2 resultados para Controllo moto macchina automatica packaging flessibile confezionamento
em Universidade Federal do Rio Grande do Norte(UFRN)
A condição de saúde do trabalhador moto-taxista do município de Caicó-RN no contexto da precarização
Resumo:
The restructuring process has caused several changes in the workplace since the 1970s in Brazil these changes were more significant during the 1990s, with the implementation of neoliberal policies and the submission of the country's determinations of the IMF and World Bank . In this context, expression wins the increase in structural unemployment and the growth of informality as a mitigating practice the lack of formal employment. At present the activity of mototaxi driver has grown in the municipalities of small, medium and large size of the country. In Caicó / RN, as well as other municipalities, this activity has been presented as an alternative livelihood in the face of rising unemployment. Considering that this is a precarious and risky activity, we wondered about which health conditions of workers in the municipality of mototaxi driver Caicó in the context of job insecurity? What is the perception that this employee has about the health-disease process and its relationship to your work? How to setup the access of motorcycle taxi drivers the right to health and social security? The research sought to examine the health conditions of the workers of the municipality of mototaxi driver Caicó / RN in the context of job insecurity. From the methodological point of view the study worked with documentary research, semi-structured interview and questionnaire with open and closed questions with a sample population of motorcycle taxi drivers of the city, in the period August-September 2013 The results revealed that these workers are if constantly exposed to various risks inherent to the profession as well as the space in which it conducts its business activities, in this case the traffic being traffic accidents and urban violence one of the greatest risks identified by motorcycle taxi drivers in the present study
Resumo:
The need of the oil industry to ensure the safety of the facilities, employees and the environment, not to mention the search for maximum efficiency of its facilities, makes it seeks to achieve a high level of excellence in all stages of its production processes in order to obtain the required quality of the final product. Know the reliability of equipment and what it stands for a system is of fundamental importance for ensuring the operational safety. The reliability analysis technique has been increasingly applied in the oil industry as fault prediction tool and undesirable events that can affect business continuity. It is an applied scientific methodology that involves knowledge in engineering and statistics to meet and or analyze the performance of components, equipment and systems in order to ensure that they perform their function without fail, for a period of time and under a specific condition. The results of reliability analyzes help in making decisions about the best maintenance strategy of petrochemical plants. Reliability analysis was applied on equipment (bike-centrifugal fan) between the period 2010-2014 at the Polo Petrobras Guamaré Industrial, situated in rural Guamaré municipality in the state of Rio Grande do Norte, where he collected data field, analyzed historical equipment and observing the behavior of faults and their impacts. The data were processed in commercial software reliability ReliaSoft BlockSim 9. The results were compared with a study conducted by the experts in the field in order to get the best maintenance strategy for the studied system. With the results obtained from the reliability analysis tools was possible to determine the availability of the centrifugal motor-fan and what will be its impact on the security of process units if it will fail. A new maintenance strategy was established to improve the reliability, availability, maintainability and decreased likelihood of Moto-Centrifugal Fan failures, it is a series of actions to promote the increased system reliability and consequent increase in cycle life of the asset. Thus, this strategy sets out preventive measures to reduce the probability of failure and mitigating aimed at minimizing the consequences.