Image transmission devices

Claim 2

A compact image transmission and modification device in which an object is mountable in the optical path between a light source and a first surface on which the light from said source, modulated by the different optical densities of said object, is capable of constituting a first image thereof, and on which first surface said first image is transformed into electrical signals which are transmitted to a second surface where said electrical signals are transformed into light signals capable of constituting a second, modified, image of said object, said device further comprising: a base element incorporating said first surface and said second surface, and defining on said first surface at least one first array of locations having a first interlocation spacing, and on said second surface at least one second array of locations corresponding to said first array of locations and having a second interlocation spacing; photodetector means at said locations of said first array for producing said electrical signals; electrical-to-light signal-transforming means at said locations of said second array for producing said light signals; a plurality of electrical-signal transmission means, each of said means electrically coupling a location of said first array with a corresponding location of said second array; and means for imparting to said base element a continuous rotary movement about a rotation axis defined therein, to cause said first array to scan said first image, wherein the image modification produced by said device is substantially a function of the ratio between said first interlocation spacing and said second interlocation spacing.

Claim 3

The device according to claim 1, wherein said photodetector means are constituted by photodiodes and said electrical-to-light signal-transforming means are constituted by light-emitting diodes.

Claim 4

The device according to claim 1, wherein said electrical-to-light signal-transforming means are constituted by liquid-crystal devices.

Claim 5

The device according to claim 1, wherein said photodetector means are constituted by charge-coupled devices.

Claim 6

The device according to claim 1 wherein said first and second surfaces comprise planar surfaces which extend perpendicularly to the rotation axis and wherein said first and second arrays comprise planar arrays.

Claim 7

The device according to claim 1, wherein said first surface is located lateral of said rotation axis and is perpendicular to said second surface.

Claim 8

The device according to claim 1, wherein at least said first array is curved.

Claim 9

The device according to claim 1, wherein said second interlocation spacing is greater than said first interlocation spacing.

Claim 10

The device according to claim 1, wherein said first and second arrays are each constituted by at least one line array.

Claim 11

the device according to claim 1, wherein the pattern of said first and second arrays is cruciform, being constituted by four line arrays.

Claim 12

The device according to claim 10, wherein said line arrays are radially offset relative to one another by a radial distance equaling the diameter of said location divided by the number of line arrays to said pattern.

Claim 13

The device according to claim 1, wherein the ratio of the interlocation distances between any three locations in said first array is equal to the ratio of the interlocation distances between the corresponding three locations in said second array.

Claim 14

The device according to claim 1, further comprising a source of light disposed adjacent said first array to define an object, whereby said second array defines a directly viewable image.

Claim 15

The device according to claim 1, further comprising a positive lens system for enhancing the image to be transmitted by said electrical-signal transmission means.

Claim 16

The device according to claim 1, further comprising a deflecting prism centrally mounted with respect to said axis of rotation.

Claim 17

The device according to claim 1, further comprising a plurality of beam splitters and color filters for breaking up the images to be transmitted into primary colors.

Claim 18

The device according to claim 3, further comprising a plurality of optical fibers interposed between said first surface and said photodetector means.

Claim 19

The device as claimed in claim 3, further comprising a plurality of optical fibers interposed between said electrical-to-light signal-transforming means and said second surface.

Claim 20

The device according to claim 1, wherein said first and said second interlocation spacings are equal.

Claim 21

A compact image transmission and modification device in which a light-pattern producing display element is located in proximity to a first surface on which the light from said element is capable of constituting a first image of said patterns, and on which first surface said first image is transformed into electrical signals which are transmitted to a second surface where said electrical signals are transformed into light signals capable of constituting a second, modified, image of said patterns, said device further comprising: a base element incorporating said first surface and said second surface, and defining on said first surface at least one first array of locations having a first interlocation spacing, and on said second surface at least one second array of locations corresponding to said first array of locations and having a second interlocation spacing; photodetector means at said locations of said first array for producing said electrical signals; electrical-to-light signal-transforming means at said locations of said second array for producing said light signals; a plurality of electrical-signal transmission means, each of said means electrically coupling a location of said first array with a corresponding location of said second array; means for imparting to said base element a continuous rotary movement about a rotation axis defined therein, to cause said first array to scan said first image, wherein the image modification produced by said device is substantially a function of the ratio between said first interlocation spacing and said second interlocation spacing.

Claim 22

A compact image transmission and modification device in which a light-pattern producing display element is located in proximity to a first surface on which the light from said element is capable of constituting a first image of said patterns, and on which first surface said first image is transformed into electrical signals which are transmitted to a second surface where said electrical signals are transformed into light signals capable of constituting a second, modified, image of said patterns, said device further comprising: a base element incorporating said first surface and said second surface, and defining on said first surface at least one first array of locations having a first interlocation spacing, and on said second surface at least one second array of locations corresponding to said first array of locations and having a second interlocation spacing; photodetector means at said locations of said first array for producing said electrical signals; electrical-to-light signal-transforming means at said locations of said second array for producing said light signals; a plurality of electrical-signal transmission means, each of said means electrically coupling a location of said first array with a corresponding location of said second array; means for imparting to said base element a continuous rotary movement about a rotation axis defined therein, to cause said first array to scan said first image, wherein the image modification produced by said device is substantially a function of the ratio between said first interlocation spacing and said second interlocation spacing.

Claim 23

The device according to claim 20, wherein said electrical-to-light signal transforming means are constituted by liquid-crystal devices.

Claim 24

The device according to claim 21, wherein said photodetector means are constituted by charge-coupled devices.

