King Jim Co., Ltd.

Seiko Epson Corporation

Other

Seiko Epson Corporation and King Jim Co., Ltd.

Kung Jun Co., Ltd.

Takanobu Kameda

Kenji Watanabe

Tomoyuki Shimmura

Chieko Aida

Hiroyasu Kurashina

Takeshi Hosokawa

Yoshiya Toyosawa

Hitoshi Hayama

Kenichi Nakajima

Hideki Oikawa

Hiroshi Kuriyama

Yuichiro Taniguchi

Eiji Tukahara

Atsuko Yamaguchi

Noriyuki Kamijo

Machiko Kano

Tomoyuki Ichikawa

Hideto Yokota

Tetsuo Yamaguchi

Yoshiyuki Yanagisawa

Yoshikiyo Furuya

Shigekazu Yanagisawa

Yoichi Hine

Susumu Takatsu

Tomoyuki Yamaguchi

Toshinori Nojima

Tomohiro Moriya

Takeyasu Suzuki

Kenichi Tanabe

Shinji Ishizuka

Takeshi Matsubara

Yoshiyuki Takeuchi

Tomoko Obata

Rui Kondoh

Tokushige Ohmiya

Akira Miyamoto

Setsuo Kawai

Goro Iijima

Takashi Yamaguchi

Hiroaki Tanaka

Akira Hashimoto

Seiji Tanaka

Takayuki Uehara

Makoto Takada

Mikihiro Kajihara

Teruhiko Unno

Nobuyuki Horii

Mamoru Sakai

Masaji Takayama

Junichi Kikuchi

Ko Kojima

Aiko Tanaka

Chie Ohshima

Hironaga Iida

Youko Eto

Kenich Nakajima

Yasuyoshi Nakamura

Sumio Honda

Hiroko Niiyama

Masafumi Miyamoto

Genichiro Otani

Genichiro Ohtani

User can flexibly increase in setting a bar code margin and easily confirm a bar code image relative position. Operability is improved in inputting a character string regarding the bar code. For the margin, a bar code guide giving a target size of a bar code image area is displayed in an input print preview. When the character string regarding the bar code has been already input and a bar code type is changed, the character string already input is checked against character input conditions defined by the post-change type of bar code. In inputting the characters regarding the bar code, the input characters are checked against the character input conditions, such as the character type and the defined number of characters defined by the set bar code type. Therefore, the input character is ignored or displayed in a mode in which the input character is different from other characters.

Tape printing system, tape printing method, and tape printing program

Before embossing raised letters on a target tape which is subjected to embossing of raised letters, written letters are printed based on inputted character information, and also an upside-and-downside identifying information for identifying the upside and the downside of the target tape as seen in the widthwise direction thereof is printed on the target tape. In the emboss-processing section, the upside and the downside of the target tape is detected based on the identifying information. If the target tape is found to have been inserted upside down, the raised letters are embossed in a state of turning the embossing data by 180 degrees.

Tape processing apparatus, method of processing tape in tape processing apparatus, and program

An apparatus, method and program produce small print including character string information in a plurality of languages together with a logo. A language converting function converts an input character string into another language. A multi-language printing function converts the input character string into a specified number and types of languages. A layout function allows specifying one piece of information of the logo, specifying one record, specifying one type of character string information and printing the specified layout as the small print inclusive of the logo and character string.

Apparatus, method and program for producing small prints

A printing apparatus which enables a user to verify a tape information at any selected time, including immediately before printing, thereby optimizing printing processes, and also prevents performing printing contrary to the intentions of the user, caused by, for example, cartridge mounting mistakes. Further, a technology for controlling the printing apparatus is also provided. A printing apparatusfor printing a printing data on a tape is provided with a tape identification sensorfor detecting the width of a tape mounted in the printing apparatus, an operating portionfor setting a tape width setting value that is reflected in the printing data, and a displaythat outputs the tape width information in a state that is recognizable to a user before printing commences, and after the tape width information is output, the operating portionaccepts a user's operation for designating execution of printing that reflects the tape width setting value or cancellation of the printing designation.

Printing apparatus, printing method, and program therefor

The apparatus recognizes line length of character strings and judges if a line is longer than a threshold length. Slewing addition control divides a character string longer than the threshold length into two lines. When the number of inputted characters exceeds that allowed in the line, that part of the character string having the number of characters allowed for the line and that part of the characters overflowing the number of characters allowed in the line are displayed in different manners. The apparatus also calculates a ratio of lengths of a pair of specific lines to one or more other pairs, determines a character-size-type based on the ratios thus obtained, determines basic character sizes of the respective lines based on the character-size-type and then determines a character size for each line based on the length information and the basic character size of each line.

Apparatus and method for processing character information

Tape printing device is provided with the second and third screen modes M and M , in which the input document and its layout can be simultaneously displayed on the same screen. These modes can be switched by operating layout image simultaneous display key . The user can enter a document while viewing its layout image displayed on the same screen to obtain the desired layout. Thus, the present invention provides a user-friendly character information processing device in which the user can enter a document while viewing the layout image on screen to obtain the desired layout.

Character information processing device equipped with a layout display function

An image forming method, a stamp-making method, and apparatuses implementing these methods are provided. Each of characters included in each character string on one or a plurality of lines are laid out within a rectangular contour having a defined width in a reading direction. Each of the characters are laid out so as to satisfy B>D>O, where D is the dimension of a margin between an edge of the contour and a character at an end of the string, and B is the dimension of an inter-character spacing between adjacent characters. Each of the characters are enlarged in the horizontal direction and laid out such that an area ratio of character portions to blank portions within the contour is equal to or lower than a constant value. Within the plurality of lines, the one having the smallest quotient G of a calculation (A&minus;C&times;F)/F is determined as the longest line, where A is the width of the contour, C is the character width of each of the characters, and an inter-character spacing in the longest line is determined as a reference inter-character spacing dimension B. The characters on the longest line and the remaining line are laid out based on the reference inter-character spacing dimension B.

