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    • 51. 发明授权
    • Infrared encoding of security elements using standard xerographic materials
    • 使用标准静电复印材料对安全元件进行红外编码
    • US08460781B2
    • 2013-06-11
    • US11758344
    • 2007-06-05
    • Reiner EschbachRaja BalaMartin S Maltz
    • Reiner EschbachRaja BalaMartin S Maltz
    • B41F31/00
    • B41M3/144B42D25/382C09D11/037H04N1/32149H04N2201/327H04N2201/3271Y10T428/24802
    • The teachings as provided herein relate to a watermark embedded in an image that has the property of being relatively indecipherable under normal light, and yet decipherable under infrared illumination when viewed by a suitable infrared sensitive device. This infrared mark entails, a substrate reflective to infrared radiation, and a first colorant mixture and second colorant mixture printed as an image upon the substrate. The first colorant mixture layer in connection with the substrate has a property of strongly reflecting infrared illumination, as well as a property of low contrast under normal illumination against a second colorant mixture as printed in close spatial proximity to the first colorant mixture pattern, such that the resultant image rendered substrate suitably exposed to an infrared illumination, will yield a discernable image evident as a infrared mark to a suitable infrared sensitive device.
    • 本文提供的教导涉及嵌入在图像中的水印,其具有在正常光线下相对不可破译的性质,并且在由合适的红外敏感设备观看时在红外照明下可解码。 该红外线标记需要反射红外辐射的基板,以及作为图像印刷在基板上的第一着色剂混合物和第二着色剂混合物。 与基底相关的第一着色剂混合物层具有强烈反射红外照明的性质,以及在正常照射下对第二着色剂混合物的低对比度的性质,其与第一着色剂混合物图案紧密相邻地印刷,使得 适当地暴露于红外照明的所得到的图像渲染基板将产生作为适合的红外敏感装置的红外标记显而易见的可识别图像。
    • 52. 发明授权
    • High resolution scalable gloss effect
    • 高分辨率可伸缩光泽效果
    • US08310718B2
    • 2012-11-13
    • US12404877
    • 2009-03-16
    • Edward ChapmanReiner EschbachShen-Ge WangRaja Bala
    • Edward ChapmanReiner EschbachShen-Ge WangRaja Bala
    • H04N1/60H04N1/40
    • H04N1/60B41M3/148
    • A method for defining a gloss effect in a printed document includes printing a document region with first and second colorant combinations. The first colorant combination defines a first colorant stack height and said second colorant combination defines a second colorant stack height that differs from the first colorant stack height. As such, the document region has a first appearance when viewed straight-on and a second appearance when viewed at an angle. In one example, the first colorant combination is black (K) colorant that results in a one-level stack height and the second colorant combination is cyan, magenta, and yellow (CMY) colorants that result in a three-level stack height. In another example, the second colorant combination can be cyan, magenta, yellow and black (CMYK) colorants that define a four-level stack height. In such case, both colorant combinations appear as black in straight-on viewing or scanning, while the average color and/or luminance of the colorant combinations will differ from each other when the document region is viewed at an oblique angle. The desired gloss font or other gloss effect is defined by selective placement of the first and second colorant combinations relative to each other. Font sizes of 3 points or less can be defined.
    • 用于在印刷文档中定义光泽效果的方法包括用第一和第二着色剂组合打印文档区域。 第一着色剂组合限定第一着色剂堆叠高度,并且所述第二着色剂组合限定与第一着色剂堆叠高度不同的第二着色剂堆叠高度。 因此,当从一角度观看时,原稿区域具有直视时的第一外观和第二外观。 在一个实例中,第一着色剂组合是导致一级堆叠高度的黑色(K)着色剂,并且第二着色剂组合是导致三级堆叠高度的青色,品红色和黄色(CMY)着色剂。 在另一个实例中,第二着色剂组合可以是限定四级堆叠高度的青色,品红色,黄色和黑色(CMYK)着色剂。 在这种情况下,两种着色剂组合在直视观察或扫描中显示为黑色,而当以倾斜角度观看原稿区时,着色剂组合的平均颜色和/或亮度将彼此不同。 通过相对于彼此选择性地放置第一和第二着色剂组合来限定期望的光泽字体或其它光泽效果。 可以定义3点或更少的字体大小。
    • 55. 发明授权
    • Method for prepress-time color match verification and correction
    • 印前颜色匹配验证和校正方法
    • US08243325B2
    • 2012-08-14
    • US11299121
    • 2005-12-09
    • Reiner Eschbach
    • Reiner Eschbach
    • H04N1/60H04N1/032H04N1/405H04N1/54G03F3/10G06K15/02
    • H04N1/6011
    • A method of matching color elements for objects within a print job prior to printing, includes for each page in the print job, identifying all objects and their associated object properties within the page; for each object, identifying, according to predetermined object property criteria, if the object is a candidate for a color matching task; for each of the identified candidates, filtering the object properties using a predetermined visual relevance metric, such that objects having less than the predetermined visual relevance metric are removed from consideration; defining each candidate object satisfying the predetermined visual relevance metric as a color matching object with respect to at least a second color matching object thus defining a color matching object group; for each such color matching object group, either alerting a user to a problem or resolving the problem by assigning common rendering across the color matching object group.
