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    • 1. 发明授权
    • Method for correcting the gray balance of a printing process
    • 校正打印过程灰平衡的方法
    • US08159719B2
    • 2012-04-17
    • US12170686
    • 2008-07-10
    • Günter Bestmann
    • Günter Bestmann
    • G06F15/00H04N1/40
    • H04N1/6077H04N1/6022
    • A method for correcting gray balance of a printing process includes imaging printing forms assigned to color separations with a test form, printing a printing material using the printing forms in a printing press and calorimetrically measuring the test form printed onto the printing material. It is undesirably possible to produce a new color error in other tonal value ranges due to changing the layer thickness of a process ink to correct the gray balance. In order to perform a gray balance correction without disruptive secondary effects, a test form is imaged with colored gray areas, after their colorimetric measurement, at least two of the colored gray areas are selected and, based on their color values, a corrected tonal value of a non-black chromatic process ink is determined, and this corrected tonal value is recorded as a corrected set point of the process ink for imaging following printing forms.
    • 一种用于校正印刷过程的灰度平衡的方法包括用测试表格分配给分色的成像打印形式,在印刷机中使用印刷形式印刷印刷材料并对印刷在印刷材料上的测试形式进行量热测量。 由于改变工艺油墨的层厚度以校正灰度平衡,所以不可能在其它色调值范围内产生新的色彩误差。 为了执行灰度平衡校正而没有破坏性次要效应,测试形式在彩色灰度区域成像后,在其比色测量之后,选择至少两个有色灰色区域,并且根据其颜色值,校正的色调值 确定非黑色彩色处理油墨,并且将该校正后的色调值记录为用于在打印形式之后成像的处理油墨的校正设定点。
    • 2. 发明授权
    • Method for producing a proof for a printing process having more than four printing inks
    • 用于制造具有多于四种印刷油墨的印刷方法的证明的方法
    • US07506584B2
    • 2009-03-24
    • US11039030
    • 2005-01-20
    • Günter Bestmann
    • Günter Bestmann
    • H04N1/60
    • H04N1/60H04N1/54H04N1/6052
    • A method for producing a proof, having proof printing inks cyan-P, magenta-P, yellow-P, black-P, for an edition printing process, and primary printing inks CMYK and a secondary printing ink RGB, converts edition printing process printing inks with association tables into proof printing process printing inks, for combinations of input color components, associated output color components being stored in the association tables. Reducing storage requirement of association tables having >four input color components is done by dividing into a plurality of association tables. Up to four printing inks are printed in the edition printing process during color separation for the edition printing process by GCR and CCR application. Factors of gray and color component replacement are chosen as a function of chroma of a color to be printed. CCR is applied only to a color to be printed to which a GCR with a factor of 100% has already been applied.
    • 一种用于制版证明的方法,其具有用于印刷工艺的印刷油墨青色P,品红P,黄-P,黑-P,以及初级印刷油墨CMYK和二次印刷油墨RGB的印刷油墨转印版印刷工艺印刷 具有关联表的油墨到证明印刷工艺印刷油墨中,用于输入颜色组分的组合,相关联的输出颜色组分存储在关联表中。 具有> 4个输入颜色分量的关联表的存储需求的减少通过划分成多个关联表来完成。 通过GCR和CCR应用程序在版本打印过程的颜色分离期间,在版本打印过程中印刷最多四个印刷油墨。 选择灰色和彩色分量替换的因素作为要打印的颜色的色度的函数。 CCR仅适用于已经应用了100%的GCR的要打印的颜色。
    • 3. 发明授权
    • Method for the printing-process transformation of the color print for black/white images
    • 黑/白图像彩色打印处理变换方法
    • US07312893B2
    • 2007-12-25
    • US10348453
    • 2003-01-21
    • Günter BestmannHelmut Siegeritz
    • Günter BestmannHelmut Siegeritz
    • G06F15/00H04N1/46G06K9/00
    • H04N1/603H04N1/6022
    • A method for transforming device dependent color values [C1, M1, Y1, K1] of a first printing process into device dependent color values [C2, M2, Y2, K2] of a second printing process, the printing processes being characterized by color profiles setting the device dependent color values of the printing processes in a relationship with the device independent color values of the LAB or XYZ color space, includes determining, from the profiles of the printing process, a one-dimensional assignment function K2=f(K1), and describing the paper white of the first printing process by the color values [C2pw, M2pw, Y2pw, K2pw] of the second printing process. Pure gray colors from the first printing process having the device dependent color values [C1=0, M1=0, Y1=0, K1] are transformed into the device dependent color values [C2pw, M2pw, Y2pw, K2pw+f(K1)] of the second printing process. The assignment function is determined from the lightness curves of the first and second color profiles that, in each case, apply to printing only with black printing ink.
