虛擬實境在彈性製造系統規劃與設計之研究

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Title:	虛擬實境在彈性製造系統規劃與設計之研究
Other Titles:	Using Virtual Reality for the Planning and Design of a Flexible Manufacturing System
Authors:	王中行、張庭瑞、郭宏偉 Chung-Shing Wang, T.R. Chung, Hung-Wei Kuo
Contributors:	東海大學工學院
Keywords:	虛擬實境、彈性製造系統、虛擬製造、派屈網?圖、遠端監控
Date:	2003-07
Issue Date:	2013-03-26T09:01:01Z (UTC)
Publisher:	台中市：東海大學
Abstract:	自動化科技近??發展相當快速，應用範圍層次隨電子、半導體、資訊、光電、機械…等技術的進步而逐漸擴大，其中製造系統的彈性化、機敏化最明顯，其在硬體上結合CNC 工具機、工業機器人、自動倉儲及無人搬運?…等，在軟體上整合電腦輔助設計/製造、產品資?管?、供應?管?、網?遠端監控…等，而朝向全面自動化生產與系統整合方向邁進。另一方面，以整合虛擬實境與製造系統的虛擬製造系統，主要提供一模擬環境，使製造系統從機台配置、廠房佈局、?件加工…等，都能在虛擬的環境下進?模擬、學習，故虛擬彈性製造系統應是一值得加以探討的研究?域與方向。本研究旨在以虛擬實境為手段，?用虛擬實境軟體，完成建構一套虛擬彈性製造系統模組，以提供虛擬製造系統後續之應用發展。在規劃之初，先以派屈網?圖分析以三機台為主，所構成的彈性製造系統之最佳排程，再進?虛擬彈性製造系統設計，並發佈虛擬彈性製造系統網頁，以提供使用者操作與學習，並作為日後遠端彈性製造系統監控之發展架構。 Automation technology is rapidly increased with the fields of electron, semi-conductors, information technology, and mechanical industry during these years. The manufacturing system becomes more flexibility and agility. The key issues for manufacturing system in hardware including - CNC machine tools, industrial robots, automated retrieval and storage system and automated guided vehicle, and in the software including - computer aided design/manufacturing, product data management, and supply chain management. To meet the market in mass variety and less quantity need, the flexible manufacturing system plays the crucial role in the automated manufacturing system. With the integration of the Internet virtual reality and manufacturing system, the virtual manufacturing system can do machines layout, whole factory layout, parts machining in a virtual environment. The main project of this research is dedicated to build a virtual flexible manufacturing system. This paper addresses the importance of integrating a virtual flexible manufacturing system with the Internet and proposes a web-based, scalable and distributed architecture for it. The whole system includes: all machines 3D drawing, using EON software for virtual reality building, nodes setting and collision detection for VR system. Petri-Net is used for analyzing the flexible manufacturing in advanced. Web distributed is made after the VR system is built. Users can operate and learn the system via Internet. Automation technology is rapidly increased with the fields of electron, semi-conductors, information technology, and mechanical industry during these years. The manufacturing system becomes more flexibility and agility. The key issues for manufacturing system in hardware including - CNC machine tools, industrial robots, automated retrieval and storage system and automated guided vehicle, and in the software including - computer aided design/manufacturing, product data management, and supply chain management. To meet the market in mass variety and less quantity need, the flexible manufacturing system plays the crucial role in the automated manufacturing system. With the integration of the Internet virtual reality and manufacturing system, the virtual manufacturing system can do machines layout, whole factory layout, parts machining in a virtual environment. The main project of this research is dedicated to build a virtual flexible manufacturing system. This paper addresses the importance of integrating a virtual flexible manufacturing system with the Internet and proposes a web-based, scalable and distributed architecture for it. The whole system includes: all machines 3D drawing, using EON software for virtual reality building, nodes setting and collision detection for VR system. Petri-Net is used for analyzing the flexible manufacturing in advanced. Web distributed is made after the VR system is built. Users can operate and learn the system via Internet.
Relation:	東海大學東海學報第44卷, p.69-86
Appears in Collections:	[工學院] 東海學報

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