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    • 9. 发明公开
    • RELIEF DECORATING OF CERAMIC ARTICLES USING SCREEN PRINTING PROCESSES
    • 救生员德克马尔·卡梅西森·安东尼·德里奇·斯坦福德
    • EP0928245A4
    • 2000-02-02
    • EP97945255
    • 1997-09-11
    • CHARTPAK INC
    • DE BASTIANI NORMAN PCARLSON RICHARD R
    • B41F15/34B41C1/06B41M1/12B41M3/12B44C1/17B44C1/14C04B41/45
    • B41M1/12B41M3/12B44C1/1712
    • This invention is a process for a production basis relief decorating of ceramic articles. The process provides for a special technique for screen printing of relief features onto the surface of a transfer decal sheet (13), typically a decal sheet that has previously been printed with a conventional, two-dimensional primary design (19). The new process includes a screen printing stencil (31) of unusual thickness characterized by having non-convergent through openings (32). Ceramic inks are formulated to heavy viscosity in excess of one million cps. The ink is flow resistant in character, and is forced through the stencil openings by a slow moving squeegee (42). The printed design is transferred to a ceramic article (10) for the decal sheet, and is then fused to the ceramic article by kiln firing in the usual way. The relief design elements (12, 45) stand out prominently in three dimensions on the ceramic article.
    • 一种用于陶瓷制品的生产基础消除装饰的方法。 代替常规的手动应用浮雕特征,该方法提供了一种用于将浮雕特征丝网印刷到转印贴花纸的表面上的特殊技术,通常是先前已经印有常规二维原始纸的贴花纸 设计。 新工艺包括不均匀厚度的至少0.015“至多达0.125”的丝网印刷模板,其特征在于具有不受限制的非会聚通孔。 陶瓷油墨被配制成重的粘度,具有与花生酱相当的特征,其粘度超过100万厘泊。 油墨具有流动性,并通过慢速移动的刮板被迫穿过模板孔。 刮板的作用是在提取模板之前提供油墨与转印贴纸的表面的更长的驻留时间。 将印刷设计从贴花片转移到陶瓷制品中,然后以通常的方法通过窑烧制将其熔合到陶瓷制品上。 浮雕设计元素在陶瓷制品上三维突出。 通过本发明的实践可以实现非凡的生产经济。
    • 10. 发明申请
    • NANOSCALE ELECTRIC LITHOGRAPHY
    • WO2005070167A3
    • 2007-05-31
    • PCT/US2005000901
    • 2005-01-12
    • UNIV CALIFORNIACHEN YONG
    • CHEN YONG
    • B41D7/00B05D1/00B05D3/00B41C1/06B41F9/00B41F33/00G03F7/00H01T14/00H05C1/04H05H1/48
    • B82Y10/00B82Y30/00B82Y40/00G03F7/0002G03G13/28G03G13/283G03G13/286
    • A nanoscale lithographic method in which a reusable conductive mask, having a pattern of conductive surfaces and insulating surfaces, is positioned upon a substrate whose surface contains an electrically responsive resist layer over a buried conductive layer. When an electric field is applied between the conductive mask and buried conductive layer, the resist layer is altered in portions adjacent the conductive areas of the mask. Selective processing is performed on the surface of the substrate, alter mask removal, to remove portions of the resist layer according to the pattern transferred from the mask. The substrate may be a target substrate, or the substrate may be utilized for a lithographic masking step of another substrate. In one aspect of the invention the electrodes to which the charge is applied are divided, such as into a plurality of rows and columns wherein any desired pattern may be created without the need to fabricate specific masks.
    • 一种纳米级光刻方法,其中具有导电表面和绝缘表面图案的可重复使用的导电掩模位于其表面在掩埋导电层上包含电响应抗蚀剂层的基底上。 当在导电掩模和掩埋导电层之间施加电场时,抗蚀剂层在与掩模的导电区域相邻的部分中改变。 在基板的表面上进行选择性处理,改变掩模去除,以根据从掩模转印的图案去除抗蚀剂层的部分。 衬底可以是目标衬底,或者衬底可以用于另一衬底的光刻掩模步骤。 在本发明的一个方面,施加电荷的电极被分割成多个行和列,其中可以创建任何期望的图案,而不需要制造特定的掩模。