THEORETICAL JUSTIFICATION OF THE DIMENSIONS OF THE WORKING PART OF THE COMBINED AGGREGATE CUTTER GRINDER

Abstract

This article theoretically studies the dimensions of the cross-sanding working parts of the combined aggregate, which bring the soil to a mild state before planting. Analyzing the work of a number of scientists who carried out scientific research in this field in the conditions of Uzbekistan on such machines that bring the soil to a milder state before planting, it was determined that the topic was relevant to achieve a high-efficiency yield from the fields planted with the crop as a result of this research.

This machine used a pile drum for cutting, which only works well in zones with light soil. In Uzbekistan conditions, there are cases when the chisel is stuck in the drum-elevator range in more field areas and goes away without crumbling. That is, the intermediate distance in which the drum is located from the elevator starting part is short, while the drum pegs cannot afford to grind the incisions due to the fact that they are fixed to it irreversibly. Therefore, our main task was to make drum pegs movable and provide a theoretical justification for its main parameters. Based on its construction in the justification of the parameters of the proposed working parts and based on the scientific work of most researchers, the parameters of the agragat elevator are justified using formulas in order to ensure the agrotechnical on-demand cultivation of the soil.