Rediseño de un molino eléctrico usado para elaborar masa para humas con acoplamiento de una batidora

Abstract

The present thesis work involves the redesign of an electric mill and the coupling of a mixer, in order to optimize processing times in a humitas business. This optimization focuses on the grinding process of the raw material, which is corn kernels, and subsequently the mixing process, which tends to cause fatigue in the operator. To meet this need, research is conducted and parameters are proposed for the redesign of various elements of the mill. This includes the use of sensors, actuators, and a programmable controller to reduce grinding times and control the processes. The functioning of the equipment is addressed, and calculations are performed to select appropriate dimensions and analyze suitable materials for the design. Factors such as strength and corrosion resistance are taken into account. Based on the available motor data, a programmable controller is selected, along with the machine's connection scheme, control diagram, and power requirements. The result of this thesis research is a semi-automated machine based on the redesign of some mechanical elements to improve production in terms of time, providing a safe design alternative.