稳定的基础上割杂草的耕耘机与左右侧板

Khabibov Suleiman Rashadovich, Babaeva Albina Vagifovna
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引用次数: 0

摘要

本文的材料考虑了与达吉斯坦共和国播种地区杂草过度生长有关的主要问题。通过对除草方法的分析,证明了机械除草方法的有效性。为了减少栽培过程中的能量强度,建议在最小深度处修剪杂草。为此,提出了一种新型的左右爪式耕耘机的设计方案,该方案采用弹性元件来稳定切割深度。基于耕耘者爪除草过程的考虑,推导出耕耘者工作体设计与工艺参数之间的解析依赖关系,最小除草深度为3 ~ 5 cm。场地表面不规则。为了验证理论判断,对所设计的耕耘机和MTZ-82拖拉机搭载的KPS-4.0系列耕耘机进行了实地研究。在研究过程中发现,串联耕作机的耕作深度标准差为±0.9÷±1.2 cm,高于试验耕作机的耕作深度±0.5÷±0.6 cm的平方偏差值。同时,串联栽培机提供90%的除草,而建议的除草机提供95%的除草。综上所述,我们可以得出这样的结论:所提出的具有左右爪的耕耘机在耕作中是有效的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
BASIS OF STABILIZING THE CUTTING OF WEEDS BY A CULTIVATOR WITH RIGHT- AND LEFT-SIDE SHEETS
The materials of the article consider the main problems associated with the overgrowth of weeds in the sown areas of the Republic of Dagestan. The analysis of methods for removing weeds proved the effectiveness of the mechanical method by performing soil cultivation. In order to reduce the energy intensity of the cultivation process, it is proposed to cut weeds at a minimum depth. For this, a new design of the cultivator with right- and left-handed paws was proposed, in which an elastic element is provided to stabilize the cutting depth. Based on the consideration of the process of cutting weeds with a cultivator’s paw, analytical dependencies were derived that provide a connection between the design and technological parameters of the working body of the cultivator with a minimum depth of cutting of weeds of 3-5 cm. field surface irregularities. To confirm the theoretical judgments, field studies of the cultivator of the proposed design and the serial cultivator KPS-4.0 mounted by the MTZ-82 tractor were carried out. In the course of the studies performed, it was found that the standard deviation of the depth of tillage for a serial cultivator was ±0.9÷±1.2 cm, and was higher compared to the values of the square deviation of the depth of tillage ±0.5÷±0, 6 cm experimental cultivator. At the same time, the serial cultivator provides 90% cutting of weeds, while the proposed one cuts 95% of weeds. All of the above allows us to conclude that the proposed cultivator with right- and left-handed paws is effective in tillage.
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