In spite of mechanization and automation in the modern industrial environment, manual lifting continues to be a common activity and is a leading cause of work injuries. This paper discusses some of the major variables that define a lifting task and presents several approaches that might be used to establish guidelines for safe lifting.
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References
1.
American Occupational Medical Association (Energy Technology Committee).“Guidelines for Routine X-Ray Examinations in Occupational Medicine”, J. Occ. Med.21:(6), 1979.
2.
ChaffinD.B.HerrinG.D.KeyserlingWMGargA.“A Method for Evaluating the Biomechanical Stresses Resulting from Materials Handling Jobs”, Am. Ind. Hyg. Assoc. J.38:662–675, 1977.
3.
International Labor Organization“Maximum Permissible Weight to be Carried by One Worker”, Geneva: ILO, 1967.
4.
KeyserlingW.M.Isometric Strength Testing in Selecting Workers for Strenuous JobsAnn Arbor, MI: University Microfilms International, 1979.
5.
KeyserlingW.M.HerrinG.D.ChaffinD.B.“Isometric Strength Testing as a Means of Controlling Medical Incidents on Strenuous Jobs”, J. Occ. Med., 22:332–336, 1980.
6.
National Institute for Occupational Safety and Health.Work Practices Guide for Manual Lifting.Cincinatti: NIOSH Pub. No. 81–122, 1981.
7.
SnookS.H.“The Design of Manual Handling Tasks”, Ergonomics21:963–985, 1978.
8.
SnookS.H.CampanelliR.A.HartJ.W.“A Study of Three Preventive Approaches to Low Back Injury”, J. Occ. Med.20:478–481, 1978.
9.
TichauerE.R.The Biomechanical Basis of Ergonomics, New York: John Wiley & Sons, 1978.