Type Guides & Tools
Itálie
LanguageEnglish
ProviderEU-OSHA
Farming involves a lot of repetitive work. Manual handling and lifting in particular can cause strain and awkward positions. Outdoor work and specificities of terrain make the design of agricultural machinery challenging. This discussion paper looks at the use of mechanisation to reduce the risk of...
Type Guides & Tools
Itálie
LanguageItalian
ProviderINAIL
This document provides content and methods of filling out a short procedure for the identification and quantification of the risk of biomechanical overload of the upper limbs using the OCRA checklist / methodology.
Type Guides & Tools
Itálie
LanguageEnglish
ProviderEU-OSHA
This article presents the data sheets developed by INAIL-CONTARP to assess the risk of many non-standardisable repetitive tasks in the sector. The method used was the OCRA checklist. This method has proved to be reliable and allows users to draw up a map of the risk for repetitive work.
Type Guides & Tools
EU, Rakousko, Dánsko, Finsko, Francie, Německo, Maďarsko, Itálie, Nizozemsko, Španělsko, Švédsko
LanguageEnglish
ProviderEU OSHA
This synthesis report is part of a much larger project intended to support policy-makers at EU and national levels by providing an accurate picture of the prevalence and costs of MSDs across Europe, pulling together existing data from a number of relevant and reliable official statistical sources...
Type Guides & Tools
Itálie
LanguageItalian
ProviderINAIL
This short document summarizes the preventive measures or, if necessary, the redesign activities involving repeated movements of the upper limbs in non-ergonomic conditions.
Type Guides & Tools
Itálie
LanguageItalian
ProviderINAIL
This short document provides information about how to implement the HAL / ACGIH TLV methodology to assess and quantify the risk related to biomechanical overload of upper limbs and the level of effort for a typical posture while performing short cycle tasks.
Type Guides & Tools
Itálie
LanguageItalian
ProviderINAIL
This document presents the semi-quantitative risk assessment of biomechanical overload in activities involving repeated movements of the upper limbs using the Strain index method.
