THEORETICAL STUDIES OF GEOMETRIC AND KINEMATIC PARAMETERS OF A ROLLER TRANSPORTING DEVICE

The effectiveness of growing sugar beet depends on many factors, such as weather conditions, technology compliance, the availability of modern machinery, timely fertilization and the quality of the seeds used. Currently, up to 95% of sugar beet seeds are imported from abroad. The modernization of production, the development of the necessary seed-growing agricultural machinery is becoming of current importance. The task of providing a fully automated technological chain from the selection of sugar beet mother root crops from the hopper to their planting in modern planting machines has not yet been completely solved. The article considers theoretical studies of the geometric and kinematic parameters of rollers having screw winding with variable pitch during transportation of sugar beet mother root crops to the planting unit. The obtained results allow to justify the geometric and kinemat-ic parameters of the roller transporting device for a given planting rate of sugar beet mother root crops and, thereby, fully mechanize the process of their planting.

Abstract licence: CC BY

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