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    • 2. 发明申请
    • METHOD AND SYSTEM FOR TRACKING UNFINISHED CERAMIC STRUCTURES DURING MANUFACTURE
    • 在制造过程中追踪不合理陶瓷结构的方法和系统
    • WO2008143776A1
    • 2008-11-27
    • PCT/US2008/005796
    • 2008-05-06
    • CORNING INCORPORATEDDWYER, Daniel, P.JOHNSON, L., UrdenisNAIR, Nalin, S.RUMSEY, Dennis, F.
    • DWYER, Daniel, P.JOHNSON, L., UrdenisNAIR, Nalin, S.RUMSEY, Dennis, F.
    • C04B35/00C04B38/00B21C51/00G09F3/02G09F7/00
    • G09F3/0297G09F7/00
    • A system and method is provided for virtually tracking unfinished ceramic structures moved by a conveyor system through a plurality of manufacturing loops which reliably and accurately preserves both identification and manufacturing information during all steps of manufacture, and in particular during mark-obliterating steps such as firing or contouring. The method includes the steps of loading the marked, unfinished ceramic structure at a selected position on the conveyor system; relaying both the information in the identification mark and the selected position of the unfinished ceramic structure on the conveyor system; conveying the unfinished ceramic structure through at least one mark-obliterating manufacturing step, and identifying the ceramic structure after completion of the mark-obliterating step by relaying and processing information relating to its position on the conveyor system. The ceramic structure is then re-marked with a second mark after completing all mark-obliterating steps of manufacturing, such as firing and contouring. The second mark includes all of the identification and other data carried by the first mark. Both the first and second marks include the combination of a machine-readable and human-readable component, such as the combination of a two-dimensional bar code and an alpha-numeric code.
    • 提供了一种系统和方法,用于虚拟跟踪由输送机系统通过多个制造回路移动的未完成的陶瓷结构,其可靠和准确地在制造的所有步骤期间保证识别和制造信息,并且特别是在诸如点火的标记 - 消除步骤期间 或轮廓。 该方法包括以下步骤:将标记的未完成的陶瓷结构装载在输送系统上的选定位置; 在传送系统上将未完成的陶瓷结构的识别标记和选定位置的信息中继; 通过至少一个标记消除制造步骤输送未完成的陶瓷结构,以及通过中继和处理与其在输送系统上的位置有关的信息来识别完成标记 - 消除步骤之后的陶瓷结构。 在完成制造的所有标记消除步骤(例如烧制和轮廓)之后,陶瓷结构再次用第二标记进行标记。 第二个标记包括第一个标记所携带的所有标识和其他数据。 第一和第二标记都包括机器可读和人类可读组件的组合,例如二维条形码和字母数字代码的组合。