Abstract in simplified Chinese:本发明系一种可在智能对象之电子客制化作业中节省时间与增加产量的客制化方法,尤其是借助于下列各阶段所实现者:-在一可携式支座(108)上所固定之众多智能对象(OP11,OP610)与通信界面之间创建通信链路的阶段,-利用一第一密钥将各智能对象同时解锁的阶段,-将各智能对象专属的客制化数据平行传输到该等智能对象之内存内,使这些数据被传输到各该智能对象的至少一个记忆区中的阶段,-利用每个智能对象所专属,且与其专属之客制化数据相关连的第二密钥,将各该智能对象锁定的阶段。
Abstract in simplified Chinese:本发明系提供一种用于个人化可携式对象(4)之高速机器,其包括:一集成电路,该集成电路包括至少一内存,该机器包括一发送设备(3)用以使该可携式对象(4)被个人化以及一小型旋转筒(20),其包括若干被称为耦合器之界面电子电路(21i),用以处理被记录于该可携式对象(4)中之数据,每一耦合器(21i)被连接至至少一个人化站(22i),该个人化站(22i)具有至少一连接设备(27,224)与该可携式对象(4)中之集成电路通信,其特征在于,首先每一耦合器(21i)系被可移动地设置,因此其可被调适于被记录于该可携式对象(4)中之使用于个人化数据之进程型态,接着在该个人化站(22i)中也是可移动的配接至各种型态之可携式对象(4)及/或耦合器(21i),用以个人化该可携式对象(4)以及包括位于该旋转筒(20)上用以与固定设备(244)互补合作之固定设备(245)。
Abstract in simplified Chinese:本发明有关一种高速标记姓名之机器,包括一用于可标记姓名之文档(4)的标记姓名之站(2)及一电脑系统(6),该机器之特征在于其中一可标记姓名之文档包含相对应于一识别之无论是否可见或不可见之信息,一电子芯片,以及连接于该电子芯片之发射/接收天线型的无接点通信设备,该电子芯片及该通信设备结合于该文档中,以及其中该标记姓名之机器包含一读取设备(5)以读取该文档之识别号,该识别号相关连接于该电脑系统(6)之数据库(60)中所记忆之数据,至少若干此数据系藉该标记姓名之机器而记录于该文档之电子芯片内。
Abstract in simplified Chinese:一种护照制造系统设计成可以由护照持有人之个人数据个人化护照,以及相关的护照制造方法。护照制造系统在构造上是模块化的,以使一特定应用的护照制造系统可以不同的处理模块容易地组合及重新组合。此外,该模块允许系统可以工作站上重新组合,以增加或移开因需要的改变而须加入或减少的模块。在一实施例中,该系统包括一翻转模块以及一个人化模块,用以运行一个人化操作,如激光个人化或在护照上打印。护照外的文档亦可使用本发明之系统及方法个人化。
Abstract in simplified Chinese:本发明提供一种基材81的激光打标机5,该基材81可特别由包括集成电路80的塑胶卡片8所组成,该激光打标机5包括:一激光室59,包括用以对一内部传输设备上之基材进行打标的至少两个插槽52a、52b、52a'、52b',该内部传输设备将在该激光室内之该基材81由第一插槽52a、52a'移至第二插槽52b、52b';一位置编码器9,用以检测每一基材的移动,并产生相对于该激光室内之插槽52a、52b、52a'、52b'的各基材位置的位置数据;以及一激光打标器50,产生一激光光束509,并包括光学组件,根据定位数据,允许将该激光光束509偏转至在两个插槽52a、52b,52a'、52b'之间移动的可移动打标区域,且该可移动打标区域包含欲打标的基材81;以及一传输设备2,系位于该激光室的外部,用以将基材81发送至激光室59内以及将基材81移出该激光室59外。
Abstract in simplified Chinese:本发明涉及堆栈薄物体2的计数设备,这些薄物体以一特定方向在一支持源内并排堆栈,其中堆栈的薄物体2组成一堆栈(stack)5。该设备至少包含以下:一照亮堆栈5的设备,产生一个或多个光束,用于覆盖至少堆栈5的总长度;具有至少一检测电路的一检测源,包含一多数光敏感组件和至少一光学设备,并配合检测电路用于聚焦从堆栈5反射的光射线;存储源。其特征在于:在堆栈中至少包含的一个独立组件1,该组件至少在两临近堆栈5薄物体2之间,其中每一独立组件1至少有一标记,该标记在独立组件的至少一边的一部份上,其中标记的至少一部份能够被至少一照明源照亮同时被至少一检测源可见;处理源接收来自检测电路或者电路的信号并改编,从而辨别薄物体2的可见范围以及在所述独立组件1上的标记。
Abstract in simplified Chinese:本发明系关于一种用于卡片(8)之支承(81)之激光作记机(5,5',5"),卡片(8)选择性地含有集成电路(80),其特征为包括:至少一个激光腔(59,59',59"),其包括至少两个用于收容要被至少一个刻印手段(52,52',52")在至少一面上刻印之支承(81)之刻印位置(52a,52a',52a",52b,52b',52b",54a',54a",54b',54b"),前述刻印手段含有容许激光光束(509)偏转至刻印位置(52a,52a',52a",52b,52b',52b",54a',54a",54b',54b")之一者上之光学手段;及至少一个移送设备(2),其包括一用于传输要被刻印之支承(81)到激光腔(59,59',59"),或从激光腔(59,59',59")移出已被刻印之支承(81)之移送动线(transfer path)。
Abstract:
An access card issuance system comprising an access card issuance device located at a facility of an organization and a web server is disclosed. The access card issuance system provides a web interface in response to a request from a mobile device, and receives user information identifying a user of the mobile device. The system is also configured to validate the identity of an authorized individual associated with the facility identified by a user of the mobile device, and issue an access card to the user of the mobile device. The access card has indicia printed thereon identifying at least a portion of the user information, and programmable information encoded onto the access card providing access rights to the facility. The system further transmits, to the authorized individual, a message associated with issuance of the access card.
Abstract:
Techniques are described herein for reducing bowing effects on a substrate while the substrate is being transported, for example in an elevator mechanism, from a first travel path to a second travel path, where the first travel path is offset from the second travel path so that the first travel path is not collinear with the second travel path. The substrate can be any substrate that is bowed and for which one wishes to eliminate or reduce the bow. One specific substrate that can benefit from the techniques described herein are personalized documents such as plastic cards including but not limited to financial (e.g. credit and debit) cards, drivers' licenses, national identification cards, gift cards, loyalty cards, employee badges, and other plastic cards which bear personalized data unique to the card holder and/or which bear other card or document information.
Abstract:
Techniques are described herein that mitigate warpage during laser marking on a plastic security document. A method of laser marking a feature onto a plastic card includes electronically dividing an image of the feature into a plurality of sections. The method includes laser marking a first one of the sections on the document and laser marking a second one of the sections on the document. The first section is not contiguous with the second section.