IMPROVING EFFICIENCY OF HARVESTING GRAIN CROPS

Harvesting crops, including cereals, is the most responsible and resource-consuming stage of crop production. Therefore, the solution of issues on improving the technology of harvesting grain crops is an urgent topic currently. The aim of the research presented in the article was to increase the ef...

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Main Authors: I.V. Konoshin, R.A. Bulavintsev, A.V. Volzhentsev, M.R. Mikhailov, A.V. Zvekov
Format: Article
Language:English
Published: Editorial and publishing department of FSBEE HE Penza SAU 2019-12-01
Series:Volga Region Farmland
Subjects:
Online Access:https://niva-volga.ru/file/vipuski/2019_4_53/en/2019_4_4_en_99-103.pdf
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spelling doaj-cd1c8f0c62c846ea88854d908d7e93052020-11-25T03:11:49ZengEditorial and publishing department of FSBEE HE Penza SAUVolga Region Farmland2686-76722713-198X2019-12-0149910310.26177/VRF.2020.4.4.020IMPROVING EFFICIENCY OF HARVESTING GRAIN CROPSI.V. KonoshinR.A. BulavintsevA.V. VolzhentsevM.R. MikhailovA.V. ZvekovHarvesting crops, including cereals, is the most responsible and resource-consuming stage of crop production. Therefore, the solution of issues on improving the technology of harvesting grain crops is an urgent topic currently. The aim of the research presented in the article was to increase the efficiency of the technology of harvesting grain crops by increasing the main (operational) time of work of grain harvesting equipment without a fundamental change in its design and composition. The result of the research is an analytical, theoretical and practical substantiation of the effectiveness of the use of non-stop unloading of the combine harvester in vehicles in the technology of harvesting grain crops, which will allow, depending on the type and yield of the crop: – to increase the main operating time TО on average by 14-14.7%; – to ensure that the areas with an uneven distribution of crushed straw are excluded. In the future, non-stop unloading of the combine may be recommended for use during operation of driverless combines.https://niva-volga.ru/file/vipuski/2019_4_53/en/2019_4_4_en_99-103.pdfresource-saving technologies in crop productiongrain cropsgrain harvestingcombine harvestergrain unloading
collection DOAJ
language English
format Article
sources DOAJ
author I.V. Konoshin
R.A. Bulavintsev
A.V. Volzhentsev
M.R. Mikhailov
A.V. Zvekov
spellingShingle I.V. Konoshin
R.A. Bulavintsev
A.V. Volzhentsev
M.R. Mikhailov
A.V. Zvekov
IMPROVING EFFICIENCY OF HARVESTING GRAIN CROPS
Volga Region Farmland
resource-saving technologies in crop production
grain crops
grain harvesting
combine harvester
grain unloading
author_facet I.V. Konoshin
R.A. Bulavintsev
A.V. Volzhentsev
M.R. Mikhailov
A.V. Zvekov
author_sort I.V. Konoshin
title IMPROVING EFFICIENCY OF HARVESTING GRAIN CROPS
title_short IMPROVING EFFICIENCY OF HARVESTING GRAIN CROPS
title_full IMPROVING EFFICIENCY OF HARVESTING GRAIN CROPS
title_fullStr IMPROVING EFFICIENCY OF HARVESTING GRAIN CROPS
title_full_unstemmed IMPROVING EFFICIENCY OF HARVESTING GRAIN CROPS
title_sort improving efficiency of harvesting grain crops
publisher Editorial and publishing department of FSBEE HE Penza SAU
series Volga Region Farmland
issn 2686-7672
2713-198X
publishDate 2019-12-01
description Harvesting crops, including cereals, is the most responsible and resource-consuming stage of crop production. Therefore, the solution of issues on improving the technology of harvesting grain crops is an urgent topic currently. The aim of the research presented in the article was to increase the efficiency of the technology of harvesting grain crops by increasing the main (operational) time of work of grain harvesting equipment without a fundamental change in its design and composition. The result of the research is an analytical, theoretical and practical substantiation of the effectiveness of the use of non-stop unloading of the combine harvester in vehicles in the technology of harvesting grain crops, which will allow, depending on the type and yield of the crop: – to increase the main operating time TО on average by 14-14.7%; – to ensure that the areas with an uneven distribution of crushed straw are excluded. In the future, non-stop unloading of the combine may be recommended for use during operation of driverless combines.
topic resource-saving technologies in crop production
grain crops
grain harvesting
combine harvester
grain unloading
url https://niva-volga.ru/file/vipuski/2019_4_53/en/2019_4_4_en_99-103.pdf
work_keys_str_mv AT ivkonoshin improvingefficiencyofharvestinggraincrops
AT rabulavintsev improvingefficiencyofharvestinggraincrops
AT avvolzhentsev improvingefficiencyofharvestinggraincrops
AT mrmikhailov improvingefficiencyofharvestinggraincrops
AT avzvekov improvingefficiencyofharvestinggraincrops
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