Psychophysically Determined Asymmetrical Lifting Capacity of Chinese Males over An 8h Work Shift_

:::

詳目顯示

第 1 筆 / 總合 1 筆

/1頁

來源文獻資料
摘要
外文摘要
引文資料

題名：	Psychophysically Determined Asymmetrical Lifting Capacity of Chinese Males over An 8h Work Shift
書刊名：	工業工程學刊
作者：	吳水丕
作者(外文)：	Wu, Swei-pi
出版日期：	2008
卷期：	25:3
頁次：	頁247-255
主題關鍵詞：	Asymmetric lifting；Maximum acceptable weight of lift；Heart rate；Rating of perceived exertion；Psychophysics；非對稱抬舉；最大可承受抬舉重量；心搏率；施力知覺評量；心物法
原始連結：	連回原系統網址
相關次數：	被引用次數:期刊(2) 博士論文(0) 專書(0) 專書論文(0) 排除自我引用:2 共同引用:0 點閱:169

本實驗性研究旨在調查非對稱抬舉對於心物法所決定的最大可承受抬舉能力(MAWL)、心搏率(HR)以及施力知覺評量(RPE)的效應。有八位男性大學生以自由式的抬舉方式，在一次最大、每分鐘1次和4次下，以矢狀面和三種不同的非對稱角度(30°、60°和90°)，從地面抬舉一個箱子到76 cm高的棧板上。結果發現：(1)非對稱的最大可承受抬舉重量顯著低於對稱式的矢狀面抬舉。最大可承受抬舉重量隨著非對稱角度的增加而下降。然而心搏率和施力知覺評量則保持不變；(2)抬舉頻率對於最大可承受抬舉重量的下降百分比並無顯著效應，以矢狀面的對稱式抬舉爲基準，受試者從矢狀面到扭轉30°、60°和90°的MAWL其修正係數分別下降6、11和16%。此一數值比NIOSH 1991方程式的數值還低；(3)心搏率和RPE隨著抬舉頻率的增加而增加，但MAWL則隨之下降。從一次最大到每分鐘1次和4次的MAWL值分別下降40%和49%左右。心搏率則由每分鐘一次（94.3跳/分）到每分鐘四次（112.5跳/分）上升約19%，受試者主觀認爲壓力最大者爲下背。

以文找文

A laboratory study was conducted to investigate the effects of asymmetrical lifting on the psychophysically determined maximum acceptable lift weight (MAWL) and resulting heart rates and ratings of perceived exertion (RPE). Eight Chinese male college students lifted a box in the sagittal plane and at three different angles of asymmetry (30°, 60° and 90°) from the floor to a 76 cm high shelf at a rate of one-time maximum, 1 and 4 lifts/min using a free-style lifting technique. The results showed that: (1) The maximum acceptable weights were significantly lower for asymmetrical lifting than for symmetrical lifting in the sagittal plane. The maximum acceptable lift weight decreased with an increase in the angle of asymmetry, however, the heart rate and ratings of perceived exertion remained unchanged; (2) The lifting frequency had no significant effect on the percentage decrease in maximum acceptable lift weight during asymmetric lifting, using the symmetric lifting in the sagittal plane as the base line. Correction factors of 6, 11, and 16% for maximum acceptable lift weights at 30°, 60° and 90° in asymmetrical lifting, respectively, are recommended. The values are lower than those of the asymmetry multiplier of the 1991 NIOSH equation. (3) Both heart rate and RPE increased with an increase in lifting frequency though maximum acceptable lift weights decreased. The maximum acceptable weights decreased markedly by nearly 40% and 49% from one-time maximum to one lifts/min and four lifts/min, respectively. The heart rates increased by nearly 19% from one lifts/min (94.3 beats/min) to four lifts/min (112.5 beats/min). The most stressed body part was the lower back.

