摘要:
The present invention relates to a technique for detecting that all components that make up a completed portion of a form (20) are synchronized. A method is provided for detecting that for a print job, all of the components that make up a completed portion of each form (20) are printed in synchronicity or in the case of an error in synchronicity, an error condition is asserted. The print job comprises at least one form (20), and each form (20) may contain more than one image, each image may contains one or more image planes (12, 14, 16, 18) and the images on each form of a document may vary. Each image contains a composite image group (CIG) mark (26) comprising the set of image plane coordination (IPC) marks (24) associated with each individual image plane. An IPC mark (26) is printed by each print engine such that it is possible via inspection of these marks to determine if the complete set of image planes that make up a specific image is present. The present invention allows one to confirm, using the CIG marks (26), that all forms in a print job are synchronized.
摘要:
There is an image processing system which inputs and edits image data including document data and prints and displays a document with figures with a beautiful style. This system comprises: an output device which can output the image data including document data; a parameter adding device to add output parameters to edit the image data outputted by the output device; and an edition control unit which can edit, as a headline, at least a part of the image data outputted by the output device on the basis of the parameters added by the para meter adding device. These parameters include data such as position, size, character style, and the like of the headline. With this system, arbitrary information such as headline, catchword, line number, page number, caption, or the like can be extremely easily arranged at any position of the image data displayed on the CRT and the document with such information can be printed as a beauti ful style. Also, the document and figure data can be freely edited.
摘要:
A printer prints both image information and additional character information superimposed on the image. The printer comprises an additional character information generation circuit (18, 13), a display circuit (30) for displaying the additional character information generated by the additional character information generation circuit (18, 13), and a selecting circuit (19) for selecting characters and/or symbols in the additional character information. A plurality of additional character information symbols and/or characters are displayed on a display unit (30) for selection purposes.
摘要:
A document processing apparatus includes a display unit for visually displaying a character train, a generating unit for generating display position information on the display unit on the basis of visualization position information corresponding to a character pitch of other visualizing unit having a resolution different from that of the display unit, a detecting unit for detecting a blank portion between words in the character train, and a control unit for controlling the generating unit to perform matching between the position information caused by a difference between the resolutions on the basis of blank portion between words detection performed by the detecting unit.
摘要:
There is an image processing system which inputs and edits image data including document data and prints and displays a document with figures with a beautiful style. This system comprises: an output device which can output the image data including document data; a parameter adding device to add output parameters to edit the image data outputted by the output device; and an edition control unit which can edit, as a headline, at least a part of the image data outputted by the output device on the basis of the parameters added by the parameter adding device. These parameters include data such as position, size, character style, and the like of the headline. With this system, arbitrary information such as headline, catchword, line number, page number, caption, or the like can be extremely easily arranged at any position of the image data displayed on the CRT and the document with such information can be printed as a beautiful style. Also, the document and figure data can be freely edited.
摘要:
There is an image processing system which inputs and edits image data including document data and prints and displays a document with figures with a beautiful style. This system comprises: an output device which can output the image data including document data; a parameter adding device to add output parameters to edit the image data outputted by the output device; and an edition control unit which can edit, as a headline, at least a part of the image data outputted by the output device on the basis of the parameters added by the parameter adding device. These parameters include data such as position, size, character style, and the like of the headline. With this system, arbitrary information such as headline, catchword, line number, page number, caption, or the like can be extremely easily arranged at any position of the image data displayed on the CRT and the document with such information can be printed as a beautiful style. Also, the document and figure data can be freely edited.
摘要:
A system (20) is provided in which video information is converted to a format acceptable for printing by a standard printer (22), which is also capable of printing non-video based information. The system (20) enables the user to provide a hard copy recording of video information that may be changing rapidly. The system includes an apparatus (26) for converting the video information into a format acceptable for printing by the standard printer (22). Preferably, the conversion technique does not depend on providing synchronization between the display rate of the video display screen of the video information instrument (24) and the sampling of the video information, nor is it necessary that the number of clock samples associated with the horizontal scan be the same for different instruments from which video information can be obtained. To accomplish such objectives, the video information is sampled at a greater rate than the display rate of the video screen. The obtained video information is stored using digital data. The digital data representing the video information is then reconstructed using a dot boundary algorithm and a dot clock synchronization pattern algorithm, together with translation maps that are used to translate serial bit samples into corresponding representations of display dot intensity levels. The reconstructed video information, which represents the display dots, is outputted by the converting apparatus (26) for printing by the standard printer (22).