本研究提出一種可行的系統化雨刷機構創新與合成的方法，此方法主要係藉由機構運動本質的提煉，再以構形與功能矩陣關係表重構雨刷機構的運動，完成一理想的雨刷運動型態。
上述方法包含了機構的形式合成，數目合成，尺寸合成，最後利用此法創造出一種新型的雨刷機構-肘式雨刷機構，經過案例研究，證實此種雨刷機構可以實施於一般汽車的擋風玻璃，而且掃掠範圍比原車大，掃掠比率比原車雨刷機構多出至少14%，而且比原車更能掃掠到更重要的區域。

In this thesis, a systemization method was established for mechanism innovation and synthesis in the application of windshield wiper design. By meanings of refining of mechanism motion, all of motion of windshield wiper almost could be simplified and dismantled. The essentials of motion of windshield wiper were listed in the matrix of configuration- function to evaluate further and rebuild new mechanisms. Finally, the ideal motion of windshield wiper could be obtained.
Based on the foregoing, an elbow windshield wiper mechanism was created step by step and also approved by case study. The wiper sweeping area of this invention is at least more 14% than exist one.

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