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    • 2. 发明授权
    • Method of enhancing a print of a transparency
    • 提高透明度印刷品的方法
    • US5703700A
    • 1997-12-30
    • US406643
    • 1995-03-20
    • Klaus BirgmeirHermann Waibel
    • Klaus BirgmeirHermann Waibel
    • H04N1/40H04N1/407H04N1/04
    • H04N1/40056H04N1/4072
    • A transparency to be printed is scanned to generate density values which are used to determine the degree of exposure of the transparency. The transparency is further scanned to generate signals representing an image of the transparency. The scanner which is employed for the latter scanning procedure and produces the signals has a linear scanning range and, based on the degree of exposure of the transparency, the illumination intensity or integration time of this scanner is controlled such that the master is scanned within the linear range. The signals generated by the scanner are corrected using a characteristic line selected in dependence upon the degree of exposure of the transparency, the color temperature and/or the film type. The corrected signals are processed to additionally enhance the image of the transparency and are then used to print the image.
    • 扫描要打印的透明度以产生用于确定透明度曝光程度的浓度值。 进一步扫描透明度以产生表示透明度图像的信号。 用于后一扫描程序并产生信号的扫描器具有线性扫描范围,并且基于透明度的曝光程度来控制该扫描仪的照明强度或积分时间,使得主机在 线性范围 使用根据透明度,色温和/或胶片类型的曝光程度选择的特征线校正由扫描仪产生的信号。 处理校正的信号以额外增强透明度的图像,然后用于打印图像。
    • 3. 发明授权
    • Method of and arrangement for line-by-line and point-by-point
reproduction of a colored original
    • 彩色原稿的逐行再现和逐点复制的方法和布置
    • US4757351A
    • 1988-07-12
    • US85975
    • 1987-08-14
    • Klaus Birgmeir
    • Klaus Birgmeir
    • H04N1/48G03B27/73G06T5/00H04N1/028H04N1/407H04N1/46H04N1/60G03B27/80
    • H04N1/4072H04N1/6027
    • A transparent colored original is scanned region-by-region and the density of each region in each of the primary colors red, green and blue determined. Each region represents an area constituted by a large number of points. The densities for each region are processed to generate parameters characteristic of the coloring of the respective region. These parameters are compared with respective threshold values. An overall density for the original in each of the primary colors is now calculated. In performing these calculations, those regions for which the characteristic color parameters exceed the respective threshold values are assigned less weight than the remaining regions. This is due to the fact that the former regions are assumed to contain color dominants. The orginal is next scanned line-by-line and point-by-point in each of the primary colors to generate imaging signals for use in printing the original on copy material. The magnitudes of the imaging signals are regulated in such a manner that the magnitudes of the signals for the different primary colors have a relationship similar to the overall densities of the original in the primary colors. The imaging signals are electronically processed to enhance the image of the original and the processed imaging signals are then supplied to a printer which reproduces the original line-by-line and point-by-point.
    • 逐个区域扫描一个透明的彩色原稿,并确定每个原色红色,绿色和蓝色的每个区域的密度。 每个区域代表由大量点构成的区域。 处理每个区域的密度以产生各个区域的着色特征的参数。 将这些参数与相应的阈值进行比较。 现在计算每种原色中原件的总体密度。 在执行这些计算时,特征颜色参数超过相应阈值的那些区域被赋予比其余区域更小的权重。 这是因为以前的地区被假定为含有色彩霸主。 在原始的每个原色逐行和逐点扫描原稿,以生成用于在复印材料上打印原稿的成像信号。 成像信号的大小以这样的方式被调节,使得用于不同原色的信号的大小具有类似于原色在原色中的总体密度的关系。 成像信号被电子处理以增强原稿的图像,然后将经处理的成像信号提供给再现原始的逐行和逐点的打印机。
    • 4. 发明授权
    • Correction of color defects during printing of photographs
    • 打印照片时修正色彩缺陷
    • US5699451A
    • 1997-12-16
    • US139428
    • 1993-10-20
    • Klaus BirgmeirHermann Waibel
    • Klaus BirgmeirHermann Waibel
    • H04N1/60G06K9/46
    • H04N1/60H04N1/6033
    • The gray balance of a color copying apparatus is adjusted by generating three sets of test signals respectively representing red, green and blue components of a test image. The test image is modified by operating on each set of signals with a respective characteristic line. The characteristic lines are stored in look-up-tables constituting part of the apparatus. Each characteristic line has a first point corresponding to a first location of the modified test image and a second point corresponding to a second location of the modified test image. A first copy of the test image is made and the red, green and blue densities of the copy at the first location determined. If any of these densities deviates from a reference value, the corresponding characteristic line is adjusted so that the respective density assumes the reference value. A second copy of the test image is now made and the red, green and blue densities of the copy at the second location determined. In the event that one or more of the densities at the second location deviates from a reference value, the associated characteristic line or lines are further adjusted in such a manner that the first point of each characteristic line remains unchanged.
