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首页> 外文期刊>The International Journal of Advanced Manufacturing Technology >Dynamic process planning control of hybrid disassembly systems
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Dynamic process planning control of hybrid disassembly systems

机译:混合拆卸系统的动态过程计划控制

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Disassembly plays a key role in a life cycle economy, since it enables the recovery of resources, as reported by Seliger (Sustainability in manufacturing: recovery of resources in product and material cycles. Springer, Berlin, ISBN 978-3-540-49870-4; 2007). A partly automated disassembly system could adapt to a large variety of products and different degrees of devaluation. However, the deviations between the disassembly plan generated by the planning process and the actual situation of the disassembly system cause difficulties in the workshop execution. Controlling these deviations is necessary for regulating daily operations. The objective of dynamic process planning (DPP) is to reflect the availabilities of the disassembly tools in the real disassembly cell and to offer alternatives when a device or tool is not available. The DPP procedure will propose alternative disassembly processes and tools supported by a knowledge-based network method and it will select the best suitable among them.
机译:正如Seliger(制造中的可持续性:产品和材料周期中的资源回收。柏林,ISBN 978-3-540-49870-)所述,拆卸在生命周期经济中起着关键作用,因为它可以回收资源。 4; 2007)。半自动拆卸系统可以适应多种产品和不同程度的贬值。然而,由计划过程产生的拆卸计划与拆卸系统的实际情况之间的偏差导致车间执行上的困难。控制这些偏差对于调节日常运行非常必要。动态过程计划(DPP)的目的是反映实际拆卸单元中拆卸工具的可用性,并在设备或工具不可用时提供替代方案。 DPP程序将提出基于知识的网络方法支持的替代拆卸过程和工具,并从中选择最合适的拆卸过程和工具。

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