模具工业必须广泛应用数字化制造技术以缩短模具的生产工期。
So digitized manufacturing technology must be widely used in Die & Mould industry in order to shorten the manufacturing cycle.
针对传统经验弯管无法满足航天技术日益提高的需求问题，研究导管数字化制造技术。
Since the traditional tube bending method can't meet the timing demand of aviation technology, a tube digital manufacturing method was put forward.
本文对叶轮的数字化制造技术进行了研究，在分析了传统制造方法的缺陷后提出了一种新的叶轮制造流程和方法。
This paper makes a research on NC machining of impeller. This paper carries out a new method of impeller manufacture after analyzing the defects of tradition manufacture.
高薪聘请的工程师及专业技术人员均来自国内外一流企业，具有数十年以上的研发制造经验，整个设计过程全部实现数字化，规范化。
All the engineers and technicians are all from first-class enterprises with over decades of manufacturing experience, which has ensured digitization and standardization of the entire design process.
数控是使用数字化的信息实现对机床控制的一种技术，是现代制造技术中最关键的环节之一。
NC is a technology using digital information to realize the control of machine tool, is one of the most crucial I ink in modern product technology.
同时，结合数控编程实例，进一步证实在数字化设计与制造技术的支持下，铸件的制造更加精细。
It is demonstrated that combining with numerical control programing practice, digitalization design and manufacture technology can improve further the manufacturing of castings.
同时阐述了解决以上五个方面关键问题的具体关键技术，从而可构建实现基于网络的数字化设计与制造的协同工作平台。
The specific key technologies were analyzed for solving five key problems. The cooperation platform was built for the realization of the web-based digital design and manufacturing.
金属板料数字化渐进成形技术是目前国际上刚刚兴起的一种柔性制造技术。
Digital incremental forming is a new technology for flexible process that has sprung up in the world used in metal sheet manufacturing.
产品功能、技术指标围绕数字化监控需求专业开发制造，产品在市场上具有良好的品牌信誉和知名度。
Product features technical indicators on the number of monitoring the development and manufacturing of professional demand products on the market has a good brand reputation and visibility.
针对模具制造过程中模具表面的自动化研抛光整加工的问题，介绍了一种数字化磁力研抛技术。
To the problem of automatic finishing and polishing and processing of mould surface in mould manufacturing, a digitized magnetic abrasive finishing and polishing technology are introduced.
制造领域的数字化、集成化、网络化和智能化是先进制造技术的发展趋势与特色。
The integrate of digitize, comperhensivization, networking and intelligence are the developing trend and characters of advanced manufacturing technology.
本文首先介绍数字化设计制造、网络化协同开发等先进制造技术背景。
The paper introduces the advanced manufacturing technology background such as digital design and manufacturing, networked collaborative product development firstly.
协同设计已经成为网络环境下数字化设计与制造的关键技术之一，本文对协同设计技术开展了研究。
Cooperative design has already been one of the key technologies in digital design and manufacture under network environment.
大型风力发电机数字化设计技术的应用，可以缩短风力发电机核心部件的研发周期，支撑大型风力发电机关键部件的自主设计与制造。
Application of digitized design to MW grade wind turbine can shorten the development cycle of key components and provide help to independent design and manufacture.
基于移动通信及移动计算技术，提出了车间数字化制造系统中“数字化人”的概念。
By utilizing the mobile communication and mobile computation technology, this paper put forward the concept of digital human (DM) and built DM prototype.
历时四年建成了以数字化设计与制造系统为核心的先进制造技术训练基地，自行编写并出版了配套的系列教材。
A training base of advanced manufacture technology with design and manufacture digitalization system as a core was set up.
尽管很多超声成像仪器设计制造中使用了数字化技术，但是我们可以说现代VLSI和EDA技术在其中并没有得到充分有效的应用。
Although many of the ultrasonic imaging instruments have been made by digital technology, but we can draw a conclusion that the modern VLSI and EDA technique have not been used efficiently.
同时阐述了解决以上五个方面关键问题的具体关键技术，从而可构建实现基于网络的数字化设计与制造的协同工作平台。
The specific key technologies were analyzed for solving five key problems. The cooperation platform was built for the realization of the web-based digital design and manufac…
车身RE技术通常涉及三维测量（表面数字化）、数据处理、曲面重构、三维建模及快速制造等相关技术。
The automotive body RE generally composed of 3D surface digitalization, data processing, surface reconstruction, CAD 3D modeling and rapid manufacture, etc.
自动化制造商要寻找新的市场需求和新的商机，不防去新兴的技术领域找找看，如数字化工厂，增强现实技术以及微细加工工程。
New demands, but also new business opportunities, will arise for automation manufacturers from emerging technologies such as the digital factory, augmented reality and micro process engineering.
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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