Abstract: A writing information processing apparatus includes a writing obtaining unit that obtains writing information that is an electrified information of a writing on a medium that a document image is printed on, a document creating unit that creates a second electronic document from a first electronic document in accordance with the obtained writing information, the first electronic document being a base of the document image, and a writing memory that stores the writing information in association with the second electronic document.

Abstract: A writing information processing device includes a writing acquiring unit that acquires writing information which is an electrified writing onto a medium that a document image is printed on, a link acquiring unit that acquires at least one of link information to a first electronic document that is an original of the document image and link information to a second electronic document generated from the first electronic document, and a file generating unit that generates a file in which the writing information is added to the link information.

Abstract: An information terminal device includes an acquisition unit that acquires reference information representing a machine-readable feature distributed on a surface of a thing associated with a first user, and collation information representing a machine-readable feature distributed on a surface of a thing associated with a second user, a registration unit that registers the reference information acquired by the acquisition unit from the thing associated with the first user in a storage unit, a collation unit that uses the collation information acquired by the acquisition unit from the thing associated with the second user, and collates the collation information with the reference information, and a judgment unit that judge validity of whether the second user is the first user, based on a result of collation by the collation unit.

Abstract: There is provided a code pattern readable by a reader having a given number of dots that are selectively arranged in a block that is an information unit.

Abstract: An image processing device includes a judgement section and a generation section. A latent image, which would be retained or eliminated by photocopying, is to be superposed with machine-readable code images, which are encoded supplementary information, to generate a superposed image. The judgement section judges overlapping of the latent image with the machine-readable code images. The generation section, on the basis of judgement results from the judgement section, determines an arrangement of the machine-readable code images and generates the superposed image.

Abstract: A printing apparatus includes, a specifying unit that specifieds a position of a pringing region of a document image on a medium; an information generating unit that generates positional information indicating a respective part positions on the medium based on a size of the medium and the position of the printing region; an image generating unit that generates a code image, which is a print image including the positional information, at least within the printing region; and a printing unit that prints on the medium an image in which the document image and the code image are superposed.

Abstract: An image forming apparatus for forming a code pattern image, which includes position-dependent information differing at every position and position-independent information in common at various positions, the image forming apparatus includes: a position-dependent code storage section that stores a position-dependent code, in which position-dependent information corresponding to each position is encoded, or a position-dependent code image, in which a position-dependent code is expressed as an image code; a code pattern image generator that generates a code pattern image by combining a position-dependent code image at each position obtained on the basis of information stored in the position-dependent code storage section and a position-independent code image representing position-independent information; and an image forming section that forms, onto a surface of a medium, the pattern code image that is generated by the code pattern image generator.

Abstract: A document processing apparatus processes an encoded document, which is a medium on which a machine readable code comprising a code of an encoded electronic document is formed. The document processing apparatus includes an acquiring unit, an editing-information managing unit and a decoding process unit. The acquiring unit acquires the machine readable code read from the encoded document. The editing-information managing unit manages editing information of the electronic document, which is an original document of the encoded document. The decoding process unit decodes the acquired machine readable code on a basis of the editing information.

Abstract: A code pattern image generation apparatus for generating a code pattern image, which includes position-dependent information differing at every position and position-independent information in common at various positions, the code pattern image generation apparatus includes; an image generator that generates a code pattern image by disposing a plurality of position-dependent code images, which include position-dependent information, at a mutually predetermined spacing along at least one side and repeatedly disposing a position-independent code image, which includes position-independent information, in the spacing between the disposed position-dependent code images.

Abstract: A document processing system includes a document acquiring unit that acquires document data, an information acquiring unit that acquires information used to generate a code image printed with an image of the document data on a medium, and a file generating unit that generates an information-added document file by adding the information used to generate the code image to the document data.

Abstract: An image forming apparatus includes a first toner image forming section that forms a visible toner image, a second toner image forming section that forms an invisible toner image, in which a resolution of the invisible toner image is lower than a resolution of the visible toner image, and a transfer section that transfers to a medium the visible toner image and the invisible toner image.

Abstract: An image generating apparatus includes a position information acquiring unit that acquires position information indicating each of positions on a medium, an identification information acquiring unit that acquires identification information identifying an electronic document or the medium, the electronic document being a basis of a document image formed on the medium, an additional information acquiring unit that acquires additional information used for a user application program, and a code image generating unit that generates a code image indicating the position information acquired by the position information acquiring unit, the identification information acquired by the identification information acquiring unit, and the additional information acquired by the additional information acquiring unit.

