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Optimization of three-dimensional disassembly line with green and economic objectives using I-ACO

机译:利用I-ACO优化绿色经济的三维拆装线

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© 2018 AMSE Press. All rights reserved.Although the problem of disassembly line balance has been studied in depth, there are fewer starting points from green, economy and position as the basis for path planning. This paper considers the disassembly path from the three perspective. For green perspective, even if the product doesn’t have the economic value, the toxic solid and liquid must be excluded; For economic, the re-utilize value of the disassembled object is fewer, the complete disassembly will abandon; Furthermore, the three-dimensional information is difficult to obtain. In this paper, the reducer drawn by Solidworks to obtain the position and mass, and then the improved R-AOG (Rectangle-AND/OR Graph) used to represent the directional relationship of large-scale component disassembly. And use R-AOG de-sign Allowedk, Lastly, compare I-ACO with other ACO to prove the efficiency and quality, and ap-plies it to the reducer disassembly planning to obtain the optimal disassembly path, these experimental results help company to better plan the disassembly line, reduce the maintenance threshold of the reducer, and also beneficial to build automated disassembly lines.
机译:© 2018 AMSE 出版社。保留所有权利。虽然对拆装线平衡问题进行了深入研究,但从绿色、经济和位置作为路径规划基础的起点较少。本文从三个角度考虑了拆解路径。从绿色的角度来看,即使产品不具有经济价值,也必须排除有毒的固体和液体;为了经济,拆解对象的再利用价值较小,完全拆解会放弃;此外,三维信息难以获得。本文通过Solidworks绘制的减速器得到位置和质量,然后改进的R-AOG(Rectangle-AND/OR图)用于表示大规模组件拆解的方向关系。最后,将I-ACO与其他ACO进行对比,证明其效率和质量,并将其应用于减速机拆装计划,以获得最佳拆装路径,这些实验结果有助于公司更好地规划拆装线,降低减速机的维护门槛,也有利于构建自动化拆装线。

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