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    • 61. 发明申请
    • SHOW-THROUGH REDUCTION METHOD AND SYSTEM
    • 显示减少方法和系统
    • US20090262402A1
    • 2009-10-22
    • US12103978
    • 2008-04-16
    • Zhigang FanReiner EschbachMartin S. MaltzJudith Stinehour
    • Zhigang FanReiner EschbachMartin S. MaltzJudith Stinehour
    • H04N1/04
    • H04N1/4095
    • A show-through reduction method is disclosed. The method is designed to deal with both light and severe show-through. The method focuses mostly on text documents, with characters possibly appearing in multiple gray levels, although the method can also be extended to color documents. As in the prior art, the front and back pages are processed in pairs. However, no perfect page alignment is assumed here, since we are dealing with real images. Instead, a front and back registration is performed as the first step before the pages are further analyzed. In this method, we are aligning the front page content with its show-through appearing in the back side, and the back page content with its show-through appearing in the front side. Once the two sides are aligned, masks are generated for both sides to differentiate severe show-through and light color content regions. Finally, different TRCs are applied to different regions. The show-through is reduced and the page contents are retained.
    • 公开了一种透视简化方法。 该方法旨在处理轻型和重型展示。 该方法主要集中在文本文档上,字符可能出现在多个灰度级,尽管该方法也可以扩展到彩色文档。 如现有技术那样,前页和后页成对处理。 然而,在这里假设没有完美的页面对齐,因为我们正在处理真实的图像。 相反,在进一步分析页面之前,执行正面和背面注册作为第一步。 在这种方法中,我们正在将首页内容与其后面的显示对齐,后端页面的内容与其显示出现在前面。 一旦双方对齐,双方将产生掩模,以区分严重的透明和浅色内容区域。 最后,不同的TRC应用于不同的地区。 展示次数减少,页面内容保留。
    • 62. 发明申请
    • INFRARED ENCODING OF SECURITY ELEMENTS USING STANDARD XEROGRAPHIC MATERIALS WITH DISTRACTION PATTERNS
    • 使用标准XEROGRAPHIC材料与分布图案的安全元素的红外编码
    • US20080305444A1
    • 2008-12-11
    • US11758359
    • 2007-06-05
    • Reiner EschbachRaja BalaMartin S. Maltz
    • Reiner EschbachRaja BalaMartin S. Maltz
    • G03C1/00G03G13/00
    • G03G21/046Y10T428/24802
    • 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 in combination with at least one distraction pattern, 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解译的性质,并且在由合适的红外敏感装置观看时在红外照明下可解码。 该红外标记需要与至少一个分散图案,反射红外辐射的基底以及作为图像印刷在基底上的第一着色剂混合物和第二着色剂混合物组合。 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。
    • 65. 发明授权
    • Color printer calibration architecture
    • 彩色打印机校准架构
    • US5528386A
    • 1996-06-18
    • US179284
    • 1994-01-10
    • Robert J. RollestonMartin S. MaltzJudith E. Stinehour
    • Robert J. RollestonMartin S. MaltzJudith E. Stinehour
    • B41J2/525G03G15/01H04N1/46H04N1/60
    • H04N1/6022H04N1/6033
    • In a printer which produces images as a function of the combination of cyan (C), magenta (M), yellow (Y) and black (K) colorants on an output color print, responsive to device independent colorimetric description of an image, there is provided a method of calibrating the response of the printer to an image described in terms of colorimetric values, including the steps of first, gray balancing or linearizing colorant signals; secondly, adding black to an ideal device dependent description of a color image in accordance with a predetermined black addition process, and thirdly, providing a color correction transformation process, where the color correction transformation is accomplished via a method of interpolating printer responses from a look-up table indexing colorimetric descriptions of measured real responses, which take into account subsequent black addition and signal linearization.