    • 在打印之前对打印作业内的对象的颜色元素进行匹配的方法包括为打印作业中的每个页面标识页内的所有对象及其相关联的对象属性; 对于每个对象,根据预定对象属性标准来识别对象是否是颜色匹配任务的候选者; 对于每个所识别的候选者,使用预定的视觉相关性度量来过滤对象属性,使得具有小于预定视觉相关性度量的对象被从考虑中去除; 将满足预定视觉相关性度量的每个候选对象相对于至少第二颜色匹配对象定义为颜色匹配对象,从而定义颜色匹配对象组; 对于每个这样的颜色匹配对象组,通过在整个颜色匹配对象组中分配共同的渲染来提醒用户出现问题或解决问题。
    • 58. 发明申请
    • METHOD OF CREATING NON-PATTERNED SECURITY ELEMENTS
    • 创建非图形安全元素的方法
    • US20120140290A1
    • 2012-06-07
    • US12957590
    • 2010-12-01
    • Reiner EschbachMartin S. MaltzEdward Chapman
    • Reiner EschbachMartin S. MaltzEdward Chapman
    • G06K15/02
    • B41M3/10
    • Described herein is a method to encode infrared (IR) security watermarks using a named color dictionary within a PDL in a device independent manner. A set of colors is chosen that lies within the common gamut of printing devices and then defined in a device-independent color space. For each color and output device, a metameric pair of device colorant values corresponding to minimum and maximum black (K) is obtained using inversion techniques. These extremes are selected in order to obtain the maximum perceivable IR signal. The metameric pair sets are processed to extract a smaller subset that satisfies certain criteria, including bounds on the K difference, total ink area coverage, and deviation from the neutral axis. The final data is then stored in resource files that link fixed device-independent IR color names to pairs of variable device-dependent colorant values.
    • 这里描述的是以独立于设备的方式使用PDL内的命名颜色字典来编码红外(IR)安全水印的方法。 选择一组颜色位于普通色域的打印设备中,然后在与设备无关的色彩空间中定义。 对于每种颜色和输出设备,使用反演技术获得对应于最小和最大黑色(K)的同成色体对的器件着色剂值。 选择这些极值以获得最大可感知的IR信号。 处理同色异体对集以提取满足某些标准的较小子集,包括K差异的界限,总油墨面积覆盖率和与中性轴的偏差。 然后将最终数据存储在将固定的与设备无关的IR颜色名称链接到可变设备相关着色剂值对的资源文件中。
    • 59. 发明授权
    • Decoding of UV marks using a digital image acquisition device
    • 使用数字图像采集装置对UV标记进行解码
    • US08064637B2
    • 2011-11-22
    • US12191721
    • 2008-08-14
    • Raja BalaReiner EschbachYonghui Zhao
    • Raja BalaReiner EschbachYonghui Zhao
    • G06K9/00
    • G06K9/38G06K2009/0059G06K2209/01G06T7/11G06T7/155G06T7/194G06T2207/10008G06T2207/20036G07D7/005
    • A method and system for identifying a fluorescence mark in a printed document includes using an image acquisition device to derive an input digital image. For each pixel of at least one of the input image color channels, the gray value is adjusted to define a filtered digital image including a plurality of pixels each defined by an adjusted gray value. A binary image is derived that that represents the filtered digital image. The binary image includes a binary representation of the fluorescence mark and a binary representation of the background. At least one morphological operation is performed on the binary image. An ASCII character for the binary representation of the fluorescence mark (or each constituent character thereof) is derived and compared to a known security code to authenticate the printed document.
    • 用于识别打印文档中的荧光标记的方法和系统包括使用图像获取装置来导出输入数字图像。 对于输入图像颜色通道中的至少一个的每个像素,调整灰度值以定义包括由调整的灰度值定义的多个像素的滤波数字图像。 导出二进制图像,其表示经过滤的数字图像。 二进制图像包括荧光标记的二进制表示和背景的二进制表示。 对二进制图像进行至少一个形态操作。 导出用于荧光标记(或其每个构成字符)的二进制表示的ASCII字符,并将其与已知的安全代码进行比较,以验证打印文档。