以專利資訊為基礎之創新設計流程應用與工具開發

Development and application of a design around tool based on the innovative patent-based design process

蕭雅丹(Ya-Dan Hsiao)

指導教授 ： 徐業良

元智大學/工程學院/機械工程學系/碩士(2009年)

https://doi.org/10.6838/YZU.2009.00272

摘要

本研究應用以專利資訊為基礎之創新設計方法論，將此一方法實際運用在工程設計問題上，產生一個能成功迴避原專利且不侵權之新設計概念並且具體實現，達成專利迴避的效果，建立更一致、結構性的設計流程。本研究亦提出一個輔助此方法的專利迴避設計工具，此工具的主要可分為三個階段，(1)技術與功效的關連建立、(2)設計優先度排序、(3)迴避設計之矩陣運算。設計者只需輸入技術功效矩陣表的內容，即可獲得所有與設計主題相關的實際工程問題。此專利迴避設計工具使用簡便，且能清楚的表示使用何種專利迴避手法，與符合何種專利迴避原則，使產品開發效率提高，同時降低專利糾紛之可能性並增加產品之可專利性。

關鍵字

迴避設計 ； 創新問題解決理論 ； 專利侵權

並列摘要

This research applies a patent-based design process by systematically integrating patent information. In order to build a coincidence and a structural design process, this research is used into a real engineering design problem and generates a new design concept that is not infringed with the existing patent. Development of a design around tool based on the innovative patent-based design process can be divided into three major stages: (1) relation between technology and function; (2) sorting and (3) operation of the design matrix. The designer just need input the technology/function matrix, and he/she will get all problems about the design topic. The tool is easy to operate and it can present what is used in the design around method. Otherwise, the design around tool enhances the efficiency of product development, lower the possibility of patent infringements, and increase the patentability of results of innovation.

並列關鍵字

design around ； TRIZ ； patent infringement

參考文獻

1. 洪永杰，「以專利資訊為基礎之創新設計流程方法論」，元智大學，博士論文，民國96年

2. Ruihong Zhang, Jianzhong Cha, Yiping Lu, “A Conceptual Design Model Using Axiomatic Design, Functional Basis and TRIZ”, Proceedings of the 2007 IEEE IEEM, p.1807-1810, 1998.

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