    • 用于将第一打印处理的设备相关颜色值[C1,M1,Y1,K1]转换为第二打印处理的依赖于设备的颜色值[C2,M2,Y2,K2]的方法,所述打印过程的特征在于颜色配置 根据与LAB或XYZ颜色空间的设备无关的颜色值的关系,设置打印处理的设备相关颜色值包括从打印处理的轮廓确定一维分配函数K2 = f(K1) 并且通过第二打印处理的颜色值[C2pw,M2pw,Y2pw,K2pw]来描述第一打印处理的纸白色。 具有设备相关颜色值[C1 = 0,M1 = 0,Y1 = 0,K1]的第一打印处理的纯灰色被转换成设备相关颜色值[C2pw,M2pw,Y2pw,K2pw + f(K1) ]。 分配函数由第一和第二颜色分布的亮度曲线确定,每种颜色分布在每种情况下仅适用于仅用黑色印刷油墨印刷。
    • 4. 发明授权
    • Method and test element for determining characterization data of a printing process and apparatus for carrying out the method
    • 用于确定打印处理的表征数据的方法和测试元件以及用于执行该方法的装置
    • US08654395B2
    • 2014-02-18
    • US13026432
    • 2011-02-14
    • Günter Bestmann
    • Günter Bestmann
    • G06F15/00G06K1/00
    • H04N1/6033
    • A method for calculating characterization data of a printing process, is more manageable and less complicated than previously-known methods, in which determining printing tables for CMYK printing systems with special colors or for multicolor systems easily becomes unwieldy and complicated because of necessary colored areas in test elements. A test element supplies actual spectral data. By using subsets of this actual data, tonal value curves or tonal value gain curves, parameters of a model of the printing process for determining spectra of overprinted printing inks and adapted input variables, are determined in a calculating device in accordance with the model, taking into account the tonal value gain, to determine corrected tonal values or their spectra. Then only a few colored areas are needed to calculate characterization data. A test element for determining characterization data of a printing process and an apparatus for carrying out the method are also provided.
    • 用于计算打印处理的表征数据的方法比以前已知的方法更易于管理和更不复杂,其中确定具有特殊颜色的CMYK打印系统的打印表或用于多色系统的打印表容易变得笨重和复杂,因为必需的彩色区域 测试元素。 测试元件提供实际的光谱数据。 通过使用该实际数据的子集,音调值曲线或色调值增益曲线,根据模型在计算装置中确定用于确定套印印刷油墨和适配输入变量的光谱的打印过程模型的参数, 考虑到色调值增益,以确定校正的色调值或其光谱。 然后只需要几个彩色区域来计算表征数据。 还提供了一种用于确定打印处理的表征数据的测试元件和用于执行该方法的装置。
    • 5. 发明申请
    • METHOD FOR GRAY BALANCE CORRECTION OF A PRINTING PROCESS
    • 打印过程灰度平衡校正方法
    • US20110235073A1
    • 2011-09-29
    • US13070792
    • 2011-03-24
    • GÜNTER BESTMANN
    • GÜNTER BESTMANN
    • H04N1/60
    • H04N1/6033H04N1/4078
    • In printing processes, even when a process calibration under predefined printing conditions is used, it is possible for deviations in the gray balance to occur. Attempts have been made to correct the deviations, for example by changing the layer thickness of the printing inks in the printing process, but that can lead to color deviations in other regions. A gray balance correction method with which wastage that regularly occurs can be reduced and an occurrence of undesired color fluctuations can be avoided, is achieved by using differences between black and chromatic gray areas in gray balance areas to replace the measured values from a first process calibration with corrected measured values and carrying out a new process calibration.
