Development of Mechatronic Module for the Seeding Control System

Abstract

Existing control systems of sowing machines are intricate and not reliable enough. In these systems, devices are connected by a variety of signal and power wires. This leads to a "problem of interfaces" and a decrease in the efficiency of the control process. The solution to this problem is based on the mechatronic approach or combining elements and control units into mechatronic modules. They are characterized by reliability, compact design and lower cost. The improvement of functional and structural integration of the control system components by their integration into the mechatronic module is considered. The module of regulation of seeding rate on the basis of software and hardware platform Arduino is developed. The work of the proposed control system when changing the seeding rate in the seeding system is studied.

Development of a system for determining the informativeness of the diagnosing parameters for a cylinder­piston group in the diesel engine during operation

“…Measuring equipment requires the development of vacuum-electric modules [11] to reliably control the airflows. Moreover, it is necessary to design equipment that would be responsible for the accuracy and reliability of diagnosing parameter values, as well as in service.…”

Design of mated parts using polymeric materials with enhanced tribotechnical characteristics

“…However, for the use of plastics for heavily loaded tribo-mated parts, it is important to select plastics and fillers with the necessary temperature characteristics. The use of plastics is currently very common in the manufacture of assemblies and parts of mechatronic modules, described in work [21]. This indicates that each individual node should be considered on the basis of its functionality, tribological or durable, and, for each node of parts, to form a certain type of plastic.…”

Cyberphysical Approach to the Creation, Operation and Improvement of Transport and Production Systems

“…Зазначене передусім стосується логістичних підприємств агропромислового виробництва [22,23]. Підвищується ефективність функціонування транспортних і виробничих систем при реалізації фізикоінформаційного підходу [24], автоматизації і інформатизації транспортних засобів на основі розподільної системи управління мехатронними модулями [25][26][27]. На основі кіберфізичного підходу можлива організація логістичних центрів в Україні [28], а на основі структурно-функціональних резервних схем процесу доставки забезпечується ефективність функціонування транспортних систем [29].…”