Development of knee-type laser cueing apparatus for Parkinson''s disease patient and stride calculation

碩士 === 國立臺北科技大學 === 機電整合研究所 === 102 === PD patients often have motionless tremor, freezing of gait, gait instability problems and so on, which are prone to affect the function of daily life. When freezing of gait occurs on PD patients, how to immediately help patients to remind themselves to walk ag...

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Main Authors: Jhih-Ling Liang, 梁芷菱
Other Authors: Jinsiang Shaw
Format: Others
Language:zh-TW
Published: 2014
Online Access:http://ndltd.ncl.edu.tw/handle/b9p54n
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spelling ndltd-TW-102TIT056510732019-05-15T21:42:32Z http://ndltd.ncl.edu.tw/handle/b9p54n Development of knee-type laser cueing apparatus for Parkinson''s disease patient and stride calculation 帕金森病患護膝型雷射提醒裝置及步距演算之開發 Jhih-Ling Liang 梁芷菱 碩士 國立臺北科技大學 機電整合研究所 102 PD patients often have motionless tremor, freezing of gait, gait instability problems and so on, which are prone to affect the function of daily life. When freezing of gait occurs on PD patients, how to immediately help patients to remind themselves to walk again is the research project of this thesis, and the main goal is to develop a kneepad style laser reminding device for PD patients to assist walking. In markets there has been some products designed for walking stick combined with visual reminding, but most PD patients do not need to use walking sticks as walking helper and additionally that pace distance of the visual reminding products is fixed, as a result in this research we consider the convenience, portability and adaptability and then do research to design the laser device which can combine with kneepads. We utilize visual reminding and adjustable pace distance to develop and design the device and this device can effectively give reminding immediately and give assistance when PD patients are in need. This device utilize switch of sole, single chip, and accelerator to control communication and adjudgement. When PD patients are in need, through the conveyance of switch of sole to single chip of kneepad laser device followed by shooting laser beam in front of the feet of PD patients to remind them cross over this laser beam and allow PD patients to walk forward smoothly, it can also through the stepper motor to control the light head of laser and adjust the pace distance in demand. Additionally, this research utilize accelerators combined with switches of sole to calculate pace distance and detect the FOG, and immediately convey the walking distance and frequency to computer by blue-tooth to see and adjudge that pace situation. Jinsiang Shaw 蕭俊祥 2014 學位論文 ; thesis 69 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 國立臺北科技大學 === 機電整合研究所 === 102 === PD patients often have motionless tremor, freezing of gait, gait instability problems and so on, which are prone to affect the function of daily life. When freezing of gait occurs on PD patients, how to immediately help patients to remind themselves to walk again is the research project of this thesis, and the main goal is to develop a kneepad style laser reminding device for PD patients to assist walking. In markets there has been some products designed for walking stick combined with visual reminding, but most PD patients do not need to use walking sticks as walking helper and additionally that pace distance of the visual reminding products is fixed, as a result in this research we consider the convenience, portability and adaptability and then do research to design the laser device which can combine with kneepads. We utilize visual reminding and adjustable pace distance to develop and design the device and this device can effectively give reminding immediately and give assistance when PD patients are in need. This device utilize switch of sole, single chip, and accelerator to control communication and adjudgement. When PD patients are in need, through the conveyance of switch of sole to single chip of kneepad laser device followed by shooting laser beam in front of the feet of PD patients to remind them cross over this laser beam and allow PD patients to walk forward smoothly, it can also through the stepper motor to control the light head of laser and adjust the pace distance in demand. Additionally, this research utilize accelerators combined with switches of sole to calculate pace distance and detect the FOG, and immediately convey the walking distance and frequency to computer by blue-tooth to see and adjudge that pace situation.
author2 Jinsiang Shaw
author_facet Jinsiang Shaw
Jhih-Ling Liang
梁芷菱
author Jhih-Ling Liang
梁芷菱
spellingShingle Jhih-Ling Liang
梁芷菱
Development of knee-type laser cueing apparatus for Parkinson''s disease patient and stride calculation
author_sort Jhih-Ling Liang
title Development of knee-type laser cueing apparatus for Parkinson''s disease patient and stride calculation
title_short Development of knee-type laser cueing apparatus for Parkinson''s disease patient and stride calculation
title_full Development of knee-type laser cueing apparatus for Parkinson''s disease patient and stride calculation
title_fullStr Development of knee-type laser cueing apparatus for Parkinson''s disease patient and stride calculation
title_full_unstemmed Development of knee-type laser cueing apparatus for Parkinson''s disease patient and stride calculation
title_sort development of knee-type laser cueing apparatus for parkinson''s disease patient and stride calculation
publishDate 2014
url http://ndltd.ncl.edu.tw/handle/b9p54n
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