Abstract

An important issue in the creation of transport technological energy means for agricultural purposes at the stage of research and development is the statement of the problem taking into account the technology of cultivation of the Corresponding crop. What are the main provisions for choosing the concept of this type of equipment and what you need to pay attention to when designing them for specific conditions. The article presents the results of experimental studies, pilot industrial and production tests of various machines and assemblies with structurally adaptive mechanisms. The analysis showed that their application provides a wide range of regulation and self-regulation of the unit operating modes, increased reliability and performance, simplicity of design and ease of use, which confirms the feasibility of their use in agricultural production.

Highlights

  • An important issue in the creation of transport technological energy means (TTES) for agricultural purposes at the R&D stage is the statement of the problem taking into account the technology of cultivating the corresponding crop

  • What are the main provisions for choosing the concept of this type of equipment and what you need to pay attention to when designing them for specific conditions

  • A machine-tractor unit for agricultural purposes based on a TTES is formed when connected to a tractor with various agricultural equipment and the introduction of the corresponding working equipment into the design of the electrical resistor

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Summary

Introduction

An important issue in the creation of transport technological energy means (TTES) for agricultural purposes at the R&D stage is the statement of the problem taking into account the technology of cultivating the corresponding crop. What are the main provisions for choosing the concept of this type of equipment and what you need to pay attention to when designing them for specific conditions. The main trends in their development are clearly traced. These trends relate primarily to increasing power, expanding operational functions, hydrofication of power drives and control drives, automation of control and regulation of individual operations, as well as deepening the principles of universalization and modularity at various levels, etc. Even at the stage of choosing a technical solution, it is necessary to determine the range of technological operations that this TPP should provide, including, certain attachments here to provide for the entire range of necessary technological operations

Materials and methods
Results and discussions
Conclusion
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