Riso Kagaku Corporation

Riso Kagaru Corporation

Junichi Hakamada

Yoshiyuki Okada

Mitsuaki Ishitoya

Tsutomu Kurose

Takahiko Nakamura

Koichi Hashimoto

Masahiro Kawashima

Masato Nakajima

Kouichi Nobushima

Yukimoto Sakata

Koichi Nobushima

Asako Nakatsugawa

An image formation system includes: an encoded image generation device including a first processor that generates print data from manuscript data, sets security information for controlling a print mode of the print data, and generates an encoded image from the print data and the security information; and an image formation device including a second processor that inputs the encoded image, decodes the print data and the security data from the input encoded image, determines whether an output of the decoded print data is available in accordance with the decoded security information, and outputs the decoded print data when it is determined that the output of the print data is available.

Image formation system including encoded image generation device and image formation device

The controller: upon receiving a print job, determine whether only one of a first printer and a second printer is under cleaning; upon determining that the only one of the first printer and the second printer is under cleaning, analyze whether a print processing based on the print job is a first print processing in which printing is executable by any of the first printer and the second printer or a second print processing in which printing is to be executed by both the first printer and the second printer; and upon analyzing that the print processing based on the print job is the first print processing, drive the other one of the first printer and the second printer which is not under cleaning to execute the first print processing.

Printing system with multiple printers

An image processing apparatus includes: an interpreter processing part for creating intermediate data by analyzing a page description language; a rasterize processing part for creating RIP image data for each band for dividing each page into a plurality of parts, on the basis of the intermediate data; a characteristic value calculating part for calculating a characteristic value of RIP image data and associating the calculated characteristic value with the corresponding RIP image data; and an expansion processing part for, when the RIP image data whose characteristic value agrees with that of RIP image data that is a target for expansion are stored in a cache, reading out the RIP image data whose characteristic value agrees, the RIP image data being stored in the cache, and storing the RIP image data in an expansion memory.

Image processing apparatus including expansion memory

A determining unit determines for each of pages which one of a color output or a monochrome output to perform, based on a color intensity of determination image data containing generated color pixel data and monochrome pixel data on each of pixels generated by a determination image data generating unit based on print job data. An image generating unit generates color image data by extracting the color pixel data on each of the pixels for each of color components upon determination that the color output is to be performed, and generates monochrome image data by extracting the monochrome pixel data on each of the pixels upon determination that the monochrome output is to be performed.

Image processing apparatus equipped with auto-color mode

An image processing device includes a print image data generator and a density adjuster. The print image date generator generates print image data for each of colors to be used to print a document image from image data of the document image including a barcode image and a background image overlapped on the barcode image as a background. The density adjuster performs at least one of processing to reduce the density of the barcode image in at least any one of pieces of the print image data of colors including the barcode image and processing to reduce the density of the background image within a neighboring region that neighbors a bar of the barcode image in at least any one of pieces of the print image data of colors including the background image.

Image processing device and image processing method

An inkjet recording apparatus is adapted to form an image on a printing medium, and recognize an image forming region as a region of pixels having drop amounts unequal to zero in the image. A drop amount increase/decrease controllerexecutes an increase/decrease process of drop amount at a current pixel as a target of the process, in accordance with an attribute of the current pixel when the current pixel is included in the image forming region. Pixels are made of ink discharged from nozzles arrayed in a scan direction perpendicular to a transfer direction of the recording medium. The drop amount increase/decrease controllerexecutes the increase/decrease process of drop amount in a reverse increase/decrease pattern to ink to be discharged from a neighboring nozzle.

Inkjet recording apparatus

A printing device includes a barcode area dividing unit that divides a barcode area of a printing sheet into plural division areas along a Y direction, and a barcode area ejection amount conversion and output unit that controls an ink jet printing unit to print black bars such that an X direction is a direction in which the black bars and white bars are alternately arranged and occupancy dimensions of ink of pixels are different in the division areas divided by the barcode area dividing unit.

Barcode printing control device

An image processor includes a tone converter operable when a pixel of input image data is determined as having a value greater in color saturation than a prescribed saturation value. In this operation, the tone converter changes a threshold for each color in a dither matrix associated with the pixel to make the thresholds different in correspondence to color component values of the pixel. The tone converter generates color component values of the pixel constituting image data to be output, based on comparisons between the respective color component values and the changed thresholds.

Image processor

An input of image data is received, and information of width and/or thickness of a recording medium, which receives an image representing the image data to be recorded thereon, is received. Then, a preset pressing pressure value, which is used when the image is recorded on the recording medium, is obtained based on the information of width and/or thickness, and information of image density in the reference area, which is a part of the image data, is obtained. Then, converted image density information is obtained by converting the information of image density in the reference area based on the pressing pressure value and the information of image density, and image data is generated according to the thus obtained converted image density information.

Image data generation method and device, and stencil printing apparatus, with density conversion based on pressing pressure based on recording medium width or thickness

An image processing apparatus includes: a color paper/color ink register registering information on m kinds of color papers and information on n kinds of color inks, both which are usable for multicolor-printing a multicolor original image, in a color paper/color ink list; a color combinator listing up all combinations of k kinds of color papers, arbitrarily selected from the m kinds of color papers, and l kinds of color inks, arbitrarily selected from the n kinds of color inks; a color image creator creating color images colored in given image data corresponding to the multicolor original image for each combination; and a coloration selector selecting a coloration of a color image, selected by a user from among the color images, as a coloration for actually multicolor-printing the multicolor original image.

Image processing apparatus, image processing method, and image processing program product

Automatic region extracting means () extracts rectangle regions having attributes of 'character', 'photograph', &#x201c;table&#x201d;, &#x201c;ruled line&#x201d;, &#x201c;frame&#x201d; from input image data through Image input means () and stores the information of the extracted rectangle regions into Modification information storage means (). Display means () displays the input image including the extracted rectangle regions according to the information of the extracted rectangle regions. The operator selects desired extracted rectangle regions in the input image on a display screen and specifies the kind of the modification for the selected rectangle regions by using Operation means (). Thereby, the information of both the selected rectangle regions and specified modifications are stored in Modification information storage means (). Modification image making means () then makes the image data modified based on the information of the selected rectangle regions, the specified modification information, and the input image data, and Image output means () outputs the modified image.

Document modification apparatus and image processing apparatus

A font generation apparatus includes: a basic font storage section storing a font character of a basic font for generating a font character; a feature parameter storage section storing a feature parameter expressing a feature of the font character; a genetic algorithm processing section generating plural new feature parameters by performing genetic algorithm processing on the feature parameter; a font generation section generating new font characters by deforming the font character of the basic font based on the plural generated feature parameters; and a display unit displaying the generated new font characters. The genetic algorithm processing section determines the feature parameter according to the preferences of a user based on a font character selected by the user from among the new font characters displayed on the display unit. The font generation section creates a font based on the determined feature parameter according to the preferences of the user.

Apparatus and method for font generation, and computer-readable storage medium recording program for the same

An image processing method for determining a characteristic of image data in each area in whole image area and performing binarization processing appropriate for the characteristic, the method comprises the steps of: calculating gradation levels around a pixel in the image data; selecting a threshold value matrix appropriate for the pixel, in response to the calculating step, from the group consisting of a threshold value matrix consisting of single threshold value elements for simple binarization, a threshold value matrix comprising different threshold value elements for halftone processing, and at least one threshold value matrix comprising interpolation of both the threshold value matrixes; and binarizing the pixel by a systematic dither method using the threshold value matrix which is selected in the selecting step.

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Ibaraki-ken, Japan

Junichi Hakamada