DEVELOPMENT AND JUSTIFICATION OF A SCARIFIER WITH A CONE DISC FOR BEAN SEEDS

Eduard Khasanov, Radmir Mirzamatov, Andrey Yakupov, Marsel Yamaletdinov
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Abstract

Currently, in the context of Western sanctions, the main goal of the agriculture of the Russian Federation is food security and reducing import dependence. The modernization of agricultural machinery, as well as the search for new ways of pre-sowing seed treatment, will increase the germination of seeds and provide agricultural livestock with high-quality fodder legumes. The paper considers an experimental scarifier of legume seeds, which makes it possible to scarify the seeds of legumes, thereby increasing their germination. The article describes the theoretical basis for the movement of seeds along a conical surface, considers the method of discrete elements, which underlies the Rocky DEM software package, which allows modeling complex systems of models. Laboratory studies were carried out, during which the angle of repose was determined for two varieties of alfalfa seeds (Sarga and Vega) and eastern goat’s rue seeds. On the basis of the obtained modeling data, an experimental scarifier with a scarifying working unit was constructed and production experiments were carried out, during which the quality of processing and germination of seeds of oriental goat’s rue on the experimental scarifier were determined.
豆种子锥盘除草机的研制与论证
目前,在西方制裁的背景下,俄罗斯联邦农业的主要目标是粮食安全和减少对进口的依赖。农业机械的现代化,以及对播前种子处理新方法的探索,将提高种子的发芽率,为农畜提供优质的豆科饲料。本文研究了一种豆科植物种子刻蚀剂的实验方法,该方法可以使豆科植物种子刻蚀,从而提高其萌发率。本文描述了种子沿圆锥表面运动的理论基础,考虑了离散元方法,这是Rocky DEM软件包的基础,它允许建模复杂的模型系统。进行了实验室研究,在此期间确定了两个品种的苜蓿种子(Sarga和Vega)和东方山羊芸香种子的休眠角度。在获得的建模数据的基础上,构建了带有刻蚀工作单元的实验刻蚀机,并进行了生产试验,测定了实验刻蚀机上山羊芸香种子的加工质量和发芽质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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