虚实结合液压传动与控制实验教学系统设计

Design of Experimental Teaching System for Hydraulic Based on Combination of Virtuality and Reality

  • 摘要: 随着信息技术、虚拟现实技术的快速发展,其在教育领域的应用也越来越广泛。为解决当前液压传动与控制课程理论教学内容抽象、实验教学设备紧缺等问题,以当前理论教学内容及实验教学设备为基础,基于Unity3D开发了一套虚实结合的液压传动与控制实验教学系统。系统针对液压理论课程教学、液压回路实验教学设计了结构展示与虚拟拆装、液压实验案例和现场实验3大模块,实现了包括视角交互、模型选中反馈、自动拆装、运动仿真、流体仿真、回路仿真等一系列功能。系统在调试发布后通过一轮课程的验证,获得了良好的运行及使用效果,在优化教学体系的同时大大提高了课程教学效率。

     

    Abstract: With the rapid development of information technology and virtual reality technology, its application in the field of education is more and more extensive. In order to solve the problems of abstract teaching content and shortage of experimental teaching equipment in the current course of hydraulic transmission and control, a set of virtual-real hydraulic transmission and control experimental teaching platform is developed based on the current theoretical teaching content and experimental teaching equipment. Aiming at hydraulic theory course teaching and hydraulic loop experiment teaching, the platform designs three modules: structural display and virtual disassembly module, hydraulic experiment case module and field experiment module, which realize a series of functions including perspective interaction function, model selection feedback function, automatic disassembly function, fluid simulation function and so on. After the debugging and release of the platform, through a round of course verification, good operation and use effect has been obtained, which has greatly improved the teaching efficiency while optimizing the teaching system.

     

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