Multiple function microfiche and film recording and viewing system

Claim 2

A multiple function optical apparatus including,, (a) a bundle of internally reflecting coherent optic fibers, said bundle having a main, bunched end and being divided along the remainder of its length into sub-bundles, each sub-bundle itself also being coherent, the termini of the sub-bundles diverging from and spaced from each other and positioned on and defining a surface, each sub-bundle being twisted 180 degrees along its length, each sub-bundle adapted to carry a sub-image which is less than an entire image on the end of the main bundle in one mode of operation, (b) a screen spaced from said sub-bundle termini, said screen being parallel to the termini surface, (c) a microfiche having a photographis emulsion on one side and a plurality of integral lensettes on the other side, (d) said microfiche positioned between the termini of said sub-bundles and said screen, (e) each output terminal of each sub-bundle being contiguous to said emulsion, said emulsion side of said microfiche facing said sub-bundle termini, each terminal of each sub-bundle being optically aligned with a lensette, the number of lensettes being greater than the number of sub-bundles.

Claim 3

The apparatus of claim 1 including, (a) a plurality of opaque septa between said microfiche lensettes and said viewing screen surface, said septa dividing the microfiche-viewing screen space into cells each closed on its sides, there being a unique sub-bundle terminal for each cell, each cell being open at its ends and axially aligned with a sub-bundle terminal.

Claim 4

The apparatus of claim 1 including a mask having a plurality of openings carried by the side of the viewing screen facing said termini, there being one opening aligned with each sub-bundle terminal.

Claim 5

A multiple function optical apparatus including, (a) means to optically disperse an image of an object to thereby yield sub-image of the object, said sub-images being located at dispersed regions of a surface, (b) a transparent plate having a plurality of integral lensettes, said transparent plate being a microfiche having a photographic emulsion on one side and the integral lensettes on the other side, and wherein said surface is contiguous to said emulsion, said emulsion side of said microfiche facing said surface, the location of each sub-image being optically aligned with a lensette.

Claim 6

A multiple function optical apparatus including, (a) means to optically disperse an image of an object to thereby yield sub-image of the object, said sub-images being located at dispersed regions of a surface, (b) a transparent plate having a plurality of integral lensettes, said transparent plate being a microfiche having a photographic emulsion on one side and the integral lensettes on the other side, and wherein said surface is contiguous to said emulsion, said emulsion side of said microfiche facing said surface, the location of each sub-image being optically aligned with a lensette.

Claim 7

The apparatus of claim 4 including, (a) a plate carrying a plurality of nodules on one side thereof, said nodules being transparent, said plate positioned between said sub-image surface and said emulsion, each nodule having a plurality of faces, at least some faces having primary color filters thereon; the center of each nodule being aligned with a respective sub-image location, (b) each face of each nodule being optically aligned with a corresponding lensette.

Claim 8

The apparatus of claim 4 including, (a) at least two primary color filters and one clear filter, thus defining a filter set, each filter set contiguous to a sub-image location on said surface, (b) said clear filter of each filter set being optically aligned with a sub-image location, (c) each color filter optically aligned with a lensette.

Claim 9

The apparatus of claim 6 wherein said sub-image locations on said surface are spaced from said emulsion, to thereby permit light from said sub-images to disperse and thereby illuminate a plurality of micro-image zones carried by the emulsion.

Claim 10

The apparatus of claim 7 wherein said means to optically disperse an image of an object is defined by a bundle of internally reflecting coherent optic fibers, said bundle having a main, bunched end and being divided along the remainder of its length into sub-bundles, each sub-bundle itself also being coherent, the termini of the sub-bundles diverging from and spaced from each other and positioned on a surface, each sub-bundle being twisted 180° along its length, each sub-bundle adapted to carry a sub-image which is less thn an entire image on the end of the main bundle in one mode of operation, and also including a transparent sheet spacing said termini from said emulsion, said sheet having protuberances each aligned with a sub-bundle terminal, the protuberances causing light from said termini to diverge.

Claim 11

The apparatus of claim 6 wherein said means to optically disperse an image of an object is defined by a bundle of internally reflecting coherent optic fibers, said bundle having a main, bunched end and being divided along the remainder of its length into sub-bundles, each sub-bundle itself also being coherent, the termini of the sub-bundles diverging from and spaced from each other and positioned on a surface, each sub-bundle being twisted 180° along its length, each sub-bundle adapted to carry a sub-image which is less than an entire image on the end of the main bundle in one mode of operation, and also including a mirror parallel to and spaced from said microfiche, each sub-image location on said surface, each output terminal of each sub-image being contiguous to said emulsion, whereby white light from the termini passes through the clear filter and forms a real image on the mirror for the color filters.

Claim 12

The apparatus of claim 6 wherein said color filter sets are located in a plane parallel to said lensettes.

Claim 13

The apparatus of claim 6 wherein said color filter sets are defined by color films on said lensettes, the said clear filter of each color set defined by an uncoated lensette.

Claim 14

A multiple function optical apparatus including, (a) a bundle of internally reflecting coherent optic fibers, said bundle having a main, bunched end and being divided along the remainder of its length into sub-bundles, each sub-bundle itself also being coherent, the termini of the sub-bundles diverging from and spaced from each other and positioned on a surface, each sub-bundle being twisted 180 degrees along its length, each sub-bundle adapted to carry a sub-image which is less than an entire image on the end of the main bundle in one mode of operation, (b) a screen spaced from said sub-bundle termini, said screen being parallel to the termini surface, (c) a microfiche having a photographis emulsion on one side and a plurality of integral lensettes on the other side, (d) said microfiche positioned between the termini of said sub-bundles and said screen, (e) each output terminal of each sub-bundle being contiguous to said emulsion, each emulsion side of said microfiche facing said sub-bundle termini, each terminal of each sub-bundle being optically aligned with a lensette, the number of lensettes being greater than the number of sub-bundles, (f) one set of emulsion areas corresponding to one set of lensettes being transparent.

Claim 15

A multiple function optical apparatus including, (a) a bundle of internally reflecting coherent optic fibers, said bundle having a main, bunched end and being divided along the remainder of its length into sub-bundles, each sub-bundle itself also being coherent, the termini of the sub-bundles diverging from and spaced from each other and positioned on a surface, each sub-bundle being twisted 180 degrees along its length, each sub-bundle adapted to carry a sub-image which is less than an entire image on the end of the main bundle in one mode of operation, (b) a screen spaced from said sub-bundle termini, said screen being parallel to the termini surface, (c) a microfiche having a photographis emulsion on one side and a plurality of integral lensettes on the other side, (d) said microfiche positioned between the termini of said sub-bundles and said screen, (e) each output terminal of each sub-bundle being contiguous to said emulsion, each emulsion side of said microfiche facing said sub-bundle termini, each terminal of each sub-bundle being optically aligned with a lensette, the number of lensettes being greater than the number of sub-bundles, (f) one set of emulsion areas corresponding to one set of lensettes being transparent.