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Subject

A Study on the Kinematic Variables in Different Safety Shoes and Applying Insole During Walking
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안전화 형태와 인솔착용 유무에 따른 보행동작시 하지부위에 대한 운동학적 부하 분석

논문 기본 정보

Type
Academic journal
Author
Kim, Jung-Jin (삼성전자[주] 구미사업장) Choi, Sang-Bock (대구한의 대학교 보건학부) Cha, Sang-Eon (Gumi complex, Samsung Electronics Co., LTD)
Journal
한국안전학회 한국안전학회지 한국안전학회지 제23권 제1호 KCI Accredited Journals
Published
2008.1
Pages
35 - 45 (11page)

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A Study on the Kinematic Variables in Different Safety Shoes and Applying Insole During Walking
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This study was performed to compare the kinematics among three different safety shoes(type 1: ergonomically designed and high quality shoes, 2: curved and cushioned safety shoes, and 3: regular safety shoes) and to find the effect of insole during walking. Ten healthy subjects were recruited for this study. The range of motion of knee and ankle joint, angle of rear foot and angle of heel contact were measured using a three dimensional motion analysis system. In the second peak, the angle of heel contact showed statistically significant difference between safety shoes and insole, however, there was no statistical significance among three different safety shoes. The angle of ankle increased significantly at initial contact, first peak, the second peak and the toe off phase compared with type 1 and 2 safety shoes, and the angle of ankle showed statistically significant difference between with and without applying the insole. During the first peak, the second peak and the toe off phase, the angle of knee was statistical significance between safety shoes and insole. In heel contact, the angles of Achilles' tendon showed statistically significant difference between safety shoes and insole. The rear foot angles showed statistically significant difference between safety shoes and insole during heel contact and early heel contact. These results suggest that the type 1 safety shoes were superior to others in the statistics, and applying insole could be a possible method to prevent fatigue of lower extremity and musculoskeletal disorders. Further studies are needed to find the effect of ergonomically designed safety shoes and insole on practical value in prevention of musculoskeletal disorder, fatigue and satisfaction of workers.

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