Brother Kogyo Kabushiki-Kaisha

Toyota Jidosha Kabushiki Kaisha

Hitachi Software Engineering Company, Ltd.

Hiroshi Hattori

Hideo Ueno

Koshiro Yamaguchi

Norio Mizutani

Shigeto Yamada

Kiyotaka Ohara

Hiroshi Ito

Kunihiko Sakurai

Satoshi Koide

Toshio Takahashi

Satoshi Shibata

Yasunori Kitazawa

Keiko Yamada

Yasuhiko Ishimaru

Junichi Handa

Yosuke Ito

Fumihito Hayano

Akira Suganuma

Akira Madama

Kazuhiro Kondoh

Hideji Yoshimori

Kumiko Maeda

Hideo Uneo

A control apparatus, which is configured to communicate with an external apparatus, to control a display section and a printing section, and to execute a plurality of processing in parallel, includes: a storage section which is configured to store image data to be supplied to the display section and first data transmitted from the external apparatus, a first processing executing section which is configured to execute a first processing in which the image data is supplied to the display section; a second processing executing section which is configured to execute a second processing, which is to be executed in parallel with the first processing, and in which a predetermined image processing is applied to the first data to generate second data to be stored in the storage section; and an identifying section which is configured to identify the number of the second data stored in the storage section.

Control apparatus, storage medium in which control program is stored, and printer to execute a plurality of processing in parallel

A multi-function device may be connected with a color printer capable of printing in a communicable manner. The multi-function device may be configured to store identification information of the color printer, to color-scan an object to be scanned, to monochrome-print based on first image data representing an scanned object, to allow a user to input an instruction, and to send second image data representing a color-scanned object with the identification information of the color printer as a destination if a predetermined instruction is input.

Multi-function device

A page description language processing device is provided for supporting a plurality of types of page description languages. In one example, the device may be configured to read a command from data input and determine whether the command should be converted into a common intermediate code. If the judgment unit judges that the command should be converted into the common command, the controller may store a common intermediate command in the intermediate code storage unit. If the judgment unit judges that the command should not be converted into the common command, the controller may store a special intermediate command in the intermediate code storage unit. Additionally or alternatively, the device may execute a common module for the common intermediate command and a special module for the special intermediate command.

Device, method and computer readable medium for processing commands in data described using a page description language

A printer includes an input unit, a cell-size changing unit, a print data creating unit, and a printing unit. The input unit receives table data describing a table including a plurality of cells. Each of the plurality of cells has a size. The cell-size changing unit is configured to be capable of changing the size of a cell that is associated with a formula. The print data creating unit creates print data for printing a cell-size changed table that includes the size changed cell in a predetermined part of a recording sheet such that the formula fits entirely within the size changed cell, if the cell-size changing unit changes the size of the cell. The printing unit prints the cell-size changed table based on the print data in the predetermined part of the recording sheet.

Table data processing apparatus for creating table data containing complete formulas

An image processing method includes steps of acquiring a first two-dimensional parallelogram image, creating a second two-dimensional parallelogram image by dividing the first image into two figures by a line along a predetermined scanning direction and joining together respective sides of the two figures corresponding to an upper base and a lower base of the first image, calculating a value w representing a numerical number of pixels constituting an upper base or a lower base of the second image and a value h representing a numerical number of pixels in a height direction of the second image, securing a w&#xd7;h two-dimensional memory space, writing pixel values on each scanning line of the second image, sequentially in a scanning order, onto a corresponding scanning line of the two-dimensional memory space, and storing supplementary information of the second image in association with the two-dimensional memory space.

Image processing method for fast fill-in of a figure and computer readable medium therefor

A controller for a printing device may include a data file selecting unit, an index printing data generating unit, and a providing unit. The data file selecting unit may sequentially select a data file. The index printing data generating unit may generate index printing data by sequentially storing a set of printing data in the memory, wherein the set of printing data defines an image described by the sequentially selected data file. The providing unit may provide the index printing data to a print performing unit. In a case where the index printing data generating unit cannot process a particular data file due to a shortage of remaining capacity in the memory when first index printing data is generated, the index printing data generating unit may postpone processing of the particular data file. The data file selecting unit may select the particular data file when second index printing data is generated.

