Abstract: Full-size image data is displayed on a first area on a display unit and detailed image data are displayed in a second area on the display unit. A mark indicating a position of the detailed image data in the full-size image data is displayed in the full-size image data. The detailed image data displayed in the second area is automatically changed to new detailed image data based on a predetermined direction with respect to the document image data, and the mark is shifted to a position of the new detailed image data in the full-size image data.

Abstract: A composite image is generated by compositing blank regions generated by tilt correction with achromatic pixels or pixels contained in the non-overlapping regions that do not overlap with the region of the original image as a result of tilt correction. The data of this composite image, which is used as image data used for printing, is provided to a printing apparatus having an automatic correction feature. As a result, variation in correction results due to the amount of tilt correction is minimized when images corrected for tilt are automatically corrected and printed.

Abstract: A method for displaying indicia that is to be printed on a double-sided item on a computer screen. The double-sided item has first and second surfaces. The indicia has at least one print orientation when the indicia is printed on the item's first and second surfaces, and at least one view orientation when the indicia is displayed on the computer screen, which has a vertical orientation. The method includes providing information that characterizes the indicia's print orientation, using the information to compare the print orientation to the vertical orientation; and if, as a result of the comparison, the print orientation does not match the vertical orientation, adjusting the view orientation so the view orientation matches the vertical orientation while maintaining the indicia's print orientation when the indicia is printed on the item.

Abstract: A multifunction printer includes a scanner; a still image data-extracting section which extracts a plurality of still image data from inputted movie image data; a memory which stores a correlation between the extracted still image data and time positions thereof in the movie image data; a printing head which prints, on a first printing medium, a plurality of thumbnail images corresponding to the extracted still image data and the time positions; and a selected image-extracting section which specifies the time position in the movie image data corresponding to a selection mark marked by a user when the first printing medium is read by the scanner after the selection mark is marked by the user to the first printing medium and which extracts a still image data corresponding to the identified time position based on the correlation stored in the memory.

Abstract: One embodiment of an ink set includes a light gray ink, a medium gray ink, and a black ink. Each of the inks in the ink set includes a carboxylic polymer. The light gray ink has a carboxylic polymer load equal to or greater than about 3 wt %. The medium gray ink has a carboxylic polymer load ranging from about 1 wt % to about 3 wt %. The black ink has a carboxylic polymer load ranging from about 0.5 wt % to about 2 wt %. Another embodiment of an ink set includes at least one of a light cyan, a light magenta, or a light gray ink having a carboxylic polymer load equal to or greater than about 3 wt %, and an other ink selected from a black ink or a colored ink.

Abstract: A print and colorimetry instructing section delivers an exclusive-use start instruction to start exclusive use of the printer prior to delivery of the printing instruction and the colorimetry instruction, the print and colorimetry instructing section delivering an exclusive-use canceling instruction to cancel the exclusive use of the printer at a predetermined time subsequent to delivery of the exclusive-use start instruction. The printer carries out only a process according to the instruction from the print and colorimetry instructing section having delivered the exclusive-use start instruction until accepting a predetermined exclusive-use canceling instruction subsequent to acceptance of the exclusive-use start instruction.

Abstract: An image forming device, which is capable of double-side printing to form an image on each of first and second sides of a recording medium, includes a calibration unit configured to perform calibration for modifying quality of the image to be formed, a first judging unit configured to judge, for each page to be printed, whether the calibration is to be performed, a second judging unit configured to judge whether a page to be printed is one of a first side in one-side printing and a first side in the double-side printing, and a control unit configured to control the calibration unit to perform the calibration when the first judging unit judges that the calibration is to be performed, and the second judging unit judges that the page to be printed is one of the first side in the one-side printing and the first side in the double-side printing.

