Driving – a flexible manufacturing method for individualized sheet metal products.
Driving – a flexible manufacturing method for individualized sheet metal products.
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驱动——个性化钣金产品的灵活制造方法。
DOI：
10.4028/www.scientific.net/kem.447-448.795
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发表时间：
2010
影响因子：
2.4
通讯作者：
H. Hoffmann
中科院分区：
文献类型：
--
作者：
D. Scherer;Z. Yang;H. Hoffmann
本文提供了一般信息的资格驱动作为一个按需制造的概念，生产个性化的钣金产品。Driving允许创建几乎任何2D或3D几何图形，但它是一个高度互动的手动生产过程。由于渐进成形工艺的不可避免的变化（机械性能、摩擦学、磨损等），以及大量的成形步骤，因此不能通过传统方法自动化。在金属成型和铸造研究所（慕尼黑工业大学），kraftformer机器配备了测量和控制仪器。安装了光学在线测量系统，以检测当前工件的任何几何变形，并在整个生产过程中可视化实际和存储的参考几何之间的偏差。这种差异比较是基于获得的和/或学习的知识规划任何后续增量成形动作的第一步。第二步是集成用于工件处理的工业机器人和整个制造过程的自动化。最后一步是集成神经网络，以预测任何所需的独特几何形状的生产策略。
This paper provides general information about the qualification of driving as an on-demand manufacturing concept for the production of individualized sheet metal products. Driving allows the creation of almost any 2D or 3D geometry, but it is a highly interactive, manual production process. Due to the inevitable variations of the incremental forming process (mechanical properties, tribology, wear etc.) and the high number of forming steps, it cannot be automated by traditional approaches. At the Institute of Metal Forming and Casting (Technische Universitaet Muenchen) a kraftformer machine has been equipped with measuring and controlling instrumentation. An optical online measurement system is installed to detect any geometry deformation of the current work piece and to visualize the deviation between the actual and the stored reference geometry during the whole production process. This variance comparison is the first step for planning any following incremental forming actions based on acquired and/or learned knowledge. The second step is the integration of an industrial robot for work piece handling and the automation of the whole manufacturing process. The last step is the integration of neural networks to predict production strategies for any desired unique geometry.