Multiple-print 3-D printer and process

Claim 2

A high speed three dimensional (3-D) printer for simultaneously projecting all of the 2-D negative views required to produce a 3-D photograph onto the number of 3-D prints corresponding to the number of 2-D negative views used in the process, said printer comprising: means for holding a negative, light projecting means, and a lens with a field of coverage wide enough to simultaneously print all of the 2-D views required to produce a 3-D print onto the number of 3-D prints corresponding to the number of 2-D negative views used in the process; means for holding the number of 3-D prints it is desired to print; means for moving the 3-D prints between exposures to fill all the image bands in the 3-D prints.

Claim 3

The printer of claim 1 in which the means for holding the number of 3-D prints is a printing easel.

Claim 4

The printer of claim 2 in which the means for moving the 3-D prints is an electric motor that moves the printing easel.

Claim 5

The printer of claim 1 in which a computer is programmed to control the means for moving the 3-D prints to the appropriate position between exposures and to control the light projecting means so that the duration of exposure of the 3-D prints is for the desired duration.

Claim 6

The printer of claim 3 in which a computer is programmed to control the motor moving the printing easel to the appropriate position between exposures and programmed to control the light projecting means so that the duration of exposure of the 3-D prints is for the desired duration.

Claim 7

The printer of claim 5 in which the light projecting means is a lamp contained in a lamphouse.

Claim 8

A high speed method for simultaneously printing all of the 2-D negative views required to produce a 3-D print onto the number of 3-D prints corresponding to the number of 2-D views to compose a 3-D print utilizing a printer having means for holding a negative wherein said printer has means for holding a negative, light projecting means and a lens with a field of coverage wide enough to simultaneously print all of the 2-D views required to produce a 3-D print onto the number of 3-D prints corresponding to the number of 2-D negative views used in the process; and means for holding the number of 3-D prints desired and means for moving the 3-D prints between exposures to fill all the image bands in all of the 3-D prints; said method comprising placing the number of 3-D prints it is desired to print on the means for holding the prints and printing an image band on a first 3-D print, then moving the 3-D prints and printing a second image band on the first 3-D print and simultaneously printing an image band on a second 3-D print and then moving the 3-D prints and simultaneously printing an image band on the first 3-D print and a different image band on the second 3-D print and a different image band on a third 3-D print and continuing this method until the desired number of 3-D prints have been printed.

Claim 9

A high speed method for simultaneously printing all of the 2-D negative views required to produce a 3-D print onto the number of 3-D prints corresponding to the number of 2-D views to compose a 3-D print utilizing a printer having means for holding a negative wherein said printer has means for holding a negative, light projecting means and a lens with a field of coverage wide enough to simultaneously print all of the 2-D views required to produce a 3-D print onto the number of 3-D prints corresponding to the number of 2-D negative views used in the process; and means for holding the number of 3-D prints desired and means for moving the 3-D prints between exposures to fill all the image bands in all of the 3-D prints; said method comprising placing the number of 3-D prints it is desired to print on the means for holding the prints and printing an image band on a first 3-D print, then moving the 3-D prints and printing a second image band on the first 3-D print and simultaneously printing an image band on a second 3-D print and then moving the 3-D prints and simultaneously printing an image band on the first 3-D print and a different image band on the second 3-D print and a different image band on a third 3-D print and continuing this method until the desired number of 3-D prints have been printed.

Claim 10

The method of claim 7 in which the means for holding the number of 3-D prints is a printing easel.

Claim 11

The method of claim 8 in which the means for moving the 3-D prints is a motor which moves the printing easel.

Claim 12

The method of claim 7 in which a computer is programmed to control the movement of the 3-D prints to the appropriate position between exposures and to control the light projecting means so that the exposures of the 3-D prints is for the desired duration.

Claim 13

The method of claim 9 in which a computer is programmed to control the electric motor for moving the printing easel to the appropriate position for printing the 3-D prints and programmed to control the light projecting means so that the exposures of the 3-D prints is for the desired duration.

Claim 14

A high speed method for simultaneously printing all of the 2-D negative views required to produce a 3-D print onto the number of 3-D prints corresponding to the number of 2-D views to compose a 3-D print utilizing a printer having means for holding the prints said method comprising printing an image band at one edge of each lenticule on a first 3-D print, then moving the 3-D prints and printing a second image band adjacent the image band first printed on the first 3-D print and simultaneously printing an image band at one edge of each lenticule on a second 3-D print and then moving the 3-D prints and simultaneously printing a third image band adjacent the image band second printed on the first 3-D print and simultaneously printing second image band adjacent the first image band in the second print and first image band at one edge of each lenticule in the first print and continuing this method until the desired number of prints have been printed.

Claim 15

A high speed method for simultaneously printing all of the 2-D negative views required to produce a 3-D print onto the number of 3-D prints corresponding to the number of 2-D views to compose a 3-D print utilizing a printer having means for holding the prints said method comprising printing an image band at one edge of each lenticule on a first 3-D print, then moving the 3-D prints and printing a second image band adjacent the image band first printed on the first 3-D print and simultaneously printing an image band at one edge of each lenticule on a second 3-D print and then moving the 3-D prints and simultaneously printing a third image band adjacent the image band second printed on the first 3-D print and simultaneously printing second image band adjacent the first image band in the second print and first image band at one edge of each lenticule in the first print and continuing this method until the desired number of prints have been printed.