Method for scanning a plurality of scanning lines at the same time

Claim 1

A method for scanning an original picture photo-electrically to obtain picture signals consecutively, whereby recording for a reproduction picture is accomplished in a picture scanning reproducing machine of a type in which the outer surface of an original picture cylinder is scanned, the improvement comprising the steps of: scanning the outer surface of an original picture cylinder, said outer surface of said cylinder being scanned while said cylinder rotates; scanning at least two scanning lines per one rotation of said original picture cylinder to pick up a number of picture signals corresponding to the number of scanned lines; processing the picture signals obtained during said scanning from at least one said scanned line from optical to corresponding R, G and B electrical signals independently; and processing picture information obtained from the circumferential areas of a plurality of adjacent picture elements from optical to electrical signals, said picture information being picked up as unsharp signals concurrently with said scanning; processing electronically said R,G and B signals to C,Y,M and K signals, and modifying at least a portion of said processed R, G and B signals by combining with signals derived from said concurrent unsharp signals.

Claim 2

A method for scanning an original picture photo-electrically to obtain picture signals consecutively, whereby recording for a reproduction picture is accomplished in a picture scanning reproducing machine of a type in which the outer surface of an original picture cylinder is scanned, the improvement comprising the steps of: scanning the outer surface of an original picture cylinder, said outer surface of said cylinder being scanned while said cylinder rotates; scanning at least two scanning lines per one rotation of said original picture cylinder to pick up a number of picture signals corresponding to the number of scanned lines; processing the picture signals obtained during said scanning from at least one said scanned line from optical to corresponding R, G and B electrical signals independently; and processing picture information obtained from the circumferential areas of a plurality of adjacent picture elements from optical to electrical signals, said picture information being picked up as unsharp signals concurrently with said scanning; processing electronically said R,G and B signals to C,Y,M and K signals, and modifying at least a portion of said processed R, G and B signals by combining with signals derived from said concurrent unsharp signals.

Claim 5

A method for scanning an original picture photo-electrically to obtain picture signals consecutively in a picture scanning/reproducing machine wherein the original picture is mounted for scanning on a rotating cylinder, the improvement comprising the steps of: collecting a beam of light reflected from at least two scanning lines during one rotation of said original picture cylinder; splitting a first portion of said collected beam of light optically into separate beams corresponding respectively to each said scanning line; optically splitting each said separated beam into R, G and B beams; converting said R, G and B beams into corresponding independent electrical signals; directing a second portion of said collected light to means for converting said second portion into electrical signals, said second portion being light obtained concurrently from circumferential areas adjacent said scanning lines as unsharp images; processing electronically said R, G and B signals to C, Y, M and K signals, and modifying at least a portion of said processed R, G and B signals by combining with signals derived from said concurrent unsharp signals.

Claim 6

A method for scanning an original picture photo-electrically to obtain picture signals consecutively in a picture scanning/reproducing machine wherein the original picture is mounted for scanning on a rotating cylinder, the improvement comprising the steps of: collecting a beam of light reflected from at least two scanning lines during one rotation of said original picture cylinder; splitting a first portion of said collected beam of light optically into separate beams corresponding respectively to each said scanning line; optically splitting each said separated beam into R, G and B beams; converting said R, G and B beams into corresponding independent electrical signals; directing a second portion of said collected light to means for converting said second portion into electrical signals, said second portion being light obtained concurrently from circumferential areas adjacent said scanning lines as unsharp images; processing electronically said R, G and B signals to C, Y, M and K signals, and modifying at least a portion of said processed R, G and B signals by combining with signals derived from said concurrent unsharp signals.