@article{oai:suac.repo.nii.ac.jp:00000050,
 author = {迫, 秀樹 and 蜂須賀, 智弘 and 森, 亮太 and サコ, ヒデキ and ハチスカ, トモヒロ and モリ, リョウタ and SAKO, Hideki and HACHISUKA, Tomohiro and MORI, Ryota},
 journal = {静岡文化芸術大学研究紀要, Shizuoka University of Art and Culture bulletin},
 month = {Mar},
 note = {P(論文), 電動工具のグリップ部分を人間工学的観点から評価した。市販のスクリュードライバ(工具B,C)とグリップ部分に滑りにくい加工を施した改良工具(工具A)の計3種類を被験者10名が把持し,筋電図,三次元動作,主観申告などが測定された。被験者にさせた動作は,肘静止条件,肩静止条件,動作条件の三種類である。その結果,工具Aは他の工具よりも有意に低い%MVCを示し,その際の動作量には有意な差は無かった。グリップに滑りにくい加工を施すことは,把持をする際の筋負担を軽減できることが示唆された。, The grip of the power tool was evaluated from the viewpoint of ergonomics. Ten subjects grasped the improved screwdriver (tool A)whose grip was created to minimize slippage and two commercial screwdrivers (tool B and tool C), and the electromyogram (EMG),three-dimensional motion, and subjective evaluation were measured. Each subject performed three activities: stillness at elbow height,stillness at shoulder height, and motion. As a result, tool A showed significantly lower %MVC than other tools, and there was no significantdifference between tools in the quantity of motion. It is suggested that the load of muscles during holding of the tool decreased due to theminimal slippage of the improved grip.},
 pages = {85--92},
 title = {電動工具に関する人間工学的研究 : グリップの違いについての評価},
 volume = {11},
 year = {2011},
 yomi = {サコ, ヒデキ and ハチスカ, トモヒロ and モリ, リョウタ}
}