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    • 1. 发明授权
    • Vacuum control for vacuum holddown
    • 真空压紧真空控制
    • US06254090B1
    • 2001-07-03
    • US09292125
    • 1999-04-14
    • John D. RhodesSteve O. RasmussenAngela ChenGeoff Wotton
    • John D. RhodesSteve O. RasmussenAngela ChenGeoff Wotton
    • B65H508
    • G03G15/6597B41J11/0085B41J13/226B65H5/222B65H2406/332B65H2406/351B65H2406/3632
    • A mechanism for manifolding a vacuum force to separate surface sectors of a vacuum holddown uses subsurface ducting to apply the vacuum to separate subsurface vacuum plenums wherein each is fluidically coupled to a separate surface sectors. The plenum is segregated by a diaphragm into surface side and vacuum side cavities. Trigger ports and appropriate ducting through the holddown subjacent the surface associated with each sector determine how the vacuum is routed. Only when a trigger port is covered is the vacuum routed to the surface sector associated therewith. The system can be implemented in planar or curvilinear constructs and be provided with features to accommodate a near-continuous range of flexible material sizes. A specific implementation in an ink-jet hard copy apparatus is also described.
    • 用于歧管真空力以分离真空压紧的表面部分的机构使用地下管道将真空施加到分开的地下真空室,其中每个都与流体耦合到单独的表面扇区。 气室通过隔膜分隔成表面侧和真空侧腔。 触发端口和通过与每个扇区相关联的表面下方的压盖的适当管道决定了真空如何路由。 只有当触发端口被覆盖时,真空被引导到与其相关联的表面扇区。 该系统可以在平面或曲线构造中实现,并且具有能够适应近连续范围的柔性材料尺寸的特征。 还描述了喷墨硬拷贝装置中的具体实现。
    • 4. 发明授权
    • Belt-type media support for a printer
    • 带式媒体支持打印机
    • US06394596B1
    • 2002-05-28
    • US09413078
    • 1999-10-05
    • Geoff WottonSteve O. RasmussenJohn D. Rhodes
    • Geoff WottonSteve O. RasmussenJohn D. Rhodes
    • B41J201
    • B65H5/224B41J11/007B41J11/0085B41J11/06
    • A belt-type support for moving print media such as paper through a printer includes a flexible belt that is supported in a manner such that friction is minimized and such that the paper that is supported on the belt is advanced precisely through the print zone of the printer. The support is provided in conjunction with a uniform distribution of vacuum pressure to the paper carried by the belt. In one preferred embodiment, there is provided a rigid, flat platen for supporting a uniformly porous belt. The platen has a number of rollers on its surface to minimize the friction developed between the platen surface and the moving belt. The platen surface also includes ports to provide a uniform distribution of vacuum pressure to the porous belt. In another embodiment, sliders are carried in the support surface of the platen to minimize frictional contact with the moving belt. Another embodiment includes substantially flat platen surface with a low-friction material layer disposed between the belt and platen surface for facilitating movement of the belt over the platen.
    • 用于通过打印机移动诸如纸张的打印介质的带式支撑件包括柔性带,该柔性带以使得摩擦最小化的方式被支撑,并且使得被支撑在带上的纸精确地前进通过印刷区 打印机。 该支撑件与真空压力的均匀分布一起提供给由皮带承载的纸张。 在一个优选实施例中,提供了一种用于支撑均匀多孔带的刚性平坦压板。 压板在其表面上具有多个辊,以最小化在压板表面和移动带之间产生的摩擦。 压板表面还包括端口,以向多孔带提供均匀的真空压力分布。 在另一个实施例中,滑块被承载在压板的支撑表面中以最小化与移动带的摩擦接触。 另一个实施例包括基本平坦的压板表面,其中设置在带和压板表面之间的低摩擦材料层,以便于带移动到压板上。