Character layout method, image forming method and stamp-making method and apparatus therefor

An external character creating method is provided for an image forming apparatus having a display screen. The external character creating method includes the steps of displaying at least a portion of image data in a specifying area on the display screen, displaying a dot-shaped cursor on the display screen, and creating an external character on the displayed image data using the cursor. The cursor is fixed at a position in the specifying area, so that the image data is scrolled in the vertical direction and in the horizontal direction to create an external character.

Method of creating external characters in image forming apparatus

A code entry method obtains a desired character from one of a plurality of code-character conversion tables associated with different code systems in which one or more codes correspond to respective different characters and one or more characters are identified by different codes in the respective code systems. A code corresponding to the desired character in one of the plurality of code-character conversion tables is input. Different eligible characters identified by the input code in the respective plurality of code-character conversion tables are found, retrieved and displayed on a display screen. The desired character is selected from the displayed retrieved eligible characters. In one embodiment, only a first code-character conversion table contains the characters and the other code-character conversion tables identify the codes of the first code-conversion table corresponding to different codes of the other code-character conversion tables.

Method of selecting a character from a plurality of code character conversion tables

There is provided a printing apparatus for printing on a continuous tape. When a portion of a continuous tape having passed a thermal head is cut at a predetermined cutting position, a stepping motor is caused to stop driving the platen roller for rotation to stop feeding of the tape, and then the tape is cut off. During tape-cutting operation, the stepping motor is held in an energized state. When the printing operation is resumed after stopping the feeding and printing of the tape, the thermal head is caused to print on a portion of the tape printed by an immediately preceding printing operation by the thermal head, in an overlapping manner, by the use of identical printing data or printing data for a next line of dots.

Tape-printing apparatus with control of feeding and cutting of a tape

A peeling device according to one aspect of the invention peels off part of a peel-off paper from a peel-off paper-backed adhesive tape which is a laminate of a substrate tape having a surface coated with an adhesive and a peel-off paper affixed to the substrate tape via the adhesive. A rotational member is rotated by a driving force transmitted from a drive source. On an end face of the rotational member there are arranged a peeling projection rotated to be brought into contact with a substrate tape-side surface of an end of the peel-off paper-backed adhesive tape to carry out a bending releasing action on said end portion of the adhesive tape. The adhesive tape is guided toward the peeling projection when it is inserted and part of the end portion other than a free end brought to the peeling projection is held. In a tape processing device for processing a peel-off paper-backed adhesive tape, according to another aspect of the invention, a trimming mechanism trims one end of the peel-off paper-backed adhesive tape, while a peeling mechanism peels off a peel-off paper from the peel-off paper-backed adhesive tape. The driving force is transmitted to the trimming mechanism and the peeling mechanism from a simple drive force. There is also provided a tape printing apparatus incorporating the tape processing device.

Peeling device, tape processing device incorporating the peeling device, and tape printing apparatus incorporating the tape processing device

The present invention relates to a character information processor having a function of printing an input character string on a print medium. The character information processor of the present invention includes print-instruction issuing unit for issuing a print-halt-instruction-waiting consecutive-print instruction of repeatedly printing a same character string on the print medium until a print halt instruction is issued, and printing unit for repeatedly printing the same character string on the print medium when the print-halt-instruction-waiting consecutive-print instruction is issued. Also, the processor includes print-halt-instruction issuing unit for issuing a print halt instruction of halting the repeated printing conducted by the printing unit, and print halting unit for halting the repeated printing conducted by the printing unit when the print halt instruction is issued.

Character processing with indefinite continuous printing

When stoppage of printing on a tape is commanded, an automatic non-printing feed of the tape equal to the distance between the print head and a cutter is performed to enable cutting of the tape with minimum waste. Additionally the forming of leading and trailing margins on a printed tape less than the distance between the print head and cutter is enabled by providing deceleration and acceleration coupled with print pulse width variation corresponding to tape movement.

Tape printing device

There are provided a print image-forming method and device. Print image data of a dot matrix is formed in which print portions are represented by positive dots and blank portions are represented by negative dots. Basic image data formed in a manner such that when the basic image data is developed into a dot matrix, a group of image pixels formed by one of a set of positive dots and a set of negative dots is capable of representing a basic image, is read from a memory device. Developed image data item representative of the basic image is formed by developing the basic image data read from the memory device into a dot matrix which is smaller in size than the dot matrix of the print image data in at least one predetermined direction of a vertical direction and a horizontal direction. At least one shifted image data is formed by shifting the developed image data item by units of dots in the predetermine direction, and the print image data is formed by causing the developed image data item and the at least one shifted image data, to be superposed, upon one another, in a manner such that the group of image pixels overrides background pixels.

Print image-forming method and device

An apparatus and method for processing character information to be formed on a seal, restricted size label, or other printing medium provides for recognizing character string lengths exceeding a threshold length determined from the printing medium when an instruction for development is made. The character string is divided into two lines and developed on the printing medium. The character string is divided equally, at a mode change, or into lines with the first line being longer than the second line. Over-limit characters are displayed in a different manner distinguishing from in-limit characters.

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Tokyo, Japan

Takanobu Kameda