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    • 61. 发明申请
    • Seal method and system for packages
    • 包装的密封方法和系统
    • US20060255953A1
    • 2006-11-16
    • US11125559
    • 2005-05-10
    • Geoff LyonSalil PradhanBill SerraAlipio CabanJorge Badillo
    • Geoff LyonSalil PradhanBill SerraAlipio CabanJorge Badillo
    • G08B13/14
    • G06K19/07798B65D55/02B65D2101/0007B65D2203/10G06K19/07749G06K19/0776
    • A seal for a package includes a circuit having electrical characteristics that change under mechanical deformation and an attaching material coupled to the circuit and for attaching the circuit to the package. The seal is attached to the package and processed prior to shipping to establish an untampered state for the seal. This includes identifying a circuit on the sealed package according to a seal type associated with the seal, recording one or more characteristics associated with the circuit from the seal and storing the seal type and one or more characteristics associated with the circuit from the seal for later comparison. To detect tampering to the package, the seal type and corresponding seal and circuit for the seal is identified, the characteristics associated with a circuit from the seal are determined and compared with the previous characteristics recorded when the seal was initially applied to the package. If the comparison indicates that a mechanical deformation of the seal occurred, it is possible the seal and package were tampered with during shipment or delivery.
    • 用于封装的密封件包括具有在机械变形下变化的电特性的电路和耦合到电路并用于将电路附接到封装件的附接材料。 密封件连接到包装上,并在运输之前进行处理,以确定密封件的未加固状态。 这包括根据与密封件相关联的密封类型来识别密封包装上的电路,记录与密封件相关的电路相关联的一个或多个特性,并将密封类型和与密封件相关的一个或多个特性与密封件相关联以供以后使用 比较。 为了检测对包装的篡改,确定了密封件的密封类型和相应的密封件和电路,确定与密封件的电路相关联的特性,并将其与当密封件最初施加到包装时记录的先前特性进行比较。 如果比较表明发生了密封件的机械变形,则密封件和包装在运输或运输过程中可能被篡改。
    • 65. 发明授权
    • Method and system for shipment authentication
    • 出货认证方法和系统
    • US09076188B2
    • 2015-07-07
    • US11105065
    • 2005-04-13
    • Salil PradhanVinay DeolalikarLester OrtizAliplo CabanGeoff Lyon
    • Salil PradhanVinay DeolalikarLester OrtizAliplo CabanGeoff Lyon
    • H04L29/06G06F21/00G06Q50/28G06Q10/08H04L9/08
    • G06Q50/28G06Q10/08H04L9/085
    • In one embodiment of the present invention, a source point of a supply chain secures shipment of an object by devising an encryption key and encrypting a message using the encryption key to produce an encrypted message. A portion or portions of the encryption key and the encrypted message are included or incorporated within the object to be shipped, packaging surrounding the object, and/or labels affixed to the object or packaging, prior to shipping the object to a destination point within the supply chain. Upon receipt of the object from the supply chain, the destination point can extract the portion or portions of the encryption key and the encrypted message from the object, packaging surrounding the object, and/or labels affixed to the object or packaging, obtain the remaining portion of the encryption key directly from the source point, reassemble the encryption key, and decrypt the encrypted message to produce a computed message. The destination point can then obtain the original message from the source point and compare the original message to the decrypted message in order to determine whether or not the shipment is authentic.
    • 在本发明的一个实施例中,供应链的源点通过设计加密密钥并使用加密密钥加密消息来确保对象的装运,以产生加密的消息。 加密密钥和加密消息的一部分或部分包括在或将被包含在要运输的对象内,包围物体的包装内,和/或贴在物体或包装上的标签,在将物体运送到物体或包装内的目的地点之前 供应链。 在从供应链接收到对象时,目的地点可以从对象中提取加密密钥的一部分或加密的消息,围绕对象的包装和/或附着在对象或包装上的标签,获得剩余的 直接从源点加密密钥的一部分,重新​​组合加密密钥,并解密加密的消息以产生计算的消息。 目的地点可以从源点获取原始消息,并将原始消息与解密消息进行比较,以确定装运是否可信。