1) advanced manufacturing set
先进制造装备
1.
Network manufacture technology for advanced manufacturing set;
面向先进制造装备的网络化技术研究
2) advanced equipment manufacturing
先进装备制造业
1.
The 11th Five-year Program of Liaoning province on equipment manufacturing explicitly proposes that Liaoning must spare no effort on the advanced equipment manufacturing , especially on the basic equipment manufacturing, the transportation equipment manufacturing and the important kit equipment manufacturing.
先进装备制造业是为国民经济发展和国防建设提供技术装备的战略性产业,具有技术含量高、产业带动能力强、资源能源消耗少、增加值率高等特点,是一个国家或地区工业化、现代化水平和国际竞争力的综合反映。
3) advanced manufacture equipment
先进制造设备
1.
Brought forward the reliability-centered diversity maintenance theoretics that based on the breakdown discipline of advanced manufacture equipment,in order to direct maintenance management of the enterprise.
在研究先进制造设备故障规律及特点的基础上,提出以可靠性为中心的差异维修理论,以指导企业对设备的维修管理。
2.
Along with the rapidity development of contemporary technological,Advanced manufacture Equipment appears that it integrates meˉchine、hydraulic pressure、electron with a integer.
随着现代科学技术的迅猛发展 ,出现了集机械、液压、电子等技术为一体的先进制造设备。
4) advanced manufacturing equipment (AME)
先进制造设备(AME)
6) Advanced manufacture
先进制造
1.
The problem which is faced with in the present manufacture is introduced in this paper,and we analyze it and explains the leading edge of the world advanced manufacture and to how to develop the manufacture in China.
介绍了现在制造业中面临的问题,通过对问题的分析,提出了发展先进制造前沿技术的见解和在我国发展先进制造技术的途径,同时展望了先进制造技术的发展前景。
2.
This article mainly discussed the reform and innovation of practice teaching of contents,method and mode for advanced manufacture technology engineering.
就先进制造技术工程实践教学内容、教学方法、教学组织模式的改革与创新进行了简要阐述。
3.
This paper analysis the development of the social manufacture s development and researches the types ofadvanced manufacture theories and practice: Computer Integrated Manufacturing, Concurrent Engineering, Lean Pro-duction and Agile Manufacturing, and so on.
分析了人类社会制造业发展模式的阶段与特点,并在此基础上详细研究了先进制造理论与实践的几种形式:即,计算机集成制造、并行工程、精益生产、敏捷制造、企业资源规划、全球制造等。
补充资料：国际先进模具制造开发技术速度快
据介绍，国际先进工业国家在链条与模具生产中均采用了可靠性设计以及CAD/CAM技术，开发新品速度快、精度高，质量较有保证。大多数新产品具有高耐磨、高疲劳、高精度的特点，结构形式上有微型链以及多种输送链、缆链、倍速链等，在材料上则使用了耐磨、耐热、塑料、含油粉末冶金等材料，进一步提高了链条的性能。
另外，在加工方面，一般规格链条链板多采用高速多颗冲裁工艺，滚子制造采用五工位冷挤压机加工，套筒采用高速精密且具有自动检测功能的卷管机加工；喷丸、挤孔、表面硬化处理等新工艺应用很普遍；零件热处理一般采用热处理自动生产线，热处理质量由在线检测设备检测与控制；热处理工艺有趋于向温度、炉压、炉气组分以及淬火介质等多参数综合控制，零件质量稳定可靠，技术性能较高；在装配工艺上则普遍采用组装、铆头、检测、预拉，拆节多功能自动装配线。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条