Abstract:
PROBLEM TO BE SOLVED: To provide an information display body, which enables information for personal authentication to be recognized and, at the same time, is given an antifabrication measure and to provide a transfer foil used for its manufacturing. SOLUTION: In the information display body, in which a reflective thin film layer 16 is provided on some part or the whole surface of an OVD portion having recorded information thereon and, at the same time, a transparent reflecting layer 14 is provided on the remaining OVD portion, at least a heat resistant layer 15 is provided beneath the reflective thin film layer 16 under the condition that the heat resistant layer 15 is made of material including ≥60% of resin component having a glass transition temperature of ≥170°C. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide an information relay system, an information relay method, and an information relay program capable of preventing user personal information from flowing out to a network by relaying the user personal information after the user personal information is automatically converted into a different person. SOLUTION: The information relay system 10 is connected with a designated site by using the different personal information of the person 1 in question when information delivery is requested. An information delivery server unit 20 transmits designated information to the information relay system 10 when receiving a information delivery request using the different personal information. When the information relay system 10 receives the designated information from the information transmitting server unit 20, the information relay system 10 converts the different personal information into information for the person in question, and transmits the designated information to the addressed person 1 in question based on the information for the person in question. COPYRIGHT: (C)2004,JPO
Abstract:
PURPOSE:To enable reconstitution as a sheet of images by rearranging the picture elements corresponding to the row or matrix information which is of the same position as plural images in reverse order of parallax information or time difference information. CONSTITUTION:The continuous or intermittent intrinsic parallax information or time difference information which the images formed by optically reading and processing the plural images obtd. from a photographing means of a double eye or single eye movement type or the actually drawn images or virtual images as computer graphics possess respectively is inputted to a stereoscopic variable image assembling and processing control means 3. The information is divided to the blocks corresponding to the row or matrix information based on the number of the constitution in the raw matrix direction of lens screens 11, 12 and the divided blocks are compressed. The picture elements arranged with the parallax information or time difference information in the many blocks in the raw or matrix direction are respectively formed and are rearranged in reverse order of the parallax information or time difference information which said picture element blocks possess. The picture element forming images contg. the parallax information or time difference information are thereby reconstituted on one sheet.
Abstract:
PURPOSE:To reproduce a high-lightness and low-saturation color by mixing the 1st image which is reproduced by arranging a slit on a master hologram and the 2nd image reproduced in the absence of the slit on a dry plate. CONSTITUTION:Light passed through a lens 116 is incident on a master hologram 16 and a light wave plane 136 having information on the master hologram is reproduced from the slit 130. The light wave plane 136 and reference light 138 interfere with each other on the dry plate to form the image 134 of a subject 20. Then, the slit 130 is removed and the master hologram 16 is irradiated with a laser light 122, so that diffracted light 140 is generated corresponding to recorded light information. The diffracted light 140 and reference light 138 interfere with each other on the dry plate to form the image 142 of the subject 20. Thus, an image formed by a conventional method which forms the rainbow hologram and an image formed without any slit are mixed on the same dry late 132. Thus, the high-lightness and low-saturation color is obtained.
Abstract:
PROBLEM TO BE SOLVED: To make it hard to forge a card and to prevent its illegal use by providing a hologram image on a portion adjacent to a face photograph image except the photograph image on the card with the face photograph image. SOLUTION: The ID card 10a is formed by providing an image obtained by printing a face photograph image 11 and a hologram image 12a on its background and integrating them. Thus, the image obtained by printing the image 11 and the image 12a on its background and integrating them is provided. Then, if the hologram image or the photograph image is cut out and replaced, the entirety becomes an unnatural image, and hence its forgery becomes difficult. Such an ID card is formed by using a forming apparatus having an image input device for inputting the photograph image to an image processor, the image processor for color correcting and gradation-correcting the photograph image, and an output device for transfer printing by using a transfer foil ribbon having a color material transfer portion and a hologram transfer portion.
Abstract:
PROBLEM TO BE SOLVED: To stereoscopically visibly perform recognition in a form close to a natural view can be made visible from planar images not provided with parallax without the sense of depth by rearranging respective parts corresponding to the sense of depth on computer graphics. SOLUTION: In planar multilayered type hologram for successively arranging in parallel actually existing originals with variable depth and exposing and recording them in multiples, the sheet number of the originals is limited at most to three. However, in the case of the originals by the computer graphics (CG), the need for successively exposing and recording them is eliminated, and irrespective of how many sheets of the planar images are present, images for indicating the state of arranging them with the depth can be made as the original. Thus, the sheet number of the originals is not limited, and six sheets for instance of the planar images are arranged in parallel with the variable depth and can be multiply exposed and recorded. Also, in the case of the originals by the CG, the arrangement relation of the originals with each other can be turned to an arrangement not limited to parallel, and a part of the planar originals can be deformed.
Abstract:
PROBLEM TO BE SOLVED: To make a visual image novel, and to enhance impossibility in fabrication, by constituting so that directions of diffraction gratings are approximated to each other between cells close to each other and the direction of reflected diffraction light from a whole pattern is changed continuously. SOLUTION: In the pattern having dots consisting of the diffraction grating arranged in an array shape, the directions of the diffraction gratings in respective dots are changed continuously in the vertical direction in figure. Further, the directions of the diffraction gratings of a dot line are the same in the horizontal direction in figure. When the pattern in figure is observed, when the pattern is moved (or, an observer changes a viewing angle), the matter so that a brilliant line flows in the vertical direction is felt. If the directions of the diffraction gratings in the vertical direction are changed within the range of 180 deg., when the pattern is copied, the dots, in which the direction of the diffraction grating is equal, exists even to all scan directions, and since a dot copied in black without being copied occurs necessarily, it is suitable.
Abstract:
PROBLEM TO BE SOLVED: To provide a hologram pattern, which can be easily judged as a copy by a method wherein the copy is seen undoubtedly as incompatible with the original pattern even when a copy is formed from any scanning direction. SOLUTION: In a hologram pattern, in which a reflecting layer is formed over the whole surface of a substrate by properly combining relief-type holograms on the surface of the same substrate, a plurality of kinds of holograms, at least the directions of which are different from one another, are so constituted as to be combined with one another so as to realize reflective diffractions in a plurality of directions. Further, a hologram, the constituted unit of which is a dot, may also be allowed. Furthermore, a region, in which no hologram is present, may be provided.