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V. Goglia, J. Žgela, I. Đukić: UČINKOVITOST ANTIVIBRACIJSKIH RUKAVICA: I DIO Šumarski list br. 3–4, CXXXII (2008), 115-119 bracija u pogonskim uvjetima na sredstvima rada na zasniva se na znatno jednostavnijem postupku mjerekojima će se određeni tip rukavica i koristiti, koji je nja i na realnijoj procjeni antivibracijskih svojstava zarazvijen na Šumarskom fakultetu u Zagrebu uz suradštitnih rukavica. nju stručnjaka zaštite na radu Hrvatskih šuma d.o.o., LITERATURA – References Goglia, V. 1997. Ergonomic parameters of forest asurement methods for assessing effectiveness mechanisation – measuring and evaluation proof anti-vibration gloves. International Journal of blems. Mehanizacija šumarstva 22, 209–217. Industrial Ergonomics, 32, 283–298. S u c h o m e l , J., M. S l a n c i k , 2005. Influence of soReynolds, D.D., E. Wolf, 2005. Evaluation of anti- me ergonomic criterims on modelling and optivibration gloves test protocols associated with mization technology in forestry. Proceedings of the revision of ISO 10819. Industrial Health, 43, the International Conference „Management of 556–565. human potential in enterprises“, Zilina, 354–359. ISO 10819-1996. Mechanical vibration and shock – Kacian, N., 1999. Occupational diseases in Croatia, Hand-arm vibration – Method for the measureWork and Safety 3(1), 83–89. ment and evaluation of the vibration transmissi- Koton, J., 2002. Prevention of hand-arm vibration bility of gloves at the palm of the hand. Interna syndrome by using antivibration gloves. Medy-tional Standard Organization, Geneva. cyna Pracy, 53, 423–431. ISO 5349-1-2001. Mechanical vibration – MeasureG r iff n , M. J. 1998. Evaluating the effectiveness of ment and evaluation of human exposure to hand gloves in reducing the hazards of hand-transmittransmitted vibration. Part 1: General require ted vibration. Ocupational and Environmental ments. International Standard Organization, Geneva. Medicine, 55, 340–348. Hewitt, S. 1998. Assessing the performance of anti-HRN EN ISO 10819-2000. Mehaničke vibracije i udavibration gloves – a possible alternative to ISO ri – Vibracije ruke – Metoda mjerenja i ocjenji10891- 1996. Annals of Occupational Hygiene, vanja vibracijskog prijenosnog faktora rukavica 42, 245–252. na dlanu ruke (ISO 10819:1996; EN ISO 10891:1996). Državni zavod za normizaciju i Dong, R. G., T. W. McDowell, D. E. Welkome, mjeriteljstvo, Zagreb. W. P. Smutz, A. W. Schopper, C. Warren, J. Z. Wu, S. Rakheja, 2003. On-the hand me- SUMMARY: Exposure to vibration of higher intensity over a longer period of time often causes permanent health damages. Occupational deseases play an important role in many activities in forestry, too. Among many protective measures taken against excessive exposure to hand-transmitted vibration is the use of anti-vibration gloves. The assessment of their efectiveness is a complex procedure which doesn´t always yeald expected results. There is a number of anti-vibration gloves available nowdays and it is a very responsible taks to make the right choice. The vibration transmissibility of the anti-vibration gloves can be assessed by using measurement and evaluation procedures prescribed by ISO 10819-1996 and EN ISO 10819-1996 as well as the National Standard HRN ISO 10819-2000, or by field-testing. The paper deals with advantages and disadvantages of these two assessment methods. K e y w ord s : ergonomics, vibration, anti-vibration gloves, testing |