Path planning technology is one of the important domains in virtual assembling technologies research and mobile robot technologies research.
路径规划技术是虚拟装配技术、移动机器人技术研究中的一个重要领域。
Virtual manufacturing is a new and advanced manufacturing concept and theory. Virtual assembling is an important branch of virtual manufacturing.
虚拟制造是一种新兴的先进制造概念和理论，虚拟装配是虚拟制造研究领域重要的研究分支。
With parameterized modeling method on feature. the power-shifting transmission's virtual model and virtual assembling are established. Then, interference analysis is done.
采用基于特征的参数化建模方法，对动力换档变速器进行了虚拟建模、虚拟装配，然后对动力换档变速器虚拟模型进行干涉分析。
Emphatically, virtual modeling, virtual assembling, motions simulation, interference detection, the management and creating of engineering drawings etc. are researched and studied.
重点对电动执行器的虚拟建模、虚拟装配、运动仿真、干涉分析和工程图生成及管理等方面进行了探讨和研究。
This function block provides with functions of pin height calculation, 3d virtual assembling of reconfigurable tool, data dynamical modification, and data examination for pins adjusting.
该模块具有钉柱高度计算，柔性模具三维虚拟装配、数据动态调整和结果校核等功能。
On the base of concept about virtual assembly, this paper develops the basic environment and concrete way and method about realizing virtual assembling technical in the design of ESP parts.
在分析了虚拟装配技术基本思想的基础上，提出了在潜油电泵零部件设计中实施虚拟装配技术应用的基础环境以及具体的实施方法和途径。
The actual machining and assembling process shows the rationality of the virtual design.
该导向工具的实际加工和装配过程，也表明这种虚拟设计的合理性。
This article take assembling die's intellectualized virtual design as technical background, take the realization of the automatical analyse of the blanking process as study object.
文章以组合模具的智能化虚拟设计为技术背景，以实现冲裁件自动进行工艺分析为研究对象。
The automatically assembling of virtual instruments reduces the demand of experience and knowledge for virtual instrument developing, and promotes the wide use of virtual instruments.
虚拟仪器的自动拼搭能极大程度地降低虚拟仪器的开发要求，并能对虚拟仪器的推广起到一定的促进作用。
And used UG software for the virtual design, assembling and optimal analysis of the vacuum casting machine door gemel, based on virtual design idea.
介绍了UG软件中的虚拟设计、虚拟装配、优化分析技术，并基于虚拟设计的思想，运用UG软件对真空注型机的门铰链进行虚拟建模、装配和优化分析。
Finally, an example of assembling virtual instrument is given.
给出了一个拼搭式虚拟仪器实例。
The paper introduces the constitution elements of VMIDS development system from assembling field of instruments, function library of instruments and intelligent virtual controls.
从仪器拼搭场、仪器功能组库、虚拟控件三部分简单介绍了VMIDS开发系统的组成要素。
The paper introduces the constitution elements of VMIDS development system from assembling field of instruments, function library of instruments and intelligent virtual controls.
从仪器拼搭场、仪器功能组库、虚拟控件三部分简单介绍了VMIDS开发系统的组成要素。
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