Abstract: The image forming apparatus sets, as a cutting area, an area containing an image of a double-page spread out of image data obtained by a scan of a book-type document, sets a borderline which divides an area corresponding to one page of the image data and an area corresponding to the other page of the image data from each other, and divides the cutting area cut out from the image data into a one-side area of the borderline and the other-side area of the borderline, thereby generating a first pre-output page in which divided image data of the one-side area is provided and a second pre-output page in which divided image data of the other-side area is provided.

Abstract: An image forming apparatus having a first image obtaining portion which obtains an image of a medium as a first image, a second image obtaining portion which can continuously obtain each image of a plurality of originals as a second image, and an image output section which outputs the image has: an input portion which inputs composition instruction information for instructing composition of first image and each second image; a control portion which makes said first and said second image obtaining portions operative when the composition instruction information is inputted; and an image composing portion which forms each composite image by composing each of the second images sequentially obtained by the second image obtaining portion to the first image obtained by said first image obtaining portion. The image output section outputs the composite images formed by the image composing portion.

Abstract: An image processing apparatus includes a reading unit configured to read an open document. The open document includes a first page including a first image and a second page including a second image. The apparatus also includes a storing unit configured to store the first page read by the reading unit as first page image data including the first image, and to store the second page read by the reading unit as second page image data including the second image.

Abstract: A device, apparatus, and method of controlling operation of scanning performed by an optical scanning device are disclosed such that the color images are not shifted in the sub-scanning direction even when thinning processing is performed.

Abstract: There is described an image forming apparatus that performs an image forming operation in a N-up printing mode based on a print job. The apparatus includes an image forming section; an operating section to designate the N-up printing mode, and to set an arranging method in the N-up printing mode; and a controlling section to apply image processing to the image data of the plural pages, so that the plural images are arranged onto the single paper sheet according to the arranging method set by the operating section. When implementing the image forming operation in the N-up printing mode, the controlling section groups the plural pages into plural groups, each of which includes specific pages fulfilling a same condition in respect to the image forming operation, and then, aligns the specific pages on a same line among plural lines extended along a conveying direction of the paper sheet.

Abstract: The image forming apparatus receives image data based on multiple document images of various sizes and/or orientations. The apparatus identifies areas that are not yet assigned with document images on a single sheet of paper and identifies whether any document image can be laid out in an identified area. In another aspect of the apparatus, a maximum document image size is detected from multiple document images, and a scale factor is calculated to cause the detected maximum size match with the size of the entire area of the paper or an area obtained by dividing the paper into equal parts. In another aspect of the apparatus, a scaling factor is calculated for each document image to cause the size of the particular document match with the size of an area obtained by dividing the paper into equal parts.

Abstract: An image reader has a transport passage for transporting an original, a CIS for reading an image on the original transported on the transport passage, and a control member for pressing the transported original against an abutment member disposed at an opposed side of the transport passage at a read position of the CIS. The original does not slide on glass at the read position of the CIS and is moved with the original abutted against the abutment member of a chute on the opposed side, and image data is read in sequence.

Abstract: The image forming apparatus receives image data based on multiple document images of various sizes and/or orientations. The apparatus identifies areas that are not yet assigned with document images on a single sheet of paper and identifies whether any document image can be laid out in an identified area. In another aspect of the apparatus, a maximum document image size is detected from multiple document images, and a scale factor is calculated to cause the detected maximum size match with the size of the entire area of the paper or an area obtained by dividing the paper into equal parts. In another aspect of the apparatus, a scaling factor is calculated for each document image to cause the size of the particular document match with the size of an area obtained by dividing the paper into equal parts.

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: A rendering method, system and program product. A single functional instruction among a plurality of functional instructions can be provided by a rendering device and selected by a user in order to scan a document platen associated with the rendering device, thereby creating via the rendering device, a representation of the scanned documents. The representation of documents can be automatically divided into a left half and a right half. Thereafter, the representation of the documents can be rendered such that the left half and the right half of the representation of the documents are rendered on separate substrates, thereby creating a full glass scan to simplex copy of the documents.

Abstract: The image formation by the plural-image formation mode is manually inhibited by the user in case the image formation is interrupted or the formed image is distorted by defective original feeding in the image formation by such plural-image formation mode. As a result, image formation of high quality can be achieved without trouble. The configuration for this purpose is featured by manually inhibiting the plural-image formation mode by depression of a touch key on an operation unit.

Abstract: An image processing apparatus is provided to easily form a cover sheet for covering a sheaf of plural sheets without burdening a user. In the apparatus which can input plural images to be formed on an identical face of the cover sheet for covering the sheaf of the plural sheets by using the input unit, information concerning a thickness of the sheaf of the plural sheets is obtained, and it is controlled that the plural images input by the input unit are disposed at an interval based on the obtained information.

Abstract: An improved corrective lens for copying pages of a book pressed flat upon a document support glass of a xerographic copying machine or document scanner. The corrective lens is shaped to fit in the space between the book pages to be copied and the document glass of the copier. The corrective lens has a pyramidal center extending into the crease of a typical book. The lens extends outwardly from the pyramidal center to form substantially flat side portions that hold the pages of the open book in place.

Abstract: A method and apparatus for duplex copying providing enhanced time to first copy is disclosed. The apparatus includes a scanner, a printer having a duplexer, and an information pipeline configured to process a data stream representing the image of page sides of the original document to be printed onto a single page of the copy product. The copier includes a processor , a computer readable memory, and a print element. The processor is configured to deliver the first two page sides of the original document to the printer for printing prior to the scanning of all subsequent pages of the original document.

Abstract: A wedge shaped platen scanner sequentially records opposing pages of a bound document positioned thereon. A dichroic mirror is positioned between the surfaces of the wedge shaped platen. The two sides of the opposing pages of the bound document are exposed by light having different wavelengths. One side is exposed by a flash lamp that emits light with a wavelength that forms an optical path through the dichroic mirror and onto an imaging station. The other side is exposed by a flash lamp emits light with a wavelength that forms a reflective path off of the dichroic mirror and onto the imaging station. A controller insures that the opposing pages of the bound document are sequentially illuminated by the two flash lamps. Images of opposing pages of the bound document are focused through optics onto the imaging station. In one arrangement, the imaging station is a two-dimensional array of detectors which sense an image of a page of the bound document projected thereon.