Mathematical model of the process of cleaning the heads of coreneplodes of sugar burjaks from the cutting

Abstract

The differential equation of motion of a flexible cleaving blade on the surface of sugar beet root crop head is compiled in the paper. Proceeding from the conditions of creation of the necessary force of combing and not knocking out the root of beet root, taking into account the dimensional and mass characteristics of sugar beet root crops, final expressions were obtained for determining the angle of rotation and angular velocity of the rotary motion of the cleaning blade, which is installed on the drive horizontal shaft, at different values its geometric sizes and shapes: a rectangular parallelepiped and a straight circular cylinder. An analytical expression was also obtained for determining the force of combining the petioles of the wedge from the spherical surface of the head of the sugar beet root.