Abstract

The article is devoted to the theoretical justification of the process of rolling stems by planetaryrollers of the fruit separator in the harvesting of Solanaceae vegetables as reusable as at direct fullharvest. The article has a theoretical, research character, expressed in the fact that the issue of Solanaceae vegetables harvesting was theoretically considered, the analysis of methods and means for the introduction of dry inorganic substances was given, when considering the process of rolling stems of Solanaceae vegetables as a rolling of elastic–plastic material there were obtained the dependencesthat determine the kinematic and energy parameters of planetary multi–rolling fruit separators.The conclusions set out the main results achieved so far. The type of the proposed design was theoretically justified, its description and the flow of the technological process were given. As a result of the work done, the process of fruit removal from a plant with offered working elements was shown.

Highlights

  • The article is devoted to the theoretical justification of the process of rolling stems by planetary rollers of the fruit separator in the harvesting of Solanaceae vegetables as reusable as at direct full harvest

  • During the movement of the fruit separator, located at an angle α to the direction of movement, the fruit mass is rolled by rollers

  • Large fruits are separated, the size of which is greater than the gap in the working slit

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Summary

Introduction

The article is devoted to the theoretical justification of the process of rolling stems by planetary rollers of the fruit separator in the harvesting of Solanaceae vegetables as reusable as at direct full harvest. During the movement of the fruit separator, located at an angle α to the direction of movement, the fruit mass is rolled by rollers. The technological operation of rolling the stems of the plant’s bush with planetary rollers is one of the main, providing the combing of the fruits from the bush.

Results
Conclusion
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