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    Please use this identifier to cite or link to this item: http://tkuir.lib.tku.edu.tw:8080/dspace/handle/987654321/105746

    Title: 智慧型馬術模擬復健機設計
    Other Titles: The design of intelligent simulated hippotherapy machine
    Authors: 林韋宏;Lin, Wei-Hung
    Contributors: 淡江大學機械與機電工程學系碩士班
    楊智旭;Yang, Jr-Syu
    Keywords: 馬術復健治療(馬術治療);飛輪機;機構設計;Hippotherapy;Indoor cycles;mechanical design
    Date: 2015
    Issue Date: 2016-01-22 15:04:11 (UTC+8)
    Abstract: 馬術復健治療受限於合法馬場較少,且收費較高等不便利性因素影響而不易普及,因此本研究是以馬術復健治療的動作為基礎,設計及製作一部可以同時復健上肢、下肢、腰部肌力及訓練身體平衡之智慧型馬術模擬復健機,使肢體障礙的朋友們可以用更平價、更便利的方式達到馬術治療的成效,以造福患者,減少醫療人力並節省醫療資源。
    Hippotherapy is limited to less legal racecourse and higher charge. These inconvenient factors disturb hippotherapy to popularize. Therefore, base on the basic movements of hippotherapy, this research is intended to design and product an intelligent simulated hippotherapy (equine-assisted) machine which is useful to enhance the hands, legs, waist body strength and balance training during the rehabilitation treatment in a single machine simultaneously. In order to bring benefits to patients and to reduce the cost of medical and health care, this machine makes physical disabled friends have more affordable and more convenient way to achieve the effects of hippotherapy.
    The research works include mechanical design. Patients are able to sit on the seat which is similar to a saddle, and put foot on toe clips to tread. The kinetic energy of tread will be transmitted by gearwheel and belt. This machine is designed to make the saddle move up and down, and resemble a walking-horse. In order to simulate the movement of hippotherapy to do balance training and to strength the muscular movement of patients’ arms, legs and waist, the swing system which is under the saddle will coordinate the frequency of patients to produce movements from side to side.
    The research word starts from hand-painted machine parts. The second step is to build models by using ProEngineer, and then designs, calculates and draws the size of machine parts particularly, so as to facilitate the processing and the mechanical design. The third step is analyzing and checking the results of the simulation are consistent with the goal or not through the simulated track. The final step is testing in a particularly way to observe the rehabilitation situation of users on the Intelligent Simulated Hippotherapy Machine.
    Appears in Collections:[Graduate Institute & Department of Mechanical and Electro-Mechanical Engineering] Thesis

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