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Quality protection of capital goods based on inherent component characteristics

机译:基于固有组成特征的资本品质保护

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Capital goods and their components have to be clearly identifiable along the entire value chain for the transparency of the market. This is necessary for the confidence in the component quality and the enforceability of accountability. Identification procedures must be counterfeit-proof for a reliable transparency. This allows trustworthy traceability and an enhanced quality protection. Identification procedures are only counterfeit-proof, if the identifiable features cannot be reproduced, even after the publication of the technical process for the identification. Therefore, an identification procedure called Batch-Fingerprint is investigated. The procedure considers stochastic characteristics related to the elemental composition of the component. The Energy-dispersive X-ray Spectroscopy (EDX) and Optical Emission Spectrometry (OES) are used to analyze these component properties. In this paper, the influencing factors to evaluate the Batch-Fingerprint are analyzed. The paper discusses the difference between material dependent, process dependent and measurement dependent influencing factors. The factors are analyzed regarding their influence on the elemental composition and the resulting evaluation of the fingerprint. With the knowledge of the important influencing factors for the evaluation, the elemental composition can be measured correctly. Thereby, a diagnostically conclusive fingerprint can be detected, which can be identified even in the final product. This provides quality protection for manufactures and customers. Manufacturers can thus be protected against unauthorized liability actions, since the origin of a capital part can be traced at any time within the lifecycle of the product. Customer can use the Batch-Fingerprint for unique identification of the capital goods. All customers involved in the value chain can test the originality and the quality of a supplied component to protect themselves against counterfeited components.
机译:资本货物及其组件必须沿着整个价值链明确可识别,以便市场透明度。这对于对部件质量的信心和对问责制的可执行性是必要的。识别程序必须是伪造的,以获得可靠的透明度。这允许可靠的可追溯性和增强的质量保护。如果无法再现可识别的功能,即使在发布识别的技术过程之后,识别程序也是伪造的。因此,研究了称为批次指纹的识别过程。该方法考虑与组分的元素组成相关的随机特征。能量分散X射线光谱(EDX)和光发射光谱法(OES)用于分析这些组分特性。本文分析了评估批量指纹的影响因素。本文讨论了材料依赖性,过程依赖性和测量依赖性影响因素之间的差异。分析因素关于它们对元素组成的影响和对指纹的结果评价。凭借对评价的重要影响因素的知识,可以正确测量元素组合物。因此,可以检测到诊断性结论指纹,即使在最终产品中也可以识别。这为制造商和客户提供了质量保护。因此,制造商可以免受未经授权的责任行动来保护,因为资本部件的起源可以随时追溯到产品的生命周期内。客户可以使用Batch-FingerPrint进行独特的资本商品识别。所有涉及价值链的客户都可以测试最新性和提供的组件的质量,以保护自己免受假冒组件。

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