Exploring the Efficiency of Experimental Construction of Sorting Ginned Cotton Seed Machine

Abstract

In this paper, research has been conducted to increase the quantity of fiber produced in the enterprise by creating a sorting device for spun seeds, dividing them into fractions by geometric dimensions, and by re-ginning, separating those with long fibers. A new model was developed for geometric sorting of cotton seeds in the harvest, and experiments determined its effectiveness and the optimal values of the factors affecting the efficiency using mathematical modeling. Based on the results of the study, graphs of the influence of factors on device performance and on device efficiency were constructed.

Theoretical Study of Seed Movement in Cotton Seeds Selection Device

“…Table 1 shows the spacing of the surface sections obtained as a result of the studies. Optimal parameters were obtained as a result of additional research in scientific work and initial experiments in the work [13] [14] to ensure its efficiency in the operation of the device.…”

Determination of Technological Parameters of Fiber Separation Device from Cotton Waste

“…However, it should be borne in mind that the existing limitations, i.e., the increase in productivity, lead to the efficiency of long fiber separation. The results of the numerical search method also showed that the number of drum revolutions was 410 rpm (in the first experiments), and the machine had the maximum productivity when the distance between the drums was 1 mm and the angle of inclination of the guide was around 10 degrees [14].…”