INFLUENCE OF THE HUMAN-MACHINE SYSTEMS (HMS) OPERATION MODE ON THE INCREASE OF GRAIN-HARVESTING AGGREGATES PRODUCTIVITY
Author(s):
Igor E. Lipkovich1*, Irina V. Egorova1, Nadezhda V. Petrenko1, Anna S. Gayda2
Affiliation(s):
1Department of Technospheric Safety and Physics, Azov-Black Sea Engineering Institute of Don State Agrarian University, 21 Lenin Str., Zernograd, Russian Federation
2Department of Technical Service in the Agro-Industrial Complex (AIC), Luhansk National Agrarian University, 1 gorodok LNAU, Luhansk, Ukraine
*Corresponding Author Email: [email protected]
This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
The article is devoted to the development of optimal operation modes of grain-harvesting aggregates, and the mechanizer is presented as an operator of the human-machine system (HMS). The block schematic diagram describes the HMS and the cybernetic human-machine model, as well as the scheme of external and internal human-machine-external interactions; in this scheme the connections are described. With the help of two graphs, the dynamics of human performance during the day and the change in working capacity during the work shift are presented, indicating the stages of increasing working capacity, stable working capacity and decrease in working capacity. Based on this, variants of operation modes of technological aggregates have been developed. Graphs of energy expenditures by a human-operator are given for various operation modes of organizational HMS, and the tables offer operators’ schedules at 6 hour, 9 hour and 12 hour shifts with a main cycle of 56 shifts. In summary, conclusions on the temporary impact of the operation mode on the productivity of grain-harvesting aggregates are presented.