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    • 32. 发明申请
    • Security Device Formed By Printing With Special Effect Inks
    • 用特殊油墨印刷形成的安全装置
    • US20070200002A1
    • 2007-08-30
    • US11676012
    • 2007-02-16
    • Vladimir P. RakshaPaul G. CoombsCharles T. Markantes
    • Vladimir P. RakshaPaul G. CoombsCharles T. Markantes
    • G06K19/06
    • B41M3/14B41M3/148B42D25/29B42D25/369B42D25/378B42D2033/16B42D2035/16B42D2035/24
    • A security device is disclosed that has an image formed upon a substrate. The image has a first printed region and a second different printed region both printed with a same ink formulation of field alignable flakes. At least one of the printed regions has optically variable effects. One of the first and second printed regions at least partially surrounds the other. The second printed region is formed of thin parallel lines and the first printed region has substantially wider lines than are printed in the second printed region. The area density of the ink in a line in the first group of wider lines is greater than the area density of a line in the second group of narrower lines. A surprising effect of this image is that particles or flakes in the ink are field aligned so as to produce a visible kinematic dynamic effect visible in the first region and not visible in the second region when the image is tilted or rotated.
    • 公开了具有形成在基板上的图像的安全装置。 图像具有第一印刷区域和第二不同的印刷区域,两者印刷有相同的油墨配方的场可对准薄片。 印刷区域中的至少一个具有光学变化的效果。 第一和第二印刷区域中的一个至少部分地围绕另一个印刷区域。 第二印刷区域由细平行线形成,并且第一印刷区域具有比在第二印刷区域中印刷的线宽大得多的线。 第一组宽线中的线中的墨水的面积密度大于第二组较窄线中的线的面积密度。 该图像的令人惊奇的效果是,油墨中的颗粒或薄片是场对准的,以便在图像倾斜或旋转时产生在第一区域中可见的可见的运动学动态效果,并且在第二区域中不可见。
    • 33. 发明授权
    • Flake for covert security applications
    • 用于秘密安全应用的片
    • US07258915B2
    • 2007-08-21
    • US10641695
    • 2003-08-14
    • Alberto ArgoitiaPaul G. CoombsCharles T. MarkantesPaul T. Kohlmann
    • Alberto ArgoitiaPaul G. CoombsCharles T. MarkantesPaul T. Kohlmann
    • B32B5/16
    • C09C1/0021C01P2006/62C01P2006/63C01P2006/64C01P2006/65C01P2006/66C09C1/0015C09C1/0018C09C2210/10C09C2210/20C09C2210/30C09D5/22C09D11/50C09K11/56Y10T428/25Y10T428/256Y10T428/2991Y10T428/2998Y10T428/31504
    • Covert flakes having one or more symbols and/or a selected shape are used in a composition, such as ink or paint, to provide a covert security feature to an object. In some embodiments the composition includes base pigment, and the covert flakes are covert pigment flakes that match the visual characteristics of the base pigment. In another embodiment, clear covert flakes are mixed in the carrier with base pigment. In another embodiment, clear covert flakes are mixed in a varnish base to provide a clear composition that can be applied over an existing security feature or elsewhere. The composition is used to print a field on the object, such as a stock certificate or bank note, for example. The covert flakes are not readily detectable by causal observation under visible light. In one embodiment, illuminating the covert security feature with ultraviolet light causes a covert flake to fluoresce and allows the observer to identify the location of the covert flake so that cover indicia may be observed. In a particular embodiment, a covert flake having one or more symbols is located using non-visible radiation, and then observed under visible light to read the symbol(s) on the covert flake.
    • 具有一个或多个符号和/或选定形状的隐蔽薄片用于诸如油墨或油漆的组合物中,以向对象提供隐蔽的安全特征。 在一些实施方案中,组合物包括基础颜料,并且隐形薄片是与基础颜料的视觉特性相匹配的隐蔽颜料薄片。 在另一个实施方案中,透明的薄片在载体中与基础颜料混合。 在另一个实施方案中,将透明的薄片混合在清漆基底中以提供可以在现有安全特征或其他地方施用的清楚的组合物。 组合物用于在对象上打印一个字段,例如股票证书或纸币。 通过在可见光下的因果观察,不易察觉到隐蔽的薄片。 在一个实施例中,用紫外光照射隐蔽安全特征将导致隐蔽的薄片发荧光,并允许观察者识别隐蔽薄片的位置,从而可以观察到覆盖标记。 在特定实施例中,使用不可见辐射定位具有一个或多个符号的隐形薄片,然后在可见光下观察以读取隐形薄片上的符号。
    • 37. 发明授权
    • Magnetic planarization of pigment flakes
    • 颜料薄片的磁平面化
    • US07258900B2
    • 2007-08-21
    • US10293817
    • 2002-11-13
    • Vladimir P. RakshaCharles T. MarkantesDishuan ChuPaul G. Coombs
    • Vladimir P. RakshaCharles T. MarkantesDishuan ChuPaul G. Coombs
    • H01F1/00
    • B05D5/061A45D34/04B05D3/207B05D5/06B41F11/02B41M3/00B41M3/14B41M5/00B41P2200/30B42D25/29B42D2033/16B42D2035/20
    • A magnetic field is applied to planarize magnetic pigment flakes relative to a surface. Pigment flakes, such as optically variable pigment flakes, are used in a variety of paints, inks, extrusions, powder coatings, and other forms for decorative and security applications. In many applications pigment flakes tend to align parallel to each other and to the surface to which they are applied. If the pigment flakes include a suitable magnetic structure, a magnetic field can be applied to subsequently align the flakes or enhance the alignment of the flakes in the plane of the substrate if the carrier that the flakes are dispersed in is still fluid. In some printing operations, pigment flakes that are applied parallel to the substrate are pulled out of plane when the print screen or printing die is lifted off the substrate. Application of a magnetic field can re-align pigment flakes to the plane of the substrate, enhancing the visual quality of the printed image, especially with optically variable pigments.
    • 施加磁场以使磁性颜料片相对于表面平坦化。 用于各种油漆,油墨,挤出物,粉末涂料和其它用于装饰和安全应用的形式的颜料薄片,例如光学可变的颜料薄片。 在许多应用中,颜料薄片倾向于彼此平行并且与它们所施加的表面对齐。 如果颜料薄片包括合适的磁性结构,则如果薄片分散在其中的载体仍然是流体,则可以施加磁场以随后对准薄片或增强薄片在基材平面中的对准。 在一些印刷操作中,当印刷屏幕或印刷模具从衬底上提起时,平行于衬底施加的颜料薄片被拉出平面。 磁场的应用可以将颜料薄片重新调整到基底的平面,增强印刷图像的视觉质量,特别是使用光学可变颜料。