实验科学与技术
實驗科學與技術
실험과학여기술
Experiment Science and Technology
2015年
5期
53-55
,共3页
蔡卫国%陆栋%武立波%丁晓非%李秀辰
蔡衛國%陸棟%武立波%丁曉非%李秀辰
채위국%륙동%무립파%정효비%리수신
带传动%虚拟仪器%人机交互%远程教育
帶傳動%虛擬儀器%人機交互%遠程教育
대전동%허의의기%인궤교호%원정교육
belt drive%virtual instrument%man -machine interface%distance education
传统的带传动实验以仪器设备操作为主,人工测试不但动态特性差而且精度低。该文综合运用计算机网络、虚拟仪器等先进技术,构建了带传动性能测试虚拟实验教学平台,通过带传动虚拟实验人机交互界面,准确地测定了带传动的滑差率和传动效率,实验结果与带传动的实际工况相符。虚拟实验为远程教育的发展打下了坚实的基础。
傳統的帶傳動實驗以儀器設備操作為主,人工測試不但動態特性差而且精度低。該文綜閤運用計算機網絡、虛擬儀器等先進技術,構建瞭帶傳動性能測試虛擬實驗教學平檯,通過帶傳動虛擬實驗人機交互界麵,準確地測定瞭帶傳動的滑差率和傳動效率,實驗結果與帶傳動的實際工況相符。虛擬實驗為遠程教育的髮展打下瞭堅實的基礎。
전통적대전동실험이의기설비조작위주,인공측시불단동태특성차이차정도저。해문종합운용계산궤망락、허의의기등선진기술,구건료대전동성능측시허의실험교학평태,통과대전동허의실험인궤교호계면,준학지측정료대전동적활차솔화전동효솔,실험결과여대전동적실제공황상부。허의실험위원정교육적발전타하료견실적기출。
The traditional belt drive experiment is focused on equipment operation.The manual test results have poor dynamic charac-teristics and low accuracy.By utilizing the man -machine interface of virtual experiment,the slippage rate and the transmission effi-ciency are measured accurately,and the result curve is consistent with the actual working conditions.Visual experiment lays a solid foundation for distance education.