Inking for color-inkjet printers, using non-integral drop averages, media-varying inking, or more than 2 drops/pixel
    2.
    发明公开
    Inking for color-inkjet printers, using non-integral drop averages, media-varying inking, or more than 2 drops/pixel 失效
    着色使用分数降彩色喷墨打印机是指依赖载波的配色方案,或每像素两个以上的液滴。

    公开(公告)号:EP0622951A2

    公开(公告)日:1994-11-02

    申请号:EP94303067.6

    申请日:1994-04-28

    IPC分类号: H04N1/46

    摘要: At least one certain primary or secondary color is established that receives special treatment for at least one printing medium. Such treatment may include (1) using more than two drops of primaries per pixel for binary printing of a particular secondary; or (2) binary-printing the chromatic primary or secondary -- but not other hues -- after rendition, by use of a "superpixel"; or (3) application of, in effect, a nonintegral number, greater than one, of ink drops per pixel; or (4) combinations of these treatments. As an example of the first of these treatments -- using inks optimized for plain paper at one drop of ink for primaries and two (one of each of two primaries) for secondaries -- red is printed on transparency film as one drop of yellow ink and two of magenta in each pixel. As to the second treatment, the superpixel is preferably a group of pixels ( e. g. , a two-by-two array) including the target pixel, in which group each pixel is inked and at least one pixel receives at least two drops of ink. In particular -- still assuming inks optimized for plain paper as described above -- to print red on so-called "glossy media" (meaning nontransparent glossy media), one drop each of yellow and magenta is used in each of two opposite corners, and one drop of yellow and two drops of magenta are used in each of the remaining corners. Analogously, to print green on transparency film, one drop each of yellow and cyan is used in each of two opposite corners, and one drop of yellow and two drops of cyan are used in each of the remaining corners; and to print blue on transparency film one drop each of magenta and cyan is used in two opposite corners, and one of magenta and two of cyan are used in remaining corners.

    摘要翻译: 至少一个伯或仲某些颜色被设定没有经过特殊处理用于至少一个打印介质上。 搜索处理可以包括使用每像素初选用于特定次要的二进制打印的两个以上的滴(1); 或(2)二进制印刷色伯或仲 - 但不是其它色调 - 再现后,通过使用“超级像素”的; 或(3)的,应用实际上,一个非整数量大于一,每像素的墨滴; 或(4)的合成处理的组合。 随着第一-的合成处理的一个例子 - 使用油墨在用于原色为次级一滴墨水和两个(每两个基色中的一个),用于普通纸优化 - 红色被印刷在透明膜,为黄色一滴墨水 和两个在每个像素中的品红色。 至于第二个处理,超像素,优选为一组像素(例如G.,A二乘二阵列)包括所述目标像素,其中组中的每个像素被着墨和至少一个像素接收油墨的至少两滴。 特别 - 无声假设如上所述油墨的普通纸优化 - 打印红色的所谓“光泽介质”(意为不透明的光泽介质),一个液滴每个的黄色和品红色,在每个的两个相对的角部中使用, 和黄色一滴和品红两滴在每个剩余的角部使用。 类似地,打印绿色透明度电影,一个降每个黄色和青色中的每个的两个相对角,和黄色一滴和青色的两滴在每个剩余的角部被用于使用; 和打印蓝色透明薄膜酮下降每个品红色和青色的是在两个相对的角部中使用,和品红色中的一个和两个青色的其余角被使用。

    Inking for color-inkjet printers, using non-integral drop averages, media-varying inking or more than 2 drops/pixel
    3.
    发明公开
    Inking for color-inkjet printers, using non-integral drop averages, media-varying inking or more than 2 drops/pixel 失效
    采用分数降装置,从属载波的配色方案,或每像素两个以上滴着色为彩色喷墨打印机

    公开(公告)号:EP1102476A2

    公开(公告)日:2001-05-23

    申请号:EP01200414.9

    申请日:1994-04-28

    IPC分类号: H04N1/46 H04N1/54

    摘要: At least one certain primary or secondary color is established that receives special treatment for at least one printing medium. Such treatment may include (1) using more than two drops of primaries per pixel for binary printing of a particular secondary; or (2) binary-printing the chromatic primary or secondary -- but not other hues -- after rendition, by use of a "superpixel"; or (3) application of, in effect, a nonintegral number, greater than one, of ink drops per pixel; or (4) combinations of these treatments. As an example of the first of these treatments -- using inks optimized for plain paper at one drop of ink for primaries and two (one of each of two primaries) for secondaries -- red is printed on transparency film as one drop of yellow ink and two of magenta in each pixel. As to the second treatment, the superpixel is preferably a group of pixels ( e. g. , a two-by-two array) including the target pixel, in which group each pixel is inked and at least one pixel receives at least two drops of ink. In particular -- still assuming inks optimized for plain paper as described above -- to print red on so-called "glossy media" (meaning nontransparent glossy media), one drop each of yellow and magenta is used in each of two opposite corners, and one drop of yellow and two drops of magenta are used in each of the remaining corners. Analogously, to print green on transparency film, one drop each of yellow and cyan is used in each of two opposite corners, and one drop of yellow and two drops of cyan are used in each of the remaining corners; and to print blue on transparency film one drop each of magenta and cyan is used in two opposite corners, and one of magenta and two of cyan are used in remaining corners.

