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    • 2. 发明授权
    • Process for making preliminarily printed formed body
    • 制作预成型体的方法
    • US5295434A
    • 1994-03-22
    • US987541
    • 1992-12-07
    • Akihiko MachiiAtsuo MasakiYutaka OkunishiMasao IshinabeKatsuhiro Imazu
    • Akihiko MachiiAtsuo MasakiYutaka OkunishiMasao IshinabeKatsuhiro Imazu
    • B41M1/00B41M1/28B41M1/40G03F1/00G03F1/60G03F5/00B41M3/00B41M1/14
    • B41M1/40G03F1/60G03F5/00
    • Disclosed is a process for making a preliminarily printed formed body, which is characterized in that a halftone separated rectangular printing plate is once made from a rectangular original, halftone dots of each halftone-separated image are developed on an annular plane by picture element units finer than the halftone dots to deform the shapes of the dots, an annular halftone dot image is formed based on the changes of the shapes of the halftone dots and a halftone printing plate for the annular halftone dot image is made, and this halftone printing plate is applied to a blank to be formed. According to this process undesirable formation of a striped pattern caused by the elongating flow of the blank in the height direction and the contracting flow of the blank in the circumferential direction is prevented and a strange feeling is not given to the printed image, and a faithful printed image can be reproduced.
    • 公开了一种用于制造预先打印的成形体的方法,其特征在于,由矩形原件一次制成半色调分离的矩形印版,每个半色调分离的图像的半色调点通过图像元素单元细化在环形平面上显影 比半色调点变形点的形状,基于色调点的形状的变化形成环形半色调点图像,并且形成用于环形半色调网点图像的半色调印版,并且该半色调版印刷版是 应用于要形成的空白。 根据该方法,防止了坯料在高度方向上的延长流动和坯料在圆周方向上的收缩流引起的条纹图案的不希望的形成,并且不给印刷图像带来奇怪的感觉,而忠实的 打印图像可以再现。
    • 5. 发明授权
    • Redrawing method
    • 重画方法
    • US4962659A
    • 1990-10-16
    • US313843
    • 1989-02-23
    • Katsuhiro ImazuTomomi KobayashiMasao IshinabeHisao Iwamoto
    • Katsuhiro ImazuTomomi KobayashiMasao IshinabeHisao Iwamoto
    • B21D22/20B21D22/28
    • B21D22/201B21D22/28
    • The present invention provides a redrawing method which comprises holding a preliminarily drawn cup of a covered metal sheet by an annular holding member inserted in the cup and a redrawing die, and relatively moving the redrawing die and a redrawing punch arranged coaxially with the holding member and redrawing cup, the drawing punch being capable of going into the holding member and coming out from the holding member, so that the redrawing die and redrawing punch are engaged with each other, to form a deep-drawn cup having a diameter smaller than that of the preliminarily drawn cup. This redrawing method is prominently characterized in that the radius of curvature of the operating corner portion of the redrawing die is 1 to 2.9 times as large as the bare sheet thickness of the metal sheet. According to this redrawing method, the thickness is effectively reduced by bending anad elongating of the side wall, and the variation of the thickness between the upper and lower portions of the side wall is eliminated and the thickness is uniformly reduced as a whole.
    • 本发明提供一种重画方法,其包括通过插入杯中的环形保持构件和重画模具来保持被覆盖的金属片的预先拉拔的杯,并且使重画模具和与保持构件同轴设置的重画冲头相对移动, 重画杯,拉拔冲头能够进入保持构件并从保持构件中脱出,使得重画模具和重新拉伸冲头彼此接合,以形成直径小于 初榨杯。 该重画方法的特征在于,重画模具的操作角部的曲率半径为金属片的裸片厚度的1〜2.9倍。 根据这种重画方法,通过弯曲侧壁的伸长来有效地减小厚度,并且消除了侧壁的上部和下部之间的厚度的变化,并且整体上均匀地减小了厚度。
    • 7. 发明授权
    • Process for printed draw-formed body, and container formed by this
process
    • 印刷成型体的方法和由该方法形成的容器
    • US4692810A
    • 1987-09-08
    • US865465
    • 1986-05-21
    • Akihiko MachiiHiroo IkegamiMasao IshinabeKatsuhiro ImazuHiroshi Ueno
    • Akihiko MachiiHiroo IkegamiMasao IshinabeKatsuhiro ImazuHiroshi Ueno
    • G06T3/00H04H1/00
    • G06T3/0043
    • A process for the preparation of a printed draw-formed body having a printed image on the side wall thereof by subjecting a prior-printed blank to draw-forming, which comprises converting an image of an original to be printed to a digital image element signal on a rectangular coordinate, converting the image element signal on the rectangular coordinate to an image signal or image signals on a corresponding conversion coordinate formed by developing the rectangular coordinate to an annular plane having an area substantially equal to the area of said rectangle, reading image element signals on the conversion coordinate in order of the coordinate, photo-electrically converting the read image element signals to a printing plate for the blank and printing the blank by using the formed printing plate. According to this process, since digital coordinate conversion is performed while compensating anisotropy of the elongation of the metal blank, an improved printing precision can be obtained in a draw-formed body.
    • 一种用于通过对现有印刷的坯料进行拉伸成形来制备其侧壁上具有印刷图像的印刷拉制体的方法,其包括将要印刷的原稿的图像转换成数字图像元件信号 在矩形坐标上,将矩形坐标上的图像元素信号转换为通过将矩形坐标显影形成的相应转换坐标的图像信号或图像信号到具有基本上等于所述矩形的面积的面积的环形平面,读取图像 转换坐标上的元素信号,将读取的图像元素信号光电转换为用于坯料的印版,并通过使用所形成的印版印刷坯料。 根据该方法,由于在补偿金属坯料的伸长的各向异性的同时进行数字坐标转换,因此可以在拉制成形体中获得改善的印刷精度。