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    • 4. 发明授权
    • Mail sorting system
    • 邮件分拣系统
    • US09415422B2
    • 2016-08-16
    • US11716200
    • 2007-03-09
    • Floyd W. Worth, IIJames M. PippinDale E. RedfordHeribert Stumpf
    • Floyd W. Worth, IIJames M. PippinDale E. RedfordHeribert Stumpf
    • G06K9/00B07C3/08
    • B07C3/08
    • A method for sorting mail pieces includes the steps of loading mail pieces to be sorted into individual holders, sorting the holders using an automated system that stores and reorders the holders so that the holders are ordered according to a sort scheme for the mail pieces, storing the sorted holders in a storage area during sorting, and then unloading the mail pieces from the holders in order according to the sort scheme. The storage step occurs during sorting in the sense that a series of reordered holders is gradually created in one of a variety ways by the sorting process, and a storage area is provided for this purpose. Preferably the method further includes steps of unloading the sorted holders from the storage area and transporting the holders to an unloading station at which the unloading step is carried out.
    • 一种用于分类邮件的方法包括以下步骤:将要分类的邮件加载到各个保持器中,使用存储和重新排列保持器的自动化系统对保持器进行分类,以便根据邮件的分类方案对保留者进行排序,存储 排序期间存放区域中的分类持有人,然后根据分类方案按顺序从持有人卸载邮件。 存储步骤在排序期间发生,这是因为通过分类处理以各种方式逐渐地创建一系列重新排列的保持器,并且为此目的提供了存储区域。 优选地,该方法还包括以下步骤:将分类的保持器从存储区域卸载并将保持器运送到执行卸载步骤的卸载站。
    • 5. 发明授权
    • Process and system for tracking of mail
    • 跟踪邮件的流程和系统
    • US08024063B2
    • 2011-09-20
    • US11840749
    • 2007-08-17
    • Dale E. RedfordFloyd W. Worth, II
    • Dale E. RedfordFloyd W. Worth, II
    • G06F7/00G06K9/00
    • B07C3/00
    • A process of tracking mail during postal handling includes an initial step of sorting an incoming stream of mail on an automated sorting machine to a series of pockets based on a sort scheme. During sorting, RFID-tagged, machine-sortable markers are introduced into the incoming mail stream at intervals and the RFID-tagged markers are sorted with the mail into pockets of the sorter. Mail and markers are swept from the pockets into trays, and the markers are introduced such that at least one marker is swept to each of a set of trays containing the sorted mail. The trays containing the mail and markers are then transported away from the automated sorting machine. During a postal operation subsequent to the initial sorting, one or more of the RFID-tagged markers are scanned to identify mail from the initial sorting.
    • 在邮政处理期间跟踪邮件的过程包括基于分类方案将自动分类机器上的传入的邮件流分类到一系列口袋的初始步骤。 在排序期间,RFID标签的机器分类标记被间隔地引入到传入的邮件流中,并将RFID标记的标记与邮件分类到分拣机的口袋中。 邮件和标记从口袋中扫出到托盘中,并且引入标记,使得至少一个标记被扫描到包含分类邮件的一组托盘中的每一个。 然后将包含邮件和标记的托盘从自动分拣机运送出去。 在初始分类之后的邮政操作期间,扫描一个或多个RFID标记的标记以从初始分类识别邮件。
    • 8. 发明授权
    • Method and apparatus for stiffness and thickness detection in mail sorting systems
    • 邮件分拣系统中刚度和厚度检测的方法和装置
    • US07315007B2
    • 2008-01-01
    • US10457813
    • 2003-06-09
    • Dale E. RedfordOttmar K. Kechel
    • Dale E. RedfordOttmar K. Kechel
    • B07C5/00B07C5/34
    • B65H29/12B07C1/16B65H2515/81G01N3/20G01N2203/0023G01N2203/0212G01N2203/0248G01N2203/0282Y10S209/90B65H2220/03
    • A method is provided for preventing flat mail pieces having excessive thickness or stiffness from entering a mail processing machine wherein flat mail pieces are held on opposite sides and conveyed by paired conveyor belts around one or more curves, including one curve which is the sharpest curve in the mail processing machine. Such a method includes the steps of conveying a singulated stream of flat mail pieces one at a time though a test curve upstream from the sharpest curve of the mail processing machine, the test curve including an angled section at which each mail piece tends to bend, determining the thickness of each mail piece, determining the stiffness of each mail piece by measuring deflection of one of the belts of the test curve as an end portion of the mail piece is passing through the angled section, which deflection is in excess of deflection caused by the thickness of the mail piece as it passes between the belts, and diverting a mail piece out of the mail processing machine before it reaches the sharpest curve of the mail processing machine if predetermined stiffness and thickness criteria are exceeded by the thickness and stiffness of the mail piece. The angled section defines an angle less severe than the sharpest curve, whereby a mail piece that would likely jam the mail processing machine at the sharpest curve can pass through the test curve without jamming.
    • 提供一种用于防止具有过厚度或硬度的平邮件进入邮件处理机的方法,其中平邮件被保持在相对侧上,并且由成对的输送带围绕一条或多条曲线输送,包括一条曲线,其中曲线是最锐利的曲线 邮件处理机。 这种方法包括以下步骤:通过邮件处理机的最锐曲线上游的测试曲线一次一个地传送平邮邮件,测试曲线包括每个邮件倾向于弯曲的倾斜部分, 确定每个邮件的厚度,通过测量曲线的一个带的挠度测量每个邮件的刚度,当邮件的端部通过倾斜的部分时,该偏转量超过偏差 邮件在通过皮带之间的厚度,并且如果预定的刚度和厚度标准被超过了邮件处理机的厚度和刚度超过邮件处理机的最锐曲线,则将邮件从邮件处理机转移出去 邮件。 角度部分定义的角度不如最尖锐的曲线,因此可能会以最尖锐的曲线阻塞邮件处理机的邮件可以通过测试曲线而不会卡住。
    • 9. 发明授权
    • Address label re-work station
    • 地址标签重新工作站
    • US08260455B2
    • 2012-09-04
    • US12630158
    • 2009-12-03
    • Dale E. RedfordMichael D. CarpenterJames M. Pippin
    • Dale E. RedfordMichael D. CarpenterJames M. Pippin
    • G06F7/00B07C5/00B07C7/00G06K9/00G06K9/03
    • B07C3/14B07C3/18B07C7/005G06K9/033G10L15/26
    • An address label rework station according to the invention includes a conveyor which can simultaneously transport a series of spaced parcels along a conveyor path in a substantially horizontal stream. The station includes a camera, A work space, a microphone is usable by an operator in the work space, a targeting device directing a human operator in the work space. Station also includes a sensor system, a labeler and a printer to print shipping information. The station also includes a computer configured to receive and recognize image and voice data, generate a label with a recognized shipping address, and control the conveyer to apply a new label to the parcel by the labeler at the position selected using the targeting device.
    • 根据本发明的地址标签返工站包括输送机,其可以沿着基本上水平的流中的传送路径同时传送一系列间隔的包裹。 车站包括摄像机,工作空间,操作者在工作空间中可使用麦克风,将人操作者引导到工作空间中的瞄准装置。 车站还包括传感器系统,标签机和打印机来打印运输信息。 该站还包括被配置为接收和识别图像和语音数据的计算机,生成具有公认的运送地址的标签,并且控制输送机在由使用目标设备选择的位置处由标签机将新标签应用于包裹。