Abstract: A color image scanning and printing device includes a scanning unit which scans an image of a plural number of pages, a conversion unit performing a conversion process by converting a scanned result scanned by the scanning unit into image data of each of a plurality of color components for printing one page as a unit, a printing unit which prints an image based on the converted image data of each of the color components, and a control unit which executes the conversion process by the conversion unit for a part of the color components of the scanned result of the image of the plural number of pages, prior to the conversion process by the conversion unit for remaining color components.

Abstract: An image scanning and printing device includes a printing unit that prints an image onto each of multiple sheets of recording papers in one printing process by a multi-up printing process and a control unit that controls to select and execute the multi-up printing process when a size of the recording paper, which is obtained based on a size of an original document and an output magnification, is less than half of a maximum recording paper size, and a number of sheets to be printed, which is obtained based on a number of original documents and a number of sets of sheets to be printed, is two sheets or more, and to select and execute a one-up printing process otherwise.

Abstract: A color image processing device includes an acquiring unit that acquires sample values of an original document at a prescribed cycle from a plurality of line sensors provided in parallel with a main scanning direction at a prescribed interval between one another, a storage unit having a capacity that stores the sample values for a prescribed number of samplings and a transferring unit that transfers relatively the original document and sampling positions of the line sensors. A correction unit corrects by carrying out a gap correction process for correcting a gap of the sampling positions of each of the line sensors in accordance with the sample values stored in the storage unit and an instructing unit instructs the transferring unit. In accordance with a rate of magnification for scanning the original document and the capacity of the storage unit, the instructing unit determines whether the gap correction process according to the rate of magnification can be carried out.

Abstract: A color image processing device includes an acquiring unit that acquires sample values of an original document at a prescribed cycle from a plurality of line sensors provided in parallel with a main scanning direction at a prescribed interval between one another, a storage unit having a capacity that stores the sample values for a prescribed number of samplings and a transferring unit that transfers relatively the original document and sampling positions of the line sensors. A correction unit corrects to carry out a gap correction process for correcting a gap of the sampling positions of each of the line sensors in accordance with the sample values stored in the storage unit and an instructing unit instructs the transferring unit. In accordance with a rate of magnification for scanning the original document and the capacity of the storage unit, the instructing unit determines whether the gap correction process according to the rate of magnification can be carried out.

Abstract: A color image processing device includes an acquiring unit that acquires sample values of an original document at a prescribed cycle from a plurality of line sensors provided in parallel with a main scanning direction at a prescribed interval between one another, a storage unit having a capacity that stores the sample values for a prescribed number of samplings and a transferring unit that transfers relatively the original document and sampling positions of the line sensors. A correction unit corrects to carry out a gap correction process for correcting a gap of the sampling positions of each of the line sensors in accordance with the sample values stored in the storage unit and an instructing unit instructs the transferring unit. In accordance with a rate of magnification for scanning the original document and the capacity of the storage unit, the instructing unit determines whether the gap correction process according to the rate of magnification can be carried out.

Abstract: A color image scanning and printing device includes a scanning unit which scans an image of a plural number of pages, a conversion unit performing a conversion process by converting a scanned result scanned by the scanning unit into image data of each of a plurality of color components for printing one page as a unit, a printing unit which prints an image based on the converted image data of each of the color components, and a control unit which executes the conversion process by the conversion unit for a part of the color components of the scanned result of the image of the plural number of pages, prior to the conversion process by the conversion unit for remaining color components.

Abstract: An image scanning and printing device includes a printing unit that prints an image onto each of multiple sheets of recording papers in one printing process by a multi-up printing process and a control unit that controls to select and execute the multi-up printing process when a size of the recording paper, which is obtained based on a size of an original document and an output magnification, is less than half of a maximum recording paper size, and a number of sheets to be printed, which is obtained based on a number of original documents and a number of sets of sheets to be printed, is two sheets or more, and to select and execute a one-up printing process otherwise.