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 direct full harvest. 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 dependences that determine the kinematic and energy parameters of planetary multi–rolling fruit separators. The type of the proposed design is theoretically justified, its description and the flow of the technological process are given. As a result of the work done, the dependences of the main parameters and values are obtained, which can be used in further work on the study of the parameters and dependencies of the interaction ofthe fruits of Solanaceae vegetables in interaction with planetary fruit separators.

Highlights

  • The rupture is provided if the force of compression acts on the peduncle in the transverse direction, and in the longitudinal direction – the tensile force and the variable bending moment in the direction

  • The process of main fruit separation is at the third level of the multilevel scheme of justification

  • The criterion for evaluating this operation is İɨtd the degree of fruit separation, which should strive to the maximum value

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Summary

Introduction

The rupture is provided if the force of compression acts on the peduncle in the transverse direction, and in the longitudinal direction – the tensile force and the variable bending moment in the direction. It is necessary to separate the peduncle at the place of its attachment to the stem.

Results
Conclusion
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