本研究針對風力發電機與齒輪箱之構形整合設計提出一套系統化的方法。首先以顏氏創意性機構設計方法為基礎，對欲整合機構群進行現有機構分析、一般化、及特殊化，再利用機構拓樸構造不變的特性，將同構機構整合，系統化地產出所有可能的整合構形，去除現有整合機構之後，得到新型整合構形。此外，本研究利用所提出的構形設計方法，針對三桿齒輪箱與馬達、三桿和四桿具單自由度齒輪箱與風力發電機、以及五桿具雙自由度齒輪箱制動系統與風力發電機進行整合構形設計，分別得到2種、17種、及3種新型設計。最後透過構想評估，選擇適當整合齒輪風力發電機構形進行模型實做，驗證本研究所提出之整合設計為可行的。

This work presents a systematic design methodology for the configuration design of wind power generators with integrated gear boxes. The Yan’s creative mechanism design methodology is first applied to analyze, generalize, and specialize existing designs of individual mechanism. The isomorphic structures are then integrated according to the constancy of the topological structure to obtain all possible integrated designs. By removing the existing designs, the new integrated designs are obtained. This approach is applied to the configuration designs of motors with integrated 3-link gear boxes, the wind power generators with integrated 3-link and 4-link 1 DOF gear boxes, as well as the wind power generators with integrated braking systems and 5-link 2 DOFs gear boxes, and 2, 17, and 3 new integrated designs are obtained, respectively. Furthermore, suitable configurations are selected for prototyping and the proposed integrated designs are proven to be feasible.

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