ABSTRACT
El mantenimiento correctivo está orientado a corregir los defectos observados en los equipamientos o instalaciones, localizando las averías y reparándolas. Los costos de reparación de un equipo suelen ser mucho mayores en la etapa correctiva que en la etapa preventiva, y la literatura existente está orientada más hacia la prevención que hacia la corrección. Sin embargo, es inevitable que en una institución hospitalaria, como en cualquier otra, se presenten frecuentemente problemas en los equipos que no pudieron ser previstos o evitados mediante el mantenimiento preventivo o correctivo. Por esta razón, se hace necesario contar con protocolos para el mantenimiento correctivo que contengan criterios y procesos claramente definidos para mejorar la eficiencia y la eficacia en la solución de los problemas y que permitan la máxima disponibilidad en la prestación de los servicios. En este trabajo se presenta, como caso de estudio, el desarrollo e implementación de un Manual para la Gestión del Mantenimiento Correctivo en una de las clínicas de más alto nivel en la ciudad de Cali: La Fundación Valle del Lili.
The corrective maintenance is aimed at correcting the shortcomings in the equipment or facilities, locating faults and repairing them. Repair costs of equipment are usually much higher in the corrective stage than in the preventive stage, and the existing literature is oriented more towards prevention than correction. However, it is inevitable that in a hospital, as elsewhere, problems are often present on computers that could not be foreseen or avoided through preventive or corrective maintenance. For this reason corrective maintenance protocols containing clearly defined criteria and processes to improve efficiency and effectiveness in solving problems and ensuring maximum availability in the provision of services, are needed. This paper presents a case study, development and implementation of a Management Manual for corrective maintenance of the highest level clinics in the city of Cali: The Fundación Valle del Lili.
A Manutenção corretiva visa corrigir as deficiências do equipamento ou instalações, localizando falhas e reparálas. Os Custos de reparação de equipamento são geralmente muito maior na fase corretiva que na fase preventiva, e a literatura existente é mais orientada para a prevenção que para a correção. No entanto, é inevitável que em um hospital, como em outros lugares, muitas vezes se apresentam problemas nos equipamentos que não podiam ser previstos ou evitados através da manutenção preventiva ou corretiva. Por esta razão, é necessário ter protocolos de manutenção corretiva que contenham critérios e processos claramente definidos para melhorar a eficiência e eficácia na resolução de problemas e para assegurar a máxima disponibilidade na prestação de serviços. Este trabalho se apresenta como um caso de estudo, o desenvolvimento e a implementação de um Manual de Gestão para manutenção corretiva das clínicas de maior nível na cidade de Cali: a Fundação Valle del Lili.
ABSTRACT
Background: Medical equipments are necessary to effectively monitor, treat and support the care of patients by doctors in the management of their medical conditions. Proper maintenance affects the performance and safety of equipment. As equipments are part of health care provision in hospital, it is necessary to have well planned and managed equipment maintenance system in the organization. Aim: The study revealed the medical equipment maintenance system in Physiology Department of tertiary care government teaching institute. Material and methods: A retrospective observational study, during February to June 2014 of fifty two equipments costing more than 10,000 rupees was done for their maintenance system in the department. Information about equipment was collected by onsite inspection and departmental equipment records in structured proforma. Results: In the study, 45 mechanical and 7 electrical equipments costing less than 100,000 rupees were evaluated. It was found that 94.2% equipments did not have any service contract. From time of installation in the department it was found that most equipment i.e. 53.8% had crossed the life period of 15 years. Maximum i.e 85.7% electrical equipments had crossed their average life period. There was no proper maintenance of logbook and non availability of the user manual by the side of 84.6% of the equipments in department. Service history in worksheet of all 52 instruments was not recorded, post warranty maintenance in all equipments was by local personals only which was needed in 90.4% equipments. Out of equipments needing the maintenance and repair, it was corrective type in 98.2% times and reactive type in 1.8% times. There was no special training of the technicians about the maintenance of equipments. 73.1% equipments were working while 21.2% were awaiting repair. The procedure of ‘maintenance request" was noted in log book for all equipments. 3 of the equipment were having the long down time period above 5 years. Non functional equipment with long down time period was due to non availability of the spare parts in 21.2% equipment and vendor was not responding for maintenance in 5.7% equipment Conclusion: There was need of proper equipment maintenance system in department. The long down time period of equipment was due to old technology, non-availability of parts and non-responding vendors.
ABSTRACT
Objective: This study investigated the clinical performance of a silorane-based composite resin when used for repairing conventional composite restorations. Methods: Defective dimethacrylate-based composite resin restorations were randomly assigned to one of two treatment groups: Control group - Adper SE Plus + Filtek P60 (3M/ESPE, St. Paul, EUA) and Test Group - P90 Adhesive System + Filtek P90 (3M/ESPE, St. Paul, EUA). All repaired restorations were evaluated at baseline, and at six-month recall. The parameters examined were marginal adaptation, anatomic form, surface roughness, marginal discoloration, post-operative sensitivity and secondary caries. The restorations were classified according to modified USPHS criteria. Mann-Whitney and Wilcoxon tests were used to compare the groups. Results: Of the 100 restorations repaired in this study, 93 were reexamined at baseline and 91 at 6-month recall. Drop-out was about 9%. No statistically significant differences were found between the materials for all clinical criteria, at baseline and at 6-month recall (p > 0.05). No statistically significant differences were registered (p > 0.05) for each material when compared for all clinical criteria, at baseline and at 6-month recall. The hypothesis tested in this randomized controlled clinical trial was accepted. Conclusion: After the six-month evaluations, silorane-based composite exhibit a similar performance compared to dimethacrylate-based composite when used as repair material.
Objetivo: Investigar o desempenho clínico de uma resina de baixa contração à base de silorano quando utilizada para reparar restaurações convencionais de resina composta. Métodos: Restaurações defeituosas de resina composta à base de dimetacrilato foram aleatoriamente reparadas por um de dois grupos de tratamento: Grupo Controle - Adper SE Plus + Filtek P60 (3M/ESPE, St. Paul, EUA) e Grupo Teste - Sistema adesivo P90 + Filtek P90 (3M/ESPE, St. Paul, EUA). Todas as restaurações reparadas foram avaliadas em baseline e ao longo de 6 meses. Os parâmetros analisados foram a adaptação marginal, forma anatômica, rugosidade superficial, descoloração marginal, sensibilidade pós-operatória e lesões de cárie. As restaurações foram classificadas de acordo com os critérios do Serviço de Saúde Público dos Estados Unidos modificados. Os testes de Mann-Whitney e Wilcoxon foram utilizados para comparar os grupos. Resultados: Das 100 restaurações reparadas neste estudo, 93 foram examinadas uma semana após terem sido reparadas - baseline e 91 após 6 meses. A perda foi de aproximadamente 9%. Nenhuma diferença estatisticamente significativa foi encontrada entre os materiais para todos os critérios clínicos, em baseline e ao longo de 6 meses (p> 0,05). Conclusão: A hipótese testada neste ensaio clínico controlado randomizado foi aceita. Após 6 meses de avaliações, resinas compostas à base de silorano apresentaram desempenho clínico semelhante às resinas compostas à base de dimetacrilato quando utilizadas para reparar restaurações de resina composta à base de dimetacrilato.