Abstract: An image processing apparatus has a display to display color images and a storage to store color image data. A first preview controller causes the display to display a color preview image based on stored color image data. A character-area extractor extracts a character area from the stored color image data and a color-designation acceptor accepts a designated color newly set in the extracted character area. A second preview controller changes a color of the extracted character area extracted in the preview image to the accepted designated color, and causes a display of the changed preview image. A decision-instruction acceptor accepts an instruction to set the designated color. A color-change processor responds to the accepted instruction by the decision-instruction acceptor to change information representing a color of the stored color image data to allow the color of the extracted character area to be changed to the accepted designated color.

Abstract: This invention solves the problem of color misalignment upon reading a color image. An image reading apparatus according to this invention reads an image by scanning a scanning unit which mounts a reading sensor which reads light beams which are emitted by three light sources, which emit light beams of three primary colors, and reflected by an original document. The image reading apparatus conveys the original document by ? of the reading width of the reading sensor in the conveyance direction of the original document every time the image is read. The image is read by switching between the three light sources so that each pixel of the image is read with the light beams from them.

Abstract: When an operation mode of an image forming apparatus returns from an energy-saving mode to a regular operation mode, a CPU of a main system outputs a power control signal set to High, and determines the necessariness of information display on an LCD of an operation unit control system to output a starting mode selection signal set to High when the result of the determination is positive. A CPU of the operation unit control system detects the state of a power control signal, and detects mode return from the energy-saving mode depending on the result of the above detection. The CPU of the operation unit control system also detects the state of a starting mode selection signal, and determines the necessariness of information display on the LCD depending on the result of the detection to carry out a display process depending on the result of the determination.

Abstract: An image processing apparatus including a data inputting part for inputting image data, a document recognizing part for recognizing the image data as a document, a document storing part for storing document data corresponding to the document recognized by the document recognizing part, and a stored document managing part for managing the document data stored in the document storing part is disclosed. The image processing apparatus has a document analyzing part configured to analyze the input image data, a text writing part configured to obtain an analysis result from the document analyzing part and write the analysis result in a text format, a part configured to associate the analysis result to the document data stored in the document storing part and register the analysis result in correspondence with the document data, and a part configured to search for a target document by referring to the registered analysis result.

Abstract: A method is described for automatically predicting user-preferred copy or scan settings based on past user behavior. The method is implemented in a management section of a copier, scanner, or multifunction devices that combine copy, scan and print functions, or on a server connected with such a device. The management section maintains a copy/scan/user (CSU) settings database that stores copy and/or scan settings associated with user IDs. Each time a copy or scan job is initiated, the management section analyzes the CSU database to determine a predicted user-preferred setting. The user may manually change the setting and confirm it, and the management section stores the user confirmed setting in the CSU database for future use. The CSU database may be transferred from one copier/scanner/multifunction device to another.

Abstract: When a sheet P is jammed after start of a print job, it is determined whether an automatic resumption mode for automatically resuming the print job is set. When a determination result of this determination is affirmative, the print job is resumed after the jam is released. When the determination result is negative, the print job is stopped.

Abstract: In a digital multiple apparatus, at least two different jobs are processed by at least two job processing units, and while job processing by one job processing unit, if there is an interruption by job processing by the other job processing unit, an end time of the job processing by the one job processing unit is predicted on the basis of job processing time required for the job processing by the other job processing unit.

Abstract: A method of monitoring at least one printing device via a communication network is disclosed. An error identifier and a usability identifier are received from the printing device. The printing device is commanded to display a fault code. A service occurs as a response to the error identifier and the usability identifier. The level of service is dependent on the error identifier and the usability identifier.

Abstract: An ifax communication unit that performs communication of image data through the Internet, which is mounted on an image forming apparatus, includes a destination address table, which is stored in a memory unit, for setting original scanning resolution to resolution defined by a protocol of the Internet. While setting of the scanning resolution is valid, when a user selects transmission of image data by an ifax transmission (E-MAIL) mode, even if the original scanning resolution is set to another resolution in a FAX mode, the resolution is changed to the resolution defined by the protocol and original scanning and transmission is performed.

