Improvement of modern machine technologies for the care of cereal crops

M. Lomishvili, Dimitri natroshvili, Malxaz Dolidze, Mate Abuladze
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Abstract

The development of agricultural reclamation is primarily focused on solving the problem of food security by ensuring the sustainable and innovative development of agriculture and the effective assimilation of agricultural soils and natural resources using complex reclamation measures that depend on the introduction of new, resource-saving technologies and technical means of reclamation works. The most energy-intensive process in the entire technological cycle of caring for grain crops is soil processing, on which 50-60% of fuel is spent on average. The most energy-intensive process in the entire technological cycle of caring for grain crops is soil processing, on which 50-60% of fuel is spent on average Raising the care of cereal crops by 30-60% is achieved as a result of the intensification of mechanized work. The use of modern technical means in the restoration and construction of the country's reclamation systems is incredible without knowing their operating indicators, the main characteristics and parameters of the car; Water resources on the territory of Georgia are unevenly distributed: 1.34 million m3/km2 per year for western Georgia and 0.37 million m3/km2 for Eastern Georgia. Therefore, it is necessary to arrange irrigation systems in the eastern and southern regions of the country, and in the west - drainage systems. Therefore, the paper proposes two-rotor channel machines imported into Georgia, which allow the withdrawal of open channels to a depth of up to 1.45 m, which is used mainly for drainage and irrigation. The parameters of the working body of the rotary channel plugs, the determination of engine power and the hatching of the base car are calculated.
改进谷类作物护理的现代机械技术
发展农业复垦的主要目的是解决粮食安全问题,确保农业的可持续和创新发展,并利用复杂的复垦措施有效吸收农业土壤和自然资源,这些措施取决于引进新的、节约资源的技术和复垦工程的技术手段。在粮食作物种植的整个技术周期中,能耗最大的工序是土壤处理,平均耗费 50-60% 的燃料。在整个粮食作物种植技术周期中,最耗能的工序是土壤处理,平均要耗费 50-60% 的燃料,由于机械化作业的加强,粮食作物的种植面积提高了 30-60%。在不了解其运行指标、主要特点和汽车参数的情况下,在恢复和建设国家开垦系统中使用现代技术手段是不可思议的;格鲁吉亚境内的水资源分布不均:格鲁吉亚西部每年 134 万立方米/平方公里,格鲁吉亚东部每年 37 万立方米/平方公里。因此,有必要在格鲁吉亚东部和南部地区建立灌溉系统,在西部地区建立排水系统。因此,本文提出了进口到格鲁吉亚的双转子渠道机械,该机械可将明渠抽深至 1.45 米,主要用于排水和灌溉。计算了旋转渠塞工作机体的参数、发动机功率的确定和底座车的孵化。
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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