本文應用Timed Petri Net理論結合Petri Net之數據流計算建立出具有計算數據、時間參數的計算設計與組裝前置時間之流程模型。其主要為加入了時間參數計算以及數據計算的功能，除了使流程圖中的動作或步驟能清楚地顯示其作業時間，同時也能清楚地表達出各作業時間如何計算，能使流程架構更符合產品設計流程及設計時間，以及產品組裝流程及組裝時間，本文先以設計端的手機殼機構設計流程與組裝端的船體組裝流程作為例子進行流程塑模。而本文又應用Timed Petri Net理論、Petri Net理論與Petri Net數據流計算建立出LED自行車車燈創研流程架構，進而將已建立完成之具有計算數據、時間參數及計算設計與組裝前置時間之流程模型應用於LED自行車車燈之修正式DEMATEL決策實驗室分析法結合修正式ANP分析網路程序法之修正式DANP法，進行評選出最佳設計方案之設計流程及LED自行車車燈之組裝流程之建構。此外本文亦將修正式DANP法使用到的設計相關理論知識與設計相關專利知識，輸入擴充至創研流程相關理論知識私有雲及LED自行車車燈設計專利知識庫中，如此可縮短創研時間，讓使用者易於學習，並能更快速了解創研流程各步驟之意義。

The paper combines Timed Petri Net theory with Petri Net dataflow calculation to establish the process models of calculation design and lead time of assembly with calculation data and time parameter. It is mainly added with the functions of time parameter calculation and data calculation. It not only makes the actions or procedures on flow chart clearly show their operation time, but also meanwhile clearly expresses how to calculate each operation time, and makes the process structure better meet the design process and design time of product, as well as the assembly process and assembly time of product. The paper takes the examples of design process of mobile phone case mechanism for design case and assembly process of vessel for assembly case, and carries out modeling of process. Then the paper employs Timed Petri Net theory, Petri Net theory and Petri Net dataflow calculation to establish innovation process structure of LED bicycle light. Furthermore, the paper applies the completed process model, which has calculation data, time parameter, calculation design and lead time of assembly, to modified DANP method of LED bicycle light which is a combination of modified DEMATEL and modified ANP, in order to select the design process of a better design plan, and establish the assembly process of LED bicycle light. Besides, the paper enters the design-related theoretical knowledge and design-related patent knowledge, both being used in modified DANP method, to the private cloud of the theoretical knowledge relating to innovation process, and to the knowledgebase of LED bicycle light design patents. In this way, innovation time can be shortened; users can learn the related knowledge more easily; and they can understand the meaning of each step of innovation process more quickly.

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