Bibliographic citations
Mejía, M., (2021). Adaptación de equipos médicos de rayos X móviles para ambiente de desarrollo e investigación en ingeniería [Trabajo de suficiencia profesional, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/21888
Mejía, M., Adaptación de equipos médicos de rayos X móviles para ambiente de desarrollo e investigación en ingeniería [Trabajo de suficiencia profesional]. PE: Universidad Nacional de Ingeniería; 2021. http://hdl.handle.net/20.500.14076/21888
@misc{renati/711517,
title = "Adaptación de equipos médicos de rayos X móviles para ambiente de desarrollo e investigación en ingeniería",
author = "Mejía Dolores, Marco Julián",
publisher = "Universidad Nacional de Ingeniería",
year = "2021"
}
The biomedical research is developing in a great magnitude due to public and private investments to improve the life’s quality of the people. Consequently, the health diagnostics and early detection of degenerative sickness, as cancer and sclerosis, require precisely exams in the last years. For this reason, it’s necessary to develop better biomedical systems, this requires investment in appropriate infrastructure and biomedical equipment for testing, but the problem is that the biomedical mobile systems, who are more suitable for development due to their performance and not expensive prices than fix one, don’t have security neither monitoring subsystems as the fix biomedical equipment, due to this, it´s required to buy fix systems, that increases the budget required and cancel potential projects. This project aims the adaptation of a mobile X ray system to use it in a cell of technological development. To achieve this, an interface board and an application were prepared to be integrated in the mobile system and allow a successful installation and monitoring of this. Further, it was designed a development cell that has all the security elements required to adapt the equipment. Finally, this project has an impact on the implementation budget of the development program, reducing the 30% of the cost due to the use of a cheaper biomedical system and allowing the reuse of cells if it’s required. Also, this project can be applied in all the mobile X ray systems, so the application field is extended and impacts directly on hospitals and health centers.
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