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    • 4. 发明授权
    • Apparatus for handling flexible sheet material of different sizes
    • 用于处理不同尺寸的柔性片材的装置
    • US4202542A
    • 1980-05-13
    • US856552
    • 1977-12-01
    • Gerald B. LammersRobert T. Ritchie
    • Gerald B. LammersRobert T. Ritchie
    • G03B27/20B65H5/12B65H5/22B65H29/24G03G15/00G03G21/00G03G21/16
    • B65H29/243B65H5/226
    • A low inertia rotary drum supports sheets of paper of different sizes for transport and processing. The drum has a plurality of leading edge ports formed in its surface along the length of the drum. A vacuum is selectively applied to one or more of the ports in accordance with the dimension of the paper in the direction of the length of the drum. The drum has a plurality of sets of trailing edge ports formed in its surface with each of the sets being disposed a predetermined arcuate distance from the set of leading edge ports in accordance with the other dimension of the paper. Each set of trailing edge ports has the ports arranged longitudinally along the drum and parallel to the set of leading edge ports. Only one set of trailing edge ports extends for the same length as the set of the leading edge ports. One of the sets of the trailing edge ports has a vacuum applied thereto with the same number of ports of the trailing edge set having the vacuum applied thereto as the number of the leading edge ports.
    • 低惯性旋转鼓支持不同尺寸的纸张,用于运输和加工。 滚筒具有沿着滚筒的长度在其表面上形成的多个前缘端口。 根据纸的长度方向上的纸张的尺寸,真空被选择性地施加到一个或多个端口。 滚筒具有在其表面中形成的多组后缘端口,其中每个组根据纸张的另一个尺寸设置成与该组前缘端口预定的弓形距离。 每组后缘端口具有沿着滚筒纵向布置并平行于前缘端口组的端口。 只有一组后缘端口的长度与前端端口的长度相同。 后缘端口组中的一个具有施加到其上的真空,其中具有施加到其上的真空的后缘组的相同数量的端口作为前缘端口的数量。
    • 6. 发明授权
    • Charge electrode array for multi-nozzle ink jet array
    • 用于多喷嘴喷墨阵列的充电电极阵列
    • US4194211A
    • 1980-03-18
    • US917144
    • 1978-06-19
    • Arthur R. HoffmanGerald B. Lammers
    • Arthur R. HoffmanGerald B. Lammers
    • B41J2/085B41J2/09G01D15/18
    • B41J2/085
    • A charge electrode array for a multi-nozzle ink jet array is fabricated from alternate layers of stainless steel and epoxy resin. The charge electrode array may be formed by positioning stainless steel tabs in previously grooved nonconductive substrate such as ceramic. The grooves are spaced sufficiently apart to allow insulating material to be placed between each stainless steel tab. Alternatively, a stainless steel plate may be bonded to a nonconductive substrate. Then the stainless steel can be sliced so that insulating material can be placed between each stainless steel strip. Epoxy fills the gap between tabs or strips forming an insulating layer. An ink drop charging channel through each tab or strip is formed by drilling through the tips of the steel tabs or strips, or by cutting U-shaped channels through the tips of the tabs or strips.
    • 用于多喷嘴喷墨阵列的电荷电极阵列由不锈钢和环氧树脂的交替层制成。 充电电极阵列可以通过将不锈钢突片定位在预先开槽的非导电基底(例如陶瓷)中而形成。 槽间隔足够大,以使绝缘材料放置在每个不锈钢接头之间。 或者,不锈钢板可以结合到非导电基板。 然后可以切割不锈钢,以便绝缘材料可以放置在每个不锈钢带之间。 环氧填充形成绝缘层的突片或条带之间的间隙。 通过穿过钢制突片或条带的尖端,或者通过穿过突出部或条带的尖端切割U形通道来形成通过每个突片或条带的墨滴充电通道。