CAJ | 학술논문

基于虚拟仪器LabVIEW2010和可编程逻辑控制器技术设计开发了液压测控系统，从而为液压回路实验的验证提供了更方便快捷的平台．整个系统主要从整体结构设计、液压系统设计、上位机程序设计以及通讯测试设计等方面进行研究，因为系统的开发减少了实验中人为记录的不稳定的因素，得到更加可靠的实验数据．实践证明，系统应用稳定可靠，在实验教学中使用效果良好，可曲液压课程的学习提供更好的实践平台．
기우허의의기LabVIEW2010화가편정라집공제기기술설계개발료액압측공계통，종이위액압회로실험적험증제공료경방편쾌첩적평태．정개계통주요종정체결구설계、액압계통설계、상위궤정서설계이급통신측시설계등방면진행연구，인위계통적개발감소료실험중인위기록적불은정적인소，득도경가가고적실험수거．실천증명，계통응용은정가고，재실험교학중사용효과량호，가곡액압과정적학습제공경호적실천평태．
Hydraulic and control system based on LabVIEW and the programmable logic controller technology design, provides a more convenient and efficient platform for experimental validation of the hydraulic circuit, this system can reduce the destabilizing factors of the human record of the experiment, and get the more reliable experimental data. The entire system in terms of the main structural design, hydraulic system design, the host computer programming and communications test design. Application of this system is stable and reliable, used in the experimental teaching to good effect, the combination of the hydraulic integration and the introduction of the virtual instrument technology, hydraulic courses provide a better platform for practice for students to learn.