Choosing a safe, efficient blow gun Pour voir la vidéo, veuillez activer Javascript et considérez mettre à jour votre navigateur à une version supportant le HTML5. To view this video please enable JavaScript, and consider upgrading to a web browser that supports HTML5 video. François Ouellet, scientific professional at the IRSST, and Martine Charrette, industrial hygiene consultant at Auto-Prévention, explain the creation of a selection tool for choosing a blow gun. Related Documents View slideshow From the same project Guides and Tools What are the criteria for selecting a blow gun? DF-028What is a safe blow gun? DF-027 Video Reports and Conferences Le transfert des connaissances et la création d’un espace d’échanges entre partenaires - Le cas des soufflettes sécuritaires CF-193 From the same series: Rendez-vous de la science (2015) Overboard falls of crew members on Québec lobster boats – risk analysis and prevention solution Evaluation of rolling motion-damping systems on Québec’s semi-offshore fishing boats Des chutes par-dessus bord aux stratégies de prudence, vers la préparation d’un outil de valorisation avec le milieu. Kinematics and biomechanical modelling of the shoulder during handling tasks Development of a radiological index that correlates with shoulder function in workers who have rotator cuff tears Les stratégies favorables à la prise en charge des mesures de santé et de sécurité du travail dans les petites entreprises montréalaises embauchant une main-d’œuvre immigrante Status report on OHS management models Conditions for work performance and OHS: results of an interregional investigation on youth in high school and college Summer temperatures, ozone concentrations and compensated occupational injuries in Québec Biomechanical and ergonomic impacts of material handling on obese workers Development, validation and application of a control banding model for selecting reparatory protection against bioaerosols The Challenge of Green Jobs In Quebec’s Photovoltaic Industry Green jobs in Québec: chemical and biological risks Quantification of biomechanical and sensorimotor parameters that affect the biodynamic response of the hand-arm system when using vibrating tools Green Cleaners: Biofountains Development of a system that can be used in the field to measure the coupling forces at the interface between the hand and the handle of portable vibrating tools Additional Information Collection: Video reports and conferences Category: Conference On screen: François OuelletMartine Charette - Conseillère en hygiène industrielle - Auto-Prévention Produced by: Philippe Lemay - Filming and editing Knowledge Transfer Activity: 2013-0051 Research Field: Mechanical and Physical Risk Prevention Publication no.: CF-183 Language: French Online since: January 12, 2016 Recorded date: November 10, 2015 Format: Video Duration: 14:21