电子测试
電子測試
전자측시
ELECTRONIC TEST
2014年
2期
90-92
,共3页
徐高清%陈仲永%程佳%邱明林%叶学松
徐高清%陳仲永%程佳%邱明林%葉學鬆
서고청%진중영%정가%구명림%협학송
虚拟仪器%OPC%自动化检测系统
虛擬儀器%OPC%自動化檢測繫統
허의의기%OPC%자동화검측계통
Virtual Instrument%OPC%Automatic Intelligent Detecting System
基于虚拟仪器技术和OPC技术设计了一款自动化智能化检测系统，阐述了虚拟仪器平台和OPC技术的特点，并介绍了如果通过OPC技术和虚拟仪器技术实现检测系统的自动化和智能化。最后通过生物医学微小流系统的实现来验证了该设计方案的可行性。
基于虛擬儀器技術和OPC技術設計瞭一款自動化智能化檢測繫統，闡述瞭虛擬儀器平檯和OPC技術的特點，併介紹瞭如果通過OPC技術和虛擬儀器技術實現檢測繫統的自動化和智能化。最後通過生物醫學微小流繫統的實現來驗證瞭該設計方案的可行性。
기우허의의기기술화OPC기술설계료일관자동화지능화검측계통，천술료허의의기평태화OPC기술적특점，병개소료여과통과OPC기술화허의의기기술실현검측계통적자동화화지능화。최후통과생물의학미소류계통적실현래험증료해설계방안적가행성。
One automatic intelligent detecting system was designed based on the virtual instrument technology and OPC technology.The characteristics of virtual instrument platform and OPC technology were then expanded.In addition,the ways concerned with how to achieve automation and intelligentization of detecting sysem through OPC technology and virtual instrument technology were introduced. By the method of implementing biomedical microfluidic system,the feasibility of design plan was eventually verified.