    • 通过产生分别表示测试图像的红色,绿色和蓝色分量的三组测试信号来调整彩色复印设备的灰度平衡。 通过使用相应的特征线对每组信号进行操作来修改测试图像。 特征线存储在构成装置的一部分的查找表中。 每个特征线具有对应于修改的测试图像的第一位置的第一点和对应于修改的测试图像的第二位置的第二点。 制作测试图像的第一份副本,确定第一个位置的副本的红色,绿色和蓝色密度。 如果这些密度中的任何一个偏离参考值,则调整相应的特征线,使得相应的密度呈现参考值。 测试图像的第二个副本现在被做出,并且在第二个位置确定了副本的红色,绿色和蓝色密度。 在第二位置处的一个或多个密度偏离参考值的情况下,相关联的特征线或线被进一步调整,使得每个特征线的第一点保持不变。
    • 5. 发明授权
    • Method of electronically improving the sharpness and contrast of a
colored image for copying
    • 电子提高彩色图像复制的清晰度和对比度的方法
    • US4812903A
    • 1989-03-14
    • US85942
    • 1987-08-14
    • Eduard WagensonnerWolfgang RufHermann FuchsbergerKlaus Birgmeir
    • Eduard WagensonnerWolfgang RufHermann FuchsbergerKlaus Birgmeir
    • H04N1/04G06T1/00H04N1/409H04N1/46H04N1/48H04N1/60H04N9/68G03F3/08H04N9/64
    • H04N1/6027
    • A colored original to be reproduced is scanned point-by-point in each of the three primary colors. The resulting imaging signals are processed to generate a luminance signal and a pair of chrominance signals. The luminance signal is branched into a high-pass filter channel and a low-pass filter channel. The high-pass portion of the luminance signal is amplified in accordance with a sublinear characteristic function which causes signals of small amplitude to be amplified to a greater degree than signals of large amplitude. The low-pass portion of the luminance signal is modified per a non-linear characteristic gradation function. The thus-modified high-pass and low-pass portions of the luminance signal are added to yield an enhanced luminance signal. The enhanced luminance signal is divided by the original luminance signal and each of the chrominance signals is multiplied by the resulting quotient. This automatially compensates for the changes in color saturation which accompany changes in brightness. After the multiplication, the chrominance signals are amplified in accordance with a sublinear characteristic function which causes signals of small amplitude to be amplified to a greater degree than signals of large amplitude. This characteristic function further has a form such that no additional ampification takes place beyond a predetermined threshold limit.
