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    • 7. 发明授权
    • Photosensitive material in use for diazo-type multicolor reproduction
    • 用于重氮型多色再生的感光材料
    • US3944422A
    • 1976-03-16
    • US068516
    • 1970-08-31
    • Kouzi NihyakumenToshihiro KouchiTaizo YokoyamaYasuo UedaYasutoki KamezawaTatsuo Aizawa
    • Kouzi NihyakumenToshihiro KouchiTaizo YokoyamaYasuo UedaYasutoki KamezawaTatsuo Aizawa
    • G03C5/18G03C1/61G03C7/46G03C1/58
    • G03C7/46G03C1/61Y10T428/24835Y10T428/24901
    • An improved process for diazo-type multicolor reproduction comprisingA. exposing to light an assembly comprisingI. an original comprising opaque image areas and complementary non-image areas which transmit light,Ii. a photosensitive layer containing at least one photosensitive diazonium salt (c), an azo coupler (b) and a substantially non-thermovolatile acidic substance (d), the acidic substance (d) being present in an amount of at least 5 mols per mol of the diazonium salt (c), andIii. a layer of a thermovolatile or sublimable coupler (a) disposed between the original and the photosensitive layer in face-to-face contact with the photosensitive layer in areas corresponding to only a selected portion of the total image areas of the original,The coupler (a) having a higher coupling rate under developing conditions than the coupler (b), and a dyestuff formed from the coupler (a) and the diazonium salt (c), and a dyestuff formed from the coupler (b) and the diazonium salt (c) having hues different from one another, to form latent image areas on the photosensitive layer corresponding to the image areas of the original;B. heating the assembly to thereby transfer the coupler (a) onto the surface of the photosensitive layer, steps (A) and (B) being carried out coincidentally, or in the order of (A) to (B), or (B) to (A); andC. thereafter developing the exposed photosensitive layer whereby a multicolor reproduction is obtained in which image areas of one color correspond with areas where the coupler (a) has coupled with the diazonium salt (c), and in which image areas of another color correspond with the remaining image areas where the coupler (b) has coupled with the diazonium salt (c).
    • 一种用于重氮型多色再现的改进方法,包括A.曝光光,组装包括I.包含OPAQUE图像区域和包含透射光的补充非图像区域的原始图像。 含有至少一种光敏二盐酸盐(C),AZO偶联剂(B)和主要非热稳定性酸性物质(D)的感光层,酸性物质(D)以至少5 MOLS以上的量存在 (C)和III。 一个热变性或可接触的耦合器层(A)处于原始状态和感光层之间,与地面上的感光层接触,仅与原始图像区域中的选定部分相关联, (A)和DIAZONIUM SALT(C)形成的DYESTUFF和来自该联合体(B)和DIAZONIUM SALT(C)的DYESTUFF形成的联合体(B) C)具有不同于其他另一种的形式,在形成图像区域的图像区域对应于原始图像区域的感光层; B.加热组件从而将耦合器(a)转移到感光层的表面上,步骤(A)和(B)巧合地或按照(A)至(B)或(B )至(A); 和C.然后显影曝光的感光层,从而获得多色再现,其中一种颜色的图像区域与耦合器(a)与重氮盐(c)结合的区域对应,并且其中另一颜色的图像区域对应于 其中成色剂(b)与重氮盐(c)偶联的剩余图像区域。
    • 9. 发明授权
    • Developer for electrostatic photography and process for preparation
thereof
    • 静电摄影用显影剂及其制备方法
    • US4264698A
    • 1981-04-28
    • US732759
    • 1976-10-15
    • Hiroshi TakayamaTatsuo Aizawa
    • Hiroshi TakayamaTatsuo Aizawa
    • G03G9/08G03G9/083G03G9/09G03G9/10G03G9/14
    • G03G9/0837G03G9/0904G03G9/10Y10T428/2998
    • A developer for electrostatic photography consisting essentially of a dry blend of (A) substantially spherical fixing magneto-sensitive particles of a composition comprising a binder medium and a fine powder of a magnetic material dispersed in the binder medium, the substantially spherical particles (A) have on their surfaces fine convexities and concavities formed by spraying a dispersion of the composition into a drying atmosphere and have a particle size of 2 to 44 microns, and (B) flowability- and electric resistance-controlling fine particles having a volume resistivity not higher than 10.sup.12 .omega.-cm and a particle size not larger than 1/10 of the particle size of the substantially spherical particles (A). The fine particles (B) are distributed predominantly on the surface portion of said spherical particles (A). The mixing weight ratio of (A):(B) is in the range of from 1000:1 to 50:1.
    • 用于静电摄影的显影剂,其基本上由(A)基本上球形的包含粘合剂介质的组合物的固体感磁性颗粒和分散在粘合剂介质中的磁性材料的细粉末的干混合物组成,基本上为球形的颗粒(A) 在其表面上具有通过将组合物的分散体喷雾到干燥气氛中并具有2至44微米的粒度而形成的细小的凸起和凹陷,以及(B)体积电阻率不高的流动性和电阻控制微粒 大于1012Ω·cm,粒径不大于基本上球形颗粒(A)的粒度的1/10。 细颗粒(B)主要分布在所述球形颗粒(A)的表面部分上。 (A):(B)的混合重量比在1000:1〜50:1的范围内。