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TOOL CONDITION MONITORING IN MACHINING - NEURAL NETWORKS

机译:加工中的刀具状态监控-神经网络

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摘要

Condition monitoring and diagnosis systems capable of identifying machining system defects and their location are essential for unmanned machining Unattended (or minimally manned) machining would result in increased capital equipment utilization, thus substantially reducing the manufacturing costs. A review of tool monitoring systems and techniques and their components and the Multiple Principle Component fuzzy neural network for tool condition monitoring machining are presented.
机译:能够识别加工系统缺陷及其位置的状态监视和诊断系统对于无人加工至关重要。无人值守(或最低限度的有人值守)加工将导致资本设备利用率提高,从而大大降低了制造成本。综述了刀具监控系统和技术及其组成以及用于刀具状态监控加工的多主成分模糊神经网络。

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