Please use this identifier to cite or link to this item: http://hdl.handle.net/11455/1842
標題: 連桿式划船機之機構設計與整合人機之動力學分析
Design of Linkage-Type Rowing Exercise Machine and the Dynamic Analysis of Human Movement
作者: 吳哲光
WU, CHE-KUANG
關鍵字: Design;連桿;Linkage-Type;Dynamic Analysis;機構;人機整合
出版社: 機械工程學系
摘要: 
划船健身機是一種受歡迎的運動器材,作動原理在於模擬人體划船動作。且具備提升心肺功能、增強肌耐力、燃燒脂肪等全面性的功能,因此使用者可以在短時間內達到豐富的運動效果。由於其具備許多的優點,因此有值得設計發展的空間。
本論文的目的在於設計出一組划船機構,並將其與人體整合進行分析。首先設定條件篩選出需要的機構模式,並根據人體划船動作,推導出相對應的機構動作要求,兩者互相配合而推導出正確的尺寸。
最後利用電腦軟體Adams配合LifeMod模組,整合機構與人體,並進行動力學分析。由分析結果可以得知人體各部位及關節的受力情形,並加以討論。

Rowing exercise machines are the popular fitness goods. Because the movement principle is to simulate the action of the human body who row a boat. They also have the advantages of promoting cardiopulmonary, training muscles, and burning calories. So the users can achieve the great movement effect in short time. Because the rowing exercise machines have so many advantages, they are worth to develop and design for us.
The goal of this paper is to design a linkage-type rowing exercise machine, then merge the result and human body to execute analysis. First, Choosing the mechanism mode which satisfy the constrained conditions . Then according to the actions of human body to row a boat, compute the correct motion of the mechanism. And we can get the correct mechanism size by using two result above. Finally, by using the software Adams and LifeMod to merge mechanism and human body. Then execute the dynamic analysis to realize the force situation of human body and discuss it.
URI: http://hdl.handle.net/11455/1842
Appears in Collections:機械工程學系所

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