Claim 25

The device according to claim 20, wherein said first and second arrays are each constituted by at least one line array.

Claim 26

The device according to claim 20, wherein the pattern of said first and second arrays is cruciform, being constituted by four line arrays.

Claim 27

A compact image transmission and modification device in which an object is mountable in the optical path between a light source and a first surface on which the light from said source, modulated by the different optical densities of said object, is capable of constituting a first image thereof, which first image is transformed into electrical signals which are transmitted to a second surface where said electrical signals are transformed into light signals capable of constituting a second, modified image of said object, said device further comprising: a base element incorporating said first surface and said second surface, and defining on said first surface at least one first array of locations having a first interlocation spacing, and on said second surface at least one second array of locations corresponding to said first array of locations and having a second interlocation spacing; a plurality of light-guiding optical fibers, one end of each of which is disposed at a different one of said locations of said first array; a plurality of photodetector means for producing said electrical signals, to the input side of each of which means is connected to the other end of the corresponding one of said optical fibers; a plurality of electrical-to-light signal-transforming means at said locations of said second array for producing said light signals; a plurality of electrical-signal transmission means, each electrically connecting the output side of a different one of said photodetector means to the input side of the corresponding one of said electrical-to-light signal-transforming means at said locations of said second array and, via said optical fibers, effectively coupling each location of said first array with a corresponding location of said second array, and means for imparting to said base element a continuous rotary movement about a rotation axis defined therein, to cause said first array to scan said first image, wherein the image modification produced by said device is substantially a function of the ratio between said first interlocation spacing and said second interlocation spacing.

Claim 28

A compact image transmission and modification device in which an object is mountable in the optical path between a light source and a first surface on which the light from said source, modulated by the different optical densities of said object, is capable of constituting a first image thereof, which first image is transformed into electrical signals which are transmitted to a second surface where said electrical signals are transformed into light signals capable of constituting a second, modified image of said object, said device further comprising: a base element incorporating said first surface and said second surface, and defining on said first surface at least one first array of locations having a first interlocation spacing, and on said second surface at least one second array of locations corresponding to said first array of locations and having a second interlocation spacing; a plurality of light-guiding optical fibers, one end of each of which is disposed at a different one of said locations of said first array; a plurality of photodetector means for producing said electrical signals, to the input side of each of which means is connected to the other end of the corresponding one of said optical fibers; a plurality of electrical-to-light signal-transforming means at said locations of said second array for producing said light signals; a plurality of electrical-signal transmission means, each electrically connecting the output side of a different one of said photodetector means to the input side of the corresponding one of said electrical-to-light signal-transforming means at said locations of said second array and, via said optical fibers, effectively coupling each location of said first array with a corresponding location of said second array, and means for imparting to said base element a continuous rotary movement about a rotation axis defined therein, to cause said first array to scan said first image, wherein the image modification produced by said device is substantially a function of the ratio between said first interlocation spacing and said second interlocation spacing.

Claim 29

A compact image transmission and modification device in which an object is mountable in the optical path between a light source and a first surface on which the light from said source, modulated by the different optical densities of said object, is capable of constituting a first image thereof, and on which first surface said first image is transformed into electrical signals, which electrical signals are transformed into light signals capable of constituting, on a second surface, a second, modified, image of said object, said device further comprising: a base element incorporating said first surface and said second surface, and defining on said first surface at least one first array of locations having a first interlocation spacing, and on said second surface at least one second array of locations corresponding to said first array of locations and having a second interlocation spacing; photodetector means at said locations of said first array for producing said electrical signals; a plurality of light-guiding optical fibers, one end of each of which is disposed at a different one of said locations of said second array; a plurality of electrical-to-light signal-transforming means for producing said light signals, to the output side of each of which is connected the other end of the corresponding one of said optical fibers; a plurality of electrical-signal tranmission means, each electrically connecting the output side of a different one of said photodetector means to the input side of the corresponding one of said electrical-to-light signal-transforming means and, via said optical fibers, effectively coupling each location of said first array with a corresponding location of said second array, and means for imparting to said base element a continuous rotary movement about a rotation axis defined therein, to cause said first array to scan said first image, wherein the image modification produced by said device is substantially a function of the ratio between said first interlocation spacing and said second interlocation spacing.

Claim 30

A compact image transmission and modification device in which an object is mountable in the optical path between a light source and a first surface on which the light from said source, modulated by the different optical densities of said object, is capable of constituting a first image thereof, and on which first surface said first image is transformed into electrical signals, which electrical signals are transformed into light signals capable of constituting, on a second surface, a second, modified, image of said object, said device further comprising: a base element incorporating said first surface and said second surface, and defining on said first surface at least one first array of locations having a first interlocation spacing, and on said second surface at least one second array of locations corresponding to said first array of locations and having a second interlocation spacing; photodetector means at said locations of said first array for producing said electrical signals; a plurality of light-guiding optical fibers, one end of each of which is disposed at a different one of said locations of said second array; a plurality of electrical-to-light signal-transforming means for producing said light signals, to the output side of each of which is connected the other end of the corresponding one of said optical fibers; a plurality of electrical-signal tranmission means, each electrically connecting the output side of a different one of said photodetector means to the input side of the corresponding one of said electrical-to-light signal-transforming means and, via said optical fibers, effectively coupling each location of said first array with a corresponding location of said second array, and means for imparting to said base element a continuous rotary movement about a rotation axis defined therein, to cause said first array to scan said first image, wherein the image modification produced by said device is substantially a function of the ratio between said first interlocation spacing and said second interlocation spacing.