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    • 4. 发明授权
    • Seal making device
    • 密封装置
    • US5644136A
    • 1997-07-01
    • US325446
    • 1994-10-31
    • Takanobu KamedaMachiko KanoRui KondohKenji WatanabeTomoyuki IchikawaYuichiro TaniguchiChieko Aida
    • Takanobu KamedaMachiko KanoRui KondohKenji WatanabeTomoyuki IchikawaYuichiro TaniguchiChieko Aida
    • B41D7/00B41K1/02G03F7/00B41K1/00
    • B41D7/00B41K1/02G03F7/0017
    • An object of the present invention is to provide a seal making device, by which any other person other than a specialist can make a desired seal, door plate, name plate or the like easily and quickly.The seal making device of the present invention employs a resin member on which an imprint figure is formed, and in which a part of the resin member physically stimulated by ultraviolet, laser beam, heat or the like has characteristics different from those of another part and one of the parts can be removed by the action of a predetermined kind of fluid. Further, in the seal making device, as an imprint figure transfer controlling unit controls an imprint figure writing unit as to whether or not a physical stimulation should be given to each minute unit area on a surface of the resin member according to an imprint figure read by an information processing unit, the imprint figure writing unit applies on the surface of the resin member the physical stimulation corresponding to the imprint figure to partially change characteristics of the resin member. Thereafter, the part of the resin member having changed characteristics, or the remaining part of the resin member is removed by using water or the like. Consequently, a seal or a relief or intaglio figure plate engraved with the desired figure is obtained.
    • PCT No.PCT / JP94 / 00409 Sec。 371日期:1994年10月31日 102(e)日期1994年10月31日PCT 1994年3月15日PCT公布。 公开号WO94 / 21469 日本1994年9月29日本发明的目的是提供一种密封制造装置,除了专家以外的任何其他人员可以容易且快速地制造期望的密封件,门板,铭牌等。 本发明的密封制造装置采用其上形成有印痕图形的树脂构件,其中通过紫外线,激光束,热等物理地刺激的树脂构件的一部分具有与另一部分不同的特性, 可以通过预定种类的流体的作用去除其中一个部件。 此外,在印章制作装置中,作为印记图形转印控制单元,根据印刷图形读出来控制印刷图形写入单元是否应对树脂构件的表面上的每个分钟单位区域进行物理刺激 通过信息处理单元,压印图形写入单元在树脂构件的表面上施加与印记图形相对应的物理刺激,以部分地改变树脂构件的特性。 此后,通过使用水等除去具有变化特性的树脂部件的部分或树脂部件的剩余部分。 因此,获得刻有所需图形的密封件或浮雕或凹版图形板。
    • 9. 发明授权
    • Print image-forming method and device
    • 打印图像形成方法和装置
    • US06259535B1
    • 2001-07-10
    • US08835673
    • 1997-04-10
    • Hiroyasu KurashinaTakeshi HosokawaKenji WatanabeTakanobu KamedaTomoyuki ShimmuraChieko Aida
    • Hiroyasu KurashinaTakeshi HosokawaKenji WatanabeTakanobu KamedaTomoyuki ShimmuraChieko Aida
    • G06F1500
    • G06K15/02G06K2215/0057
    • There are provided a print image-forming method and device. Print image data of a dot matrix is formed in which print portions are represented by positive dots and blank portions are represented by negative dots. Basic image data formed in a manner such that when the basic image data is developed into a dot matrix, a group of image pixels formed by one of a set of positive dots and a set of negative dots is capable of representing a basic image, is read from a memory device. Developed image data item representative of the basic image is formed by developing the basic image data read from the memory device into a dot matrix which is smaller in size than the dot matrix of the print image data in at least one predetermined direction of a vertical direction and a horizontal direction. At least one shifted image data is formed by shifting the developed image data item by units of dots in the predetermine direction, and the print image data is formed by causing the developed image data item and the at least one shifted image data, to be superposed, upon one another, in a manner such that the group of image pixels overrides background pixels.
    • 提供了一种打印图像形成方法和装置。 形成点阵的图像数据,其中打印部分由正点表示,空白部分由负点表示。 以基本图像数据显影为点阵的方式形成的基本图像数据,由一组正点和一组负点中的一个形成的一组图像像素能够表示基本图像,是 从内存设备读取。 通过将从存储装置读取的基本图像数据形成为比垂直方向的至少一个预定方向上的打印图像数据的点阵更小的点阵来形成表示基本图像的显影图像数据项 和水平方向。 通过以预定方向的点为单位移动显影图像数据项来形成至少一个移位图像数据,并且通过使显影图像数据项和至少一个移位图像数据重叠来形成打印图像数据 相互之间,以这样的方式使得图像像素组覆盖背景像素。