Browsing by Author "Chumbi Sangurima, Gladys Margarita"
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Item Estudio ergonómico de la sobrecarga postural a los choferes profesionales del transporte público Tomebamba S.A, Cuenca, 2017(Universidad de Cuenca, 2017-11-11) Chumbi Sangurima, Gladys Margarita; Ayavaca Tapia, Luz María; Cobos Cobos, Diego FernandoThe main musculoskeletal injuries that can be suffered by a driver of vehicles are pain in the lower and upper back, in the neck, shoulders and wrists. They are caused by fatigue of the tendon sheaths, which is cause by the repetitive movement of the tendons by turns, push-ups, extensions, for too many hours. They can also suffer muscle contractures that are produced by the combination of repetitive exercise and sudden changes in temperature (1). The objective of this study was to describe ergonomically the postural overload of professional drivers of the public transport “Tomebamba”, using the Rapid Entire Body Assessment REBA method. The present research descriptive counted whith the participation of 52 drivers who work in the Tomebamba Company S.A. The data were collected through the application of a survey which had information about: age, years of work experience, workday and also the level of ergonomic risk by using the REBA method which was based on an observational and photographic analysis at the time of labor day the results were analyzed, organized and interpreted by using the statistical software SPSS15. The total studied population, 80.8% of them presented an average level of ergonomic risk. The drivers around the about the age of 20-39 years and with1-15 years of work experience were more propense to get have a risk of postural overload with 42.3% and 55.8% respectively. It is important to say that 65.4% of the population presented a working day equal or greater than 14 hours of work. The REBA method determined a midium level of risk for drivers assessed, which required take corrective and / or preventive measures in the workplace to prevent postural overload with the objective to reduce musculoskeletal disorders in the future
