Brother Kogyo Kabushiki-kaisha

Akihiro Sawada

Hideo Ueno

Shoji Sakuragi

Chitoshi Ito

Sachiyo Nakahigashi

Akihiko Niwa

Yasushi Kawakami

Hideo Yoshihara

Takemi Yamamoto

Kazuo Sangyoji

Minako Ishida

Takeshi Izaki

Naoyuki Hatta

Shiro Yamada

Masaharu Mori

Kazuhisa Hirono

Toshihide Fujikawa

Kazuaki Koie

Kazuko Ishida

Mayumi Nishio

Sachiko Nakagawa

Kazumi Kanda

Satomi Otsuka

Sachie Kanda

Sachiro Nagase

A two-dimensional code printing apparatus includes a computer device and a tape printer. A print frame is arranged on a label making work area on an edit display screen displayed on the computer device. A user inputs a text into a text box arranged on the print frame, and then highlights the text to be coded in a two-dimensional code by a mouse, and then one-clicks a two-dimensional code button. Herewith, the text and the two-dimensional code are displayed on the text box. If the user clicks a print button, a label on which both the text and the two-dimensional code printed is printed.

Two-dimentional code printing apparatus and method and tangible medium

A data processing device and method permit improved display of data and characters on a display. When an enlargement display key is input after designating characters, a line or block, on the enlargement display flag signal is indicated. The device and method permit the displayed data to be have its size increased on a display screen so as to be equal to the size to be printed. However, if the size to be printed is too small to be clearly viewed, the data on the display screen can be enlarged and an appropriate signal is displayed on the display.

Tape printing device and method

When a label name is selected, a plurality of prompt associated with the selected label name are displayed one after the other on a display so that a user can easily know what text data needs to be inputted. The text memory stores text data inputted as prompted by each of the plurality of prompts associated with the selected label name. Also the text memory retrieves, from a registration layout information memory, print layout information for printing the inputted text data. The print mechanism prints the text data stored in the text memory on a tape based on the print layout information. In this way, a label printed with the text data, that can be adhered to the binding of files and the like, can be produced quickly and easily.

Tape-shaped label producing device having input instructing messages

A document processing device which includes an input device for inputting characters, symbols and various instructions; a display having a cursor; a text memory for storing input data, such as the characters and symbols; a print element for printing the input data stored in the text memory; and a controller for controlling the input device, the display and the print element also includes the ability to set a fixed format mode in order to print the input data in a fixed format; a non-volatile fixed format information memory containing prescribed preset fixed formats such that the input data input in the fixed format mode is stored; a format information memory which is provided in the text memory and serves to store format information to print the input data, and an ability to read in the fixed format information from the fixed format information memory and transmit it to the format information memory.

Document processing device having format information storing function

An apparatus and method of printing characters and symbols either vertically or horizontally on an elongated recording medium adjusts the position of vertically printed characters and symbols so that the vertically printed characters and symbols are evenly spaced on the recording medium. When a vertical printing is to be accomplished, dot pattern data in a data development buffer is rotated 90 degrees counterclockwise, and transferred to a vertical data development buffer. The rotated dot pattern data for each character is then moved in the longitudinal direction of the recording medium, as necessary, to ensure that each character will be positioned in the middle of its character pitch. The longitudinal adjustment ensures that the upper and the lower margin of each character are equal.

Tape printing method and apparatus having horizontal and rotated

A tape print device for printing bar codes on a print tape includes: an input unit for inputting data indicative of a bar code desired to be printed on a tape; a data storage unit for temporarily storing the inputted data; an increment unit for serially incrementing at least a part of the data stored in the data storage means at least one time, in accordance with a predetermined order, to thereby produce at least one incremented data indicative of at least one incremented bar code, the thus produced at least one incremented data being stored in the data storage means; a print data generating unit for producing print data for the desired bar code and the at least one incremented bar code, based on the data stored in the data storage means; and a printing unit for receiving the print data and for printing images of the desired bar code and the at least one incremented bar code on a print tape.

Tape printer

A character string and data characters for printing a bar code are first input, and a print key is operated. When the data read from a text memory of the apparatus are character data, the apparatus creates dot pattern data for printing the character string as per the character size selected. When bar code starting data are read, the data following the characters are read out and converted into bar code data. After the data representing a left-hand side margin of the bar code are generated, dot pattern data constituting the bar code are created in accordance with the height of the character size selected. Then, a right-hand side margin of the bar code is generated.

