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    • 1. 发明授权
    • Automatic tray handling system for sorter
    • 分拣机自动托盘处理系统
    • US06561360B1
    • 2003-05-13
    • US09831068
    • 2001-05-04
    • W Scott KalmDouglas E OlsonGerald A BrouwerRicardo N SchiesserDavid H Cotter
    • W Scott KalmDouglas E OlsonGerald A BrouwerRicardo N SchiesserDavid H Cotter
    • B07C536
    • B07C3/008Y10S209/90
    • An automatic tray-handling system for use with a mail sorter (26) having a plurality of tray supporters, comprises a transporter (50) having a conveying surface (56) and an insertion/extraction assembly (58); and respective feed (44a, 44b) and discharge conveyors (46a, 46b) adapted to feed empty trays (38) to the transporter conveying surface (56) and receiving at least partially full trays (38) from the transporter conveying surface. The insertion/extraction assembly (58) is adapted to insert empty trays (38) to tray support areas and remove at least partially full trays (38) from tray support areas. The conveying surface operational is adapted to receive empty trays (38) from the feed conveyor (44a, 44b) and at least partially full trays (38) from the insertion/extraction assembly (58). Moreover from the conveying surface empty trays are dischargeable to the insertion/extraction assembly (58) and to the discharge conveyor (46a, 46b).
    • 一种用于具有多个托盘支持者的邮件分类器(26)的自动托盘处理系统,包括具有输送表面(56)和插入/抽出组件(58)的运送器(50)。 和相应的进料(44a,44b)和排出输送机(46a,46b),其适于将空托盘(38)送入运送器输送表面(56)并且从输送器输送表面接收至少部分完整的托盘(38)。 插入/取出组件(58)适于将空托盘(38)插入托盘支撑区域,并从盘支撑区域移除至少部分全托盘(38)。 输送表面可操作地适于从进料输送机(44a,44b)接收空托盘(38)和从插入/抽出组件(58)至少部分完全托盘(38)。 此外,从输送表面,空托盘可排放到插入/抽出组件(58)和排放输送机(46a,46b)。
    • 2. 发明授权
    • Instrument for selecting and depositing multicellular organisms and other large objects
    • 用于选择和沉积多细胞生物体和其他大物体的仪器
    • US06400453B1
    • 2002-06-04
    • US09378634
    • 1999-08-20
    • W. Peter Hansen
    • W. Peter Hansen
    • B07C536
    • G01N15/1456G01N15/14G01N15/1404G01N2015/0057G01N2015/1413G01N2015/149
    • An instrument for analyzing and dispensing objects larger than about 70 &mgr;m in diameter is based on a flow cytometer with a novel fluidic switch arrangement for diverting a portion of a sample stream in response to detector signals in a flow cell. The instrument is particularly adapted for dispensing multicellular test organisms like nematodes or large microspheres for use in screening large libraries of potential pharmaceutical agents. Hydrodynamic focussing is used to center and align the objects in the flow cell. The objects pass through a sensing zone where optical or other characteristics of the objects are detected. The detector signals are processed and used to operate a fluidic switch that is located downstream from the sensing zone. The fluid stream containing the detected objects emerges from the flow cell into air where a fluid stream controlled by the fluidic switch diverts portions of the stream containing no sample objects or sample objects not meeting predetermined characteristics. The undiverted sample stream deposits selected sample objects into a plurality of containers.
    • 用于分析和分配直径大于约70μm的物体的仪器基于流式细胞仪,其具有新颖的流体开关装置,用于响应于流动池中的检测器信号转移一部分样品流。 该仪器特别适用于分配多细胞试验生物,如线虫或大型微球,用于筛选潜在药剂的大型文库。 流体动力学聚焦用于使流动池中的物体居中和对齐。 物体通过检测物体的光学特性或其他特征的感测区域。 检测器信号被处理并用于操作位于感测区域下游的流体开关。 包含检测到的物体的流体流从流动池中流出到空气中,其中由流体开关控制的流体流转移不包含不符合预定特征的样品物体或样品物体的流的部分。 未发射的样品流将选择的样品物体沉积到多个容器中。
    • 3. 发明授权
    • Device for sorting and selectively collecting flat products
    • 用于分选和选择性收集扁平产品的装置
    • US06431369B1
    • 2002-08-13
    • US09528312
    • 2000-03-17
    • Manfred BollerJean-Claude Oppliger
    • Manfred BollerJean-Claude Oppliger
    • B07C536
    • B65H31/3081B07C3/082Y10S209/90Y10S209/917
    • A device for sorting and selectively collecting flat products, such as shipping pouches, printed products or workpieces, which are placed at predetermined collecting points along the conveying path of an endless conveyor and below the conveyor in collecting containers, includes a pushing device for moving the empty collecting containers transversely of the direction of movement of the conveyor on a transfer path between a lateral pick-up position and the collecting point. The pushing device is reversibly driven in a guide arrangement of the transfer path, wherein the filled collecting containers can be ejected from the collecting point. For driving the pushing device, the pushing device is connected to a drive member of a fixedly mounted drive unit, wherein the drive member is attached to an endless or revolving traction unit.
