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    • 3. 发明申请
    • NONCONTACT IC TAG LABEL AND METHOD OF MANUFACTURING THE SAME
    • 非标签IC标签标签及其制造方法
    • US20100051701A1
    • 2010-03-04
    • US12447986
    • 2007-10-16
    • Tetsuji OgataHideto Sakata
    • Tetsuji OgataHideto Sakata
    • G06K19/07H01L21/607
    • H01Q1/2225G06K19/07722G06K19/07749G06K19/0775H01L2924/0002H01L2924/00
    • This invention provides a thin type of noncontact IC tag label that allows materials costs to be reduced without using an antenna-supporting base film. The noncontact IC tag label includes an electroconductive layer 6 of a required antenna pattern shape, an IC chip 3 mounted on one face of the electroconductive layer 6, and a surface protection sheet 4 supporting the electroconductive layer 6 and the IC chip 3 from a side of the one face of the electroconductive layer 6 via a first pressure-sensitive adhesive layer 5. An adhesive resin layer 7 having the same shape as the antenna pattern shape of the electroconductive layer 6 is provided on the other face of the electroconductive layer 6. The adhesive resin layer 7 is temporarily bonded in separable manner onto a release paper 9 formed from paper or a plastic base material.
    • 本发明提供了一种薄型的非接触IC标签标签,其可以在不使用天线支撑基膜的情况下降低材料成本。 非接触IC标签标签包括所需天线图案形状的导电层6,安装在导电层6的一面上的IC芯片3和从侧面支撑导电层6和IC芯片3的表面保护片4 经由第一粘合剂层5的导电层6的一个面。在导电层6的另一个面上设置具有与导电层6的天线图案形状相同形状的粘合树脂层7。 粘合树脂层7可以分离地临时接合到由纸或塑料基材形成的剥离纸9上。
    • 5. 发明授权
    • Noncontact IC tag label and method of manufacturing the same
    • 非接触IC标签标签及其制造方法
    • US08162231B2
    • 2012-04-24
    • US12447986
    • 2007-10-16
    • Tetsuji OgataHideto Sakata
    • Tetsuji OgataHideto Sakata
    • G06K19/06
    • H01Q1/2225G06K19/07722G06K19/07749G06K19/0775H01L2924/0002H01L2924/00
    • This invention provides a thin type of noncontact IC tag label that allows materials costs to be reduced without using an antenna-supporting base film. The noncontact IC tag label includes an electroconductive layer of a required antenna pattern shape, an IC chip mounted on one face of the electroconductive layer, and a surface protection sheet supporting the electroconductive layer and the IC chip from a side of the one face of the electroconductive layer via a first pressure-sensitive adhesive layer. An adhesive resin layer having the same shape as the antenna pattern shape of the electroconductive layer is provided on the other face of the electroconductive layer. The adhesive resin layer is temporarily bonded in separable manner onto a release paper formed from paper or a plastic base material.
    • 本发明提供了一种薄型的非接触IC标签标签,其可以在不使用天线支撑基膜的情况下降低材料成本。 非接触IC标签标签包括所需天线图案形状的导电层,安装在导电层的一个面上的IC芯片以及从导电层的一个面的一侧支撑导电层和IC芯片的表面保护片 导电层经由第一压敏粘合剂层。 在导电层的另一面上设置具有与导电层的天线图案形状相同形状的粘合树脂层。 粘合树脂层可以分离地临时接合到由纸或塑料基材形成的剥离纸上。
    • 9. 发明授权
    • Method and apparatus for detecting stripe defects of printed matter
    • 用于检测印刷品条纹缺陷的方法和装置
    • US06366358B1
    • 2002-04-02
    • US09077553
    • 1998-06-01
    • Hiroshi SatouHideto SakataMasahiko SoedaKenta Hayashi
    • Hiroshi SatouHideto SakataMasahiko SoedaKenta Hayashi
    • G06K1500
    • G06T7/0004B41F33/0036G06T2207/30144
    • A printed matter inspection method and device which detects a defect on the printed matter including a partially inputting camera capable of being moved in a width direction of the printed matter by a mover which inputs a partial image of a pattern on the printed matter and a whole image inputting camera disposed apart from the partially inputting camera by a predetermined distance in the direction the printed matter flows which inputs a whole image including the whole pattern and coordinating, based on a relationship between a position on the whole image, of the partial image and a width-directionwise reference point set on the whole image, the width-directionwise position on the whole image and the width-directionwise position on the mover with each other, when the partially inputting camera is located on an origin set on the mover, positioning and then setting a photographing point, which is to be input by said partially inputting camera, on said whole image, calculating a width-directionwise pixel number between said set photographing point and said width-directionwise reference point on said whole image, multiplying said calculated width-directionwise pixel number by a width-directionwise resolution of said whole image to calculate the width-directionwise moving amount on said moving mechanism; moving said partially inputting camera up to a target position corresponding to said width-directionwise moving amount; and inputting said partial image at an arbitrary timing by said partially inputting camera moved up to said target position.
    • 一种印刷物检查方法和装置,其检测印刷品上的缺陷,包括部分输入的相机,能够通过在印刷品上输入图案的部分图像的整体的移动器在印刷品的宽度方向上移动 图像输入摄像机,沿着打印物流动的方向与部分输入的照相机分开预定的距离,输入包括整个图案的整个图像,并且基于整个图像上的位置与部分图像之间的关系进行协调, 设置在整个图像上的宽度方向参考点,整个图像上的宽度方向位置和移动体上的宽度方向位置,当部分输入的照相机位于移动器上的原点时,定位 然后将由所述部分输入的相机输入的拍摄点设置在所述整个图像上,计算宽度 在所述整个图像上的所述设置拍摄点和所述宽度方向参考点之间的方向像素数,将所述计算的宽度方向像素数乘以所述整个图像的宽度方向分辨率,以计算所述移动机构上的宽度方向移动量 ; 将所述部分输入摄像机移动到对应于所述宽度方向移动量的目标位置; 以及通过所述部分输入的相机移动到所述目标位置,在任意定时输入所述部分图像。