发明名称 Low noise articulating sheet guide
摘要 An articulating sheet guide is used in connection with a printing system. A primary media transport nip is disposed adjacent a media sheet source supplying a media sheet. A secondary media transport nip is downstream. A link has a front surface facing upstream, and a proximal end pivotally mounted. From adjacent the primary media transport, the link will pivot past the secondary media transport. A link pocket is disposed transversely to the process direction on the link front surface. The V-shaped link pocket is adapted to receive the media leading edge. The primary media transport nip will move the media sheet toward the link. The link pocket will receive the media leading edge. The media sheet movement will cause the link to move in an arcuate path guided by the pivotal movement of the link into engagement by the secondary media transport nip. The link pocket will release the media leading edge. The operation is nearly silent.
申请公布号 US8936241(B2) 申请公布日期 2015.01.20
申请号 US201313845861 申请日期 2013.03.18
申请人 Xerox Corporation 发明人 Moore Steven R.
分类号 B65H9/04;B65H9/06 主分类号 B65H9/04
代理机构 Hoffmann & Baron, LLP 代理人 Hoffmann & Baron, LLP
主权项 1. An articulating sheet guide, for use in connection with a printing system having a process direction, a media sheet source, and a media sheet having opposite top and bottom surfaces, the media sheet having a leading edge and an opposite trailing edge, the media sheet having a predetermined width along the leading edge, the articulating sheet guide comprising: a primary media transport adjacent the media sheet source; a secondary media transport downstream of the primary media transport; a link having at least one elongated element, the link having a front surface facing generally upstream of the process direction and an opposite rear surface, the link extending from a proximal end to a distal end, the link proximal end being pivotally mounted on the printing system for pivotal movement on a pivotal axis of the link from a starting position adjacent the primary media transport toward the secondary media transport to an ending position, wherein the link comprises exactly four bars; and at least one link pocket disposed transversely to the process direction on the link front surface, the link pocket being adapted to receive the media leading edge; so that the primary media transport will move the media sheet from the media sheet source toward the link, the link pocket will receive the media leading edge adjacent to the primary media transport, the media sheet movement will cause the link to move pivotally, the media sheet will move along an arcuate path guided by movement of the link pocket resulting from the pivotal movement of the link, the link pocket will guide the media sheet into engagement with the secondary media transport and, thereafter, the link pocket will release the media leading edge.
地址 Norwalk CT US