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entity sculpting
相关语句
  实体造型
     This paper introduced how the 3D entity sculpting of main driving system of machine tools was finished by AutoCAD, how the solid moving picture when the bearings、gears and shafts of headstock are fault at the time of operation was accomplished by using the tools of Visual C + + and Visual LISP. By the acceleration sensors of piezocrystal, we can check the vibration of the machine tools.
     本文介绍了用AutoCAD完成机床主传动系统三维实体造型,用 Visual C++、Visual LISP等工具完成主轴箱轴承、齿轮、轴等部位在运行中出现故障时的立体动画。
短句来源
     This paper studies the method of utilizing entity sculpting technique to set up curved hull surface model.
     该文对应用实体造型技术建立船体曲面模型的方法进行了研究。
短句来源
  相似匹配句对
     time is entity.
     时间是实体。
短句来源
     Entity principle;
     主体性原则;
短句来源
     Computer Sculpting Arts
     计算机雕塑艺术
短句来源
     This paper studies the method of utilizing entity sculpting technique to set up curved hull surface model.
     该文对应用实体造型技术建立船体曲面模型的方法进行了研究。
短句来源
     Rural Women Sculpting Art
     打造艺术的农家女(英文)
短句来源
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The article emphasis on combine Pro/E with popular AutoCAD, discusses the method that can quickly transform part model to plane view. Then the outcome of Pro/E in DWG format, is exported into AutoCAD. The purpose is to advocate parameter entity sculpt in engineering design and drawing, it can improve the velocity and quality of engineering drawing.

将Pro E参数化实体造型同现行的AutoCAD绘图相结合 ,阐述将三维环境中建立的零件模型迅速转换为二维平面视图的方法。并将Pro E的结果以dwg格式输出 ,提供在AutoCAD中调用。本文旨在倡导在目前工程设计和绘图教学环节中充实参数化实体造型的内容 ,提高工程绘图的速度和质量

This paper introduced how the 3D entity sculpting of main driving system of machine tools was finished by AutoCAD, how the solid moving picture when the bearings、gears and shafts of headstock are fault at the time of operation was accomplished by using the tools of Visual C + + and Visual LISP. By the acceleration sensors of piezocrystal, we can check the vibration of the machine tools. After analyzing these signals by using the methods of statistics, frequency analysis etc., the characteristics of fault...

This paper introduced how the 3D entity sculpting of main driving system of machine tools was finished by AutoCAD, how the solid moving picture when the bearings、gears and shafts of headstock are fault at the time of operation was accomplished by using the tools of Visual C + + and Visual LISP. By the acceleration sensors of piezocrystal, we can check the vibration of the machine tools. After analyzing these signals by using the methods of statistics, frequency analysis etc., the characteristics of fault are picked up. By the decision - making of Artificial Neural Network (ANN), fuzzy identification and expert system , it is clear where and how the machines are fault when the machine is working, it is displayed in the screen directly and instantly.

本文介绍了用AutoCAD完成机床主传动系统三维实体造型,用 Visual C++、Visual LISP等工具完成主轴箱轴承、齿轮、轴等部位在运行中出现故障时的立体动画。经压电晶体加速度传感器实时检测机床的振动信号,对这些信号进行分析(统计处理、频谱分析等)提取出故障特征,经人工神经网络、模糊决策及专家系统等手段进行决策,判定故障部位和程度,可在微机上直观地观察主轴箱在运行过程中,各故障具体部位及损伤程度的虚拟现实情况。

Thi s paper intro Visual C++?Visual LISP the3D entity sculpting of main driving sy stem of machine tools by AutoCAD,using the tools of Visual C++and Visual LISP ,we accomplished the solid moving picture when the bearings,gears and shafts of headstock are fault at the time of operation.By the acceleration sensors o f piezocrystal,we can check the vibration of the machine tools,after analyzin g these signals,use the method of statistics,frequency analysis and wavelet an alysis,the characteristics of fault...

Thi s paper intro Visual C++?Visual LISP the3D entity sculpting of main driving sy stem of machine tools by AutoCAD,using the tools of Visual C++and Visual LISP ,we accomplished the solid moving picture when the bearings,gears and shafts of headstock are fault at the time of operation.By the acceleration sensors o f piezocrystal,we can check the vibration of the machine tools,after analyzin g these signals,use the method of statistics,frequency analysis and wavelet an alysis,the characteristics of fault are picked up.By the decision-making of Artificial Neural Network(ANN),fuzzy identification and expert system,it is clear where and how the machines are fault when the machine is working,it is di splayed in the screen di-rectly and instantly.

用AutoCAD实现了机床主传动系统的三维实体造型,用VisualC++、VisualLISP等工具完成了主轴箱轴承、齿轮、轴等部位在运行中出现故障时的立体动画,经实时振动信号检测,以及信号处理(统计处理、频谱分析、小波分析等)后提取出故障特征,再经人工神经网络、模糊决策及专家系统等手段进行决策,判定故障部位和程度,并可在微机上直观地看到主轴箱在运行过程中,各故障具体部位及损伤程度的虚拟现实情况。

 
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