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Position: Home > Articles > Research on Intelligent Remote Collaboration Technology of Tractor Digital Design Server Based on the Principle of Multimedia Martial Arts Teaching System Journal of Agricultural Mechanization Research 2018,40 (9) 247-251

拖拉机数字化设计服务器智能远程协同技术研究-基于多媒体武术教学系统原理

作  者:
张森均;唐晓平;朱智谋
关键词:
远程多媒体;智能化制造;数字化设计;快速成型;拖拉机
摘  要:
丝状材料选择性熔覆(Fused Deposition Modeling)快速原型工艺是一种不依靠激光作为成型能源而将各种丝材加热溶化的成型方法,简称 FDM.为了提高企业拖拉机的生产设计水平,提出了一种基于远程多媒体武术教学系统的网络化、协同化、开放式拖拉机零部件产品设计服务平台.基于 Web 和 PDM 的远程协同设计技术,采用智能化远程多媒体技术,实现了远程会议、远程 CAD 成型及远程制造系统控制等功能.为了验证平台的可行性,以拖拉机齿轮的设计和快速制造为例,对其研发周期和返工量进行了测试,结果表明:采用该服务平台可以有效缩短研发周期,减少返工量,从而验证了平台的可靠性.
译  名:
Research on Intelligent Remote Collaboration Technology of Tractor Digital Design Server Based on the Principle of Multimedia Martial Arts Teaching System
关键词:
remote multimedia%intelligent manufacturing%digital design%rapid prototyping%tractor
摘  要:
Fused Deposition Modeling(FDM) rapid prototyping process is a method of heating and melting various kinds of wire without relying on laser as forming energy. In order to improve the design level of small and medium enterprises production of tractors, it presents a networked and remote multimedia teaching system of martial arts collaborative, open type tractor parts product design service platform based on Web and PDM technology. And it designed remote collabora-tive based on intelligent remote multimedia technology used to realize remote conferencing,remote CAD,remote molding manufacturing system control functions. In order to verify the feasibility of the platform, taking the design of tractor gear and rapid manufacturing as an example,the development cycle and the amount of rework is tested. The test results indi-cate that the platform can effectively shorten the development cycle,reduce the amount of rework,which verifies the reli-ability of the platform.
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