Abstract
丂丂 This study was designed to analyze the balance ability of wheelchair users during static wheelie movement. Frame DIAS 嘦 motion analysis system (DKH Co. Ltd.) was used in this study. Subjects were four healthy male university students and one male elite wheelchair athlete with spinal cord injury at the thorax level. They performed static wheelie movements in two conditions, i.e., open-eyed condition and closed-eyed condition. Their movements were filmed in the sagittal and frontal plane with two CCD cameras and two video decks. Based on the videoed information, the contribution of the elbow joint angle control to the maintenance of stability will be discussed in the next report.

杮暥

亂偼偠傔偵亃

丂 幵堉巕傪巊偭偰偺Wheelie摦嶌偲偼丄僉儍僗僞乕(慜椫)傪彴偐傜帩偪忋偘偨忬懺傪帩懕偡傞摦嶌偱偁傞丏偙偺摦嶌偼丄惷巭忬懺偱慜弎偺摦嶌傪峴偆応崌偲丄摦偒側偑傜峴偆応崌偲偵戝暿偝傟傞偑丄偳偪傜偺応崌偱偁偭偰傕丄幵堉巕巊梡幰偺僶儔儞僗曐帩擻椡偑戝偒偔娭梌偡傞摦嶌偱偁傝丄幵堉巕媄擻僥僗僩偺庬栚偲偟偰傕峀偔巊梡偝傟偰偄傞摦嶌偱偁傞(Kilkens, et al; 2003)丏

偙傟傑偱丄惷巭忬懺偱偺Wheelie摦嶌偵娭偟偰偼丄帇妎偺媦傏偡塭嬁偑戝偒偄偙偲(McInnes, et al; 2000)丄僶儔儞僗傪偲傞忋偱丄庤庱偵傛傞挷愡偑廳梫偱偁傞偙偲(Koontz, et al; 2004)丄懠偑専摙偝傟偰偄傞偑丄惷揑偵僶儔儞僗傪曐帩偡傞忋偱丄娭楢偡傞嬝偺嬝椡偑忋懱偺摦梙偵偳偺掱搙塭嬁傪媦傏偟偰偄傞偐傪専摙偟偨尋媶偼悢彮側偄丏

丂杮尋媶偱偼丄惷巭忬懺偱偺Wheelie摦嶌偵傛傞幵堉巕巊梡幰偺僶儔儞僗曐帩擻椡傪専摙偡傞偙偲傪栚揑偲偟偨丏

亂曽朄丄懠亃

丂 抝巕寬忢戝妛惗4柤丄偍傛傃嫻捙懝彎傪桳偡傞僄儕乕僩幵堉巕嫞媄幰1柤傪懳徾偲偟丄惷巭忬懺偱偺wheelie摦嶌傪嶣塭偟偨丏嶣塭偼丄Frame-DIAS 嘦僔僗僥儉((姅)DKH)傪梡偄丄栴忬柺(恾1)偍傛傃慜妟柺偱偺塮憸傪丄2戜偺CCD僇儊儔偍傛傃2戜偺價僨僆僨僢僉偵傛偭偰價僨僆嶣塭丒榐夋偟偨丏榐夋偵巊梡偟偨價僨僆僨僢僉偼丄堦斒偵巊梡偝傟傞壠掚梡價僨僆僨僢僉(僼儗乕儉儗乕僩偼枅昩29.97僐儅)偱偁偭偨丏傑偨丄價僨僆僇僂儞僞((姅)DKH)傪巊梡偟丄2戜偺價僨僆僨僢僉傪摨婜偝偣偨丏旐専幰偼丄摢捀丄帹濻丄尐曯丄旾(奜懁忋梓)丄偍傛傃庤庱(烎崪偲広崪偺拞娫)偵儅乕僇乕傪捈愙憰拝偟丄傑偨丄幵堉巕忋偱戝揮巕偵憡摉偡傞晹暘丄偍傛傃幵椫偺愙抧偟偰偄傞晹暘偵儅乕僇乕傪憰拝偟偨丏旾娭愡偍傛傃尐娭愡偵僑僯僆儊乕僞乕((姅)DKH)傪憰拝偟丄MacLab/8傪梡偄偰旾娭愡妏搙曄壔(孅嬋丒怢揥)偍傛傃尐娭愡妏搙曄壔(孅嬋丒怢揥丄奜揮丒撪揮)傪寁應偟偨丏