The influence of technological parameters of the design of the housing of the discator for basic tillage on unrecorded cuttings on its traction resistance is studied. Resource-saving reforestation technologies, which allow to avoid stump clearing, cause the least harm to deforestation ecology and save material resources. Disk tools in the conditions of uncorrupted cuttings significantly surpass plow plows in terms of providing the required maneuverability. The advantage of the discs is the individual attachment of the hulls to the frame, which eliminates clogging of the hull with plant residues and soil. The design of the casing of the discator is investigated, which ensures the required quality of soil turnover and its preservation in the form of a continuous tape laid near the furrow on uncorrupted cuttings. The disk case increases the technical level of modern forest tillage tools, which will improve their competitive advantages among other forest machines used for plowing. As a result of experimental studies of the obtained regression model traction case disc header, allowing to determine its optimal parameters, ensuring the quality of technological process of tillage with minimum energy consumption. The mathematical model is used in the design of forest tools.

研究了未记录岩屑基本耕整机外壳设计工艺参数对其牵引阻力的影响。资源节约型造林技术，可以避免砍伐树桩，对毁林生态造成的损害最小，节约物质资源。在未损坏的岩屑条件下，圆盘工具在提供所需的机动性方面明显优于犁。圆盘的优点是船体与框架的单独连接，这消除了船体被植物残留物和土壤堵塞。对圆盘机外壳的设计进行了研究，以确保土壤周转所需的质量，并以连续胶带的形式在未腐烂的岩屑上铺设在沟渠附近。圆盘箱提高了现代森林耕作工具的技术水平，将提高其在其他用于耕作的林业机械中的竞争优势。通过对所获得的回归模型牵引箱盘头的实验研究，可以确定其最佳参数，确保以最低能耗的耕作工艺过程质量。该数学模型用于森林工具的设计。