Bar code printing apparatus

A tape printing apparatus having a test printing function for printing a predetermined test pattern onto a tape upon operation of an appropriate key includes a printing part, a tape width detector, a memory and a print control unit. The printing part prints the predetermined test pattern. The tape width detector detects the width of the currently loaded tape. The memory stores test pattern data by which to print any one of a plurality of different test patterns depending on the tape width detected by the tape width detector. The print control unit retrieves from the memory the test pattern data corresponding to the detected tape width upon operation of the appropriate key and causes the printing part to print the test pattern onto the tape based on the retrieved test pattern data. Because the tape printing apparatus prints the test pattern according to the width of the currently loaded tape, an operator can determine what printing is available for that particular tape.

Tape printing apparatus

A bar code printer capable of printing bar codes simultaneously with character strings made of, for example, alphanumeric characters. Operating a bar code key causes a bar code input display to appear on a display and the bar code start code to be stored in a bar code buffer. Then operating a number key causes a number code representing the number to be stored in the bar code buffer and a dot pattern representing the number code to be output to a video RAM. Operating an execution key while a 13 digit number code is stored in the bar code buffer will additionally cause an end code to be stored in the bar code buffer and the resultant code string to be stored in a text memory.

Bar code and text printer capable of displaying bar code location

A printing device, which is capable of printing image onto a tape-type recording medium along the longitudinal direction of the tape-type recording medium, is also capable of printing the image on the tape-type recording medium in a rotated fashion with respect to the longitudinal direction of the tape-type recording medium. When the image is printed with a certain rotation, it is discriminated whether a length of the image to be printed in the rotated fashion in the width direction of the tape-type recording medium is smaller than the width of the tape-type recording medium. Then the size of the image to be printed is reduced if the length of the image is greater than or equal to the width of the tape-type recording medium. It is further discriminated whether the length, in the width direction of the tape-type recording medium, of the image to be printed after reduced by the reducing means is smaller than the width of the tape-type recording medium; and alarm is actuated if the length of the reduced image is still greater than or equal to the width of the tape-type recording medium.

Printing device

In a printing device for printing bar-codes, a string of characters and symbols representing the contents of the bar-codes are printed under the bar-codes by replacing the lower part of the dot pattern with the dot pattern for the string. The present invention is characterized in that the printing device has a decision means for deciding whether or not to print characters and for printing bar-codes with a sufficient height for reading operation by bar-code readers. The printing device automatically omits the string of characters when a character size set by an operator is not large enough to print a string and a bar-code in juxtaposition.

Bar-code printing device

In a color image copying apparatus, a light-path change-over reflector is movable into and out of a light path extending from a light source to an exposing station where a color latent image is to be formed on a photosensitive recording medium according to color image information of an original image. When the change-over reflector is disposed in the light path, the light from the light source is oriented or shifted so as to display the color image information of the original on a monitoring screen. Filters are used for color correction. When monitoring the original image on the screen, the filters are moved away from the light path. Further, the filters can be superposed together for minute color control with respect to the photosensitive sheet.

Color image copying apparatus

A copyable blackboard has: a written member on which a picture including such as characters or figures is depicted a first carrier for carrying the written member, a light source for irradiating light to the picture on a portion of the written member located at a predetermined position on the written member to generate an optical signal corresponding to the picture, a photosensitive member which receives the optical signal from the written member and produces a latent image of the picture thereon. A second carrier is provided for carrying the photosensitive member, an image developing element for developing the latent image on the photosensitive member itself or on a copy paper to obtain a copy of the picture, and a control element for controlling the first and second carriers the photosensitive member and the light source.

Copyable blackboard

A writing-plotting apparatus with a keyboard capable of writing characters in a writing mode, and plotting graphs in a plotting mode, comprising a carriage carrying a writing instrument such a ball-point pen movable toward and away from a sheet of paper, a first memory for storing character pattern data representative of characters, a second memory for storing graphic pattern data representative of patterns of graphs, and a control device which, in the writing mode, reads out from the first memory the character pattern data corresponding to the operated character keys, and in the plotting mode, reads out from the second memory the graphic pattern data. The control device is responsive to the read-out character or graphic pattern data to control the operations of drives for feeding the paper along one axis, and reciprocating the carriage along another axis perpendicular to the one axis. The apparatus further comprises a display device which displays, in the writing mode, the keyed-in characters, and provides, in the plotting mode, messages relating to a procedure according to which data necessary to plot a graph is entered through the keyboard.

Growing community of inventors

Nagoya, Japan

Akihiro Sawada