    • 在产生图像的打印机中,响应于对图像的独立于设备的比色描述,输出彩色打印件上的青色(C),品红色(M),黄色(Y)和黑色(K)着色剂的组合的函数, 提供了一种校准打印机对根据比色值描述的图像的响应的方法,包括以下步骤:首先,灰度平衡或线性化着色剂信号; 其次,根据预定的黑色加法处理,将黑色添加到对于彩色图像的理想设备依赖性描述,以及第三,提供颜色校正变换处理,其中通过从外观插入打印机响应的方法来完成颜色校正变换 - 测量的实际响应的表索引比色描述,其考虑了后续的黑加法和信号线性化。
    • 66. 发明授权
    • Color printer calibration with blended look up tables
    • 彩色打印机校准与混合查找表
    • US5483360A
    • 1996-01-09
    • US254629
    • 1994-06-06
    • Robert J. RollestonMartin S. Maltz
    • Robert J. RollestonMartin S. Maltz
    • B41J2/525G03F3/08G03G15/00G03G15/01H04N1/40H04N1/46H04N1/60
    • H04N1/40006H04N1/6033
    • A color printer, responsive to printer signals to deposit printer colorants on a medium in accordance with printer signals received, is calibrated by operating the color printer with printer signals selected to cause the printer to print color samples on the medium; measuring the color samples to determine a first colorimetric response of the printer to the printer signals using the first measured colorimetric response to generate a first mapping of colorimetric values to printer signals; using the first measured colorimetric response or a subsequent measured colorimetric response to generate at least one additional mapping of colorimetric values to printer signals; storing the first and additional mappings in a color conversion memory producing printer signals as a function of the first and additional mappings stored in the color conversion memory to convert color definitions from a first color space to the printer signals suitable for producing a corresponding response at the color printer.
    • 彩色打印机响应于打印机信号,根据收到的打印机信号在介质上存放打印机着色剂,通过使用打印机信号操作彩色打印机进行校准,打印机信号被选择以使打印机在介质上打印彩色样品; 测量所述颜色样本以使用所述第一测量的比色响应确定所述打印机对所述打印机信号的第一比色响应,以生成比色值与打印机信号的第一映射; 使用第一测量的比色响应或随后测量的比色响应来产生比色值至打印机信号的至少一个附加映射; 将第一和另外的映射存储在颜色转换存储器中,根据存储在颜色转换存储器中的第一和另外的映射产生打印机信号,以将颜色定义从第一颜色空间转换成适合于产生相应响应的打印机信号 彩色打印机。
    • 67. 发明授权
    • Color printer calibration test pattern
    • 彩色打印机校准测试图案
    • US5416613A
    • 1995-05-16
    • US144987
    • 1993-10-29
    • Robert J. RollestonMartin S. MaltzJudith E. Stinehour
    • Robert J. RollestonMartin S. MaltzJudith E. Stinehour
    • G03G15/00B41J2/525G03G15/01H04N1/00H04N1/60G01J1/02H04N1/46
    • H04N1/00015H04N1/00002H04N1/00023H04N1/00031H04N1/00045H04N1/00053H04N1/00087H04N1/0009H04N1/6033H04N1/6041
    • A method of calibrating the response of the printer to an image described in terms of colorimetric values, including the steps of: a) setting printer parameters; b) deriving a printer response characteristic by printing a calibration test from device dependent printer signals stored in a device memory, the calibration image including a plurality of color patches, some of which may be repeated at a plurality of locations on the test image at spatially disparate locations selected to keep local printer non-uniformities from affecting both locations; c) measuring printer response characteristics in device independent terms; d) generating a memory mapping of device independent colors to printer responses for subsequent use in printing images defined in device independent terms. The calibration target includes a large number of patches generated from combinations of printer colorants, and may repeat some of those patches either on the same sheet or on a plurality of sheets at positions on the sheet which are spatially distinct.
