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Tool-Wear Estimation in Cnc Machine Based On Fusion Vibration-Current and Neural Network

机译:基于融合振动-电流和神经网络的数控机床刀具磨损估计

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摘要

The costs of the cutting tools and their replacement become an important amount of the total production costs in a manufacturing process. This work presents a methodology based on machine vibration, servomotor electric current and an artificial neural network to obtain the tool-wear detection in CNC machine inserts. The effectiveness of this proposal was tested in the tool of CNC lathe machine and validated with the image quantification.
机译:切削工具及其更换的成本在制造过程中成为总生产成本的重要部分。这项工作提出了一种基于机床振动,伺服电机电流和人工神经网络的方法,以获取CNC机床刀片中的刀具磨损检测。该方案的有效性在数控车床的工具中进行了测试,并通过图像量化进行了验证。

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