Abstract
The model for the reflection of spherical bodies of different diameters (millet, steel balls, peas) from adjacent concave slats was proposed. An area of guaranteed reflection is found as the sum of the segments equal to the plank thickness, the diameter of the spherical body and the special size determined by the trajectory dividing separation from reflection. It is established that the proposed model can be used at the design developing. In addition, a comparison of the results of bench modeling the separation through a deck of seeds with spherical (millet) and ellipsoidal (grain) shapes is presented. Deck slats had adjustable angles of deviation from the radial direction within 0°-50°. It is shown that, despite the larger size, seeds of grain crops are relatively less reflected by concave at working inclination angles of the slats 0°-30° than spherical bodies.
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