THEORETICAL STUDY OF A DEVICE FOR CLEANING COTTON FROM SMALL IMPURITIES BASED ON A MATHEMATICAL MODEL

The article proposes a cotton gin with a stacked drum located at an angle for cleaning cotton from small impurities at cotton gin plants. In order to determine the optimal parameters of the research carried out in the new development, the experiments were planned as multifactorial and were carried out on the basis of the established standard, that is, the BOT 24-1 experiment was carried out. The values obtained during the experiment were processed in a modern computer program and regression equations were obtained. The coefficients of the regression equations were tested for significance based on the Student's t test, and the resulting equation was tested for adequacy using the Fisher test.