USING INNOVATION TECHNOLOGIES TO MEASURE STOREHOUSES OF DRY HYDROSCOPIC MATERIALS WITH DISSIMILAR DENSITY AND HUMIDITY

The article grounds the necessity to develop innovation methods of finding mass of dry raw materials. Today serious problems can be faced in production in case it is needed to find the mass of materials stored in storehouses in bulk. The use of tabular values of material density and humidity can dec...

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Autores principales:	Olga V. Fukina, Sergey S. Kokorev
Formato:	article
Lenguaje:	RU
Publicado:	Plekhanov Russian University of Economics 2019
Materias:	clamps of raw materials mass of dry materials layers of raw materials with different density and humidity method of 3d-scanning 3d-model of the storehouse storehouse stock-taking shortage Economics as a science HB71-74
Acceso en línea:	https://doaj.org/article/4ee3d6e29a1f481ea9b71851863305d0
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spelling	oai:doaj.org-article:4ee3d6e29a1f481ea9b71851863305d02021-11-15T05:20:48ZUSING INNOVATION TECHNOLOGIES TO MEASURE STOREHOUSES OF DRY HYDROSCOPIC MATERIALS WITH DISSIMILAR DENSITY AND HUMIDITY2413-28292587-925110.21686/2413-2829-2019-3-30-38https://doaj.org/article/4ee3d6e29a1f481ea9b71851863305d02019-06-01T00:00:00Zhttps://vest.rea.ru/jour/article/view/706https://doaj.org/toc/2413-2829https://doaj.org/toc/2587-9251The article grounds the necessity to develop innovation methods of finding mass of dry raw materials. Today serious problems can be faced in production in case it is needed to find the mass of materials stored in storehouses in bulk. The use of tabular values of material density and humidity can decrease the accuracy of results. Available methods of measuring volume and mass of dry materials, such as visual, theoretical calculation, mine-surveyor measurement, laser 2D-scanning, laser 3D-scanning, radiolocation and acoustic scanning were analyzed. Their advantages and disadvantages were shown. The scientific novelty of the work is connected with innovation, highly accurate, automated method of finding mass of dry hydroscopic materials having different density and humidity, which is based on using the equipment for laser 3D-scanning. The authors propose to measure density and humidity of material at different levels of clamp, which can improve the accuracy of results. The article provides calculations proving the efficiency of the method during stock-taking of material resources at the enterprise. The article pays special attention to problems of stock-taking and registration of shortages in accounting and taxation.Olga V. FukinaSergey S. KokorevPlekhanov Russian University of Economicsarticleclamps of raw materialsmass of dry materialslayers of raw materials with different density and humiditymethod of 3d-scanning3d-model of the storehousestorehouse stock-takingshortageEconomics as a scienceHB71-74RUВестник Российского экономического университета имени Г. В. Плеханова, Vol 0, Iss 3, Pp 30-38 (2019)
institution	DOAJ
collection	DOAJ
language	RU
topic	clamps of raw materials mass of dry materials layers of raw materials with different density and humidity method of 3d-scanning 3d-model of the storehouse storehouse stock-taking shortage Economics as a science HB71-74
spellingShingle	clamps of raw materials mass of dry materials layers of raw materials with different density and humidity method of 3d-scanning 3d-model of the storehouse storehouse stock-taking shortage Economics as a science HB71-74 Olga V. Fukina Sergey S. Kokorev USING INNOVATION TECHNOLOGIES TO MEASURE STOREHOUSES OF DRY HYDROSCOPIC MATERIALS WITH DISSIMILAR DENSITY AND HUMIDITY
description	The article grounds the necessity to develop innovation methods of finding mass of dry raw materials. Today serious problems can be faced in production in case it is needed to find the mass of materials stored in storehouses in bulk. The use of tabular values of material density and humidity can decrease the accuracy of results. Available methods of measuring volume and mass of dry materials, such as visual, theoretical calculation, mine-surveyor measurement, laser 2D-scanning, laser 3D-scanning, radiolocation and acoustic scanning were analyzed. Their advantages and disadvantages were shown. The scientific novelty of the work is connected with innovation, highly accurate, automated method of finding mass of dry hydroscopic materials having different density and humidity, which is based on using the equipment for laser 3D-scanning. The authors propose to measure density and humidity of material at different levels of clamp, which can improve the accuracy of results. The article provides calculations proving the efficiency of the method during stock-taking of material resources at the enterprise. The article pays special attention to problems of stock-taking and registration of shortages in accounting and taxation.
format	article
author	Olga V. Fukina Sergey S. Kokorev
author_facet	Olga V. Fukina Sergey S. Kokorev
author_sort	Olga V. Fukina
title	USING INNOVATION TECHNOLOGIES TO MEASURE STOREHOUSES OF DRY HYDROSCOPIC MATERIALS WITH DISSIMILAR DENSITY AND HUMIDITY
title_short	USING INNOVATION TECHNOLOGIES TO MEASURE STOREHOUSES OF DRY HYDROSCOPIC MATERIALS WITH DISSIMILAR DENSITY AND HUMIDITY
title_full	USING INNOVATION TECHNOLOGIES TO MEASURE STOREHOUSES OF DRY HYDROSCOPIC MATERIALS WITH DISSIMILAR DENSITY AND HUMIDITY
title_fullStr	USING INNOVATION TECHNOLOGIES TO MEASURE STOREHOUSES OF DRY HYDROSCOPIC MATERIALS WITH DISSIMILAR DENSITY AND HUMIDITY
title_full_unstemmed	USING INNOVATION TECHNOLOGIES TO MEASURE STOREHOUSES OF DRY HYDROSCOPIC MATERIALS WITH DISSIMILAR DENSITY AND HUMIDITY
title_sort	using innovation technologies to measure storehouses of dry hydroscopic materials with dissimilar density and humidity
publisher	Plekhanov Russian University of Economics
publishDate	2019
url	https://doaj.org/article/4ee3d6e29a1f481ea9b71851863305d0
work_keys_str_mv	AT olgavfukina usinginnovationtechnologiestomeasurestorehousesofdryhydroscopicmaterialswithdissimilardensityandhumidity AT sergeyskokorev usinginnovationtechnologiestomeasurestorehousesofdryhydroscopicmaterialswithdissimilardensityandhumidity
_version_	1718428677074583552

USING INNOVATION TECHNOLOGIES TO MEASURE STOREHOUSES OF DRY HYDROSCOPIC MATERIALS WITH DISSIMILAR DENSITY AND HUMIDITY

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