Abstract:
PROBLEM TO BE SOLVED: To provide a manufacturing method for a re-writing card which has no limitation on heating conditions at the manufacturing of the card and materials consisting of a rewritable layer of which can be efficiently used, and to provide a transfer material for rewriting card. SOLUTION: The method for transferring rewrite card comprises a step for overlapping a transfer material where at least a rewritable layer 4 capable of coloring or erasing heated portion is laminated on at least a part of a base sheet 2, and a step for transferring the rewritable layer 4 on the base sheet 2 by heating and/or pressuring.
Abstract:
PROBLEM TO BE SOLVED: To improve the judging precision of the top/bottom of a picture by deciding a rotary angle for matching the top/bottom of a discriminated picture in one direction, rotating the picture in accordance with the rotary angle and storing the rotated picture in the picture storing part. SOLUTION: A picture 1 before changing is read from a picture storing part and the picture is judged by picture recognition by a top/bottom detecting part. The judgment of the top/bottom of the picture by the top/bottom detecting part is executed by the combination of plural analytic methods based on different information in a picture. At least two of the analytic methods based on hue information, luminance information, composition information are included in the combination. Based on information of the top/bottom direction of a picture obtained from the top/bottom detector, a rotary angle deciding part decides the rotary angle of the picture for matching the top/bottom of the picture with those of another picture. In accordance with the decided rotary angle, a picture rotating part rotates a picture. A rotated changed picture 3 is stored in a picture storing part.
Abstract:
PROBLEM TO BE SOLVED: To provide a method of manufacturing simulation media used for performance evaluation or the like of a bill conveying mechanism built in an automatic teller machine, various manufacturing methods for simulation media with different friction coefficients, and the method of manufacturing the simulation media facilitating adjustment of the friction coefficients. SOLUTION: The method of manufacturing the simulation media adjusts frictional force between the simulation media by forming a resin film on the surface of a base material sheet which forms the simulation medium. For example, the simulation medium 11 is formed with a plurality of film regions 16 on at least one surface 62 of the base material sheet 61 by printing using ink formed of ionizing radiation setting resin or thermosetting resin, and then the film regions are cured. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To obtain an ND filter which is used for adjusting the amount of the luminous flux to be transmitted and inexpensive, and has uniform quality, high durability and a low haze value. SOLUTION: The ND-1 filter is obtained by forming an ink film 12 on a transparent substrate 11 by a printing method using a plate and ink. The ink to be used comprises a black color material and the black color material is a black pigment. The black pigment is a carbon particle comprising an agglomerate of carbon particles. When the longest length of the agglomerate of carbon particles is defined as li, an arithmetical mean value of li is preferably ≤15 nm. An intaglio plate is preferably used as the plate. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide an object-photographing method capable of photographing an object with a resolution that is the resolution of a photoelectric conversion element mounted in a digital camera or over and that can eliminate the need for correcting a image as a whole, when combining the digital images of the object obtained by imaging. SOLUTION: In the object photographing method, by imaging split parts of the object through projecting light from an optical system to the photoelectric conversion element and by merging digital images of the split parts to be imaged to obtain image data of the object, the optical axis of the optical system is positioned fixed with respect to the object, the photoelectric conversion element is positioned on a plane perpendicular to the optical axis; the photoelectric conversion element is moved on the perpendicular plane in the case of imaging the split parts of the object; and the light from each split part of the object is projected to the photoelectric conversion element so as to image digital images wherein the adjacent split parts are partly overlapped. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a method and a system for easily forming a foreign language conversion glossary consisting of foreign language sentences having content matching a request from a user. SOLUTION: This foreign language conversation glossary formation method based on computer processing uses a foreign language glossary formation device having an input device, a display device, a central processing unit, and a conversation sentence database at least. The foreign language conversation glossary formation method is constructed of a step of displaying a contents item display candidate list in the display device by means of a computer and a step of extracting and producing simple customized display data, which are extracted and produced on the basis of selection information selected from the contents item display candidate list by an operator through the input device and user information inputted by the operator through the input device, from the conversation sentence database by means of the computer to display them in the display device. In this way, the foreign language conversation glossary consisting of the foreign language conversation sentences of contents complying with requirements of the user can be formed easily.
Abstract:
PROBLEM TO BE SOLVED: To provide a health examination method and a health examination system eliminating the need of time-consuming adding up work and networking instruments. SOLUTION: This health examination method uses a measuring device connected with a card reader/writer (card R/W) having a center processing device and an outer memory, plural measuring devices connected with a card R/W having a center processing device, and a card issued for each medical examinee. The health examination method comprises a step for connecting the card R/W having the center processing device and the outer memory to the last measuring device, conducting measurement by a measuring device, and writing measured information into the card by the card R/W connected to the first measuring device; a step for conducting measurement by the rest measuring devices in turn, and writing measured information by the card R/W connected to each measuring device; and a step for conducting measurement by the last measuring device, writing measured information by the card R/W connected to the last measuring device, and writing medical examinee information and each measured information accumulated in the card into the outer memory.
Abstract:
PROBLEM TO BE SOLVED: To provide an on-demand decoration system for producing by small-lot in a short delivery time for decorating objects formed with characters and images desired by an orderer. SOLUTION: This on-demand decoration system comprises a process for collecting information on characters and images with a character and image coordinating means based on order addition information for determination of the characters and the images to be printed and for recording printing information determined in such as sizes, layouts, fonts, color tones, color lightness, and forms of the characters and images to be printed on a printing information recording means; a process for inputting the printing information to a printer, printing the characters and the images on a base sheet to produce required number of decorative sheets; a process for preparing an object to be decorated and a mold based on decorated object information, forming the characters and images on the surface of the decorated object by transfer-printing or other similar means at the same time as and after forming work using the decorative sheet to produce the decorated object; and a process for delivering the produced decorated object to the orderer or a distributor.