Intelligent disassembly sequence planning for EOL recycling based on hierarchical fuzzy cognitive map

Pan Xiaoyong, D. Guanghong, Xiang Dong, M. Peng
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引用次数: 4

Abstract

In order to reduce the pollution of wasted products on the environment, improve the disassemblability of product, and recycle, reuse or remanufacture the wasted products effectively, disassembly sequence planning is researched in this paper. After the methods of generation on disassembly sequences are analyzed, the concept and mathematical model of the hierarchical fuzzy cognitive map (HFCM) is proposed. The HFCM disassembly model can clearly express the relationship among the parts, and the method of HFCM can simplify the computational process of reasoning, generate the feasible disassembly sequences. Finally, the fan electromotor accessory with fifteen parts in air-condition is exemplified to show the establishment of disassembly model and computational process of generation of disassembly sequences.
基于层次模糊认知图的EOL回收智能拆卸顺序规划
为了减少废弃产品对环境的污染,提高产品的可拆解性,有效地回收、再利用或再制造废弃产品,本文对拆解顺序规划进行了研究。在分析了拆卸序列生成方法的基础上,提出了层次模糊认知图的概念和数学模型。HFCM拆卸模型能清晰地表达零件之间的关系,该方法能简化推理的计算过程,生成可行的拆卸序列。最后,以空调风机电机配件为例,给出了其拆卸模型的建立和拆卸序列的生成计算过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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