装配模型是支持数字化产品设计和制造的重要基础。
Assembly model is the important base of digital product designing and manufacturing.
协同虚拟装配是借助于网络对产品进行数字化预装配，它是敏捷化设计与制造的基础。
The cooperative virtual assembly is a kind of pre assembly for product in digital mode by network, and a basis of agile design and manufacture.
数字化制造系统的运行是以准确高效的刀具、设备、物料与在制品等资源的数据采集为基础。
The base of running digital manufacturing system is exact data gathering of tool, equipment, materiel and producing.
本研究旨在探讨在数字化牙颌模型基础上个体化直丝弓托槽及辅助定位托盘的计算机辅助设计与制造的可行性。
This paper discusses the feasibility of individualized straight-wire brackets and its positioning trays design and manufacturing based on digital dental model with computer-aided technology.
该模型为双圆弧齿轮的三维数字化设计、有限元分析、虚拟制造等奠定了基础。
The model establishes the base for the 3D digital design, analysis of the finity unit, dummy manufacture of the double-circular-arc gear.
CAD模型是非均质材料零件设计与制造研究的热点问题，也是理想材料零件数字化并行设计与制造中的基础问题。
CAD model is both a hot topic in the heterogeneous object research and a fundamental problem in the digital concurrent design and manufacturing of IFMC.
在阐述智能制造装备特点的基础上，提出了一种基于CORBA规范的智能制造装备数字化设计与验证系统的体系结构，并探讨了实现该系统的关键技术。
On the basis of expounding the features of intelligent manufacturing equipment, a CORBA-based system of the digital design and verification for the intelligent manufacturing equipment is presented.
在阐述智能制造装备特点的基础上，提出了一种基于CORBA规范的智能制造装备数字化设计与验证系统的体系结构，并探讨了实现该系统的关键技术。
On the basis of expounding the features of intelligent manufacturing equipment, a CORBA-based system of the digital design and verification for the intelligent manufacturing equipment is presented.
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