Diseño de prototipo automatización para mantenimiento de cableado transportador
No Thumbnail Available
Date
2022-11-29
Authors
Buitrago Sepúlveda, María Camila
Bastidas Turizo, Tatiana Marcela
Urango Hoyos, Heiler
Advisors
Sánchez Correa, Liliam María
Editors
Journal Title
Journal ISSN
Volume Title
Publisher
Corporación Universitaria Minuto de Dios
Type
Thesis
Rights
Atribución-NoComercial-SinDerivadas 2.5 Colombia
Abstract
Este proyecto genera una propuesta innovadora para el mantenimiento automático del cable vía que se utiliza como transporte para trasladar la fruta en fincas de la región de Urabá y todo el país colombiano en el sector turístico, el cual será, la realización de un prototipo, que se caracteriza por ser automático, de creación propia. Especificando a través de visitas de campo y reuniones con directivos de fincas bananeras, cómo se realizará el proceso que ejecute la limpieza y engrase para facilitar su deslizamiento sobre otra superficie. Se analizan también los costos de elaboración del equipo de limpieza del cable vía, para la logística de traslado de todo tipo de fruta y se formulan estrategias contingentes que permitan que el producto se conserve en condiciones correctas durante su traslado. La metodología utilizada se fundamenta en la revisión documental, diseño y prueba del prototipo, especificaciones técnicas y registro de fallas mediante formatos que midan las variables necesarias para su corrección y pueda ser industrializado. Dentro de estos resultados y discusiones se presenta el diseño del flujograma requerido en la construcción del producto, prueba en el cable y prueba de funcionalidad, presentando este nuevo diseño de forma automática y garantizando la rentabilidad de este mismo en las empresas que utilizan los cable vía como medio de transporte para su fruta y para el sector turístico, reemplazando a su vez la mano de obra que requiere el mantenimiento actual, disminuyendo en gran manera el índice de accidentalidad laboral y contaminación del medio ambiente que el mantenimiento actual del cable vía genera.
This project generates an innovative proposal for the automatic maintenance of the cableway that is used as transport to transport the fruit in farms in the Urabá region and throughout the Colombian country in the tourism sector, which will be the realization of a prototype, which It is characterized by being automatic, self-created. Specifying through field visits and meetings with directors of banana farms, how the process that executes the cleaning and greasing will be carried out to facilitate its sliding on another surface. The costs of manufacturing the cleaning equipment for the cableway are also analyzed, for the logistics of transporting all types of fruit, and contingent strategies are formulated that allow the product to be preserved in correct conditions during its transfer. The methodology used is based on documentary review, prototype design and testing, technical specifications and fault recording through formats that measure the variables necessary for its correction and can be industrialized. Within these results and discussions, the design of the flowchart required in the construction of the product, cable test and functionality test is presented, presenting this new design automatically and guaranteeing its profitability in companies that use cable via as a means of transport for its fruit and for the tourism sector, in turn replacing the workforce that current maintenance requires, greatly reducing the rate of occupational accidents and environmental pollution that the current maintenance of the cableway generates.
This project generates an innovative proposal for the automatic maintenance of the cableway that is used as transport to transport the fruit in farms in the Urabá region and throughout the Colombian country in the tourism sector, which will be the realization of a prototype, which It is characterized by being automatic, self-created. Specifying through field visits and meetings with directors of banana farms, how the process that executes the cleaning and greasing will be carried out to facilitate its sliding on another surface. The costs of manufacturing the cleaning equipment for the cableway are also analyzed, for the logistics of transporting all types of fruit, and contingent strategies are formulated that allow the product to be preserved in correct conditions during its transfer. The methodology used is based on documentary review, prototype design and testing, technical specifications and fault recording through formats that measure the variables necessary for its correction and can be industrialized. Within these results and discussions, the design of the flowchart required in the construction of the product, cable test and functionality test is presented, presenting this new design automatically and guaranteeing its profitability in companies that use cable via as a means of transport for its fruit and for the tourism sector, in turn replacing the workforce that current maintenance requires, greatly reducing the rate of occupational accidents and environmental pollution that the current maintenance of the cableway generates.
Description
Diseñar un prototipo automatizado funcional para aumentar la eficiencia y eficacia en el mantenimiento y lubricación del cable vía.
Keywords
Cable vía, Diseño del prototipo, Cables aéreos, Flujograma de procesos, Funcionalidad de prototipos, Cableway, Prototype design, Overhead cables, Process flowchart, Prototype functionality