Abstract: In a PDF direct printing method, the printer controller stores PDF direct print data received from a client on a RAM of the printer controller, or partly on the RAM according to a printing order and/or frequency of use if there is insufficient space to stored all the received PDF data. A PDF parser on the client generates a tag for each block of data being transferred based on the content of the block, and transfers the tag with the block. Based on the tag, the printer controller stores each block either on RAM or on disk. The printer controller maintains a memory allocation database to record the memory location where each block is stored on the printer controller. During rendering, the database is accessed to determine the memory location for blocks of data, and the blocks are retrieved from the memory locations for processing.

Abstract: Systems, apparatuses and methods for submitting a print job to a specified printer are provided which include means for and/or steps of (i) converting a document created with a specific application and to be printed, into a print-ready form that is independent of the specific printer and independent of computing platform, and (ii) submitting the print job to the specified printer, without using a printer driver.

Abstract: A disclosed managing apparatus and image forming apparatus management system ensure confidentiality of information in an image forming apparatus while usability is maintained. An image forming apparatus acquires IC card identifying information with an IC card reader. A management server acquires a user ID associated with the acquired IC card identifying information and use limit information concerning use of the image forming apparatus. A process is performed in the image forming apparatus in accordance with the use limit information.

Abstract: An image forming apparatus is able to select a paper-delivery destination for a print output. The image forming apparatus includes a print-process managing unit that divides a print job into print processes and controls a print output; and a sample-print-output controlling unit that controls execution of a sample print output by causing, in response to a sample-print-output request, an interrupt of a duplicate of a predetermined print process of the print job, with the paper-delivery destination being changed, to be handled by the print-process managing unit.

Abstract: An MFP includes sensors for detecting states of units, a transmitting/receiving unit that receives authentication information of a user ID, and an obtaining unit that obtains manual data and sensor information. The transmitting/receiving unit transmits the manual data and the sensor information to a displaying device that includes a sensor detecting unit, an authenticating unit, a transmitting/receiving unit that transmits the authentication information to the MFP and receives the manual data and the sensor information, and a display controlling unit that controls the received manual data and the sensor information to be displayed on a displaying unit.

Abstract: The object is to enable a user to efficiently set a function for an image processing apparatus using a display medium he carries. When a user operates his mobile phone to activate a function setting information input program, an input screen for setting a function is displayed. When the user inputs function setting information, the mobile phone performs a code conversion for the function setting information to create a code image, and displays it on a display section. The user holds up the code image displayed on the mobile phone to a reading section of an image processing apparatus. The reading section reads the code image. The image processing apparatus performs authentication of the user, and then, it extracts the function setting information from the code image and sets a function. The image processing apparatus performs image processing in accordance with the function.

Abstract: A client apparatus capable of communicating with a server apparatus via a network includes a collecting unit configured to collect module configuration information regarding at least one device driver installed in the client apparatus, a module configuration information transmitting unit configured to transmit the module configuration information collected by the collecting unit to the server apparatus, a complementary data receiving unit configured to receive, from the server apparatus, complementary data compensating for a difference between the module configuration information of the client apparatus and module configuration information of the server apparatus, and a complementing unit configured to complement the module configuration information of the client apparatus based on the complementary data received by the complementary data receiving unit.

Abstract: A multifunction printer includes a scanner; a memory which stores a plurality of still image data; a printing head which prints, on a first printing medium, thumbnail images corresponding to the plurality of the still image data; an image data-extracting section which extracts a base image data and a correction image data when the first printing medium is read by the scanner after the predetermined base image selection mark has been marked by a user to one of the plurality of thumbnail images printed on the first printing medium and the predetermined correction position mark has been marked to a partial area of the thumbnail image and which cuts out, from the correction image data, correction data corresponding to the area marked with the correction position mark, and an image-combining section which combines the base image data with the correction data to generate combined image data.

