一體化知識管理與模具設計引導流程之整合應用

本研究以市場上最廣泛的CAD(Computer Aided Design )軟體，內嵌瀏覽器下經由二次開發元件的模具設計引導系統為核心，規劃與建構一套網路化的知識管理平台，以關聯式資料庫管理與模具設計引導流程的互動，整合歷史案例、技術文件與相關零件，協助模具開發的設計、製造與試模；歷史案例知識庫提供相關設計歷史問題點，降低模具開發前可能發生的問題；技術文件知識庫提供模具開發過程的相關知識，加快新進員工的培訓，減少人事的成本；零件知識庫提供模具設計的相關零件，縮短模具設計的時間；而知識庫會隨者時間與資料增加而成長，逐漸成為強大的企業Know-why及Know-how，處理問題的Know-what與重要的企業核心資產。三大知識庫的一體化整合應用，讓模具設計引導系統更加完整，亦加速模具設計的開發時間，藉由資料分類和分群，關鍵字和TOP10快速的搜尋方式，快速地獲得準確的資訊，並建立一致專屬與簡潔的GUI(Graphic User Interface)介面，一目了然的圖示代替了文字敘述，讓開發人員更容易上手；知識庫的成長與回饋，讓開發資料更齊全，可減少相當的開發時間。模具設計引導系統的架構下，透過知識管理的應用，達到標準化與知識化的設計流程，並累積設計過程中有價值的經驗知識，且能讓模具設計開發階段提供有用的知識，縮短產品的設計開發時間。藉由網路化平台所開發出的無紙化(Paperless)設計環境，對模具產業的生產效率，帶來大幅度的提昇與優化；為了提昇產業競爭力，縮短產品開發時程與提高生產品質，已是塑膠模具產業的最大目標，透過成熟發展的網路平台與實際模具產業的接觸與討論，利用網路平台來管控整個產品設計週期與知識管理，企業若不加緊腳步導入e化的環境，競爭力將難以提昇，也將慢慢失去發展的優勢。本研究所開發出的知識庫平台，將能夠更加符合模具產業的迫切需求，同時也為企業帶來具競爭力的生存優勢。

關鍵字

CAD ；知識管理；無紙化；模具設計引導系統；網路化；關聯式資料庫

並列摘要

Using the browser built in the most common software, Computer Aided Design, CAD, the study plans and constructs an networking platform with knowledge management, centered with the mold design navigating process of secondary development element. Through the interaction between the relational database management and the mold design navigating process, it integrates the former cases, technical documents and related devices; it supports the design, production and trials of mold development. The former case database provides the problem records happened in the past to reduce the possible problems before development. The technical document database provides related knowledge during the development to speedup the training of new staffs and cut down personnel costs. The device database provides related device in mold design to shorten designing time. The databases expand through the accumulation of time and information. They gradually become the know-how and know-why that strengthen businesses and the know-what that manage problems; they become the core assets of businesses. The integrated application of the three main databases completes the mold design navigating progress and shortens the developing time of mold design. By the fast searching approaches of classification, grouping, keywords and the TOP 10, the accurate information can be obtained swiftly. There is also a consistent and brief Graphic User Interface, GUI. Its clear icons represent word descriptions, helping developers to learn fast. The expansion and feedback of the databases complete the developing information and reduce respectable developing time. Under the framework of the mold design navigating progress and the application of knowledge management, a standardized and intellectual design process is accomplished. In accumulates valuable experiences in design and provides useful knowledge in the developing stage of mold design. It also shortens developing time. Through the paperless design environment created by the networking platform, the producing efficiency of mold industry has been raised up and optimized. To be more competitive in the industry, the greatest goal of plastic mold businesses is to shorten the developing time and advance quality. By the contact and discussion with the sophisticated networking platform, actual plastic mold businesses can use the platform to control the whole design cycle and knowledge management. If companies do not implement electronic environment, they become less competitive and lose their superiority in development. The database platform developed in the study fulfills the urgent need of plastic mold industry and brings competitiveness to businesses.

並列關鍵字

Mold Design Navigating Process ； CAD ； Knowledge Management ； Relational Database ； Networking ； Paperless.

參考文獻

[1] Mok, C.K., Chin, K. S. & Ho, J. K. L. (2001). An Interactive Knowledge-based CAD System for Mould Design in Injection Moulding Processes. The International Journal of Advanced Manufacturing Technology, 17(1), 27-38.

[2] Mok, C. K., Chin, K. S. & Lan, H. (2008). An Internet-based Intelligent Design System for Injection Moulds. Robotics and Computer-Integrated Manufacturing, 24(1), 1-15.

[3] Dong, A. & Agogion, A. M. (1997). Text Analysis for Constructing Design Representations. Artificial Intelligence in Engineering, 11(2), 65-75.

[4] Turng, L. S., DeAugistine, D. & Taam, B. (1998). A Knowledge Base System for the Design and Manufacture of Injection-Molded Plastic Products. IEEE Information Technology Conference, Syracuse, New York, 95-98.

[7] Park, Y. & Kim, S. (2006). Knowledge Management System for Fourth Generation R&D: KNOWVATION, Technovation, 26(5-6),595-602.

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一體化知識管理與模具設計引導流程之整合應用

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