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Influence des efforts de poussée-préhension et des gants anti-vibratiles sur le transfert des vibrations à la main
Un dispositif expérimental a été mis en place par l'INRS pour mesurer et analyser les effets mécaniques locaux des vibrations transmises au système main/doigts. Ce banc de cartographie d'accélération pourrait être utilisé pour tester et hiérarchiser les performances de solutions anti-vibratiles et celles de matériaux amortissants. Source: http://www.hst.fr/dms/hst/data/articles/HST/TI-NT-50/nt50.pdf
Gloves, Arc Flash, and the New ASTM Test Method
For years, we have heard the question, "What about gloves in arc flash?" The reason this question wasn't answered sooner is complicated, but the standard is now available. ASTM F2675-13, Test Method For Determining Arc Ratings of Hand Protective Products Developed and Used for Electrical Arc Flash Protection, is an ASTM International standard with an approval date of June 1, 2013, that was expected to be published by ASTM International within the month of July. Testing is already progressing, with more than 25 types of gloves tested in the past few years now having a specific standard...
Triaxial measurements of the performance of anti-vibration gloves
Previous studies of anti-vibration gloves have typically only considered the effect that a glove might have in the direction of compression of the glove material. This project investigates the performance of an anti-vibration glove taking account of the influence that the glove might have in three axes. This requires consideration of the performance of the glove material in both compression and shear. Since the adoption of the revised international standard ISO 5349-1:2001 in the UK as BS EN ISO 5349-1:2001 and the implementation of the Control of Vibration at Work Regulations 2005, the technique...

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