工艺装备标准化设计及信息共享管理
发布时间：2019-04-03 06:35
【摘要】：正工艺装备的标准化设计、信息化管理的创新是保证科研任务顺利完成的前提。为提高产品质量、缩短研制周期,结合实际情况,充分利用计算机管理平台,打破工艺装备设计、制造和管理的传统方法,与型号研制同步进行,达到工艺装备资源共享,对产品的研制做出快速反应。1设计过程标准化工艺装备标准化设计的优点是能最大限度地重复使用原有设计信息,减少工装形状和功能的离散性,加快设计进度。一种工装结构若能应用于多种
[Abstract]:The standardization design of process equipment and the innovation of information management are the premise to ensure the successful completion of scientific research task. In order to improve the quality of products and shorten the development cycle, the computer management platform is fully utilized to break the traditional methods of process equipment design, manufacture and management, and to achieve the sharing of process equipment resources by synchronizing with the model development. The advantage of standardized design of process equipment in the design process is that it can reuse the original design information to the maximum extent, reduce the discreteness of the shape and function of the tooling, and speed up the design progress. If one kind of tool structure can be applied to many kinds of
【作者单位】： 中航飞机股份有限公司长沙起落架分公司;
【分类号】：TH16;TH186
本文编号：2452982
[Abstract]:The standardization design of process equipment and the innovation of information management are the premise to ensure the successful completion of scientific research task. In order to improve the quality of products and shorten the development cycle, the computer management platform is fully utilized to break the traditional methods of process equipment design, manufacture and management, and to achieve the sharing of process equipment resources by synchronizing with the model development. The advantage of standardized design of process equipment in the design process is that it can reuse the original design information to the maximum extent, reduce the discreteness of the shape and function of the tooling, and speed up the design progress. If one kind of tool structure can be applied to many kinds of
【作者单位】： 中航飞机股份有限公司长沙起落架分公司;
【分类号】：TH16;TH186
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1 曹勇;田海文;周京平;;工艺装备标准化在维修保障工作中的应用[A];第二届民用飞机制造技术及装备高层论坛资料汇编（论文集）[C];2010年
，本文编号：2452982
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