    • 要再现的彩色原稿逐点扫描三种基色中的每一种。 所得到的成像信号被处理以产生亮度信号和一对色度信号。 亮度信号被分支为高通滤波器通道和低通滤波器通道。 亮度信号的高通部分根据使小幅度信号被放大到比较大幅度的信号更大程度的子线性特征函数被放大。 根据非线性特征灰度函数修改亮度信号的低通部分。 增加亮度信号的这样修正的高通部分和低通部分以产生增强的亮度信号。 增强的亮度信号被原始亮度信号除以,并且每个色度信号乘以所得到的商。 这会自动补偿颜色饱和度随着亮度变化的变化。 在相乘之后,色度信号根据使得小幅度信号被放大到比较大振幅的信号更大程度的子线性特征函数被放大。 该特征功能还具有这样的形式,使得不超过预定阈值极限进行额外的放大。
    • 6. 发明授权
    • Reproduction of photographic originals with scattered light correction
    • 用散射光校正再现摄影原稿
    • US5216521A
    • 1993-06-01
    • US641544
    • 1991-01-15
    • Klaus Birgmeir
    • Klaus Birgmeir
    • H04N1/407
    • H04N1/407
    • A colored photographic original is scanned at a multiplicity of points in each of the primary colors red, green and blue to generate a set of image signals for each primary color. The average luminance of the original in each primary color is calculated from the radiation used for scanning and respective first correction signals for scattered light arising during scanning are produced from the average luminances. The correction signal for each primary color is subtracted from each image signal of the corresponding set. The corrected image signals are processed to enhance the image carried by the signals. The processed signals are sent to a printer. Furthermore, the processed signals of each set are averaged and the resulting averages used to produce respective second correction signals for scattered light arising during printing. The second correction signal for each primary color is subtracted from each processed signal of the corresponding set. The corrected processed signals are then used to print the image.
    • 彩色摄影原稿以每种原色红,绿,蓝色的多个点进行扫描,以产生每种原色的一组图像信号。 从用于扫描的辐射计算原色的平均亮度,并且从平均亮度产生用于扫描期间产生的散射光的各自的第一校正信号。 每个原色的校正信号从相应组的每个图像信号中减去。 处理校正后的图像信号以增强由信号承载的图像。 经处理的信号被发送到打印机。 此外,对每组的处理信号进行平均,并且得到的平均值用于产生在打印期间产生的散射光的相应的第二校正信号。 每个原色的第二校正信号从相应组的每个处理信号中减去。 然后使用经校正的经处理的信号来打印图像。
    • 7. 发明授权
    • Apparatus and method for the reproduction of colored originals with gray
balance and/or contrast adjustment
    • 用于再现灰平衡和/或对比度调整的彩色原稿的装置和方法
    • US4841360A
    • 1989-06-20
    • US85943
    • 1987-08-14
    • Klaus Birgmeir
    • Klaus Birgmeir
    • G03G15/01G06T1/00G06T11/60H04N1/40H04N1/407H04N1/46H04N1/48H04N1/60
    • H04N1/6027H04N1/4072H04N1/603
    • A colored original to be copied is scanned point-by-point in each of the three primary colors red, green and blue. A series of imaging signals is generated for each primary based color on the scanning operation. The signals are subsequently converted into a colored optical image of the original by means of a cathode ray tube which prints the image on color copy material. Prior to conversion, the signals are processed to electronically enhance the image. Following electronic image enhancement, the signals are adjusted to the characteristics of the copy material. The adjusted signals are now modified so as to make them proportional to the illumination intensity of the cathode ray tube or to the logarithm of the illumination intensity. The modified signals are next corrected to adjust the gray balance and/or the contrast of the image. This is accomplished either by multiplying each series of modified signals with a respective correction factor or adding a respective correction factor to each series of modified signals. The signals are thereafter fitted to the characteristic function of the cathode ray tube which then prints the image.
