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    • 8. 发明授权
    • Process for producing support for lithographic printing plate
    • 平版印刷版支撑工艺
    • US4909894A
    • 1990-03-20
    • US279227
    • 1988-11-28
    • Akio UesugiKazutaka OdaTsutomu Kakei
    • Akio UesugiKazutaka OdaTsutomu Kakei
    • B24C1/06B41N3/00B41N3/04
    • B41N3/04
    • A process for producing a support for a lithographic printing plate is described, which comprises jetting a high-pressure liquid from at least one nozzle at a high rate, joining the jetted stream with a slurry containing a fine abrasive powder having a specific gravity of not less than 2.5 and having a sharp-angled tip having a radius of not more than 20 .mu.m, said slurry being spouted from at least one spout, directing the resulting mixed stream to strike against a surface of a metal sheet to carry out first graining, and modifying the first roughness thus formed on the metal sheet by brush graining to form a second roughness. Lithographic printing plates produced by using the resulting support are free from stain formation during printing and exhibit satisfactory printing durability.
    • 描述了一种用于制造平版印刷版支撑体的方法,其包括以高速喷射来自至少一个喷嘴的高压液体,将喷射流与含有比重不相同的细磨料粉末的浆料 小于2.5并且具有半径不超过20μm的尖角尖端,所述浆料从至少一个喷口喷出,引导所得到的混合物流撞击金属片的表面,以进行第一粗化 并且通过刷磨法改变如此形成的金属片上的第一粗糙度以形成第二粗糙度。 通过使用所得到的支持体制造的平版印刷版在印刷期间没有污渍形成并且表现出令人满意的印刷耐久性。
    • 9. 发明授权
    • Light-sensitive printing plate process
    • 感光印版工艺
    • US4251620A
    • 1981-02-17
    • US88916
    • 1979-10-29
    • Kazutaka OdaYoshio Okishi
    • Kazutaka OdaYoshio Okishi
    • G03F7/115G03F7/16G03F7/02G03C1/72
    • G03F7/115G03F7/16Y10S430/136Y10S430/151Y10S430/162
    • A light-sensitive printing plate with a coating layer with an uneven pattern removable during development provided on the surface thereof, which can be brought into intimate contact with an original image in a short period of time by vacuum adhesion. The light-sensitive printing plate is produced by taking up a coating solution from a coating solution pan by a gravure roll, scraping away excess coating solution adhering to the gravure roll by a doctor blade, transferring the coating solution still retained on the gravure roll to a coating roll made of rubber with a fine uneven pattern on the surface thereof which is turning in the same direction and at the same speed as the gravure roll, and transferring the coating solution thus transferred to the coating roll to a support running at the same speed and in the same direction as the coating roll.
    • 具有在显影期间可移除的不均匀图案的涂层的感光印版在表面上提供,其可以通过真空粘附在短时间内与原始图像紧密接触。 感光印版通过用凹版辊从涂布液中卷取涂布液,用刮刀刮去附着在凹版辊上的多余的涂布液,将保持在凹版辊上的涂布液转印到凹版辊上 在其表面上以与凹版辊相同的方向和速度转动的表面上具有精细不均匀图案的橡胶制成的涂布辊,将如此转印到涂布辊上的涂布溶液转印到在其上运行的支撑体上 速度和与涂布辊相同的方向。
    • 10. 发明授权
    • Device for performing continuous electrolytic treatment on a metal web
    • 用于在金属网上进行连续电解处理的装置
    • US4747923A
    • 1988-05-31
    • US939839
    • 1986-12-09
    • Kazutaka Oda
    • Kazutaka Oda
    • C25F7/00C25D7/06C25D11/00C25D17/00
    • C25D7/0685C25D7/0635
    • A cylindrical electrolytic treatment vessel, containing an electrolyte and serving as one electrode, rotatably mounts in a concentric manner a cylindrical rotary body which is mounted for rotation horizontally about its axis. The cylindrical rotary body has enlarged diameter portions at opposite axial ends and at least the peripheral surfaces of the enlarged diameter portions are made of an electrically insolative material. The rotor body has a central smaller diameter portion intermediate of the enlarged diameter portions which is formed of metal and constitutes a second electrode. Electricity is applied between the treatment vessel and the cylindrical rotor body electrode. The metal web is rotatably supported along opposed side edge portions of the web by the electrically insulative surfaces of the enlarged diameter portions of the body so that continuous electrolytic treatment is effected to the metal web as it passes through the electrolyte.
    • 包含电解质并用作一个电极的圆柱形电解处理容器以同心方式可旋转地安装为圆柱形旋转体,该圆柱形旋转体安装成围绕其轴线水平旋转。 圆柱形旋转体在相对的轴向端部具有增大的直径部分,并且至少扩大直径部分的周边表面由电绝缘材料制成。 转子体具有由金属形成的扩大直径部分中间的中心较小直径部分,并构成第二电极。 在处理容器和圆柱形转子体电极之间施加电力。 金属网通过主体的扩大直径部分的电绝缘表面可旋转地支撑在幅材的相对侧边缘部分上,使得当金属网通过电解质时对金属网进行连续的电解处理。