THE THEORETICAL FOUNDATION OF THE PARAMETERS OF THE COMBINED AGGREGATE CONDITIONER
Keywords:
leveler, softener, aggregate, attack angle, comparison mass, referent cornerAbstract
The article presents the results of the theoretical studies conducted on the basis of the optimal values of the parameters of the combined aggregate leveler that works the soil before planting. According to the obtained results, the required quality of work, that is, the size of the processed layer is 25 mm. the amount of fractions smaller than 80 percent and the height of irregularities on the surface of the field to be ± 2 cm at most with low energy consumption, the following parameters, the opening angle of the sides of the aggregate leveler, the gravity force acting on the leveler with respect to the horizon or The tilting angle, the height of the screed and the specific mass of the aggregate screed were theoretically studied.
References
Sadriddinov A, Abdazimov A, Mavlanov F, Rakhimov H. Information model based on parameters of a combined soil preparation until planting. Technical science and innovation № 2/2024. Volume 2024 Issue 2, Article 15. 4-30-2024, 82–87 p.
Sadriddinov A., Rakhimov H. Comparative analysis of some indicators of tillage machines. JOURNAL OF IQRA. Volume 9, ISSN: 2181. 434. 2024 Issue 2, 430-437 p.
Sadriddinov A.S, Siddikov Sh.Sh., Rakhimov Kh.M. Investigation and results of the research machine for pre-seeding combined soil processing. Scientific and technical journal of mechanical engineering. 2023, № 2. 129–136 p.
FAP № 01720. Tillage machine integrated into the soil before planting. 30.11.2021.
Tokhtakoziev A., Barlibaev Sh. Basing the parameters of the improved grinder-leveler working body // Increasing the efficiency, reliability and safety of hydraulic structures: a collection of articles of the international scientific and practical conference. Volume II. Tashkent: TIQXMMI, 2018. 127– 129 p.
Utepbergenov B. K. Justification of the parameters of the leveling working body of the ripper-leveler: Dis...cand. those. Sci. – Yangiyul, 2001. 69 – 71 p.
Tokhtakoziev A., Imomkulov Q. B. Scientific and technical basis of defarming and decomposition of soil with low energy consumption. Tashkent, 2013. 70 p.
Boymetov R. I., Mirakhmatov A., Tokhtakoziev A. Tillage at high speeds in the cotton growing zone. Tashkent publishing house “Fan” of Uzbekistan, 2019. 22–23 p.
Barlibaev Sh. Improvement of the technological work process and justification of the parameters of the leveler. PhD diss. Gulbahor-2020. 57– 59 p
