Abstract: A recording apparatus includes a recording head. The recording head is provided with a recording device string made up of a plurality of recording elements. The recording device string is arranged at a specified angle in relation to the direction perpendicular to the direction in which the recording head moves. A plurality of recording elements is divided into a plurality of blocks and sequentially driven in units of blocks at a specified interval. When recording is performed from a position other than an end of the recording device string, the drive sequence of the blocks is changed. The block including the recording element corresponding to a recording start position is first driven and recording data is read with the effective use of a signal line in a data bus.

Abstract: A morphological find and replace editing tool for a word processor replaces inflected forms of a user-specified find word in a text document with inflected forms of a user-specified replacement word having matching parts of speech. The tool retrieves sets of word forms having a same root word as the find and replacement words, respectively, from a word forms database. The tool selects a single set of word forms with a common root word for each of the find and replacement words such that the find and replacement words are matching parts of speech. Where word forms in the find word's set are found in the text document, they are replaced with a word form from the replacement word's set with a best matching part of speech.

Abstract: A printing apparatus capable of printing by moving a carriage mounting a printing head to a recording paper detects a movement of the carriage for a predetermined distance by an encoder, clocks the time for the carriage to move in the distance, and obtains the moving speed of the carriage in accordance with the clocked time. Time intervals for printing by the printing head are determined by the carriage moving speed, and a printing is performed at a constant printing density in an acceleration/deceleration area in addition to the area where the carriage is moving at a constant speed.

Abstract: A method is provided for improving print quality for a 2-D bar code. The method includes determining printer type, including print resolution, for printer that will print 2-D bar code and entering paper type for the envelope. A suggested 2-D bar code module size is calculated based on the paper and the printer type. A test sample 2-D bar code is printed at the suggested 2-D bar code module size. The printed test sample is scanned and then evaluated for print quality and readability. The method can also suggest a 2-D bar code module size to the user.

Abstract: A tape printer includes a keyboard (4) that inputs character strings to be printed on each printed block that is defined in a label tape or a label tube and inputs control commands by which an output format of the character strings is controlled; a display portion (10) that displays the character strings and the control commands that have been input, a memory portion (8) that stores the character strings and the control commands that have been input; a thermal head (13) for printing the character strings stored in the memory portion on each block of the label tape or the label tube on the basis of the control commands stored in the memory portion; a memory (58) that registers printing data that is displayed on the display portion in correspondence with a specific key; and a CPU (7) that causes the printing data registered by the memory to be displayed following an end of the character strings displayed on the display portion and, at the same time, storing the printing data in the memory portion by operating t

Abstract: Disclosed is an improved method, in an impact matrix printer, for extending print ribbon life when used in printing bar codes and for improving the quality of bar codes printed by the ribbon, the printer including a dot matrix print head having a plurality of print pins and print hammers. The printer includes a medium to receive printed indicia thereon, and a print ribbon intermediate the print head and the medium, and means for effecting relative movement between the print head, the medium and the print ribbon so as to position opposite the print head different portions of the medium from time to time when the printer is operational and printing and to position different portions of the print ribbon intermediate the print head and the medium at preselected times when the printer is operational and printing.

Abstract: In a sprocket-driven plotter, a pair of drive sprockets are spaced apart from each other and keyed to a common sprocket shaft, and a drive motor is drivingly connected to the shaft to rotatably drive the sprockets, and in turn move the sheets engaged by the sprockets relative to a tool carriage for plotting by drawing lines, cutting or performing a variety of other operations on the sheets. A sheet support defines an arcuate support surface fixedly secured to the apparatus, and extending in its elongated direction between the sprockets for conformably contacting the laterally-extending section of each sheet engaged by the sprockets. The arcuate support surface defines a plurality of relatively raised or outermost surface areas, and each raised surface area is defined by an arcuate surface segment extending in the axial direction of the support for contacting and supporting the sheets.

Abstract: A dot-matrix print head comprising a pin guide body including:a first array of pin guide holes having respective centers aligned on a first longitudinal straight line and spaced from one another longitudinally by a constant distance equal to one pitch; anda second array of pin guide holes having respective centers aligned on a second longitudinal straight line parallel to the first and spaced from one another along the second longitudinal straight line by a constant distance equal to the said pitch. The center of each of the holes of the second array is disposed on a respective transverse straight line which intersects the first longitudinal straight line at a point equidistant between the centers of two adjacent holes of the first array.

Abstract: A tape printing device for printing frames with complicated shapes on a label. The device includes a mechanism for inputting a plurality of characters, selecting a frame from a plurality of frames of different shape, and generating print data for the characters and the selected frame. Also, a print head is used for printing the characters and the frames onto the tape according to the generated print data. Only a small amount of memory is required to represent frames, and the operator is offered a large selection of frames. Instead of storing dot patterns for each frame, each frame is represented with a program which can be executed on the tape printing device to generate the pixel pattern corresponding to the selected frame and to print the selected frame on the receiving medium according to the generated pixel pattern. Since the programs generate the pixel pattern dynamically as required by the operator of the device, less memory is required than prior art devices.

Abstract: The invention relates to a printer which can print both text and bar code data on an elongated web-like tape. The printer is provided with a display having a first display mode in which both text data and bar code data are displayed. A bar code display unit is provided to advise the user when the cursor is assigned to bar code data in the first display mode. A second display mode can also be provided. In the second display mode, only the bar code data is displayed and only it can be entered and edited. When characters comprising either text data or bar code data are entered, they are placed sequentially in an input buffer, which comprises a first area of a storage device. The start and end positions of the bar code data within the input buffer are stored in a second area of the storage device. During printing operations, the position of each character in the input buffer is compared to the start and end positions to determine whether that particular character is to be printed as text or as a bar code.

Abstract: A set of tape holding cases including at least two cases of a first type and at least two cases of a second type, with the cases of the first type housing image receiving tape of respectively different tape parameters and cases of the second type housing image transfer tape of respectively different tape parameters. Each case of the first type has a first cooperating component, depending on the tape parameter of image receiving tape, and each case of the second type has a second cooperating component, depending on the tape parameter of image transfer tape. The first and second cooperating components are arranged to selectively cooperate with each other to allow cooperation only of a properly selected case of the first type with any one of the cases of the second type and otherwise to exclude cooperation of the cases. Also, a thermal printing device having cassette receiving portions for these tape holding cases for use in thermal transfer printing.

Abstract: Disclosed is the tape printer 1 in which the embellishment having the outline portion and the blank portion such as the bag form, bag form with shadow or stereo form is set to the character input through the character 5 on the keyboard 3 (S9, S55), and "print color 1" and "print color 2" are set to the character by numeral (S55), and further the character is printed on the print tape 100 through the thermal printing mechanism PM, thereby the outline portion of the embellished character is printed with "print color 1" and the blank portion is printed with "print color 2".

Abstract: A dot-matrix line printer includes a printing shuttle which moves reciprocally to carry out a printing operation, and a balancing shuttle which moves in a direction opposite Lo the direction of the movement of the printing shuttle. The balancing shuttle is partly inserted in the printing shuttle so as not to interfere with the latter upon printing and so that the center of gravity of the balancing shuttle is located as close to the center of gravity of the printing shuttle as possible.

Abstract: A print device including: a storage unit which stores image data for an image to be printed; a print unit which prints the image on a recording medium based on the image data stored in the storage unit; a print region setting unit which sets, with respect to the recording medium, a print region within which the image is to be printed; and a processing unit which processes the image data so that the image is printable within the print region by the print unit.