Controller for printing device

An image generating device, for generating an image including a gradation (in which a color value specifying color changes from the center of the gradation through annular areas) according to an image drawing instruction, comprises an extraction unit that extracts gradation pattern parameters specifying a gradation pattern of the gradation from the image drawing instruction, an area determination unit that determines the annular areas, each having a prescribed width, to be drawn in one color with a uniform color value, based on the gradation pattern parameters extracted by the extraction unit, and a drawing unit that draws the annular areas such that each annular area is drawn in one color and the colors in annular areas are different from each other.

Image generating device, image generating method and printing device

An image forming device is provided with an external storage, a printing unit, a storage controlling unit configured to store the image data in the external storage or an internal storage. The storage controlling device stores the image data developed from the print data retrieved from the print data stored in the external in the external storage, while stores the image data developed from the print data transmitted from the external device in the internal storage. At least file names of image data stored in the external storage on the displaying unit are displayed for selection when the external storage is connected to the image forming device, and file names of image data stored in the internal storage are displayed when the external storage is not connected to the image forming device. A reprinting unit performs a reprinting operation based on the selected image data.

Image forming device

An image processing device is provide with an external storage which is detachably connectable to the image processing device, an inputting unit configured to allow a user to input user information, a registration unit configured to register ID information intrinsic to the external storage and the user information input through the inputting unit with registration data in a related manner, a permission unit configured to retrieve the ID information from the external storage and permit access to the external storage connected to the image processing device only if the retrieved ID information is included in the registered ID information which is registered with the registration data, and a data processing unit configured to read/write data from/to the external storage if access to the external storage is permitted by the permission unit.

Image processing device

An image forming device configured as follows. A user is allowed to select desired print data files to be printed from among print data files stored in an external storage. A file list generating unit generates a list of the desired print data files selected by the user. The list includes an order of the desired print data files. A page arrangement unit arranges each page of the desired print data files on each recording sheet based on the list of the desired print data, a print mode and a total number of pages of the desired print data files. Blank pages to be added to complete the arrangement of pages of the print data files with respect to the recording sheets are generated. Page data is retrieved based on the arrangement of pages and is converted to image data, which is printed by an image data printing unit.

The present invention is intended to provide a winding arrangement of single star connection for a rotating electrical machine, capable of enhancing insulation performance in coils of the same phase. In such winding arrangement, a first coil Uto a sixth coil Uare formed respectively in coil arranging partsU toU. Next, a coil arranging partU is skipped and the seventh coil Uis formed in a coil arranging partU. Then, a coil formed at the end of winding (eighth coil U) is formed in the skipped coil arranging partU.

Winding arrangement for rotating electrical machine

600 dpi binary character shape data is created from 600 dpi character data inputted by a PC and written sequentially to a memory. The 600 dpi character data inputted from the PC and 300 dpi image data are stored as 300 dpi 8-bit graphics data. Next, 600 dpi 8-bit multi-value graphics data is created by dividing each pixel in the 300-dpi 8-bit graphics data into four small pixels. First and second correction processes are performed using a first correction table and the superimposed data is printed at a uniform 600 dpi printing density.

Image processing method for superimposing high-resolution character data on low-resolution image data

If the width of a rectangle to be drawn by a drawing command is less than or equal to a first reference value that is previously determined dependently on the length of one record of cache memory, the drawing command for the rectangle is held in a rectangular drawing command storage area in a RAM. If several rectangles held in the rectangular drawing command storage constitute a lateral-direction gradation pattern, a drawing command group that draws the rectangles is converted into a secondary drawing command that repeatedly draws in an auxiliary scanning direction a virtual-image of one line that constitutes the lateral-direction gradation pattern and that extends in the main scanning direction. There is no need to overwrite the record in the cache memory while generating drawing data based on the secondary drawing command because the width of the virtual-image is less than or equal to the width of one record in the cache memory.

An image forming device according to the invention produces a continuous gray-scale image by using a dither matrix structured by orderly tiling a plurality of dither patterns. In each dither pattern, a plurality of gray level areas are arranged in the laser scanning sequence, in correspondence with the gray levels. Dither patterns are arranged in the dither matrix such that a gray level area at the end, with respect to a laser beam scanning direction, of at least one row of one dither pattern is adjacent to the next higher gray level area of another dither pattern. By the use of such a dither matrix, the image forming device forms dots continuously in the laser scanning direction, in correspondence with the gray levels.

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Gifu, Japan

Hiroshi Hattori