摘要:
Embodiments of the present invention comprise methods and systems for context-based adaptive image processing wherein print job elements are processed according to context, which may be determined by segmentation and analysis of print job elements.
摘要:
A profile delivery system receives and stores a target profile indicating the color characteristics of a printing device of the print system from a print system. A user system generates a device link profile used for obtaining the same output image as that of the printing device of the print system, in the printer of the user system, by receiving the target profile provided from the profile delivery system and by further using a device profile indicating the color characteristics of the printer. In the user system, the drawing data are developed and printed into bit-mapped data by using the device link profile data.
摘要:
This invention is directed to a system and method for variable copying or reproducing for a plurality of documents. More particularly, this invention is directed to a system and method for reproducing a large quantity of documents wherein certain selected information within the document varies, but the rest of the content is identical.
摘要:
According to the present invention, a computer supported plate making method includes: a coordinate layout numbering step, based on an original document or an instruction received from a client, of allocating for a page creation area screen the location and the size of character data and/or image data, which are represented by specific blocks using absolute coordinates, and of adding layout numbers to corresponding character data and/or image data; a character data input step of entering the character data to which the layout number has been added, and of creating, for each of the blocks represented by the absolute values, a file that includes information for a font type, a printing color and a size (Q's); and an image data input step of reading the image data to which the layout number has been added and defining the image data as files corresponding to the layout numbers, whereby, based on proofread letters, a correction is performed for each of the files. The layout forming and the entry and allocation of character data and/or image data are performed accurately, and the correction and inspection operations performed in accordance with the succeeding proofreading can be simplified, so that the processing time can be reduced.
摘要:
A multi-function machine for combining and routing image data is disclosed. The multi-function machine includes a number of functional units, for instance, a digital copier which produces scanned image data, a printer which prints image data from a computer, and a facsimile device which receives and sends facsimile image data. Image data from one or a number of sources may be combined to form merged image data, corresponding to a merger of the individual images. The merged image data may then be conveyed to any of a number of user selectable destinations, including a printer, a host computer, or a facsimile device.
摘要:
When image formation of a print pattern for checking an exposing unit is instructed through an operation panel, print pattern information prestored in a ROM is read out in accordance with the instruction. An image of the print pattern is formed by a printer. Based on an image formation result of the print pattern, a defective part of the exposing unit or abnormality of a color image forming apparatus is determined.
摘要:
The present invention is related to an image processing apparatus and method for efficiently managing a document. First data created by predetermined application software and second data converted into image data of a predetermined format (ex. PDF format) based on the first data are received. The first and second data are registered in a database in correspondence with a specific index. Then, either the first data or the second data is selected based on an output method designation and received information representing the index, and the selected data in accordance with the output method is output.
摘要:
A computer implemented method for generating a bitmap suitable for high-speed variable printing, comprising the steps of: (a) providing a page description language file, the page description language file defining at least one variable data area and at least one static data area; (b) interpreting the page description language file, and during the interpreting step: (i) generating a static bitmap of the static data area, (ii) identifying the variable data area, and (iii) responsive to the identification of the variable data area, not adding a bitmap of the variable data area to the static bitmap; and (c) saving the static bitmap, whereby the saved static bitmap is used repeatedly in the generation of a plurality of documents, each of which contain the static bitmap and a variable data bitmap.
摘要:
An apparatus (10) for processing documents each represented by a document description (12) encoded in a page description language supportive of reusable data includes a page description language interpreter (14) that receives the document description (12) and parses the document description (12) into document components. An imager (16), communicating with the interpreter (14), creates image representations of received document components. A reusable document component repository (32) stores image representations derived from a plurality of processed documents. The reusable document component repository (32) communicates with the interpreter (14) and the imager (16) to supply those ones of the image representations corresponding to selected document components of the processed documents and to receive selected image representations created by the imager (16) during the processing of documents.
摘要:
A computer implemented method for generating a bitmap suitable for high-speed variable printing, comprising the steps of: (a) providing a page description language file, the page description language file defining at least one variable data area and at least one static data area; (b) interpreting the page description language file, and during the interpreting step: (i) generating a static bitmap of the static data area, (ii) identifying the variable data area, and (iii) responsive to the identification of the variable data area, not adding a bitmap of the variable data area to the static bitmap; and (c) saving the static bitmap, whereby the saved static bitmap is used repeatedly in the generation of a plurality of documents, each of which contain the static bitmap and a variable data bitmap.