摘要
　　創新設計本身就是一種天馬行空的工作，設計的構想往往只是設計者的靈光乍現，如果沒有即時捕捉到這份靈感，就可能埋沒了一份創意十足的設計。因此，各種的設計方法被發展來，輔助設計者有系統的得到創新概念，並引導設計者尋找出符合顧客需求的概念，避免設計錯誤造成的資源浪費。
　　為了達成輔助創新設計之目的，本研究利用VB環境建立設計資料庫，並以結合TRIZ方法和目標樹狀圖(objectives tree)發展出的評估方式，作為資料庫搜尋的引擎，當使用者輸入各項顧客需求的權重值，透過VB電腦程式的評估，快速的得到具有權重值的概念，輔助設計者取得合適的設計概念，以縮短設計過程所花的時間。資料庫內所存放的設計資訊，以概念分類及對應的圖形保存，配合適當的文字說明，保存該概念原貌，避免日後使用者對設計概念的誤解。經由手工具螺絲起子的設計案例，運用資料庫內收集之資訊，確實可輔助設計者快速的得到符合需求之設計概念。此外，資料庫內的資訊除了可以輔助設計外，也方便公司產品資訊的保留或傳承，或可作為新進人員的訓練教材。

Abstract
　　Innovative design is a kind of unrestricted creation. Ideas usually break into designer’s mind without premonition. If these ideas couldn’t be caught immediately, the creative design might be buried. Therefore, all kinds of design methods have been developed to assist designers systematically in finding creative ideas. By these methods, the wasting-time of design process would be reduced, and the design resources could be saved by finding the ideas conformed to the customer requirements.
　　For assisting creative design, the study constructed design database by VB. The database search engine is a kind of evaluation method which employed both TRIZ method and objectives tree. When users input each weight of customer requirements, ideas with weight could be searched swiftly by evaluation of VB program. Thus, these ideas could assist designer in shorten the required time during design process. Design information stored in database as graphical ideas with suitable description. This way could avoid the people misinterpreting design ideas. After the design case of screwdrivers proofed that this study could assist designer to get the suitable ideas. Besides, ideas in the database could not only be reserved, but also be a good training material for the new recruits.

[Alto 94] Altov, H.(pen name of Altshuller, G.S.), translated by Lev Schulyak, And Suddenly The Inventor Appeared, Technical Innovation Center, Auburn MA,1994.
[Bygs 03] Bygstad, Bendik, “The implementation puzzle of CRM systems in knowledge-based organizations”, Information Resources Management Journal, Vol. 16, Iss. 4; p. 33, 2003.
[Codd 70] Codd, E. F., “A relational model for large shared data bank”, Communications of the ACM, vol.13, no. 6 pp.377-387,1970.
[Cros 94] Cross, N., Engineering Design Methods: Strategies for Product Design, John Wiley & Sons, 1994.
[Elle 97] Ellen Domb, Ph.D., “Contradictions: Air Bag Applications”, TRIZ Journal, http://www.triz-journal.com/archives/1997/07/a/index.html
[Fren 85] French, M.J., Concept Design for Engineer, Design Council, London, 1985.
[Gilb 01] Gilboa, Y., Weiss, M. P. and Cohen, A., "Conceptual Design of Prepared Concepts, by Evaluation and Conceptualized Combination of Solution Principles", ICED: Design Methods for Performance and Sustainability, pp251-258, 2001.
[Ishi 95] Ishii ,K., Juengel, C. and Eubanks, C. F., “Design for product Variety: Key to Product Line Structuring”, ASME Design Engineering Technical Conferences Volume 2, DE-Vol.83,1885
[Marc 98] Marconi, Janice, ”ARIZ : The Algorithm for Inventive Problem Solving”, TRIZ Journal, http://www.triz-journal.com/archives/1998/04/d/index.htm

[Keny 03] Kenyon, Julie and Vakola., Maria, “Customer relationship management: A viable strategy for the retail industry?”, International Journal of Organization Theory and Behavior, Boca Raton: Fall 2003. Vol. 6, Iss. 3; p. 329,2003.
[Otto 01] Otto K. and K. Wood, Product Design, Prentice Hall, 2001
[Pahl 88] Pahl, G. and Beitz, W., Engineering Design - A Systematic Approach, Spring-Verlag, 1988.
[Sull 86] Sullivan L.P., “Quality Function Deployment”, Quality Progress, June, pp. 39-50,1986.
[Tern 98] Terninko, J., Zusman, A. and Zlotin, B., Systematic Innovation – An Introduction to TRIZ (Theory of inventive problem Solving), CRC Press LLC, 1998.
[Webb 02] Webb, Alan, “TRIZ : an inventive approach to invention”, Engineering Management Journal ,June 2002.
[Webs 98] Webster's Revised Unabridged Dictionary, © 1996, 1998 MICRA, Inc. http://dictionary.reference.com/translate/text.html
[Zwic 67] Zwicky, F., “The Morphological Approach to Discovery, Invention, Research and Construction”, New Method of Thought and Procedure: symposium on Methodologies, Pasadena, pp.316-317.
[王 02] 王仁慶,”TRIZ創新設計方法之改良”，研究國立成功大學機械工程系，碩士論文，2002。
[王 98] 王成春,蕭雅云, Visual Basic 6.0技術應用手冊，世詰資訊，1998。
[王 99] 王成春和蕭雅云，Visual Basic 6.0設計進階手冊，世詰資訊，1999。
[朱 03] 朱晏樟，”創新設計之功能模型分析研究”，國立成功大學機械工程系，碩士論文，2003。
[范 01] 范耀仁，”系統化TRIZ方法及其統合應用”，國立成功大學機械工程系，碩士論文，2001。
[吳 02] 吳立仁，”產品多樣化設計方法研究”，成功大學機械工程學系碩士論文，2002。
[姚 98] 姚修慎，資料庫系統概論，國立編譯館，1998。
[曾 00] 曾順智譯，微軟專家系列：Microsoft Visual Basic 6.0 基本原理，Microsoft Corporation，華彩軟體，2000。

[陳 02] 陳錦輝，超上手Visual Basic 6學習手冊，金禾資訊，2002。
[陳 03] 陳紹尤，”概念實體化之螺絲起子創新設計輔助系統”，國立成功大學機械工程系，碩士論文，2003。
[陳 01] 陳佳麟，”專利產品設計方法與次落整合之研究”，國立交通大學機械工程系，博士論文，2001。
[溫 98] 溫宗正譯，Visual Basic 6.0 進階程式設計實務，譯自Craig, John Clark, Webb, Jeff, Microsoft Visual Basic 6.0 developer's workshop，華彩軟體，1998。
[溫 01] 溫宗正、林瑞森和齊敬仁譯，Microsoft Visual Basic 6.0 程式設計開發指南，Francesco Balena，華彩軟體，2001。
[臺 98] 臺灣微軟開發工具研發小組譯，Microsoft Visual Basic 6.0 程式開發手冊，譯自Microsoft Corporation, Microsoft Visual Basic 6.0 programmer's guide，松崗，1998。
[劉 03] 劉志成，”綠色創新設計方法之研究”，國立成功大學機械工程系，博士論文，2003。