the stepper motor is monitored to determine when the next step of the stepper motor should be stepped so that the rotation of the rotor will be known to cause the shutter blades to form the correct aperture size. The device may also be used to drive an automatic focusing mechanism and/or zoom.

Growing community of inventors

Rochester, NY, United States of America

Allan M Waugh