集成分层次的零件信息模型、装配模型及机构模型，建立面向数字化样机的产品信息基本模型表达。
A basic information model for digital mock-up is produced by integration of hierarchical part information, assembly model and mechanism model.
最终形成的数字化样机包含有车辆管道电缆在内的所有空间占位信息、质量属性和电气线缆网络的连接逻辑信息。
The final digital sample car includes the information of volume, mass, center of gravity and logical connection of electrical cabling net.
在数字化原型的基础上，进一步分析了建立手机数字化样机设计的关键要素，对可加工和可装配设计方法进行了讨论。
On the basement of digital prototype, the research analyzes the key points of cell phone digital models construction and argues the probable ways of machining and assembly.
论文最后以一款老人用手机的设计为例，给出了其数字化样机的建立方法与步骤，为手机的数字化设计提供了具有可操性的设计范例。
The rest of the paper sets an example of the cell phone for the old with the method and process of digital mock-up, which can probably provide an example for the digital design of cell phone.
研究结果表明，对于摩托车这一复杂的系统，建立详细的数字化功能样机，可以有效地分析其平顺性。
From this study, it can be concluded that it is effective to analyze the ride comfort of motorcycle by establishing the detailed Functional Digital Prototyping.
基于计算机技术的数字化设计方法——虚拟样机技术便应运而生。
So the Virtual Prototype Technology (VPT) which is a new digital design method is used to resolve the problem.
在设计过程中，广泛采用先进的三维实体数字化设计技术、虚拟样机技术和数字仿真技术。
Secondly it was widely adopted that the advanced three-dimensional entity digital design method, virtual prototype technique and digital simulation technique in the processing of design.
在阐述数字功能样机技术的内涵与实现流程的基础上，提出一种面向机床行业的数字化产品开发中的CAE技术应用方法。
The contents and research purposes of functional digital prototyping were described, and an application measure about CAE technology was presented toward digital product development of machine tools.
在此基础上，研究了基于TMS320F 240数字信号处理器的数字化控制三相桥式逆变器实验样机系统。
Based on this, the experimental model system of the inverter, which is controlled by DSP of TMS320F240, is researched.
在此基础上，研究了基于TMS320F 240数字信号处理器的数字化控制三相桥式逆变器实验样机系统。
Based on this, the experimental model system of the inverter, which is controlled by DSP of TMS320F240, is researched.
应用推荐