Toshiba Tec Kabushiki Kaisha

Yasuhiko Mochida

Yoshimitsu Ohtaka

Yuji Yasui

Kazunori Murakami

Mitsuharu Endo

Toshiyuki Tamura

Jun Kikuchi

Takayuki Hiyoshi

Hiroki Takeda

In accordance with an embodiment, an individual item management system includes an information terminal and an information processing apparatus. The information processing apparatus changes the price included in the product information in accordance with a predetermined rule according to a lapse of time from the reference date and time. The information processing apparatus acquires, upon receiving the identification information in units of the individual item from the information terminal, the product information that includes at least the reference date and time and the price and is stored in association with the identification information in units of the individual item from a storage device and transmits the acquired information to the information terminal.

Individual item price management system and method of managing individual item price management system

A commodity sales data processing device in an embodiment includes a display unit configured to display information, first determining means for determining whether the number of characters of information that should be displayed in one row exceeds the number of characters that can be displayed in one row of the display unit, and display control means for, if the first determining means determines that the number of characters of the information that should be displayed in one row exceeds the number of characters that can be displayed in one row of the display unit, simultaneously displaying first information that can be displayed in one row of the display unit and a mark indicating that second information that should be further displayed in the same row is present and, after displaying the first information for a predetermined time, displaying the second information instead of the first information and the mark.

Commodity sales data processing device and method

According to one embodiment, an RFID tag or label printer apparatus includes a print head to print a pattern on the RFID tag, which includes an RFID chip at a predetermined mounting position. A processor is configured to receive the predetermined mounting position and label information including a print position for the pattern information to be printed on the RFID tag. The processor is configured to compare the predetermined mounting position to the print position and then control the print head to print the pattern information if the print position does not overlap a region through which the RFID chip passes when RFID tag is conveyed along a conveying direction past the print head for printing.

RFID printer apparatus

The laser beam output from each of the semiconductor lasers is applied to the same print dot, such as each of the print dots on a thermosensitive recording medium, in such a manner that the laser beams are superimposed on one another sequentially at the same time that each of the semiconductor lasers is moved in the main scanning direction.

Recording apparatus with a record head and recording method using the record head

A single mode laser beam output from a single mode semiconductor laser and a multimode laser beam output from a multimode semiconductor laser are combined with each other by a polarization beam splitter, the combined laser beam is used by a deflection scanning mechanism to perform main scanning, and an image of the combined laser beam is formed on a surface of a thermal recording medium by a scanning lens.

Contactless optical writing apparatus

A thermal printer is comprised of a head section for applying heat with pressure to a transfer film having a metal foil, arranged to cover an ink layer of a desired pattern formed on print paper, and removed to transfer the metal foil toward the print paper, and a controller for controlling the head section such that the transfer film is heated with a heating pattern larger than the pattern of the ink layer by at least a margin for positional displacement between the ink layer and the head section, so as to obtain a lamination transfer object in which a contour of the metal foil is aligned with that of the ink layer by an adhesive force between the metal foil and the ink layer.

Growing community of inventors

Numazu, Japan

Yasuhiko Mochida