UC知道高分！~物流英文翻译！~不要机译！~
来源：百度知道 编辑：UC知道 时间：2024/06/22 20:52:17
REVERSE LOGISTICS SYSTEM FOR RECYCLING :
EFFICIENT COLLECTION OF ELECTRICAL APPLIANCES
Abstract: In April 2002, the Japanese government launched new regulations focused on electrical appliances. The manufacturers and importers of the electrical appliances defined in the regulation are being held responsible for their products throughout the useful lifetime. This paper investigates how a reverse logistics flow pattern reverts a conventional logistics flow in the product sector of electrical appliances, and how this process can produce efficient systems and services in order to achieve high reverse logistics performance. The research approach includes the following points: (1) Estimation of the type and amount of post-consumer waste of current electrical appliances and analysis of the expected type, size, and number of storage facilities are analyzed. (2) Development of a simulation model to analyze the suitable allocation of storage facility in the area and the efficient
EFFICIENT COLLECTION OF ELECTRICAL APPLIANCES
Abstract: In April 2002, the Japanese government launched new regulations focused on electrical appliances. The manufacturers and importers of the electrical appliances defined in the regulation are being held responsible for their products throughout the useful lifetime. This paper investigates how a reverse logistics flow pattern reverts a conventional logistics flow in the product sector of electrical appliances, and how this process can produce efficient systems and services in order to achieve high reverse logistics performance. The research approach includes the following points: (1) Estimation of the type and amount of post-consumer waste of current electrical appliances and analysis of the expected type, size, and number of storage facilities are analyzed. (2) Development of a simulation model to analyze the suitable allocation of storage facility in the area and the efficient
摘要： 2002年4月，日本政府推出一个重点关于电器的新条例。电器生产商和进口商所界定的调控正在对其产品在使用寿命内负责。本文研究了一个逆向物流流态是如何回复到一个在电器产品领域传统物流流程中的，以及如何让这一过程产生高效率的系统和服务，以实现高逆向物流的性能。研究方法包括以下几点： （ 1 ）估计目前电器后废料的数量和类型，及分析预期类型，大小和已经进行了分析的储存设施的数量。 （ 2 ）通过模拟模型的发展来分析这个区域储存设施的适合分配情况和被认可的高效率服务。
关键词：物流，逆向物流