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首页> 外文会议>International Conference on Advanced Design and Manufacturing Engineering >Realization of DFM in Mold Design Manufacturing
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Realization of DFM in Mold Design Manufacturing

机译：模具设计与制造中DFM的实现

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The diversified market demand and shorter production cycle, as well as other factors have increasingly complicate the problems of mold during design and manufacturing. Considering both design and manufacturing to facilitate the production progress, the effective collaborative development becomes an important issue for mold factor. The realization of DFM (Design for Manufacturing) is attached with more importance by the industry. More manufacturing-related data and information are added in the design phase, so that the manufacturing phase may be easier and smoother to enhance the competitive advantage, thus reducing the product development time and improving the production quality. Therefore, this research aimed to develop a web-based mold design for manufacturing architecture with knowledge management, and realize the application of DFM in the field of mold design/manufacturing with CAD redevelopment tool and by navigating design process. This research established a knowledge-based navigating process by utilizing design parameters and features, in order to increase the mold design/manufacturing efficiency to 50%, and avoid unnecessary human errors to ensure the accumulation and inheritance of correct knowledge.
机译：多元化的市场需求和更短的生产周期以及其他因素越来越多地使设计和制造期间的模具问题变得复杂。考虑到设计和制造，以促进生产进展，有效的协作发展成为模具因素的重要问题。 DFM的实现（制造设计）被行业更加重要。在设计阶段中添加了更多的制造相关数据和信息，因此制造阶段可能更容易和更顺畅，以提高竞争优势，从而降低产品开发时间并提高生产质量。因此，该研究旨在开发一种用于制造架构的基于网络的模具设计，具有知识管理，并通过导航设计过程实现DFM在模具设计/制造领域的应用。本研究通过利用设计参数和特征来建立基于知识的导航过程，以便将模具设计/制造效率提高到50％，避免不必要的人类错误，以确保累积和遗传正确知识。

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