CAJ | 학술논문

为了实时监测大型企业多厂房多产线加工机床的工作状态以及快速作出智能响应，提高生产效率，结合 Internet网络技术、GPRS远距离传输技术、ZigBee近距离组网技术和工业控制CAN总线技术的特点，设计了一种基于层级组网通信的多工业机床远程监控系统。实验测试表明，本系统组网结构灵活多变，实时性好，可稳定地实现数据从底层 CAN 节点到服务器端的远程双向传输，实现远程监控功能。
위료실시감측대형기업다엄방다산선가공궤상적공작상태이급쾌속작출지능향응，제고생산효솔，결합 Internet망락기술、GPRS원거리전수기술、ZigBee근거리조망기술화공업공제CAN총선기술적특점，설계료일충기우층급조망통신적다공업궤상원정감공계통。실험측시표명，본계통조망결구령활다변，실시성호，가은정지실현수거종저층 CAN 절점도복무기단적원정쌍향전수，실현원정감공공능。
In order to realize real-time monitoring of working states of large-scale enterprises with multi-workshop and multi-productive line machine and make intelligent response rapidly,improve the production efficiency,based on the respective ad-vantages of Internet network,GPRS long-distance transmission technology,ZigBee short-distance networking technology and the industrial control characteristics of CAN bus technology,a remote monitoring system is designed for multi-industrial machine based on hierarchical network communication.Experimental result shows that the designed system structure is flexible,has good real-time performance,and can stably realize remote bidirectional data transmission from the underlying CAN nodes to the server.