THEORETICAL STUDY OF A ROLL SEEDER WITH A DEVICE FOR SOWING SMALL SEEDS

Received 19.08.2023
Revised 28.10.2023
Published 02.12.2023

Abstract

Reel sowing devices of grain and vegetable seeders sow seeds unevenly, in a pulsating flow. And when sowing small seeds, they cannot provide the specified seeding rate of up to 4-6 kg/ha due to design flaws. Therefore, to solve this problem, researchers and designers resort to various devices for seeding devices

Keywords

seed flow sowing device active layer device seeding rate design parameter
Suggested citation
Osmonkanov, T., Mamatov, N., Zhusupov, U., & Baidolotov, Sh. (2023). THEORETICAL STUDY OF A ROLL SEEDER WITH A DEVICE FOR SOWING SMALL SEEDS . Bulletin of the Kyrgyz National Agrarian University, 21(4), 77-82.

References

[1] Alshynbay, M.R. (1999). Selection of the main dimensions of the reel metering device for grain seeders. In Collection of scientific articles on agricultural mechanization (pp. 97-99). Almaty.

[2] Kardashovsky, S.V. (1973). Metering devices of sowing machines. Moscow: Mashinostroenie.

[3] Agrotechnical requirements for a row vegetable seeder. (1972). In Collection of agrotechnical requirements for agricultural machines and tractors (Vol. 29, pp. 144-151). Moscow: Selkhoztekhnika.

[4] Alshynbay, M.R. (1999). Some issues in the calculation of reel metering devices for grain seeders. In Collection of scientific articles on agricultural mechanization (pp. 99-107). Almaty.

[5] Semenov, A.N. (1959). Grain seeders. Moscow-Kiev: Mashgiz.

[6] Klenin, N.I., & Sakun, V.A. (1980). Agricultural and reclamation machines. Moscow: Kolos.

[7] Orozaliev, T.O., Osmonkanov, T.O., & Amatov, Sh.B. (2000). Modeling technological processes of seed sowing in crop production. Science and New Technologies, 4, 21-24.

[8] Orozaliev, T.O., Aidaraliev, T.A., & Osmonkanov, T.O. (2002). Problems of sowing vegetable crops. Science and New Technologies, 3, 108-112.

[9] Orozaliev, T.O., Osmonkanov, T.O., & Amatov, Sh.B. (2002). Resource-saving technology and an environmentally safe complex of sowing machines – the basis for increasing crop yields. Science and New Technologies, 2, 51-57.

[10] Orozaliev, T.O., Osmonkanov, T.O., & Amatov, Sh.B. (1998). Refinement of the experimental model design of a universal mini-seeder. KAA Research Report, Registration No. 0000744. Bishkek.

[11] Osmonkanov, T.O. (1998). Some aspects of sowing small-seeded crops. In Agriculture of Kyrgyzstan: Problems and achievements in education and research. Collection of scientific works, Issue 2. Section on Mechanization and Electrification of Agriculture (pp. 64-67). Bishkek.

[12] Lurie, A.B., & Grombchevsky, A.A. (1977). Calculation and design of agricultural machines. Leningrad: Mashinostroenie.

[13] Listopad, G.E., et al. (1986). Agricultural and reclamation machines. Moscow: Kolos.

[14] Bosoi, E.S. (Ed.). (1978). Theory, design, and calculation of agricultural machines. Moscow: Mashinostroenie.