    • 要复制的彩色原稿逐点扫描三种原色之间的红色,绿色和蓝色。 在扫描操作中,针对每种主要颜色生成一系列成像信号。 这些信号随后通过在彩色复印材料上打印图像的阴极射线管转换成原件的有色光学图像。 在转换之前,处理信号以电子方式增强图像。 在电子图像增强之后,将信号调整到复印材料的特性。 调整后的信号现在被修改为使它们与阴极射线管的照明强度成比例,或与照明强度的对数成比例。 修改的信号接下来被校正以调整图像的灰度平衡和/或对比度。 这可以通过将每个修改的信号序列与相应的校正因子相乘或者将相应的校正因子加到每一系列修改的信号来完成。 然后将信号装配到阴极射线管的特征功能,然后打印图像。
    • 8. 发明授权
    • Method of and apparatus for printing a color image using dichroic
filters and a phosphor which strongly emits red light and weakly emits
green and blue light
    • 使用二向色滤光器和强烈发射红光并且弱发射绿色和蓝色光的荧光体来打印彩色图像的方法和装置
    • US4831436A
    • 1989-05-16
    • US85859
    • 1987-08-14
    • Klaus BirgmeirEduard Wagensonner
    • Klaus BirgmeirEduard Wagensonner
    • B41J2/525G03B15/00G03B27/32G03B27/73H04N1/50H04N1/60
    • H04N1/508G03B15/003
    • A colored original is scanned in each of the three primary colors red, green and blue to generate a series of electrical imaging signals for each such color. The signals are electronically processed and then sent to a cathode ray tube having a screen which is coated with a phosphor. The cathode ray tube successively converts the signals of the different series into optical images having the respective primary colors red, green and blue. The images are formed on the screen of the cathode ray tube thereby exciting the phosphor which luminesces to generate printing light. The differently colored images are successively printed on photographic color paper using the printing light emitted by the phosphor as well as respective red, green and blue filters. The phosphor is a rare earth phosphor which emits strongly in the red region of the spectrum and only weakly in the green and blue regions of the spectrum. The weak emissions in the green and blue regions of the spectrum are compensated for by using dichroic green and blue filters having high transmissivities. On the other hand, the strong emission of the phosphor in the red region of the spectrum is balanced by employing copy paper having relatively low sensitivity in this region. Such compensation and balancing make it possible to achieve equal or almost equal exposure times in the different primary colors.
    • 在三原色红色,绿色和蓝色中的每一种中扫描彩色原稿以产生用于每种这样的颜色的一系列电成像信号。 信号被电子处理,然后发送到具有涂覆有荧光体的屏幕的阴极射线管。 阴极射线管将不同系列的信号连续地转换成具有红色,绿色和蓝色各自原色的光学图像。 图像形成在阴极射线管的屏幕上,从而激发发光的荧光体以产生印刷光。 使用由磷光体发射的印刷光以及相应的红色,绿色和蓝色滤光片,将不同颜色的图像依次印刷在照相彩色纸上。 磷光体是在光谱的红色区域强烈发射的稀土荧光体,并且在光谱的绿色和蓝色区域中仅发生弱光。 通过使用具有高透射率的二向色绿色和蓝色滤光片来补偿光谱的绿色和蓝色区域中的弱发射。 另一方面,通过在该区域使用具有较低灵敏度的复印纸来平衡光谱的红色区域中的荧光体的强烈发射。 这种补偿和平衡使得可以在不同的原色中实现相等或几乎相等的曝光时间。
    • 9. 发明授权
    • Photographic camera with automatic focussing system
    • 具有自动聚焦系统的摄影相机
    • US4265528A
    • 1981-05-05
    • US20240
    • 1979-03-13
    • Frledrich BestenreinerKlaus Birgmeir
    • Frledrich BestenreinerKlaus Birgmeir
    • G02B7/28G03B3/00G03B7/08
    • G02B7/28
    • Upon termination of shooting, the exposure objective of a still or motion-picture camera is automatically returned to a predetermined starting position, such as at the middle of the available range of distance-settings. If the camera's focussing system is fully automatic, this is preferably achieved by overriding normal operation of the focussing system by a command signal indicating that the objective is to be brought to starting position and substituted for the normal-operation command signal generated in dependence upon physically measured camera-to-subject distance. If the normal-operation command signal of the system is manually selected, as in the case of a closed-loop positioning system wherein the command transducer is manually adjusted, or as in the case of an open-loop positioning system in which the actuating signal of the system is manually established, the signal commanding or actuating a return to starting setting is likewise substituted for the normal-operation command or actuating signal.
    • 在拍摄结束时,静止或动态相机的曝光目标自动地返回到预定的开始位置,例如在距离设置的可用范围的中间。 如果摄像机的聚焦系统是全自动的,则优选地通过用指示将目标进入起始位置的指令信号覆盖聚焦系统的正常操作来代替根据物理地产生的正常操作命令信号来实现 测量摄像机到拍摄对象的距离。 如果手动选择系统的正常操作命令信号,如在手动调整命令换能器的闭环定位系统的情况下,或者在开环定位系统的情况下,其中致动信号 手动建立系统的命令或启动返回到开始设置的信号同样代替正常操作命令或启动信号。