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    • 3. 发明申请
    • PROCESS FOR THE MANUFACTURE OF AN OBJECT WITH A COLOURED MARKING
    • 用彩色标记制作对象的过程
    • WO1998019868A1
    • 1998-05-14
    • PCT/NL1997000608
    • 1997-11-05
    • DSM N.V.VAN DEN ELSHOUT, Wilhelmus, Henricus, Hubertus, AntoniusAAGAARD, Olav, Marcus
    • DSM N.V.
    • B41M05/36
    • B41M5/34B41M5/267G03C7/02G03C7/46
    • The invention relates to a process for the manufacture of an object with a coloured marking by irradiating the surface of the object with laser light in the form of the marking, wherein at least at the place where the marking is applied the object consists of a plastic composition comprising at least three prechrome compounds which only acquire their colour-generating capacity after a colour-generating treatment and which under the influence of laser light can lose their colour-generating capacity again, the surface of the object being subjected to the colour-generating treatment at least at the place where the marking is applied, after which the surface of the object is irradiated with laser light in the shape of the marking, the prechrome compounds having been chosen such that and being present in such a concentration that with each wavelength between 400 and 700 nanometers at least part of the amount of incident light is absorbed.
    • 本发明涉及通过用标记形式的激光照射物体的表面来制造具有彩色标记的物体的方法,其中至少在施加标记的地方,物体由塑料 包含至少三种仅在色彩处理后获得其发色能力的预色素化合物的组合物,并且在激光的影响下再次失去其发色能力,物体的表面经受着色产生 至少在施加标记的地方进行处理,之后用标记形式的激光照射物体的表面,所述预色素化合物被选择为使得以每个波长的浓度存在 在400和700纳米之间,入射光的至少一部分被吸收。
    • 5. 发明申请
    • PROCESSLESS COLOR IMAGING AND FILM THEREFOR
    • 无滤色成像及其影像
    • WO1987005718A1
    • 1987-09-24
    • PCT/US1987000255
    • 1987-02-06
    • GAF CORPORATION
    • GAF CORPORATIONLEWIS, David, F.KUSZEWSKI, James, R.
    • G03C07/00
    • G03C7/46G03C1/732G03C1/733G03C5/56
    • Multilayered image receptive film developed in distinguishable colors by kinetic energy imparted by radiant beam exposure which comprises (a) a first imaging layer composed of an aliphatic, polymeric binder containing from about 40 wt. % to about 70 wt. % of labile halogen, said binder capable of dehydrohalogenation at address points of radiant energy exposure and having dispersed therein a first polyphenylmethane compound capable of forming a first halide salt dye upon generation of hydrogen halide from said binder; (b) a second imaging layer similar to said first imaging layer and contiguously disposed below said first imaging layer, containing a second and distinct polyphenylmethane compound capable of forming a halide salt dye of a color distinguishable from that of said first halide salt dye and (c) a conductive support for layers (a) and (b). The invention also relates to a process of multi-color imaging by subjecting said film to a plurality of radiant energy exposures at critically distinct beam energies individually modulated in accordance with the thickness of each imaging layer to effect penetration and exposure of the first and second imaging layers separately and to form halide salt dyes of distinguishable colors in said first and second imaging layers at the respective points of beam address.
    • 通过由辐射束曝光赋予的动能,以可分辨的颜色开发的多层图像接受膜,其包括(a)由脂肪族聚合物粘合剂组成的第一成像层,所述第一成像层含有约40wt。 %至约70wt。 %的不稳定卤素,所述粘合剂能够在辐射能量暴露的地址处脱卤化氢,并且在其中分散有能够从所述粘合剂产生卤化氢时能够形成第一卤化物盐染料的第一聚苯基甲烷化合物; (b)类似于所述第一成像层并连续地设置在所述第一成像层下方的第二成像层,其包含能够形成与所述第一卤化物盐染料区别的颜色的卤化物盐染料的第二和不同的聚苯基甲烷化合物,和 c)层(a)和(b)的导电支撑。 本发明还涉及一种多色成像的方法,该方法通过使所述薄膜经受根据每个成像层的厚度单独调制的关键不同光束能量的多个辐射能量曝光,以实现第一和第二成像的穿透和曝光 并且在波束地址的各个点处在所述第一和第二成像层中形成可区分颜色的卤化物染料。
    • 6. 发明申请
    • PROCESSLESS COLOR IMAGING AND FILM THEREFOR
    • 无滤色成像及其影像
    • WO1987005717A1
    • 1987-09-24
    • PCT/US1987000254
    • 1987-02-06
    • GAF CORPORATION
    • GAF CORPORATIONLEWIS, David, F.
    • G03C07/00
    • G03C7/46G03C1/73G03C1/733
    • Multilayered image receptive film capable of being developed in distinguishable colors by kinetic energy imparted by radiant beam exposure which comprises (a) a first imaging layer composed of an aliphatic, polymeric binder containing from about 40 wt. % to about 70 wt. % of labile halogen, said binder capable of dehydrohalogenation at address points of radiant energy exposure and having dispersed therein a leuco base polyphenylmethane compound capable of forming a halide salt dye as a first color upon generation of hydrogen halide from said binder; (b) a separate imaging layer composed of a base film containing a photosensitive polyacetylenic compound having at least two acetylenic linkages in a conjugated system and contiguously disposed below said first imaging layer capable of forming a dye of a color distinguishable from that of said halide salt dye and (c) a conductive support for layers (a) and (b). The invention also relates to a process of multi-color imaging by subjecting said film to a plurality of radiant energy exposures at critically distinct beam energies and exposure dosages individually modulated in accordance with the sensitivity of the dye developing compound in each imaging layer to form dyes of distinmguishable colors in each of said imaging layer at the respective points of beam address.
    • 能够通过由辐射束曝光赋予的动能以可分辨颜色显影的多层图像接受膜,其包括(a)由脂肪族聚合物粘合剂组成的第一成像层,所述第一成像层含有约40wt。 %至约70wt。 %的不稳定卤素,所述粘合剂能够在辐射能量暴露的地点处脱卤化氢,并且在其中分散有能够从所述粘合剂产生卤化氢时形成卤化物盐染料作为第一颜色的无色碱性聚苯基甲烷化合物; (b)单独的成像层,其由含有在共轭体系中具有至少两个炔键的感光性聚乙炔化合物的基底膜构成,并且邻接地设置在所述第一成像层下方,能够形成与所述卤化物盐的颜色不同的颜色的染料 染料和(c)层(a)和(b)的导电载体。 本发明还涉及一种多色成像方法,该方法通过使所述薄膜经受各种不同束光能量下的多个辐射能量曝光和根据染料显影化合物在每个成像层中的灵敏度单独调制的曝光剂量,以形成染料 在波束地址的各个点处的每个所述成像层中的可分辨颜色。