Optically butted electro-optical components
AssigneeAgfa-Gevaert
InventorsDirk Costrop, Frank Trouillard, Patrick Pandelaers
Life of this patent
Estimating the term…
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AssigneeAgfa-Gevaert
InventorsDirk Costrop, Frank Trouillard, Patrick Pandelaers
Estimating the term…
In an imaging system having at least two optically butted CCD sensors disposed in angular relation to each other and onto which light images are projected by means of a light beam splitter, the correct spacial position of the sensors is determined providing the beam splitter with mounting surfaces on which the respective sensors are mounted and the sensors with lateral surfaces, and utilizing mounting members for the opposite ends of each sensor, each mounting member having a base surface and a supporting surface extending in true rectangular fashion thereon. The base surface of each mounting member is adhesively bonded to one of the mounting surfaces of the beam splitter and its supporting surface is adhesively bonded to a lateral surface of a sensor, such bonding being effected after each sensor has been correctly aligned.
An imaging device which comprises lens means for focusing a first focal plane onto a second focal plane along an optical path, optical path dividing means located between the lens means and one of said focal planes for dividing the optical path into at least two optical subpaths leading to corresponding subfocal planes, at least one electro-optical component arranged in each of said subfocal planes, and fixing means for fixing the spatial position of each of said electro-optical components so that said components are correctly aligned relative to the subfocal plane at which it is arranged, in combination, the improvement wherein each of said electro-optical components has at least one pair of lateral surface thereon, and said fixing means comprises an elongated glass member (33) with a mounting surface for each of said components at each of said subfocal planes, and for each said component at least pair of mounting legs each with a base surface (63) and a supporting surface (58, 59) extending in true rectangular relation to such base surface, each of the base surfaces being adhesively bonded to a mounting surface of said glass member and the supporting surfaces of each pair of mounting legs being adhesively bonded to the pair of lateral surfaces on a corresponding electro-optical component.
An imaging system according to 5, wherein said blocks are made of glass.
Dependencies are inferred from the claim text.