Encoding system

Claim 2

A three-dimensional imaging camera system for forming parallax panoramagrams of a subject, and comprising, in combination: lens means having a focal plane; means for defining a slit; a graticule disposed adjacent said focal plane so as to form with said lens means a combined focal plane; selectively operable exposure means for permitting formation, in operative cooperation with said means for defining a slit, an image of said subject at said combined focal plane; supporting means for supporting said subject; and means for moving said supporting means relative to said means for defining a slit, synchronously with the operation of said exposure means so as to provide an effective scanning aperture across said image plane and so as to simultaneously permit said formation of said image.

Claim 3

A camera system in accordance with claim 1, wherein said lens means and said means for defining a slit are formed by a slit lens.

Claim 4

A system in accordance with claim 1, wherein said exposure means and means for defining a slit are constituted by a focal plane-type shutter positioned adjacent to said lens means.

Claim 5

A three-dimensional imaging camera system for forming parallax panoramagrams of a subject, and comprising in combination: an objective lens having a focal plane; a graticule disposed adjacent said focal plane; a focal plane-type shutter positioned adjacent to said objective lens and operable for permitting formation of an image of said subject at the combined image plane of said graticule and lens and for providing an effective scanning aperture across said image plane; means for supporting said subject; and means for moving said supporting means synchronously with operation of said shutter so as to permit the formation of said image.

Claim 6

A three-dimensional imaging camera system for forming parallax panoramagrams of a subject, and comprising in combination: an objective lens having a focal plane; a graticule disposed adjacent said focal plane; a focal plane-type shutter positioned adjacent to said objective lens and operable for permitting formation of an image of said subject at the combined image plane of said graticule and lens and for providing an effective scanning aperture across said image plane; means for supporting said subject; and means for moving said supporting means synchronously with operation of said shutter so as to permit the formation of said image.

Claim 7

A camera in accordance with claim 4 wherein said graticule comprises a plurality of parallel contiguous elements oriented in a first direction, and said means for moving said subject is adapted to move said subject transversely to said first direction.

Claim 8

A camera in accordance with claim 5 wherein said graticule is a lenticular screen.

Claim 9

A camera in accordance with claim 5 wherein said lens is a slit lens and said elements of said graticule are oriented transversely to the elongate direction of said slit lens.

Claim 10

A camera in accordance with claim 7 wherein said shutter includes an elongated slit the direction of elongation of which is oriented transversely to the elongated direction of said slit lens.

Claim 11

A camera in accordance with claim 1 including a half tone screen positioned between said objective lens and said image plane and having a pattern of dots for masking said image.

Claim 12

A camera in accordance with claim 9, wherein the pattern of dots is such as to provide a similar tone as said image.

Claim 13

A process of producing a parallax panoramagram of a coded or scrambled form of a subject using a camera of the type having an objective lens having a focal plane, a graticule positioned adjacent said focal plane and a focal plane-type shutter movable with respect to said lens for exposing said focal plane to light traversing said lens and for providing an effective scanning aperture across said image plane, said process comprising: moving said focal plane-type shutter to image said subject within the depth of focus of said graticule and lens; synchronously moving said subject transversely to the optical axis of said lens with motion of said focal plane shutter forming an image within said depth of focus; and exposing a photosensitive element to said formed image within said depth of focus.

Claim 14

A process of producing a parallax panoramagram of a coded or scrambled form of a subject using a camera of the type having an objective lens having a focal plane, a graticule positioned adjacent said focal plane and a focal plane-type shutter movable with respect to said lens for exposing said focal plane to light traversing said lens and for providing an effective scanning aperture across said image plane, said process comprising: moving said focal plane-type shutter to image said subject within the depth of focus of said graticule and lens; synchronously moving said subject transversely to the optical axis of said lens with motion of said focal plane shutter forming an image within said depth of focus; and exposing a photosensitive element to said formed image within said depth of focus.

Claim 15

A process in accordance with claim 11 wherein said graticule is a lenticular screen having a plurality of parallel hemicylindrical lenses.

Claim 16

A process in accordance with claim 12 further including the steps of: developing the exposed photosensitive element to provide a permanent image, and forming a plurality of duplicate images of said permanent image.

Claim 17

A process in accordance with claim 11 wherein said lens is a slit lens and said graticule is provided with parallel contiguous elements oriented in a direction transversely to the elongated direction of said slit lens, and said step of moving said focal plane shutter includes the step of moving the slit of said shutter transversely to the direction of orientation of said contiguous elements.

Claim 18

A process of decoding the parallax panoramagram made in accordance with claim 13, including the step of: registering over said panoramagram, the lenticules of a second lenticular screen having the same spatial distribution and radius of curvature as the lenticules of said first mentioned screen.

Claim 19

A process in accordance with claim 15 wherein said step of moving said subject is along a path parallel to the elongated direction of said slit lens.

Claim 20

A process in accordance with claim 11, wherein said step of moving includes the step of imaging said subject at the combined image plane of said graticule and lens, and said step of exposing a photosensitive element includes the step of exposing said photosensitive element at said image plane.

Claim 21

A sheet having a coded or scrambled form of an original artwork pattern made in accordance with the following steps: forming an image of said original artwork pattern in the combined image plane of a three-dimensional camera having a slit lens and a graticule having a plurality of parallel contiguous elongated elements; and exposing a photosensitive element to said image while simultaneously moving said original artwork pattern and the slit of a focal plane-type shutter of said camera in a plane adjacent said slit lens, each transversely to the elongated direction of said graticule elements.

Claim 22

A sheet having a coded or scrambled form of an original artwork pattern made in accordance with the following steps: forming an image of said original artwork pattern in the combined image plane of a three-dimensional camera having a slit lens and a graticule having a plurality of parallel contiguous elongated elements; and exposing a photosensitive element to said image while simultaneously moving said original artwork pattern and the slit of a focal plane-type shutter of said camera in a plane adjacent said slit lens, each transversely to the elongated direction of said graticule elements.