Diseño y construcción de un apero bifuncional de motocultor YTO-DF15L para el MAGAP de la Provincia de Chimborazo.

Abstract

In the present work of titling the objective is to design and build a bifuntional implement for soil tillage in furrows, which will be used in a YTO DF-15L cultivator, this tool allows to optimize time and resources at the time of preparing the soil, using bibliographical material evaluates the design possibilities taking into account the parameters that must meet, such as the needs of the agricultural implement in addiction to power consumption and bearing resistance to the most adverse topographical requirements of Chimborazo Province, all elements were drawn in a CAE software (Solidworks) for the sizing and the analysis is performed in a CAE software (Ansys workbench) taking into account the energy consumed to work under specific soil condition of Chimborazo Province, depth of work and mechanical properties of the material to know the efforts of Von Mises, total deformation and safety factors that validate our prototype. When performing the labor field tests it is observed that the geometry chosen under the design criteria set forth in the titration work, meets all the tillage requirements as it is to generate a good rupture and turning of the soil. The purpose of this project is to construct a tillage farm purpose that is made up of two dump bodies dredge and a trencher that can work together as an individual, for which it is recommended to carry out a validation study of the prototype.