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    • 2. 发明专利
    • Printing method for on cubic structure
    • 陶瓷结构印刷方法
    • JPS5729458A
    • 1982-02-17
    • JP10585380
    • 1980-07-31
    • Nissha Printing Co Ltd
    • INAMURA NARIKAZUSUGIURA KAZUICHI
    • B41F16/00B41F17/00B41F17/34B44C1/165B44C1/17
    • PURPOSE: To enable printing on a cubic structure by printing the pattern of thermally migrational dye on a hydrophilic sheet, substrate, by placing the sheet on a object to be printed, temporarily adhered with water, and transferring the pattern by drying and heating.
      CONSTITUTION: A pattern sheet 2 is made by printing on one side of the support film 1 made of hydrophilic or water-soluble material with water-insoluble ink containing thermally migrational dyes as colorants and it is placed on a cubic structure 3 on which adhesive 6 is applied by a spray 4. Further the support film 1 is dissolved or softened and adhered provisionally by supplying water or hot water from the upper spray 5, and is dried. Then, thermally migrational dye 8 is migrated and dyed to the surface layer of the cubic structure 3, and finally the residue is removed by washing and it is finished by buffing.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:为了通过在亲水性片材,基材上印刷热迁移染料的图案,通过将片材放置在要印刷的物体上,暂时用水粘附并通过干燥和加热转印图案,来实现立体结构的印刷。 构成:图案片2通过在由亲水或水溶性材料制成的支撑膜1的一面上用含有热迁移染料作为着色剂的水不溶性油墨进行印刷而制成,并且将其放置在立方结构3上,粘合剂6 通过喷雾4施加。此外,通过从上部喷雾5供给水或热水,将支撑膜1溶解或软化并临时粘合,并干燥。 然后,将热迁移染料8迁移并染色到立方结构3的表面层,最后通过洗涤除去残留物,并通过抛光完成。
    • 4. 发明专利
    • PAINTING METHOD ONTO THREE-DIMENSIONAL STRUCTURE
    • JPS5711084A
    • 1982-01-20
    • JP8604580
    • 1980-06-24
    • NISSHA PRINTING
    • INAMURA NARIKAZUSUGIURA KAZUICHI
    • B41M1/40B41M3/12B44C1/175
    • PURPOSE:To facilItate painting with three-dimensional effect, by floatng a hydrophilic support sheet provided with the picture layer of a thermally transferable paint on the surface of water, pressing and sinking a three-diemsnional structure from the upside into the water, and then raising and heating the structure to transfer the picture onto the surface of the structure. CONSTITUTION:A picture layer 2 is formed onto a hydrophilic or water-soluble support sheet 1 by an ink containing a thermally transferabke paint such as a sublimative dyestuff. The support sheet 1 is floated on the surface 4 of water, in the state that the picture layer 2 is at its upside. Before or after the support sheet 1 is floated on the surface of water, a solvent or an adhesive 5 is applied onto the picture layer 2. Thereafter, a three-dimensional structure 3 made of a material dyeable with the thermally transferable dyestuff, e.g. a pottery provided with a synthetic resin film on its surface, an aluminum article provided with an anodically oxidized film layer, etc., is brought in contact with the picture layer 2 and sunk into the water, to tack the picture layer 2 onto the surface of the structure 3. The structure is then raised from the water as such, and heated to transistor the thermally transferable dyestuff in the picture layer 2 onto the surface of the structure 3. Thus, painting is done.