Stride-Interval analysis equipment design
碩士 === 元智大學 === 機械工程學系 === 101 === The society is becoming old now, medical instruments used for rehabilitation and health assessment of are more generally. From observation, the fall has been always a big challenge for the elderly. It causes more damage in the elderly particularly. The elderly ha...
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ndltd-TW-101YZU054890392016-03-18T04:41:49Z http://ndltd.ncl.edu.tw/handle/21657176635835046703 Stride-Interval analysis equipment design 步伐分析裝置設計 Fung-Yu Hu 胡芳瑀 碩士 元智大學 機械工程學系 101 The society is becoming old now, medical instruments used for rehabilitation and health assessment of are more generally. From observation, the fall has been always a big challenge for the elderly. It causes more damage in the elderly particularly. The elderly have a degradation phenomenon in the sense of balance. Hence, we would like to do in-depth research for Stride-Interval analysis equipment design. I did three experiments which were associated as Stride-Interval analysis equipment design. I did the first experiment (i.e., conductive fiber material experiment). Firstly, we installed the conductive fiber material inside shoes, sewed to the insole and caught the output voltage signal. The experimental results showed that the sensitivity is poor and the experimental data were needed via hand vigorously pressing it. So it can’t be used for Stride-Interval analysis equipment design. So I did the second experiment to compare with the first experiment. The second experiment is accelerometer experiments. We use the market accelerometer to do Stride-Interval analysis equipment design. The output signal of accelerometer is voltage mode. But it has two disadvantages. The first one is that it is not convenient to carry and use due to the accelerometer is larger. The second one is that it is expensive. So we finally tried to do the third experiment. The third experiment is pressure sensing chip experiment. We install pressure sensing chip into the shoes and transfer data to computer via the A / D card to do analysis. Then I draw the graphics via program to show the data which can be judged and also the graphics can be provided for users and medical to do assessment. The thesis provides several experimental data and analyzes several experiments results. We did experiment in many different ways. For example, experiment in different sensing materials and different types of walking. This is helpful to improve and debug program, also greatly reduce the error of the experimental data. In the modern society, there are more and more people pay more attention to their own health. The prevention is better than cure. Therefore, the auxiliary medical instruments will be one of the major developments in the future. Our experiments will also go forward toward this goal. Jiann-Shing Shieh 謝建興 學位論文 ; thesis 50 zh-TW |
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碩士 === 元智大學 === 機械工程學系 === 101 === The society is becoming old now, medical instruments used for rehabilitation and health assessment of are more generally. From observation, the fall has been always a big challenge for the elderly. It causes more damage in the elderly particularly. The elderly have a degradation phenomenon in the sense of balance. Hence, we would like to do in-depth research for Stride-Interval analysis equipment design. I did three experiments which were associated as Stride-Interval analysis equipment design.
I did the first experiment (i.e., conductive fiber material experiment). Firstly, we installed the conductive fiber material inside shoes, sewed to the insole and caught the output voltage signal. The experimental results showed that the sensitivity is poor and the experimental data were needed via hand vigorously pressing it. So it can’t be used for Stride-Interval analysis equipment design. So I did the second experiment to compare with the first experiment. The second experiment is accelerometer experiments. We use the market accelerometer to do Stride-Interval analysis equipment design. The output signal of accelerometer is voltage mode. But it has two disadvantages. The first one is that it is not convenient to carry and use due to the accelerometer is larger. The second one is that it is expensive. So we finally tried to do the third experiment. The third experiment is pressure sensing chip experiment. We install pressure sensing chip into the shoes and transfer data to computer via the A / D card to do analysis. Then I draw the graphics via program to show the data which can be judged and also the graphics can be provided for users and medical to do assessment.
The thesis provides several experimental data and analyzes several experiments results. We did experiment in many different ways. For example, experiment in different sensing materials and different types of walking. This is helpful to improve and debug program, also greatly reduce the error of the experimental data. In the modern society, there are more and more people pay more attention to their own health. The prevention is better than cure. Therefore, the auxiliary medical instruments will be one of the major developments in the future. Our experiments will also go forward toward this goal.
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author2 |
Jiann-Shing Shieh |
author_facet |
Jiann-Shing Shieh Fung-Yu Hu 胡芳瑀 |
author |
Fung-Yu Hu 胡芳瑀 |
spellingShingle |
Fung-Yu Hu 胡芳瑀 Stride-Interval analysis equipment design |
author_sort |
Fung-Yu Hu |
title |
Stride-Interval analysis equipment design |
title_short |
Stride-Interval analysis equipment design |
title_full |
Stride-Interval analysis equipment design |
title_fullStr |
Stride-Interval analysis equipment design |
title_full_unstemmed |
Stride-Interval analysis equipment design |
title_sort |
stride-interval analysis equipment design |
url |
http://ndltd.ncl.edu.tw/handle/21657176635835046703 |
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