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Inherent load measurement and component identification by multidimensional coded data in the component's subsurface region

机译:组件的地下区域中的多维编码数据固有的负载测量和组件识别

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In industrial production, the absence of component markings and unrecognized component failure can result in a lack of protection against product piracy and malfunctions of machinery and installations. A technique for storing data inherently in the subsurface region of the component was developed. Inherently stored data is highly resistant to external stresses and inseparably linked to the component. To evaluate the integrity of highly stressed components, material inherent sensors are induced in the subsurface region of the component to store the loading history. These techniques offer the potential for securely identifying and evaluating the status of components, and thus reducing failure costs.
机译:在工业生产中,没有组件标记和无法识别的部件失效可能导致缺乏对产品盗版和机械设备的故障的保护。开发了一种用于在组件的地下区域中固有地存储数据的技术。本质上存储的数据对外部应力具有高度抵抗,并且与部件保持密不可分。为了评估高压部件的完整性,材料固有传感器在组件的地下区域中引起以存储负载历史。这些技术提供了安全地识别和评估组件状态的可能性,从而降低了失效成本。

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