    • 一种用于分选和选择性地收集沿着环形输送机的输送路径并在收集容器内的输送机下方放置在预定收集点的扁平产品的装置,例如运输袋,印刷产品或工件,包括用于移动 在横向拾取位置和收集点之间的传送路径上横向于传送器的运动方向的空的收集容器。 推送装置在传送路径的引导装置中可逆地驱动,其中填充的收集容器可以从收集点排出。 为了驱动推动装置,推动装置连接到固定安装的驱动单元的驱动构件,其中驱动构件附接到环形或旋转牵引单元。
    • 4. 发明授权
    • Apparatus for sorting sheets or the like
    • 用于分类片材等的装置
    • US06373013B1
    • 2002-04-16
    • US09679869
    • 2000-10-05
    • Taichiro YamashitaYasunori HamadaKazushi YoshidaTadashi OsakaJunichi Tamamoto
    • Taichiro YamashitaYasunori HamadaKazushi YoshidaTadashi OsakaJunichi Tamamoto
    • B07C536
    • B07C3/10B07C1/025B07C3/02B07C3/06Y10S209/90
    • An apparatus for sorting and distributing sheet-like items, such as postal matter. A feeder successively feeds the sheet-like items to a stacker which is positioned above the feeder and on which the sheet-like items are stacked in an upright position. Both the feeder and the stacker have a bottom surface. The bottom surface of the stacker is normally positioned at a first distance above the bottom surface of the feeder. A bottom surface opening mechanism is able to open the bottom surface of the stacker to permit sheet-like items stacked in the stacker to be transferred to the feeder. A bottom surface moving mechanism is able to move the bottom surface of the feeder unit and the bottom surface of the stacker unit toward each other so as to position the stacker bottom surface at a second distance above the feeder bottom surface, with the second distance being less than the first distance, and is able to return the bottom surfaces to a position in which they are spaced by the first distance.
    • 用于分类和分发片状物品的装置,例如邮政物品。 进料器连续地将片状物品送入位于供料器上方的堆垛机,并且片状物料以直立位置堆叠在该堆垛机上。 进料器和堆垛机都有一个底面。 堆垛机的底面通常位于进料器底面上方的第一距离处。 底面打开机构能够打开堆垛机的底面以允许堆叠在堆垛机中的片状物品被传送到进料器。 底面移动机构能够将供料器单元的底表面和堆垛单元的底表面朝向彼此移动,以便将堆垛机底表面定位在进料器底表面上方的第二距离,第二距离为 小于第一距离,并且能够将底面返回到它们被间隔第一距离的位置。
    • 7. 发明授权
    • Produce sizing transport mechanism
    • 生产规模运输机制
    • US06533126B1
    • 2003-03-18
    • US09623185
    • 2000-08-29
    • Ian A Parsons
    • Ian A Parsons
    • B07C536
    • B65G17/20B07B13/04B07B13/075B65G17/32B65G47/61B65G2201/02B65G2201/0211Y10S209/912Y10S209/919
    • A produce sizing transport mechanism includes an endless conveyor carrying a plurality of downwardly depending produce retaining members which define an elongated produce retaining zone below at least one portion of the endless conveyor. At least part of the produce retaining members may be movable between a first closed position in which produce is retained within the elongated produce retaining zone and a plurality of further open positions enabling produce of predetermined sizes or size ranges to be released from the produce retaining zone. The retaining members may include a produce support region located generally beneath the produce retaining zone when the produce retaining members are located in the first closed position.
