臺灣博碩士論文加值系統

本文運用Petri Net理論具有流程迴路的功能來結合LED閱讀燈創研流程混和雲。並建立LED閱讀燈設計與製程相關工程知識與專利知識之流程。再依照本文的創新流程來建立關聯式設計與製程工程知識庫及關聯式設計與製程專利知識庫的各層知識欄位表，進而建立LED閱讀燈設計與製程相關之工程知識庫及專利知識庫。本文以遠端桌面連線的概念，連結遠端主機作修正式TRIZ的改良與商業軟體的分析，本文進一步可針對修正式TRIZ產生之新專利透過專利分析判別其是否侵權。如上所述，本文建立結合Petri Net與LED閱讀燈創研流程混合雲的創研流程架構，且除了有設計相關的工程知識庫和專利知識庫外，本文新增加製程相關之工程知識庫和專利知識庫。此外本文亦運用正規化理論分析改善關聯式知識庫，進行正規化之知識庫主鍵設置，使其未來在知識庫維護或更新知識時更能準確與快速。本文透過合併正規化的方式去除知識庫中多餘的欄位結構，達到精簡化為目的。最後設計方面以LED閱讀燈的創新光學罩設計做為本文所建立的電腦系統之結合雲端運算與Petri Net理論的輸入及搜尋案例解說，其製程部分以可水解基板之化學機械拋光製程改善為案例解說。

The paper combines Petri net theory having process loop function with the hybrid cloud of innovative research development process of LED reading lamp. It also establishes the process design and manufacturing process related engineering knowledge and patent knowledge of LED reading lamp. After that, based on the innovative process of the paper, the paper establishes hierarchical knowledge blank field tables for relational design and manufacturing process engineering knowledgebase as well as relational design and manufacturing process patent knowledgebase, and then establishes design and manufacturing process related engineering knowledgebase and patent knowledgebase of LED reading lamp. Taking concept of remote desktop connection, the paper connects with a remote mainframe to analyze the improvement and commercial software of modified TRIZ. Furthermore, through analysis of patents, the paper judges whether new patents produced from modified TRIZ have infringed any copyrights. As mentioned above, the paper establishes an innovative development process structure that combines Petri Net with the hybrid cloud of innovative development process of LED reading lamp. In addition to design-related engineering knowledgebase and patent knowledgebase, the paper newly adds manufacturing process-related engineering knowledgebase and patent knowledgebase. Besides, the paper also uses regularization theory to analyze and improve relational knowledgebase, establishes primary keys for regularized knowledgebase, and makes it more accurate and fast during knowledgebase maintenance or knowledge renewal in future. By combining with regularization, the paper removes excessive blank field structure from knowledgebase and achieves the goal of a compact and simplified structure. In the final aspect of design, based on the design of innovative optical lampshade for LED reading lamp, the paper explains its combination of cloud computing and Petri net theory entry for computer system and search cases. For the part of manufacturing process, it is explained by the case of manufacturing process improvement of chemical mechanical polishing for hydrolytic material substrate.

目錄
摘要 I
目錄 IV
圖目錄 VIII
表目錄 XIV
第一章 緒論 1
1.1研究背景 1
1.2 文獻回顧 2
1.3 研究動機與目的 5
1.4 論文架構 6
第二章 相關理論與載具介紹 9
2.1雲端運算概念介紹 9
2.2 PHP網路語言介紹 12
2.3關聯式知識庫系統介紹 14
2.4正規化理論 15
2.4.1正規化的型式 15
2.4.2主鍵與候選鍵的關係 16
2.4.3功能相依性 17
2.4.4阿姆斯壯推論規則 21
2.5 Petri Net理論介紹 23
2.6修正式TRIZ系統介紹 25
2.6.1TRIZ理論 25
2.6.2修正式TRIZ判讀流程 26
2.7遠端與商業軟體介紹 27
2.7.1遠端桌面服務 27
2.7.2 PRO/E商業軟體介紹 28
2.7.3 Ansys Fluent商業軟體介紹 29
2.7.4 TracePro商業軟體介紹 29
2.8 LED閱讀燈載具介紹 30
第三章 應用雲端運算概念建立創研流程混合雲 35
3.1 創研流程混和雲介紹 35
3.2 中英專利檢索公有雲介紹 36
3.3 關聯式專利知識庫與工程知識庫輸入應用服務私有雲建構 39
3.4 關聯式專利知識庫與工程知識庫應用服務私有雲建構 41
3.5遠端修正式TRIZ與商業軟體私有雲建構 44
第四章 LED閱讀燈關聯式知識庫欄位設計 47
4.1 關聯式工程知識庫設計與製程欄位介紹 47
4.2 關聯式專利知識庫設計與製程欄位介紹 54
第五章 LED閱讀燈關聯式知識庫正規化 59
5.1 LED閱讀燈設計與製程工程知識庫欄位正規化 60
5.1.1 LED閱讀燈設計與製程工程知識庫第一正規化 60
5.1.2 LED閱讀燈設計與製程工程知識庫第二正規化 61
5.1.3LED閱讀燈設計與製程工程知識庫第三正規化 69
5.1.4LED閱讀燈工程知識庫合併正規化後結構 75
5.2LED閱讀燈設計與製程專利知識庫欄位正規化 77
5.2.1LED閱讀燈設計與製程專利知識庫第一正規化 77
5.2.2LED閱讀燈設計與製程專利知識庫第二正規化 78
5.2.3LED閱讀燈設計與製程專利知識庫第三正規化 86
5.2.4 LED閱讀燈專利知識庫合併正規化後的結構 93
第六章 結合雲端運算與Petri Net理論建立LED閱讀燈之創研流程 95
6.1 LED閱讀燈結合Petri Net之創研流程混和雲之流程建構 95
6.2 LED閱讀燈結合Petri Net之工程知識庫設計與製程應用服務私有雲流程建構 101
6.3 LED閱讀燈結合Petri Net之專利知識設計與製程庫應用服務私有雲流程建構 107
6.4LED閱讀燈結合Petri Net之遠端修正式TRIZ私有雲流程建構 116
6.5 LED閱讀燈結合Petri Net之遠端商業軟體私有雲流程建構 120
6.6 LED閱讀燈結合Petri Net之某一製程相關改良技術流程建構 124
第七章電腦系統案例實作 128
7.1結合雲端運算與Petri Net理論之創研流程 129
7.1.1光學罩介紹 129
7.1.2 可水解基板(LAO晶圓)晶圓介紹 129
7.2創研流程混和雲進入 130
7.3 LED閱讀燈之結合Petri Net與中英專利檢索公有雲操作 131
7.4 LED閱讀燈結合Petri Net之關聯式工程與專利知識庫設計與製程應用服務私有雲輸入 131
7.4.1LED閱讀燈結合Petri Net之關聯式工程知識庫設計與製程輸入應用服務私有雲 132
7.4.2LED閱讀燈之結合Petri Net關聯式專利知識庫輸入應用服務私有雲 138
7.5LED閱讀燈之結合Petri Net與關聯式工程與專利知識庫應用服務私有雲搜尋 142
7.5.1LED閱讀燈結合Petri Net之關聯式工程知識庫設計與製程應用服務私有雲進行相關知識搜尋 143
7.5.2LED閱讀燈之結合Petri Net與關聯式專利知識庫設計與製程應用服務私有雲搜尋 147
7.6LED閱讀燈結合Petri Net之遠端修正式TRIZ與商業軟體私有雲 151
第八章 結論與建議 176
8.1結論 176
8.2建議 178
參考文獻 179

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