Evaluation of the features of the methodology for substantiating the operational and design parameters of the harvester conveyor, which works according to the batch method

Authors

  • Ivan Nikolaevich Glushkov Orenburg State Agrarian University
  • Alexey Sergeevich Gretsov Samara State Agrarian University
  • Igor Vladimirovich Gerasimenko Orenburg State Agrarian University
  • Marat Rustamovich Kuramshin Orenburg State Agrarian University
  • Sergey Sergeevich Pashinin Orenburg State Agrarian University
  • Igor Igorevich Ognev Ural Federal University named after the First President of Russia B.N. Yeltsin

DOI:

https://doi.org/10.28983/asj.y2023i5pp112-119

Keywords:

grain harvesting, separate harvesting, roller harvester, batch technology, harvester conveyor

Abstract

The article discusses the methods of harvesting grain crops. The emphasis is placed on a separate method involving the use of roller harvesters. A variant of a roller harvester operating by batch technology is considered. The standard methodology of substantiation of optimal parameters and modes of operation of the harvester conveyor is analyzed. As a result, it was found that such a technique is not suitable for establishing the appropriate indicators of the conveyor of the batch header due to its technical and technological features. A particular technique for determining the optimal modes and parameters of the conveyor of a batch harvester is proposed and justified, taking into account its design and technological features and the possibility of minimizing grain losses, and in conclusion the results of its application are presented.

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References

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Konstantinov M., Glushkov I., Ognev I. Justification optimal operating parameters of the conveyor, which is the mechanism of the header for two-phase harvesting by batch method, taking into account the minimization of losses of grain // Proceedings of International conference «International conference on modern trends in manufacturing technologies and equipment, ICMTMTE 2019», September 09-13, Sevastopol, Source: E3S WEB OF CONFERENCES, Publisher: EDP Sciences, P. 00046, (2019).

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Published

2023-05-25

Issue

No. 5 (2023)

Section

Agroengineering

License

Copyright (c) 2023 The Agrarian Scientific Journal

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