Abstract: This invention provides an image generating apparatus including a composite image generating unit that generates a composite image in which an image of an object to be printed onto a medium is combined with an image for coordinate address information for locating a position on the medium and an image for address identification information for identifying the coordinate address information.

Abstract: A printed material having a location identification function includes multiple encode units provided on an area to be encoded. Each of the multiple encode units records first code information of coordinate values identifying a location on the printed material and second code information of an identification number identifying the printed material, and the first code information and the second code information are invisibly recorded on the printed material.

Abstract: A fire retardant VC-based resin composition with excellent fire retardant properties, heat stability, and high softening temperature is provided. The fire retardant VC-resin composition comprises 100 parts by weight of a VC-based resin, 0.05 to 10 parts by weight of at least one anti-smoke agent selected from zinc-, molybdenum- or tin compounds, and 0.01 to 10 parts by weight of at least aluminum- and magnesium-metal hydroxide or zeolite. The anti-flame agent is a molybdenum compound or may be used together with a basic compound, or a surface-coated agent containing a basic compound or titanium oxide as a nucleating agent coated with the molybdenum compound. A molded article is prepared by extrusion molding, calender-press molding, or extrusion-followed by press molding, and the color difference ?a determined by a warm-water color change test at 60° C. for 48 hours is ?0.5 to +0,5 before and after warm-water soaking.

Abstract: In a disclosed image forming device, the directions of light sources at installation and the numbers of returning mirror are set such that a plurality of optical beams emitted from multi-beam lasers in which light-emitting sections are two-dimensionally arranged have the same directions for the two dimensional axes on each of corresponding photosensitive bodies. Each of a main scanning direction and a sub-scanning direction on the photosensitive bodies has the same direction as each direction of the main scanning axis (for example, the X axis) and the sub scanning axis (for example, the Y axis) of each optical beams.

Abstract: In a disclosed image forming device, the directions of light sources at installation and the numbers of returning mirrors are set such that a plurality of optical beams emitted from multi-beam lasers in which light-emitting sections are two-dimensionally arranged have the same directions for the two dimensional axes on each of corresponding photosensitive bodies Each of a main scanning direction and a sub-scanning direction on the photosensitive bodies has the same direction as each direction of the main scanning axis (for example, the X axis) and the sub scanning axis (for example, the Y axis) of each optical beams.

Abstract: A semiconductor device testing system is provided which can efficiently utilize a plurality of semiconductor device testing apparatus. There are provided a host computer 2 for controlling a plurality of semiconductor device testing apparatus 1A, 1B, and 1C, and a dedicated classifying machine 3. Storage information memory means 4 for storing storage information of each semiconductor device such as a number assigned to each tested semiconductor device, the test results of each semiconductor device, and the like is provided in the host computer 2. Without sorting the tested devices or with the sorting operation of the tested devices into only two categories in the handler part 11 of each testing apparatus, the tested devices are transferred from the test tray to a general-purpose tray, and during this transfer operation, the storage information of each device is stored in the storage information memory means.

Abstract: A semiconductor device testing system is provided which can efficiently utilize a plurality of semiconductor device testing apparatus. There are provided a host computer 2 for controlling a plurality of semiconductor device testing apparatus 1A, 1B, and 1C, and a dedicated classifying machine 3. Storage information memory means 4 for storing storage information of each semiconductor device such as a number assigned to each tested semiconductor device, the test results of each semiconductor device, and the like is provided in the host computer 2. Without sorting the tested devices or with the sorting operation of the tested devices into only two categories in the handler part 11 of each testing apparatus, the tested devices are transferred from the test tray to a general-purpose tray, and during this transfer operation, the storage information of each device is stored in the storage information memory means.

Abstract: In an IC tester comprising a tester part and a handler which includes two test stations or an IC tester comprising a tester part and two handlers, useless waiting times wasted by the tester part are eliminated. Means (SO) is provided for inputting a simultaneous measurement mode into the handler 2, and when the simultaneous measurement mode is inputted, the handler waits, in case the test preparation in the first test station 15a is completed and the test preparation in the second test station 15b is not completed, till the test preparation in the second station is completed, and when the test preparation in the second station is completed, the handler transmits the test preparation complete signals of both the stations to the tester part 1.