Abstract

GIS technology based on real-time smart devices, including GPS devices and sensors will be widely used in agricultural technology. Therefore, this technology is being expected in crop harvesting process. One of the most important processes in soybean cultivation is the efficient use of combines and harvesting without loss of harvest. The grain harvester combine Dominator-130 equipped with GPS receiver and grain level sensor was researched in harvesting the soybean. According to results of experiments, during the harvesting of soybean the grain cleanness in a tank of the combine harvester Dominator-130 made up 95.9 per cent, grain loss in a thresher of combine made up 0.7 per cent, these indexes answer to the demands, however in a reaper of combine harvester the grain loss and damaging of grain were higher than demand. Therefore, it is important to define the optimal technological parameters and working regimes that give opportunity to decrease the loss of grain in the reaper of combine and damaging of grain in the thresher of combine for harvesting the soybean.

Highlights

  • Significant work is being done in Uzbekistan on large-scale cultivation of soybeans as a primary and secondary crop

  • One of the most important processes in soybean cultivation is the efficient use of combines and harvesting without loss of harvest

  • According to analyzing the results of experiments, work indicators of the combine in soybean harvesting were more different than indicators for harvesting other sorts of crops

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Summary

Introduction

Significant work is being done in Uzbekistan on large-scale cultivation of soybeans as a primary and secondary crop. There are still a number of difficulties in soybean harvesting due to the peculiarities of this crop and the methods and means of harvesting it at the required level, taking into account the conditions of different regions. One of the most important processes in soybean cultivation is the efficient use of combines and harvesting without loss of harvest. In Uzbekistan, the use of combiners is Dominator-130, New Holland TS-5060 and many others, but most are Dominator-130 combines. Agricultural technology has been widely used in GIS technology based on real-time Smart devices, including GPS devices and sensors. In Japan, several agricultural robots had been developed, the tractor robot working autonomously using RTK-GPS and FOG [1], the tractor robot that followed the path by D-

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