以文找文

期刊論文
1.	Waters, T. R.、Putz-Anderson, V.、Garg, A.、Fine, L.、Fine, L. J.(1993)。Revised NIOSH equation for the design and evaluation of manual lifting tasks。Ergonomics，36(7)，749-776。
2.	Chaffin, D.(1975)。Ergonomics guide for the assessment of human static strength。American Industrial Hygiene Association Journal，36(7)，505-511。
3.	Garg, A.、Ayoub, M. M.(1980)。What criteria exist for determining how much load can be lifted safely。Human Factors，22，475-486。
4.	Snook, S. H.(1978)。The Design of Manual Handling Tasks。Ergonomics，21(12)，963-985。
5.	Rodrigues, C. C.、Congleton, J. J.、Koppa, R. J.、Huchingson, R. D.(1989)。Maximum Acceptable Weight of Lift for an Asymmetrical Combination Manual Handling Task。International Journal of Industrial Ergonomics，4，245-253。
6.	Anderson, C.、Chaffin, D.(1986)。A Biomechanical Evaluation of Five Lifting Techniques。Applied Ergonomics，17，2-8。
7.	Dempsey, P. G.、Fathallah, F. A.(1999)。Application Issues and Theoretical Concerns Regarding the 1991 NIOSH Equation Asymmetry Multiplier。International Journal of Industrial Ergonomics，23，181-191。
8.	Wu, S. P.、Hsu, S. H.(1993)。Psychophysical Modeling of Lifting Capacity of Chinese Males Using Strength Variable。Applied Ergonomics，24，251-257。
9.	Mital, A.、Manivasagan, I.(1983)。Maximum Acceptable Weight of Lift as a Function of Material Density, e. g. Location, Hand Preference, and Frequency。Human Factors，25，33-42。
10.	Wu, S. P.(2000)。Psychophysically Determined Symmetric and Asymmetric Lifting Capacity of Chinese Males for One Hour's Work Shifts。International Journal of Industrial Ergonomics，25，675-682。
11.	Snook, S. H.、Irvine, C. H.(1967)。Maximum Acceptable Weight of Lift。American Industrial Hygiene Association Journal，27，322-329。
12.	Kumar, S.(1984)。The Physiological Cost of Three Different Methods of Lifting in Sagitttal and Lateral Planes。Ergonomics，27，425-433。
13.	Snook, S. H.(1985)。Psychophysical Considerations in Permissible Loads。Ergonomics，28，327-330。
14.	Waters, T. R.、Baron, S. L.、Kemmlert, K.(1998)。Accuracy of Measurements for the Revised NIOSH Lifting Equation。Applied Ergonomics，29，433-438。
15.	Garg, A.、Badger, D.(1986)。Maximum Acceptable Weights and Maximum Voluntary Isometric Strengths for Asymmetric Lifting。Ergonomics，29(7)，879-892。
16.	Mital, A.、Fard, H. F.(1986)。Psychophysical and Physiological Responses to Lifting Symmetrical and Asymmetrical Loads Symmetrically and Asymmetrically。Ergonomics，29，1263-1272。
17.	Gary, A.、Banaag, J.(1988)。Maximum Acceptable Weights, Heart Rates and RPEs for One Hour's Repetitive Asymmetric Lifting。Ergonomics，31，77-96。
18.	Wu, S. P.(2003)。Maximum Acceptable Weights for Asymmetric Lifting of Chinese Females。Applied Ergonomics，34，215-224。
19.	Chen, F.、Aghazadeh, F.、Lee, K. S.(1992)。Prediction of the Maximum Acceptable Weight of Symmetrical and Asymmetrical Lift Using Direct Estimation Method。Ergonomics，35，755-768。
20.	Mital, A.(1992)。Psychophysical Capacity of Industrial Workers for Lifting Symmetrical and Asymmetrical Loads Symmetrically and Asymmetrically for 8 h Work Shifts。Ergonomics，35，745-754。
21.	Dempsey, P. G.(1998)。A Critical Review of Biomechanical, Epidemiological, Physiological and Psychophysical Criteria for Designing Manual Materials Handling Tasks。Ergonomics，41，73-88。
22.	Mital, A.、Karwowski, W.、Mazouz, A.、Orsarh, E.(1986)。Prediction of Maximum Acceptable Weight of Lift in the Horizontal and Vertical Planes Using Simulated job Dynamic Strengths。American Industrial Hygiene Association Journal，47，288-292。
23.	Mital, A.(1987)。Maximum Weights of Asymmetrical Loads Acceptable to Industrial Workers for Symmetrical Manual Lifting。American Industrial Hygiene Association Journal，48，539-544。
24.	Han, B.、Stobbe, T. J.、Hobbs, G. B., Jr.(2005)。The Effect of Asymmetry on Psychophysical Lifting Capacity for Three Lifting Types。Ergonomics，48，364-379。

會議論文
1.	Morrissey, S. J.、Arcangeli, K. K.、Bittner, A. C.(1989)。Accuracy of Ratio Scaling Methods to Set Maximum Acceptable Weights for a Lift and Twist Task。London, UK。647-651。
2.	Kromodihardjo, S.、Mital, A.(1985)。Three Dimensional Dynamic Biomechanical Modeling of Manual Lifting Tasks。New York, NY。121-124。

研究報告
1.	Ayoub, M. M.、Denardo, J. D.、Smith, J. L.、Bethea, N. L.、Lambert, B. K.、Alley, L. R.、Duran, B. S.(1982)。Establishing Physical Criteria for Assigning Personnel to Air Force Jobs。0。
2.	Ayoub, M. M.、Bethea, N. J.、Deivanayagam, S.、Asfour, S. S.、Bakken, G. M.、Liles, D.、Mital, A.、Sherif, M.(1978)。Determination and Modeling of Lifting Capacity, Final Report。0。

學位論文
1.	Asfour, S. S.(1980)。Energy Cost Prediction Models for Manual Lifting and Lowering Tasks，Lubbock, TX。

圖書
1.	Borg, G.(1985)。An Introduction to Borg's RPE Scale。Movement Publications。
2.	Ayoub, M. M.、Mital, A.(1989)。Manual Materials Handling。London：Taylor & Francis。
3.	Karwowski, W.、Yates, J. W.、Pongpatanasuegsa, N.(1986)。Prediction Models for Maximum Acceptable Loads Lifted While Sitting at a Workbench。Trends in Ergonomics/Human Factors III。Amsterdam, Netherlands。
4.	Roebuck, J. A.、Kroemer, K. H. E.、Thomson, W. G.(1975)。Engineering Anthropometry Methods。Engineering Anthropometry Methods。New York, NY。
5.	Mital, A.、Nicholson, A. S.、Ayoub, M. M.(1993)。A Guide to Manual Materials Handing。A Guide to Manual Materials Handing。London, UK。

推文
推薦
引用網址
引用嵌入語法
轉寄

top

:::

相關期刊
相關論文
相關專書
相關著作
熱門點閱

1.	國人單手與雙手的雙人抬舉能力之心物法研究
2.	應用實驗推導使用者適用之設備尺寸研究--以臺灣女性使用之廚房洗滌檯面高度為例
3.	Validation of a Facial Pictorial Rating of Perceived Exertion Scale for Evaluating Physical Tasks
4.	最大可承受抬舉重量之心物法測定

無相關博士論文

無相關書籍

無相關著作

無相關點閱

QR Code

臺灣人文及社會科學引文索引資料庫系統

詳目顯示

臺灣人文及社會科學引文索引資料庫