CAJ | 학술논문

基于虚拟仪器技术开发了电液伺服阀特性测控系统。通过对电液伺服阀的静态特性测试与动态特性测试实验来衡量Atos伺服阀性能的好坏。上位机采用LabVIEW 2010作为程序开发平台,设计出界面友好、操作方便的实验测控系统。本系统稳定可靠,在实验教学以及科研中使用效果良好,将机电液一体化技术相结合,并引进虚拟仪器技术,设计了很好的实践平台,可为工程机械液压测控系统的设计提供参考。
기우허의의기기술개발료전액사복벌특성측공계통。통과대전액사복벌적정태특성측시여동태특성측시실험래형량Atos사복벌성능적호배。상위궤채용LabVIEW 2010작위정서개발평태,설계출계면우호、조작방편적실험측공계통。본계통은정가고,재실험교학이급과연중사용효과량호,장궤전액일체화기술상결합,병인진허의의기기술,설계료흔호적실천평태,가위공정궤계액압측공계통적설계제공삼고。
Based on virtual instrument technology, this paper developed the testing and control system for the hydraulic servo valve. The experiments of static and dynamic characteristics test of electro-hydraulic servo valve can measure the performance of the Atos servo valve. The system which uses the LabVIEW2010 platform is friendly and convenient. It is stable and reliable, with favorable results in the experimental teaching and research. Hydraulic integration is the combination, and the introduction of the virtual instrument technology to provide students with a good platform for practice, and the control system gives a certain reference to construction machinery engineering