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    • 7. 发明授权
    • On-edge stacking apparatus
    • US06540223B2
    • 2003-04-01
    • US10091196
    • 2002-03-05
    • Joseph J. KeaneDonato C. FaroleGlenn A. Nester
    • Joseph J. KeaneDonato C. FaroleGlenn A. Nester
    • B65H2940
    • B65H31/36B65H31/06B65H33/06B65H2404/1112B65H2404/722B65H2513/40B65H2515/34B65H2701/1916B65H2220/02B65H2220/11B65H2220/01
    • A stacking apparatus for stacking flat articles on edge is provided where each article has a front perimeter edge and two faces and the stacking apparatus receives each flat article as it enters the stacking apparatus moving in a direction generally parallel to the face of each article. The stacking apparatus includes a discharge magazine for sequentially receiving and stacking the flat articles face-to-face in an on-edge stack. The discharge magazine includes an article inlet, a register wall wherein the front perimeter edge of each envelope contacts the register wall to align each front perimeter edge of each article as the articles enter said stack. The discharge magazine further includes an article face support member, wherein a face of one of the flat articles abuts the article face support member, and a segmented roller for receiving and aligning the flat articles for insertion into the on-edge stack. The segmented roller includes a rotatable segmented cylinder having a longitudinal central axis. The segmented cylinder is located adjacent the article inlet and has a planar surface thereon substantially parallel to the longitudinal central axis of the segmented cylinder. The planar surface in the segmented cylinder opens a gap between a prior article and the segmented roller, receives a single article and incrementally rotates to drive the article against a register wall, with the segmented roller continuing to rotate until the planar surface is rotated into position to open an additional gap between the stack and the segmented roller ready to receive the next article entering the article inlet.
    • 8. 发明授权
    • On-edge stacking apparatus
    • 边缘堆放装置
    • US06398204B1
    • 2002-06-04
    • US09561506
    • 2000-04-28
    • Joseph J. KeaneDonato C. FaroleGlenn A. Nester
    • Joseph J. KeaneDonato C. FaroleGlenn A. Nester
    • B65H3106
    • B65H31/36B65H31/06B65H33/06B65H2404/1112B65H2404/722B65H2513/40B65H2515/34B65H2701/1916B65H2220/02B65H2220/11B65H2220/01
    • A stacking apparatus for stacking flat articles on edge is provided where each article has a front perimeter edge and two faces and the stacking apparatus receives each flat article as it enters the stacking apparatus moving in a direction generally parallel to the face of each article. The stacking apparatus includes a discharge magazine for sequentially receiving and stacking the flat articles face-to-face in an on-edge stack. The discharge magazine includes an article inlet, a register wall wherein the front perimeter edge of each envelope contacts the register wall to align each front perimeter edge of each article as the articles enter said stack. The discharge magazine further includes an article face support member, wherein a face of one of the flat articles abuts the article face support member, and a segmented roller for receiving and aligning the flat articles for insertion into the on-edge stack. The segmented roller includes a rotatable segmented cylinder having a longitudinal central axis. The segmented cylinder is located adjacent the article inlet and has a planar surface thereon substantially parallel to the longitudinal central axis of the segmented cylinder. The planar surface in the segmented cylinder opens a gap between a prior article and the segmented roller, receives a single article and incrementally rotates to drive the article against a register wall, with the segmented roller continuing to rotate until the planar surface is rotated into position to open an additional gap between the stack and the segmented roller ready to receive the next article entering the article inlet.
    • 在每个物品具有前周边和两个面的地方设置有用于堆叠平坦物品的堆叠装置,并且当堆叠装置进入沿着大致平行于每个物品的方向移动的堆叠装置时,堆叠装置接纳每个扁平物品。 堆叠装置包括一个排放仓,用于在边缘堆叠中顺序地接收和堆叠平坦物品。 排放仓包括物品入口,寄存器壁,其中每个信封的前周边边缘接触寄存器壁,以在物品进入所述堆叠时对准每个物品的每个前周边边缘。 排料槽还包括制品面支撑构件,其中一个平坦制品的一个表面邻接制品面支撑构件,以及分段辊,用于接收和对齐用于插入到边缘叠层中的扁平制品。 分段辊包括具有纵向中心轴线的可旋转分段圆柱体。 分段圆柱体位于物品入口附近,并且在其上具有基本上平行于分段圆柱体的纵向中心轴线的平面。 分段圆柱体中的平坦表面打开现有制品和分段辊之间的间隙,接收单个制品并逐渐旋转以将物品推靠在对准壁上,分段辊继续旋转直到平面旋转到位 以在堆叠和分段辊之间打开额外的间隙,准备接收进入物品入口的下一个物品。
    • 9. 发明授权
    • Large envelope on-edge stacking conveyor
    • 大信封边缘堆叠输送机
    • US07344134B1
    • 2008-03-18
    • US11010584
    • 2004-12-13
    • Joseph J. KeaneDonato C. FaroleMark W. RickerKurt D. Schultz
    • Joseph J. KeaneDonato C. FaroleMark W. RickerKurt D. Schultz
    • B65H29/40
    • B65H31/06B65H29/26B65H2301/42146B65H2701/1916
    • A stacking apparatus for stacking a plurality of flat articles on edge is provided that receives articles in an article receiver that includes a stop wall to receive the front edge of each article and stop horizontal motion of the article and a rotatable segmented roller for receiving the bottom edge of each article. The segmented roller is rotatable about a central axis of the cylinder and includes a planar surface, the planar surface receiving the bottom edge of each flat article when the planar surface is in a horizontal position. The segmented roller is rotatable from a stopped position wherein the planar surface is in the horizontal position to form a gap to receive the bottom edge of one article at a time to a rotating configuration wherein the cylindrical outer surface of the segmented roller drives the one article against a stacking conveyor bed.
