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Designing a Lifecycle Integrated Data Network for Remanufacturing Using RFID Technology

机译:使用RFID技术设计用于再制造的生命周期集成数据网络

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With the emergence of concerns regarding pollution and the exhaustion of resources, original equipment manufacturers have begun to take responsibility for environmentally sound manufacturing according to regulations that have been established. Manufacturers thus need to decide how much they will recycle and which options to pursue for minimizing operation costs and environmental impacts, while complying with regulations. They cannot, however, predict the quality of returned products, and as a result, the planning of recycling activities is not reliable. Moreover, the components of products all have different ages and lifetimes. Thus, there may be a number of components that can be recycled more than once. If the life history of these components is not available, though, recyclable components may be disposed of after being recycled once. In this paper, we propose an integrated data system that uses radio frequency identification technology to provide useful information that can make remanufacturing more efficient.
机译:随着人们对污染和资源枯竭的担忧的出现,原始设备制造商已开始根据已建立的法规对无害环境的制造负责。因此,制造商需要在遵守法规的同时,决定要回收多少废物以及采用哪种方法来最大程度地降低运营成本和环境影响。但是,他们无法预测退回产品的质量,因此,回收活动的计划不可靠。而且,产品的组件都有不同的使用期限和寿命。因此,可能有许多组件可以回收一次以上。但是,如果没有这些组件的使用寿命历史记录,则可循环使用的组件可在循环使用一次后进行处理。在本文中,我们提出了一个集成数据系统,该系统使用射频识别技术来提供有用的信息,从而使再制造更加高效。

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