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智能車銑複合加工深度應用

Deep Application of Intelligent Turning and Milling Multi-tasking Process

摘要


加工製程的領域非常重視加工尺寸的精度要高以及加工的效率要好。這涉及了機台剛性、控制器與驅動器的調機、運動控制、主軸轉速、加工切削速度、切削深度及刀具選用等製程參數。可是一般而言,加工尺寸精度和加工效率是互相影響,其中一個高,另一個就低。要突破這個限制,必須在控制方法與加工方法有所改變。本文提出開發程式輔助碼智能重疊控制和雙主軸同期學習控制技術等控制器智能化功能,可以在不影響加工精度情況下,提高加工速度,以及透過學習控制的方式,提高雙主軸同期控制的精度。

並列摘要


Accuracy and efficiency are essential in the CNC machining industry. These are affected by machine rigidity, controller and driver tuning, motion control, spindle speed, machining cutting speed, cutting depth, and tool selections. Efficiency and accuracy are mutually exclusive in classic applications. Changing control and processing method are needed to break through this limitation. This article proposes intelligent controller technologies of program-assisted overlapping control and dual-spindle synchronous learning control. Learning control technology refines the accuracy of dual-spindle synchronous. These can increase machining efficiency without scarifying accuracy.

參考文獻


FANUC 30i 型錄:https://www.fanuc.co.jp/en/product/catalog/pdf/cnc/FS30i-B(C)-09b.pdf
FANUC 0i-F plus 型錄:https://www.fanuc.co.jp/en/product/catalog/pdf/cnc/FS0i-F_Plus(C)-02a.pdf

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