RESEARCH RESULTS OF THE SOFTWARE

Abstract

An eccentric soil-cultivating skating rink has been developed, which allows to provide the required quality of soil cultivation and increase the yield of cultivated crops. The main advantage of the proposed eccentric roller is that during its rolling over the surface of the soil an additional dynamic force is created, increasing the degree of compaction of the soil and the intensity of the destruction of soil lumps at the same mass of the rink. As a result of theoretical studies of the process of surface tillage using the proposed roller, an expression was obtained for determining the dynamic force as a function of the structural and operating parameters of the roller. In addition, a relationship is established between the power required to roll the roller and the dependence of the tractive effort on its design parameters, which makes it possible to determine the directions for reducing the energy intensity of the surface treatment process.