Abstract: The present invention relates to a method for producing security documents, a software program product and a corresponding device. In order to further develop a method for producing security documents, wherein a decision maker communicates with at least one printer via a personalisation server sub-centre, as well as a corresponding computer program product and a corresponding device with significantly improved operating security, it is suggested that the at least one printer (D) only executes a printing order (Ordr) after receiving a reply (R) to at least one verification enquiry (A) whose correctness is confirmed.

Abstract: An image reading unit acquires image data by reading a document, skin is detected from the image data, and skin processing is performed according to a detection result of detection of the skin. The image data is then corrected to have a predetermined data characteristic, and a second skin processing is performed on the image data based on a skin detection result. An image processing is conducted on the image data according to output characteristic, and then stored in a memory or a hard disk drive so as to be output as appropriate.

Abstract: There is provided a communication device comprising: a conversion unit configured to convert first data to second data having a predetermined format; a communication interface configured to interface the communication device with a network; a transmission unit configured to transmit the second data to an external device through the communication interface; a judgment unit configured to judge whether trouble would arise with respect to transmission of the second data to be executed by the transmission unit; and a storage control unit configured to store the second data while associating identification information of the external device with the second data in response to a fact that the judgment unit judges that the trouble would arise with respect to the transmission of the second data.

Abstract: A printing device includes a data acquiring unit configured to acquire a numerical number of image files to be printed, an input accepting unit configured to accept an external input for specifying a numerical number of papers to be printed, a printing pattern determining unit configured to determine a numerical number, layout, and size of images to be printed on each paper based on the numerical number of image files that is acquired by the data acquiring unit and the numerical number of papers that is specified through the input accepting unit, and a printing unit configured to perform a printing operation based on the numerical number, layout, and size of images to be printed on each paper that are determined by the printing pattern determining unit.

Abstract: A printing system includes a portable unit terminal, a server connected through a network to the portable unit terminal, and a printer capable of printing print data, which are received from the portable unit terminal. The portable unit terminal includes an image-acquiring device; an input device; a text-data-transmitting device that transmits text data to the server; a layout-data-receiving device that receives layout data sent from the server; a print-data-producing device that places image data acquired by the image-acquiring device in accordance with layout data received by the layout-data-receiving device; and a print-data-transmitting device that sends print data to the printer.

Abstract: A print control apparatus is connected to a printing apparatus and controls printing operations of the printing apparatus. The printing apparatus has a printing device to print characters on a print medium. The print control apparatus includes a print medium setting acquisition device that acquires print medium setting information, the print medium setting information being identification information set for each of a plurality of edit areas and identifying a print medium on which each of the plurality of edit areas is to be printed, the plurality of edit areas constituting a document, and a print control device that controls the printing device to successively print same-setting edit areas, the same-setting edit areas being edit areas for which the print medium setting information acquired by the print medium setting acquisition device is set the same.

Abstract: When printing a file stored in a PC by a digital multi-function peripheral specified by a user, a portable terminal device transmits a print request to the PC, calculates a total time of processing time between the portable terminal device and PC and processing time between the PC and digital multi-function peripheral as an estimated print time, and displays the estimated print time.

Abstract: The present invention allows a printing process to be released from application software earlier. At the start of printing, the size of an available area in a RAM 11 is obtained. It is determined whether or not the size of total print data transmitted from a handheld computer to a color printer is the obtained size of the available area. If it is determined that the size of the total print data is larger, the size of an available area in a memory card is obtained. It is then determined whether or not the obtained size of the available area is larger than the size of the total print data. If it is determined that the size of the available area is larger, the total print data is created on the available area in the memory card. Then, the created total print data is transmitted to the color printer.