    • 在打印过程中,即使使用在预定打印条件下的过程校准,也可能发生灰平衡的偏差。 已经尝试纠正偏差,例如通过在印刷过程中改变印刷油墨的层厚度,但是可能导致其它区域的颜色偏差。 可以通过使用灰平衡区域中的黑色和有色灰色区域之间的差异来实现经常发生浪费的灰度平衡校正方法,并且可以避免出现不期望的颜色波动,以从第一过程校准 具有校正的测量值并进行新的过程校准。
    • 6. 发明授权
    • Method for the reproduction of spot colors with primary printing inks and secondary printing inks
    • 用初级印刷油墨和二次印刷油墨再现专色的方法
    • US07032517B2
    • 2006-04-25
    • US10991247
    • 2004-11-17
    • Günter Bestmann
    • Günter Bestmann
    • B41F1/54G06F15/00G03G5/00
    • H04N1/54
    • Spot colors are reproduced with a combination of the primary printing inks cyan, magenta, yellow, black and at least one secondary printing ink red, green, blue. A first test form is printed with the primary printing inks and measured calorimetrically. Further test forms, in which one of the colored primary printing inks is replaced by a substantially complementary secondary printing ink, are printed and measured calorimetrically. An International Color Consortium (ICC) color profile is calculated from the measured data of each test form. For each spot color to be reproduced, the proportions of printing inks of the ICC color profile achieving the lowest deviation between the spot color and the reproduced color are determined. The printing ink combination belonging to that ICC profile is selected for the reproduction of the spot color. It is possible to reproduce as many spot colors as desired with four primary printing inks and a maximum of three secondary printing inks.
    • 专色通过青色,品红色,黄色,黑色和至少一种二次印刷墨水,红色,绿色,蓝色的主要印刷油墨的组合再现。 用初级印刷油墨印刷第一种测试形式并用量热法测量。 其中一个着色的主要印刷油墨被基本上互补的二次印刷油墨替代的其它测试形式被印刷和量热测量。 国际色彩联盟(ICC)颜色配置文件根据每个测试表的测量数据计算。 对于要再现的每个专色,确定实现专色和再现颜色之间最低偏差的ICC色彩图案的印刷油墨的比例。 选择属于该ICC简档的印刷油墨组合用于再现专色。 可以根据需要再现四种主要印刷油墨和最多三种二次印刷油墨的多种专色。
    • 7. 发明授权
    • Method and apparatus for the conversion of color values
    • 用于转换颜色值的方法和装置
    • US06433898B1
    • 2002-08-13
    • US09011105
    • 1998-05-28
    • Günter Bestmann
    • Günter Bestmann
    • H04N100
    • H04N1/6027
    • In a method and apparatus for conversion of color values of a color negative according to a positive/negative reversal function [Rp, Gp, Bp=f(Rn, Gn, Bn)] color values (Rn, Gn, Bn) for the three color components are acquired by optoelectronic scanning of a color negative in a color scanner. The image luminance value (BLr, BLg, BLb) and the image depth value (BTr, BTg, BTb) of the color negative as well as the corresponding density ranges (&Dgr;Dr, &Dgr;Dg, &Dgr;Db) are determined from the color values (Rn, Gn, Bn) in an image analysis unit for each color component. The positive/negative reversal function is determined in a calculating stage from the density ranges (&Dgr;Dr, &Dgr;Dg, &Dgr;Db) and a defined density range (&Dgr;D′). The positive/negative reversal function is deposited in a table memory as a value table. The color values (Rn, Gn, Bn) of the color negative are then converted into the color values (Rp, Gp, Bp) of the corresponding color positive with the stored value table.
    • 在根据正/负反转函数[Rp,Gp,Bp = f(Rn,Gn,Bn)]颜色值(Rn,Gn,Bn)的颜色值的颜色值的转换的方法和装置中, 通过彩色扫描器中的彩色负片的光电扫描来获取颜色分量。 根据颜色值(Rn,...)确定颜色负的图像亮度值(BLr,BLg,BLb)和图像深度值(BTr,BTg,BTb)以及相应的浓度范围(DELTADr,DELTADg,DELTADb) Gn,Bn)在每个颜色分量的图像分析单元中。 正/负反转功能在计算阶段从密度范围(DELTADr,DELTADg,DELTADb)和规定的浓度范围(DELTAD')确定。 正/负反转功能作为值表存储在表存储器中。 然后,用存储的值表将彩色负片的颜色值(Rn,Gn,Bn)转换为相应颜色的颜色值(Rp,Gp,Bp)。
    • 8. 发明申请
    • METHOD AND TEST ELEMENT FOR DETERMINING CHARACTERIZATION DATA OF A PRINTING PROCESS AND APPARATUS FOR CARRYING OUT THE METHOD
    • 用于确定打印过程的特征数据的方法和测试单元以及用于实施该方法的装置
    • US20110199626A1
    • 2011-08-18
    • US13026432
    • 2011-02-14
    • GÜNTER BESTMANN
    • GÜNTER BESTMANN
    • G06F15/00B41M1/14
    • H04N1/6033
    • A method for calculating characterization data of a printing process, is more manageable and less complicated than previously-known methods, in which determining printing tables for CMYK printing systems with special colors or for multicolor systems easily becomes unwieldy and complicated because of necessary colored areas in test elements. A test element supplies actual spectral data. By using subsets of this actual data, tonal value curves or tonal value gain curves, parameters of a model of the printing process for determining spectra of overprinted printing inks and adapted input variables, are determined in a calculating device in accordance with the model, taking into account the tonal value gain, to determine corrected tonal values or their spectra. Then only a few colored areas are needed to calculate characterization data. A test element for determining characterization data of a printing process and an apparatus for carrying out the method are also provided.
