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    • 7. 发明公开
    • Method and apparatus for storing imbricated sheets upon a pallet
    • Verfahren und Apparat zum Speichern vonBlätternin Schuppenformation auf einer Palette。
    • EP0522890A2
    • 1993-01-13
    • EP92401267.7
    • 1992-05-06
    • GRAPHIC MANAGEMENT ASSOCIATES, INC.
    • Terry, James D.
    • B65H33/04B65H31/00B65H29/66
    • B65H29/6645B65H29/34B65H31/00B65H33/04Y10S206/821
    • Imbricated or overlapped copies of printed material (10) are formed within a plurality of rows (8) to form a single layer (4) of a multi-layered and cubic-shaped stack (1). The stack (1) allows for more efficient use of space within the storage of printed materials (10), and allows for easier and faster storing and retrieving of the printed materials (10). The apparatus for forming the stack (1) includes a plurality of in-feed conveyors (22) which feed imbricated copy stream segments (8) to a shuttle assembly (41) upon a plurality of side-by-side rows. Once filled, the shuttle assembly (41) is positioned over a flat separator sheet (6) and drops the plurality of rows (8) onto the separator sheet (6), thereby forming a single layer (4). The layer (4) is formed directly upon a stack (1) which is formed upon a pallet (2). The separator sheet (6) of the formed layer (4) is supported by the copy streams (8) which lie below on the preceding separator sheet (6). The resulting stack (1) is cubic-shaped and includes a plurality of layers (4) of a plurality of side-by-side rows of relatively flat and horizontal imbricated copy streams (8) that run the full width of the pallet (2). A method of retrieving the copy streams (8) from the stack (1) to the conveyors (23,24) uses the same apparatus for forming the stack (1) and is substantially the reverse of the method of forming the stack (1).
    • 在多行(8)内形成印刷材料(10)的印刷或重叠的副本,以形成多层和立方体叠层(1)的单层(4)。 堆叠(1)允许更有效地利用印刷材料(10)的存储空间,并且允许更容易和更快速地存储和取回印刷材料(10)。 用于形成堆叠(1)的装置包括多个进给输送机(22),其在多个并排的行上将复制的复制流段(8)馈送到梭组件(41)。 一旦填充,梭组件(41)定位在平坦隔板(6)上方并将多个排(8)下落到隔板(6)上,从而形成单层(4)。 层(4)直接形成在形成在托盘(2)上的堆叠(1)上。 所形成的层(4)的隔片(6)由位于之前的隔板(6)下方的复印流(8)支撑。 所得到的堆叠(1)是立方体并且包括多个相对平坦和水平的复制流(8)并排排列的多个层(4),所述复制流(8)运行托盘的整个宽度 )。 将复制流(8)从堆叠(1)检索到输送机(23,24)的方法使用相同的装置来形成堆叠(1),并且与形成堆叠(1)的方法基本相反, 。