    • 一种产品尺寸传送机构包括一个环形输送机,该输送机承载多个向下悬垂的产品保持件,它们在环形输送机的至少一部分下方限定一个细长的产品保持区。 产品保持构件的至少一部分可以在其中产品保持在细长产品保持区域内的第一关闭位置和多个另外的打开位置之间移动,从而能够从产品保持区域释放预定尺寸或尺寸范围 。 当产品保持构件位于第一关闭位置时,保持构件可以包括大致位于产品保持区下方的产品支撑区域。
    • 8. 发明授权
    • Conveyor for the sorting of mixed cargo
    • US06193074B1
    • 2001-02-27
    • US09186179
    • 1998-11-04
    • Ingolf BaumHeinrich DrosteHolger Humburg
    • Ingolf BaumHeinrich DrosteHolger Humburg
    • B07C536
    • B65G47/962Y10S209/912
    • A conveyor for the sorting of mixed cargo, especially of packages, small packets, containers and pieces of luggage, includes Carts (5) coupled to each other and each movable along Running Rails (9) and having an Undercarriage (6). Support Elements (12) are arranged on the Undercarriage (6) and spaced apart from each other in the Direction of Motion (F). A Tilting Axle (4) is mounted on the Support Elements (12) and runs in the Direction of Motion (F) for supporting through a Lever (13) a Carrying Tray (3) that can be swiveled out of a transport position that is generally horizontal into a tilted position for the lateral delivery of Mixed Cargo (2) into a predetermined target station. A Sliding Element (16) is connected in a movable fashion with the end of the Lever (13) turned away from the Carrying Tray (3) and guided between and at the Support Elements (12) crosswise to the Direction of Motion (F), for carrying out the tilting movement. At least one Switching Device (19) is mounted on the Sliding Element (16) so as to be able to swivel on a Switch Shaft (18) and lock the Carrying Tray (3) at least in the horizontal transport position. A Carrier (20) is included that, by means of a Switchpoint Element (27), can be moved during the motion into a Curved Rail (28) running along the Running Rails (9) in sections in the area of the target station, from a neutral position locking the Carrying Tray (3) into an operating position guided in the Curved Rail (28). The movement of the Sliding Element (16) and consequently the tilting movement of the Carrying Tray (3) can be controlled through the course of the Curved Rail (28). The Switch Shaft (18) of the Switching Device (19) is oriented so as to be parallel to the Tilting Axle (4) of the Carrying Tray (3) and the Guide Element (21) is arranged on the Switch Device (19). The guide element is guided in a Guide Slot (22), defined in the Support Element (12), in such a way that the Sliding Element (16) is locked in the transport position of the Carrying Tray (3) with a Switching Device (19) that is simultaneously in the neutral position, and the Carrier (20) of the Switching Device (19) is held in the Curved Rail (28) during the tilting movement of the Carrying Tray (3).
    • 9. 发明授权
    • Method of automatically sorting objects and combining objects to assortments
    • 自动排序对象并将对象组合到分类的方法
    • US06779668B2
    • 2004-08-24
    • US10011651
    • 2001-12-04
    • Peter Nagler
    • Peter Nagler
    • B07C536
    • B07C5/38
    • In a method for automated sorting of objects and combining the objects to assortments according to a selectable sorting specification, the objects are removed from a supply and an object sorting position for the objects is determined, respectively, by a control unit according to a sorting specification. The objects are placed onto a belt conveyor in an intermediate position in proximity to the object sorting position by at least one first manipulating device acting as a feeding device. The objects placed onto the belt conveyor are continuously conveyed into a working area of controllable second manipulation devices acting as placing devices arranged downstream of the feeding device. The objects are gripped by the placing device and positioned in the object sorting position determined for the objects.
    • 在用于自动分类对象并根据可选择的分类规范将对象组合到分类的方法中,从供给中移除对象,并且分别由控制单元根据分类指定确定对象的对象分类位置 。 物体通过用作馈送装置的至少一个第一操纵装置放置在靠近物体分类位置的中间位置的带式输送机上。 放置在带式输送机上的物体被连续输送到可操作的第二操纵装置的工作区域中,该操作装置用作布置在进料装置下游的放置装置。 物体被放置装置抓住并定位在为物体确定的物体分类位置。
    • 10. 发明授权
    • Machine and method for facilitating separation of members of a stack
    • 用于促进堆叠件的分离的机器和方法
    • US06357599B1
    • 2002-03-19
    • US09633164
    • 2000-08-04
    • Michael Morrison
    • Michael Morrison
    • B07C536
    • B65G59/106
    • A machine comprising a base and an elongated cradle pivotally mounted on the base is used to facilitate separation of nested tapered drums from a stack. With the cradle in an upright position, the machine is moved toward the stack to embrace the stack in the cradle. A pair of clamps on the cradle embrace and grip successive drums at a lower end of the stack, and then the cradle is moved to a lay-down position, carrying the stack with it. A first clamp of the pair, gripping a first drum, is moved away from a second clamp of the pair and then releases the first drum so that it can be separated from the second drum. The first clamp is then moved toward the second clamp. The second clamp releases the second drum, and the laid-down stack is moved along the cradle to align the second drum with the first clamp and a third drum in the stack with the second clamp. The first and second clamps then grip the second and third drums, respectively, and the first clamp is again moved away from the second clamp. The first clamp then releases the second drum to permit the second drum to be separated from the stack.
    • 包括基座和可枢转地安装在基座上的细长支架的机器被用于便于将嵌套的锥形鼓与堆叠分开。 将支架置于直立位置时,机器朝向堆叠移动,以将托盘包围在支架中。 托架上的一对夹具包围并在堆叠的下端夹持连续的鼓,然后将支架移动到放置位置,并携带堆叠。 夹紧第一鼓的一对第一夹具从该对的第二夹具移开,然后释放第一滚筒使其能够与第二滚筒分离。 然后将第一夹具移向第二夹具。 第二夹具释放第二滚筒,并且铺设的叠层沿支架移动以使第二滚筒与第一夹具对齐,并且第二滚筒与第二夹具堆叠在一起。 然后,第一和第二夹具分别抓住第二和第三滚筒,并且第一夹具再次从第二夹具移开。 然后,第一夹具释放第二滚筒,以允许第二滚筒与纸叠分开。