    • 提供了用于在边缘上堆叠多个扁平物品的堆垛装置,其收纳物品接收器中的物品,该物品接收器包括止动壁以容纳每个物品的前边缘并且阻止物品的水平运动和用于接收底部的可旋转的分段辊 每篇文章的边缘。 分段辊可以围绕圆柱体的中心轴线旋转并且包括平坦表面,当平面处于水平位置时,平坦表面接收每个扁平制品的底部边缘。 分段辊可以从停止位置旋转,其中平面表面处于水平位置,以形成间隙,以一次接收一个物品的底部边缘到旋转构型,其中分段辊的圆柱形外表面驱动一个物品 对着堆垛输送机床。
    • 10. 发明申请
    • System for integrated production of envelopes and contents thereof
    • 信封及其内容综合生产系统
    • US20090107086A1
    • 2009-04-30
    • US11981364
    • 2007-10-30
    • Joseph J. KeaneDonato C. FaroleClare E. WoodmanKarl H. SchumacherWilliam G. HartAndrew N. PercivalHersch Reich
    • Joseph J. KeaneDonato C. FaroleClare E. WoodmanKarl H. SchumacherWilliam G. HartAndrew N. PercivalHersch Reich
    • B65B11/48
    • B43M5/04B65H39/02B65H2301/4311B65H2701/1916B65H2801/66
    • A system for providing real-time, integrated production of individually addressed sealed envelopes containing personalized printed material matched to individual addresses, the system including at least one printing controller capable of receiving personalized printing data from at least one data source, the personalized printing data including envelope address information for a multiplicity of envelopes and personalized envelope contents information which varies for the multiplicity of envelopes and is matched to individual envelope addresses, the at least one printing controller being operative to merge and order the personalized printing data from the at least one data source such that it is printed in a desired distribution sorting order, selected to optimize postal savings in bulk mailings and at least one production facility for the individually addressed sealed envelopes containing personalized printed material matched to individual addresses, each of the at least one production facility including at least one digital printer operative to print the personalized printing data including the envelope address information for a plurality of envelopes to be formed from a substrate and the personalized envelope contents information for contents of the plurality of envelopes, at least one cutting stage receiving a printed output from the at least one digital printer and being operative to cut at least one of envelope sheets according to an envelope shaped blank and envelope contents sheets, at least one content-containing envelope formation stage operative to wrap the envelope sheets over the envelope contents sheets and thereby create sealed individually addressed envelopes containing personalized content matched thereto and a bundling stage, gathering and bundling the sealed individually addressed envelopes containing personalized contents matched thereto in the desired distribution sorting order.
    • 一种系统,用于提供包含与个别地址匹配的个性化印刷材料的单独寻址的密封信封的实时集成生产系统,该系统包括能够从至少一个数据源接收个性化打印数据的至少一个打印控制器,个性化打印数据包括 用于多个包络和个性化包络内容信息的包络地址信息,其对于多个包络而变化并且与各个包络地址匹配,所述至少一个打印控制器可操作以从至少一个数据合并和排序个性化打印数据 来源,使得其以期望的分配排序顺序打印,其被选择以优化大量邮寄中的邮政储蓄和至少一个生产设施,用于单独寻址的密封信封,其包含与个别地址相匹配的个性化印刷材料,所述至少一个生产 包括至少一个数字打印机,其可操作以打印个性化打印数据,包括用于由基板形成的多个信封的包络地址信息以及用于多个信封内容的个性化信封内容信息,至少一个切割台接收 来自所述至少一个数字打印机的打印输出,并且可操作以根据信封形状的空白和信封内容片材切割包封片材中的至少一个,至少一个含有成分的包络形成阶段,用于将信封片材包裹在信封上 内容表,从而创建包含与之匹配的个性化内容的密封单独寻址的信封和捆绑阶段,以期望的分发排序顺序收集和捆绑包含与其匹配的个性化内容的密封的单独寻址的信封。