Improvement of modern machine technologies for the care of cereal crops
Department of Agroengineering, Faculty of Agricultural Sciences and Biosystems Engineering, Georgian Technical University, Tbilisi, Georgian, 17 D. Guramishvili Street, Georgia 0192.
Review
International Journal of Science and Technology Research Archive, 2023, 05(02), 078–084
Article DOI: 10.53771/ijstra.2023.5.2.0089
Publication history:
Received on 29 September 2023; revised on 08 November 2023; accepted on 11 November 2023
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.
Keywords:
Cereal crops; Open channels; Two-rotor canal digging machines; Technical productivity of the car; Power; Impedance coefficient
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