    • 用于计算打印处理的表征数据的方法比以前已知的方法更易于管理和更不复杂,其中确定具有特殊颜色的CMYK打印系统的打印表或用于多色系统的打印表容易变得笨重和复杂,因为必需的彩色区域 测试元素。 测试元件提供实际的光谱数据。 通过使用该实际数据的子集,音调值曲线或色调值增益曲线,根据模型在计算装置中确定用于确定套印印刷油墨和适配输入变量的光谱的打印过程模型的参数, 考虑到色调值增益,以确定校正的色调值或其光谱。 然后只需要几个彩色区域来计算表征数据。 还提供了一种用于确定打印处理的表征数据的测试元件和用于执行该方法的装置。
    • 9. 发明授权
    • Method of determining the area coverage of printing plates
    • 确定印版面积的方法
    • US06684790B2
    • 2004-02-03
    • US10348435
    • 2003-01-21
    • Günter BestmannDietrich Blum
    • Günter BestmannDietrich Blum
    • B41F154
    • B41F33/0027
    • A method of determining the area coverages of a printing plate for controlling the quantities of ink in inking zones of a printing press, includes, to produce the plate from existing printed-sheet data, producing color-value printing data based upon a standard raster system, converting the printing data by a raster generator into rastered printing data, exposing the rastered printing data onto film material or a printing plate by an exposer, using various raster systems with different dot gains on the plate, in the raster generator, depending on the raster system used, applying an associated dot gain correction curve and a linearization correction curve to the color-value printing data, and supplying an area coverage calculation unit with coarse color-value image data derived from the color-value printing data, a dot gain correction curve for each raster system used, and correction location data describing in which areas of the plate which raster system is used.
    • 确定用于控制印刷机上墨区域中的墨量的印版的面积覆盖率的方法包括:根据现有印刷品数据生产印版,根据标准光栅系统产生色值打印数据 ,通过光栅发生器将打印数据转换成rastered打印数据,根据光栅产生器,使用在光盘发生器中的板上具有不同点增益的各种光栅系统,将曝光打印数据暴露在曝光器上的胶片材料或印版上 使用的光栅系统,将相关联的点增益校正曲线和线性化校正曲线应用于色值打印数据,以及从色值打印数据导出的粗糙色值图像数据的区域覆盖计算单元,点增益 使用的每个光栅系统的校正曲线以及描述板的哪个区域被使用的校正位置数据。
    • 10. 发明授权
    • Method for gray balance correction of a printing process
    • 打印过程的灰度平衡校正方法
    • US08537420B2
    • 2013-09-17
    • US13070792
    • 2011-03-24
    • Günter Bestmann
    • Günter Bestmann
    • H04N1/60
    • H04N1/6033H04N1/4078
    • In printing processes, even when a process calibration under predefined printing conditions is used, it is possible for deviations in the gray balance to occur. Attempts have been made to correct the deviations, for example by changing the layer thickness of the printing inks in the printing process, but that can lead to color deviations in other regions. A gray balance correction method with which wastage that regularly occurs can be reduced and an occurrence of undesired color fluctuations can be avoided, is achieved by using differences between black and chromatic gray areas in gray balance areas to replace the measured values from a first process calibration with corrected measured values and carrying out a new process calibration.
    • 在打印过程中,即使使用在预定打印条件下的过程校准,也可能发生灰平衡的偏差。 已经尝试纠正偏差,例如通过在印刷过程中改变印刷油墨的层厚度,但是可能导致其它区域的颜色偏差。 可以通过使用灰平衡区域中的黑色和有色灰色区域之间的差异来实现经常发生浪费的灰度平衡校正方法,并且可以避免出现不期望的颜色波动,以从第一过程校准 具有校正的测量值并进行新的过程校准。