Abstract: A medical image system including: an image data input section for inputting image data including medical image data of a radiographed object and supplementary information; a plurality of outputting sections for outputting a medical image on the basis of the medical image data; a setting section for setting a setting density range or a setting brightness range of the medical image to be outputted on the basis of the inputted supplementary information; an information obtaining section for obtaining density information including a output density range or brightness information including a output brightness range which each of the outputting sections can output; a selecting section for selecting at least one of the outputting sections which can output the medical image data; and a transmitting section for transmitting the medical image data with the supplementary information to the selected outputting sections.

Abstract: A character information collating apparatus, comprises an inputting section to input image data and a character information data as a data set; an information memorizing section to memorize a plurality of data sets, wherein the plurality of data sets include a plurality of different character information data; and a retrieving section to retrieve the plurality of data sets memorized in the information memorizing section. When the inputting section inputs a new data set including new image data and a new character information data and the retrieving section judges that the plurality of data sets include the same character information data as the new character information data, the new data set is correlated with the data set including the same character information data memorized in the information memorizing section.

Abstract: In the production of a laminated packaging material formed of a laminate comprising a base film, a silicon oxide layer and a sealing medium layer, the sealing medium layer is formed by laminating a thermoplastic resin to the silicon oxide layer by extrusion coating in a thickness of 30 .mu.m or less. At this time, in addition to the thermoplastic resin layer formed by extrusion coating, an additional thermoplastic resin film may be laminated to its outside so that they are put together to form a layer serving as the sealing medium layer. In this case, lamination is carried out to extrude a thermoplastic resin between the silicon oxide layer and the thermoplastic resin film in a layer thickness of 30 .mu.m or less.

Abstract: A laminated tube container has the body comprising a sheet material comprising a substrate, a silicon oxide deposited layer, a heat buffer layer and an extruded coating layer of a thermoadhesive resin which are successively formed in a laminate. The heat buffer layer prevents cracks from being produced in the silicon oxide deposited layer by the heat coming when the extruded coating layer of a thermoadhesive resin is laminated. The heat buffer layer is preferably formed by dry lamination or non-solvent lamination which requires no heating. An anchor coat layer may optionally be provided between the heat buffer layer and the extruded coating layer of a thermoadhesive resin so that the adhesion strength between these layers can be improved.

Abstract: In a laminated packaging material including a substrate, a silicon oxide layer, an adhesive layer or anchor coat layer and a heat-sealable resin layer which are successively laminated, the adhesive layer or anchor coat layer is formed by coating a water-based adhesive composition or a water-based anchor coat agent composition, respectively, on the silicon oxide layer, followed by drying. On the anchor coat layer, a solvent-free adhesive layer may be provided. Also in a laminated packaging material including a substrate, a silicon oxide layer, an ink layer, an adhesive layer and a heat-sealable resin layer which are successively laminated, the ink layer is formed by coating a water-based ink composition on the silicon oxide layer, followed by drying. In this case, the adhesive layer may preferably be formed by coating a water-based adhesive composition on the ink layer, followed by drying.

Abstract: A method of preparing a laminated packaging material, comprising forming an extruded coating layer of a thermoadhesive resin on a thin-film layer provided on a substrate, said thin-film layer comprising an inorganic or metal compound and having gas barrier properties. The thin-film layer is laminated thereon with a heat buffer layer in such a way that the substrate may substantially undergo no expansion and constriction, e.g., by dry lamination or non-solvent lamination. Then the extruded coating layer is formed on the heat buffer layer, after an anchor coat layer has been optionally formed on the heat buffer layer. Such a heat buffer layer is preferably selected from the group consisting of a polyester film, a polyethylene film, a polypropylene film and a polyamide film.

Abstract: A laminated tube container has the body comprising a sheet material comprising a substrate, a silicon oxide deposited layer, a heat buffer layer and an extruded coating layer of a thermoadhesive resin which are successively formed in a laminate. The heat buffer layer prevents cracks from being produced in the silicon oxide deposited layer by the heat coming when the extruded coating layer of a thermoadhesive resin is laminated. The heat buffer layer is preferably formed by dry lamination or non-solvent lamination which requires no heating. An anchor coat layer may optionally be provided between the heat buffer layer and the extruded coating layer of a thermoadhesive resin so that the adhesion strength between these layers can be improved.