CNC門型切割機系統整合與人機介面開發

處於日新月異的資訊工業爆發時代，在國際化的市場中要擁有一席之位，可說是相當競爭激烈，為了要提高產品競爭力，除了提升生產品質與效率，並降低生產成本外，尚需具有著獨特的差異性與自主性的功能以提高產品多元化發展，進一步增加產品附加價值，這對近年的機械產業影響相當深遠。本研究主要是建立一台具有專業之人性化操作介面的切割機，是以國內切割機廠商所提供的切割機為主架構，並搭配國內控制器廠商所開發的四軸CNC控制器模組，此為開放式架構的PC-Based平台，結合個人電腦，可以開發出直覺化的人機介面及靈活性的PLC順序控制，建構出自動化切割機系統，進一步強化我國的切割機產業競爭力。本論文利用C++ Builder軟體為開發工具以建構切割機的人機介面系統，主要是以使用者的角度來思考所需求的功能來規劃，並針對切割機作PLC控制程序，結合國內切割機廠商的關鍵技術，編譯出一套自動且智慧化功能之切割軟體，本研究最後透過整機系統功能重覆測試，驗證其系統的正確性。

關鍵字

PC-based控制器； CNC切割機；人機介面

並列摘要

The advance of technology brings us into a new era of industrial revolution. To stay ahead of competition in this global economy, companies around the world need to quickly create new and distinguishing features to increase attractiveness and competiveness except using the traditional methods to reduce the cost and improve the quality of their products. The main objective of this study is to develop a professional human machine interface (HMI) for a cutting machine with a four-axis CNC controller module. This is a PC-based platform with the open architecture. Therefore, one can develop an intuitive HMI and flexible PLC sequential control to construct the automatic system for a cutting machine. Furthermore, this will strengthen the competitive ability for the cutting machine industry in Taiwan. This thesis uses the C++ Builder software to design the HMI for a cutting machine. The planning of the HMI and functions is based on the operator’s point of view and experience. With the help of the cutting machine manufacturer’s expertise, the automatic and intelligent functions of the HMI are developed. Finally, this study repeated the tests of the whole system functions to verify the correctness of the system.

並列關鍵字

PC-based CNC Controller ； CNC Cutting Machine ； Human Machine Interface(HMI)

參考文獻

[1] Aleš Hace and Karel Jezernik, “Control System for the Waterjet Cutting Machine,” IEEE/ASME Transactions On Mechatronics, Vol. 9, No. 4, pp. 627 - 635, 2004.

[2] Zhanqi Hu, Xiangdong Kong, Yitong Zhang, Yukun Li and Linpu Wu, “Research On Intelligent Planer CAMS CNC Grinding System,” International Technology and Innovation Conference, pp. 232 – 235, 2006.

[3] Sicong He, Dagui Huang, Daiwei Feng and Xiaogang Huang, “Development of CAD/CAM System for PC-based CNC Pipe Bender Machine,” Proceedings of 2008 IEEE International Conference on Mechatronics and Automation, pp. 456 – 460, 2008.

[4] 施登科，「PC-Based工具磨床再研磨自動化程式開發」，碩士論文，國立虎尾科技大學機械與機電工程研究所，2005年。

[6] 張育誠，「混合並聯式五軸工具機PC-Based CNC系統設計與實現」，碩士論文，國立成功大學製造工作研究所，2003年。

國際替代計量

CNC門型切割機系統整合與人機介面開發

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