A predictive dynamic lifting model on trunk muscle activation associated with the trunk and arm angles integrating the package design of a water bottle container
Improper handling of heavy loads such as the 5 gallon water bottle available in the market causes problems associated to the spinal loading of the lifters. With the type of packaging playing a significant role as to how the users lift a water bottle, care and precautions are necessary in order to pr...
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oai:animorepository.dlsu.edu.ph:etd_bachelors-88152021-08-09T06:28:40Z A predictive dynamic lifting model on trunk muscle activation associated with the trunk and arm angles integrating the package design of a water bottle container De La Cruz, Efren Miguel T. Go, Paul Anthony S. Ko, John Christopher A. Improper handling of heavy loads such as the 5 gallon water bottle available in the market causes problems associated to the spinal loading of the lifters. With the type of packaging playing a significant role as to how the users lift a water bottle, care and precautions are necessary in order to prevent the risk of developing low back problems brought about by spinal loading. This study aims to minimize the spinal loading experienced by the user. With the use of the Design Expert Software, a predictive model that would incorporate the factors associated to spinal loading such as the package design and the different angles formed on the arm and trunk would be formulated. 2009-01-01T08:00:00Z text https://animorepository.dlsu.edu.ph/etd_bachelors/8170 Bachelor's Theses English Animo Repository Lifting and carrying Materials handling Work design Packaging--Design Bottles |
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Lifting and carrying Materials handling Work design Packaging--Design Bottles |
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Lifting and carrying Materials handling Work design Packaging--Design Bottles De La Cruz, Efren Miguel T. Go, Paul Anthony S. Ko, John Christopher A. A predictive dynamic lifting model on trunk muscle activation associated with the trunk and arm angles integrating the package design of a water bottle container |
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Improper handling of heavy loads such as the 5 gallon water bottle available in the market causes problems associated to the spinal loading of the lifters. With the type of packaging playing a significant role as to how the users lift a water bottle, care and precautions are necessary in order to prevent the risk of developing low back problems brought about by spinal loading. This study aims to minimize the spinal loading experienced by the user. With the use of the Design Expert Software, a predictive model that would incorporate the factors associated to spinal loading such as the package design and the different angles formed on the arm and trunk would be formulated. |
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text |
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De La Cruz, Efren Miguel T. Go, Paul Anthony S. Ko, John Christopher A. |
author_facet |
De La Cruz, Efren Miguel T. Go, Paul Anthony S. Ko, John Christopher A. |
author_sort |
De La Cruz, Efren Miguel T. |
title |
A predictive dynamic lifting model on trunk muscle activation associated with the trunk and arm angles integrating the package design of a water bottle container |
title_short |
A predictive dynamic lifting model on trunk muscle activation associated with the trunk and arm angles integrating the package design of a water bottle container |
title_full |
A predictive dynamic lifting model on trunk muscle activation associated with the trunk and arm angles integrating the package design of a water bottle container |
title_fullStr |
A predictive dynamic lifting model on trunk muscle activation associated with the trunk and arm angles integrating the package design of a water bottle container |
title_full_unstemmed |
A predictive dynamic lifting model on trunk muscle activation associated with the trunk and arm angles integrating the package design of a water bottle container |
title_sort |
predictive dynamic lifting model on trunk muscle activation associated with the trunk and arm angles integrating the package design of a water bottle container |
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Animo Repository |
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2009 |
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https://animorepository.dlsu.edu.ph/etd_bachelors/8170 |
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