THEORETICAL ANALYSIS OF CEREAL SEEDS SUBSOIL DISTRIBUTION AND VARIOUS METHODS OF SOWING

Authors

  • Б. М. Гевко Ternopil National Technical University Ivan Pul'uj,
  • Ю. Ф. Павельчук State Agrarian and Engineering University in Podilya,

Keywords:

working body, subsoil, variation sowing, pointed paw, reflector, seeds, working plane, luggage screening, feeding area

Abstract

The working body drills for subsurface variation-sowing crops such lancet paws with the parameters of the job cultivator for pre-cultivation of the soil, which is determined by the same working conditions are examined. Analytical method for determining the parameters of the working surface of the reflector seeds through equations planes wings and paws normal vector of unknown planes is used. The study is based on the assumption that, in accordance with the technological purpose reflector it is a working mother of three planes: two side, directing seed at the end of the wings, paws and secondary plane, which distributes seeds on the central strip of screening. The distribution process cereal seeds spreading in the subsoil-defined method of sowing seeds at the rate of fall reflector, reflector options theoretically grounded seed and compiled equation plane reflector is regarded. The influence of coulter method, coulter length screening chamber and reflector seed in his uniform distribution of the feeding area

Author Biographies

Б. М. Гевко, Ternopil National Technical University Ivan Pul'uj

Dr. (Engineering), Professor Department of Car Mechanics and Engineering Faculty

Ю. Ф. Павельчук, State Agrarian and Engineering University in Podilya

Ph.D., docent Department of agricultural machines and mechanized technology Engineering department

References

Kletskyna, M. Y. (1967). Spravochnik konstruktora selskohozyaystvennyih mashin [Reference Design agricultural machinery]. M.: Mashynostroenye [Engineering] [in Russian].

Berezkyn, E.K. (1974). Kurs teoretycheskoi mekhanyky [Course of theoretical mechanics]. M. : Mosk. unyversytet [in Russia].

Klenyn, N. Y. & Sakun, V.A. (1994). Selskohozyaystvennyie i meliorativnyie mashinyi [Agricultural and land reclamation machines]. Moskow : Kolos [in Russian].

Voitiuk, D. H., Baranovskyi, V.M., …& Bulhakov, V.M. (2005). Silskohospodarski mashyny. Osnovy teorii i rozrakhunku. [Sіlskogospodarskі machine. Basics of teorії i rozrahunku]. Kiev : Vyshcha osvita [in Ukrainian].

Hevko, B. M., Pavelchuk, Yu. F., & Zhaloba, V. M. (2015). Soshnyk [Coulter]. Patent № u201504036. Ukraine, MPK A01S 7/20(2006.01).

Bejker, S.Dzh., Sakston, K.E., & Rytchy, V.R. (2002). Tekhnolohyia y posev. Nauka y praktyka. New York [in Russian].

Spirit (Väderstad) (2015). Zemlerob, 10, 13–19. [in Ukrainian].

Väderstad International (www.vaderstad.com).

Published

2016-02-29

How to Cite

Гевко, Б. М., & Павельчук, Ю. Ф. (2016). THEORETICAL ANALYSIS OF CEREAL SEEDS SUBSOIL DISTRIBUTION AND VARIOUS METHODS OF SOWING. Podilian Bulletin: Agriculture, Engineering, Economics, 2(24), 25–32. Retrieved from http://pb.pdatu.edu.ua/article/view/136967