    摘要翻译: 至少一个伯或仲某些颜色被设定没有经过特殊处理用于至少一个打印介质上。 搜索处理可以包括使用每像素初选用于特定次要的二进制打印的两个以上的滴(1); 或(2)二进制印刷色伯或仲 - 但不是其它色调 - 再现后,通过使用“超级像素”的; 或(3)的,应用实际上,一个非整数量大于一,每像素的墨滴; 或(4)的合成处理的组合。 随着第一-的合成处理的一个例子 - 使用油墨在用于原色为次级一滴墨水和两个(每两个基色中的一个),用于普通纸优化 - 红色被印刷在透明膜,为黄色一滴墨水 和两个在每个像素中的品红色。 至于第二个处理,超像素,优选为一组像素(例如G.,A二乘二阵列)包括所述目标像素,其中组中的每个像素被着墨和至少一个像素接收油墨的至少两滴。 特别 - 无声假设如上所述油墨的普通纸优化 - 打印红色的所谓“光泽介质”(意为不透明的光泽介质),一个液滴每个的黄色和品红色,在每个的两个相对的角部中使用, 和黄色一滴和品红两滴在每个剩余的角部使用。 类似地,打印绿色透明度电影,一个降每个黄色和青色中的每个的两个相对角,和黄色一滴和青色的两滴在每个剩余的角部被用于使用; 和打印蓝色透明薄膜酮下降每个品红色和青色的是在两个相对的角部中使用,和品红色中的一个和两个青色的其余角被使用。

    Inking for color-inkjet printers, using non-integral drop averages, media-varying inking or more than 2 drops/pixel
    4.
    发明公开
    Inking for color-inkjet printers, using non-integral drop averages, media-varying inking or more than 2 drops/pixel 失效
    采用分数降装置,从属载波的配色方案,或每像素两个以上滴着色为彩色喷墨打印机

    公开(公告)号:EP1102476A3

    公开(公告)日:2001-07-18

    申请号:EP01200414.9

    申请日:1994-04-28

    IPC分类号: H04N1/46

    摘要: At least one certain primary or secondary color is established that receives special treatment for at least one printing medium. Such treatment may include (1) using more than two drops of primaries per pixel for binary printing of a particular secondary; or (2) binary-printing the chromatic primary or secondary -- but not other hues -- after rendition, by use of a "superpixel"; or (3) application of, in effect, a nonintegral number, greater than one, of ink drops per pixel; or (4) combinations of these treatments. As an example of the first of these treatments -- using inks optimized for plain paper at one drop of ink for primaries and two (one of each of two primaries) for secondaries -- red is printed on transparency film as one drop of yellow ink and two of magenta in each pixel. As to the second treatment, the superpixel is preferably a group of pixels (e. g., a two-by-two array) including the target pixel, in which group each pixel is inked and at least one pixel receives at least two drops of ink. In particular -- still assuming inks optimized for plain paper as described above -- to print red on so-called "glossy media" (meaning nontransparent glossy media), one drop each of yellow and magenta is used in each of two opposite corners, and one drop of yellow and two drops of magenta are used in each of the remaining corners. Analogously, to print green on transparency film, one drop each of yellow and cyan is used in each of two opposite corners, and one drop of yellow and two drops of cyan are used in each of the remaining corners; and to print blue on transparency film one drop each of magenta and cyan is used in two opposite corners, and one of magenta and two of cyan are used in remaining corners.

    Inking for color-inkjet printers, using non-integral drop averages, media-varying inking, or more than 2 drops/pixel
    5.
    发明公开
    Inking for color-inkjet printers, using non-integral drop averages, media-varying inking, or more than 2 drops/pixel 失效
    着色使用分数降彩色喷墨打印机是指依赖载波的配色方案,或每像素两个以上的液滴。

    公开(公告)号:EP0622951A3

    公开(公告)日:1995-02-22

    申请号:EP94303067.6

    申请日:1994-04-28

    IPC分类号: H04N1/46

    摘要: At least one certain primary or secondary color is established that receives special treatment for at least one printing medium. Such treatment may include (1) using more than two drops of primaries per pixel for binary printing of a particular secondary; or (2) binary-printing the chromatic primary or secondary -- but not other hues -- after rendition, by use of a "superpixel"; or (3) application of, in effect, a nonintegral number, greater than one, of ink drops per pixel; or (4) combinations of these treatments. As an example of the first of these treatments -- using inks optimized for plain paper at one drop of ink for primaries and two (one of each of two primaries) for secondaries -- red is printed on transparency film as one drop of yellow ink and two of magenta in each pixel. As to the second treatment, the superpixel is preferably a group of pixels ( e. g. , a two-by-two array) including the target pixel, in which group each pixel is inked and at least one pixel receives at least two drops of ink. In particular -- still assuming inks optimized for plain paper as described above -- to print red on so-called "glossy media" (meaning nontransparent glossy media), one drop each of yellow and magenta is used in each of two opposite corners, and one drop of yellow and two drops of magenta are used in each of the remaining corners. Analogously, to print green on transparency film, one drop each of yellow and cyan is used in each of two opposite corners, and one drop of yellow and two drops of cyan are used in each of the remaining corners; and to print blue on transparency film one drop each of magenta and cyan is used in two opposite corners, and one of magenta and two of cyan are used in remaining corners.