    • 一种校准打印机对比色值描述的图像的响应的方法,包括以下步骤:a)设置打印机参数; b)通过从存储在设备存储器中的设备相关打印机信号中打印校准测试来导出打印机响应特性,校准图像包括多个色块,其中一些可在空间上在测试图像上的多个位置重复 选择不同的位置以保持本地打印机的不均匀性不会影响两个位置; c)以设备独立的方式测量打印机响应特性; d)生成与打印机响应的设备无关的颜色的存储器映射,用于随后用于打印以设备无关术语定义的图像。 校准目标包括从打印机着色剂的组合产生的大量贴片,并且可以在片材上的空间不同的位置上在相同的片材上或多个片材上重复这些片剂中的一些片段。
    • 68. 发明授权
    • Color printer calibration architecture
    • 彩色打印机校准架构
    • US5305119A
    • 1994-04-19
    • US955075
    • 1992-10-01
    • Robert J. RollestonMartin S. MaltzJudith E. Stinehour
    • Robert J. RollestonMartin S. MaltzJudith E. Stinehour
    • B41J2/525G03G15/01H04N1/46H04N1/60
    • H04N1/6022H04N1/6033
    • In a printer which produces images as a function of the combination of cyan (C), magenta (M), yellow (Y) and black (K) colorants on an output color print, responsive to device independent colorimetric description of an image, there is provided a method of calibrating the response of the printer to an image described in terms of colorimetric values, including the steps of first, gray balancing or linearizing colorant signals; secondly, adding black to an ideal device dependent description of a color image in accordance with a predetermined black addition process, and thirdly, providing a color correction transformation process, where the color correction transformation is accomplished via a method of interpolating printer responses from a look-up table indexing colorimetric descriptions of measured real responses, which take into account subsequent black addition and signal linearization.
    • 在产生图像的打印机中,响应于对图像的独立于设备的比色描述,输出彩色打印件上的青色(C),品红色(M),黄色(Y)和黑色(K)着色剂的组合的函数, 提供了一种校准打印机对根据比色值描述的图像的响应的方法,包括以下步骤:首先,灰度平衡或线性化着色剂信号; 其次,根据预定的黑色加法处理,将黑色添加到对于彩色图像的理想设备依赖性描述,以及第三,提供颜色校正变换处理,其中通过从外观插入打印机响应的方法来完成颜色校正变换 - 测量的实际响应的表索引比色描述,其考虑了后续的黑加法和信号线性化。
    • 69. 发明授权
    • Method of erasing manifold images
    • 擦除歧管图像的方法
    • US4015983A
    • 1977-04-05
    • US701324
    • 1976-06-30
    • Philip C. SchoonoverMartin S. Maltz
    • Philip C. SchoonoverMartin S. Maltz
    • G03G17/08G03G17/00G03G13/00
    • G03G17/08
    • A fracturable manifold image is created in an imaging layer sandwiched between donor and receiver sheets by a conventional manifold imaging process using an imaging electrostatic field of a predetermined voltage. The fracturable manifold image is erased by uniformly applying in the dark a second electrostatic field of the same polarity as the first field but of sufficiently greater strength to cause substantially the entire imaging layer to preferentially adhere to one of the sheets. After the fracturable image has been created, but before erasure, the sandwich can be separated while still under the influence of the first field to provide a positive image on one sheet and a negative image on the other sheet and then reassembled substantially in registration. Subsequent such images can be made and erased provided that the imaging field for each subsequent image has at least the strength of the next previous erasure field.
    • 通过使用预定电压的成像静电场的常规歧管成像处理,在夹在供体和受体片之间的成像层中产生可破裂歧管图像。 通过在黑暗中均匀地施加与第一场相同极性的第二静电场,但具有足够大的强度以使基本上整个成像层优先粘附到片材之一来擦除可破裂歧管图像。 在创建可破碎图像之后,但是在擦除之前,可以在第一场的影响下分离三明治,以在一张纸上提供正像,在另一张纸上提供负像,然后重新组装成基本上配准。 如果每个后续图像的成像区域至少具有下一个前一擦除区域的强度,则后续的这样的图像可以被制造和擦除。