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Dyuzhev A.A., State special design bureau on grain- and forage harvesters, Gomel, Belarus

Year 2007 Issue 1 Pages 27-30
Type of article RAR Index UDK 631.3 Index BBK  

The fundamental demands to perspective grain harvesters of the fifth generation distinguished with broad application of the automation means are considered. It is shown that the employment of complex board informational#controlling system including the electronic control and diagnostics of engine and main harvester aggregates, allows considerably to increase its service life and essentially to boost the working efficiency. The computer simulation of harvester perspective models has allowed reducing design period from 45 down to 30 months. With the purposes of high quality achievement the necessity of development of a standardized procedure of rational control by reliability at the all stages of harvester life cycle is expressed.



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