Abstract: Print data is saved in a hot folder. The hot folder is a storage area for saving print data. Saving of print data in the hot folder is monitored at regular time intervals. Upon detecting saving of print data in the hot folder, the number of pages to be printed included in the print data is detected. If the number of pages to be printed is one page, an output layout is generated in accordance with a width of an output sheet. If the number of pages to be printed is two or more pages, an output layout in which the pages to be printed are arranged is generated. Then, the print data is registered as a print output job.

Abstract: A method and device for printing a full color image containing at least one object onto a highlight color printer without mixing highlight color and black for any one object. Inputting a full color image containing at least one object to be printed onto a highlight color printer. The highlight color printer prints each object of the full color image as an object containing on highlight color or only black while maintaining luminance of the original full color image.

Abstract: In order to allow to store image data in a color reproducible format while reducing the data size, an image processing apparatus includes an image input unit which inputs image data by reading an original image, a determination unit which determines a representative color included in the image data, a binary image data generation unit which generates binary image data including no color information based on the image data, an additional data generation unit which generates additional data as color information corresponding to each pixel which forms the binary image data based on the representative color determined by the determination unit, and a storage unit which stores the binary image data and the additional data.

Abstract: An image processing method processes image data to be output to an image forming apparatus that is capable of making a two-way recording to form an image on a recording medium by recording in a forward path and a return path of a scan by an ink-jet recording head. The image processing method includes a halftone process that is based on an inclined line-group keytone and maintains keytone continuity, including a dither process in which the inclined line-group keytone appears at a stage where the recording in the forward path is made.

Abstract: A method for calculating ink-jet printing data is disclosed. A preset pattern is first obtained. Ink-jet points required for the preset pattern are calculated to select a filtering mode. A filtering operation is implemented on the preset pattern according to the filtering mode, resulting in an applicable number of ink-jet points for the preset pattern. The preset pattern is printed on a base board based on the resulting ink-jet points.

Abstract: A disclosed image processing apparatus enables input of various documents, addition of various types of embedded information, and implementation of various behaviors associated with embedded information detection results. Information embedded in input document data is detected, and an image processing associated with a detection result is carried out. The image processing apparatus includes a document input mechanism, an embedded information analysis mechanism, a behavior determination mechanism, a document output mechanism, and an image management mechanism. In one embodiment, an interface via which the document input mechanism and the embedded information analysis mechanism are connected, and another interface via which the document input mechanism and the image management mechanism are connected are fixed, so that the document input mechanism can be replaced with a new document input mechanism that inherits from those fixed interfaces, without affecting the other mechanisms.

Abstract: An image processing apparatus includes an image acquiring unit that acquires an original image data containing first data, and a data processing unit that edits the first data in the original image data thereby generating edited original image data, and outputs the edited original image data.

Abstract: A method is provided for classifying and prioritizing facsimiles comprising: accepting a facsimile comprising image data; classifying the facsimile in accordance with a predetermined classification scheme based on the data comprising the facsimile; determining, based on the classification, at least one characteristic of an output of the facsimile; and outputting the facsimile in a user readable format. Also provided is a system for classifying and prioritizing facsimiles comprising: a machine for accepting a facsimile comprising image data; a processor for classifying the facsimile in accordance with a predetermined classification scheme based on the data comprising the facsimile, and determining, based on the classification, at least one characteristic of an output of the facsimile; and a device for outputting the facsimile in a user readable.

Abstract: An information processing system includes: an information processing apparatus; and an image input apparatus. The information processing apparatus performs: storing a correspondence relationship between a document and a user in charge of the image input of the document; transmitting a request for the image input to the user; picking out information on the document from the correspondence relationship on the basis of information on the user; and transmitting the information on the document to the image input apparatus. The image input apparatus performs: authenticating the user; transmitting a name specifying the authenticated user to the information processing system; receiving information on a document associated with the user from the information processing system; requesting the image input based on the received information on the document; inputting an image; registering the input image; and transmitting to the information processing system information on the registered image and the document.

