Optimización del diseño y construcción de un molino de pines: componente a: tolva de alimentación con compuerta de dosificación. Disco fijo del molino de pines. Bisagra y compuerta. Conexión de ingreso desde la tolva hasta la cámara de molienda. Pines del disco fijo. Cámara de molienda.

Abstract

The Curricular Integration Work called "Optimization of the Design and Construction of a Pines Mill" was carried out based on the previous work of Edwin Amaguaña and Inti Casco, who developed the theme "Design of a Pines Mill". For the realization of the T.I.C. it was subdivided into 3 components (A, B, C). In such a way that in the work carried out, component A is detailed, made up of: feeding hopper with dosing gate, fixed disk of the pin mill, hinge and gate, inlet connection from the hopper to the grinding chamber, pins of the fixed disc, and grinding chamber. Each component is analyzed to determine if it needs optimization to improve the characteristics, simplify the design or reduce manufacturing costs, if no modification is required, the original design will be maintained. 3D modeling, plans, CAM is carried out. Manufacturing is carried out with a lathe and CNC machining centers. The mill test protocol is carried out with corn as material to be ground and tests are carried out with and without a sieve to see the different results of coarse and fine grinding that can be obtained, and in the same way, flow parameters and time of grinding.