CAJ | 학술논문

针对玻璃数控钻孔过程中钻头定位精度低，孔的加工质量差，将交流伺服驱动、步进驱动、交流变频等技术应用于玻璃钻孔设备中，提出基于组态王和PLC的玻璃立式数控钻孔设备的控制系统。对玻璃立式数控钻孔设备的结构和工艺流程进行了介绍，研究了以上位工控机和2台PLC为核心的控制系统结构，给出了伺服驱动位置控制方法和步进驱动钻头进给控制方法，并完成上位机监控软件的开发；解决了孔的定位精度和钻孔的质量问题，提高了加工精度和设备可靠性。
침대파리수공찬공과정중찬두정위정도저，공적가공질량차，장교류사복구동、보진구동、교류변빈등기술응용우파리찬공설비중，제출기우조태왕화PLC적파리입식수공찬공설비적공제계통。대파리입식수공찬공설비적결구화공예류정진행료개소，연구료이상위공공궤화2태PLC위핵심적공제계통결구，급출료사복구동위치공제방법화보진구동찬두진급공제방법，병완성상위궤감공연건적개발；해결료공적정위정도화찬공적질량문제，제고료가공정도화설비가고성。
Aiming at the problems of low positioning precision and poor drilling quality in NC glass drilling process, the AC servo driving, stepper driving and AC frequency conversion techniques were ap-plied in glass drilling equipments, a vertical glass drilling control system based on KingView software and PLC was proposed. The equipment’ s structure and its process flow were introduced. The control system which included upper IPC and two PLC devices has been researched and the development of upper moni-toring software has been completed. The problem of low positioning precision and poor drilling quality was solved, the process accuracy and reliability has been greatly improved.