Abstract: A technique for selecting portions of a dynamic medical image data set to be stored and portions of the medical image data set to be discarded or processed differently in order to reduce the overall amount of image data that is stored for each image data set. The dynamic image data is segmented and registered. The segmentation and registration enables changes in intensity based on patient motion to be distinguished from changes in intensity due to anatomical function. In general, the regions with changes in intensity due to anatomical function are more relevant than regions with changes in intensity due to patient motion. The regions of greatest relevance are stored at their full resolution. Regions of lesser relevance are stored at less than the full resolution. Regions of no relevance are discarded and not stored at all.

Abstract: A scanning apparatus includes an illuminator for illuminating a portion of a document to be scanned. The illuminator includes at least one light source and an optical element positioned to redirect light emitted by the light source. A phosphor material is disposed to intercept at least a portion of the light redirected by the optical element. A photosensitive device is positioned to receive light reflected from the document for recording an image of the document.

Abstract: In an image processor, an image transfer control unit segments a unit of a process for each image process request, and causes an image processing unit to carry out an image process on image data from reading units.

Abstract: An optical unit assembly is provided with an optical system including an optical component for irradiating a target object with light and receiving the reflected light, a casing for accommodating the optical system, a supporting frame for supporting a part of the casing, and a height adjusting member having a supporting surface for supporting another part of the casing and placed between the supporting frame and the casing. The height adjusting mechanism is slidable between the supporting frame and the casing with a supported state of the casing by the supporting frame substantially maintained, and the supporting surface includes at least a first supporting surface set at a specified first height position and a second supporting surface set at a second height position different from the first height position.

Abstract: Scanned images are tiled in a list display area of a display of a touch panel. A model icon and other icons for editing are displayed in an edit icon display area. A scanned image is accepted as an object to be processed by a touch operation to the scanned image. By moving the touched position to the model icon and releasing the touch, an editing process by the model icon is accepted. The model icon is displayed with the scanned image overlapped thereon as the result of the editing process.

Abstract: A scanning device with multifocus and multiresolution is provided. The scanning device is formed by the combination of the glass plate, the circuit boards, the rod lenses and the light-sensitive sensor arrays. Furthermore, since the relative positions of the circuit boards, the relative positions of the light-sensitive sensor arrays, the thicknesses of the light-sensitive sensors, the vertical distance between the glass plate and the light-sensitive sensor array, the thickness of the glass plate and the length of the glass plate are adjustable, the scanning device has the multifocus and multiresolution functions.

Abstract: A turning-on control unit causes a turning-on unit to apply to a light source an initial voltage when turning on the light source and to apply a rated voltage after the light source has been turned on. The initial voltage is higher than the rated voltage. An image-signal control unit controls analog signals to be input to an analog signal processing unit from a turn-on time point that is a time point at which the light source is turned on until a stabilization time point that is a time point at which output of the light source is stabilized.

Abstract: An image reading apparatus has a plurality of emitters that emit light onto a manuscript surface in a light quantity that is the synthesized light quantity of light emitted from the plurality of emitters. In the image reading apparatus, determination on the abnormality of a reference white data level value at the time of turning on a power supply is carried out through comparison between the reference white data level value with a predetermined absolute value. A normal reference white data level value is stored in a first storing unit, while a comparison white data level value detected at the time of manuscript reading operation is stored in a second storing unit. Then, a differential between the level values stored in the first and second storing units is calculated, and an abnormality determining unit compares the differential with a predetermined threshold to detect the abnormality of an emitter.

Abstract: An image reading device includes a processing circuit having a clamp unit that matches an offset potential of an inputted analog image signal to a predetermined value, a processing unit that subjects an analog image signal obtained from the clamp unit to analog processing, and a converting unit that converts a processed analog image signal to a digital image signal. A control unit for controlling the processing circuit includes a switching unit that switches a main scanning line period of a charge coupled device and outputs analog image signals using a number of reading speeds, and a changing unit that changes a clamp period depending on the main scanning line period.