METHOD TO ADAPT GREENHOUSES Russian patent published in 2011 - IPC A01G9/14 

Abstract RU 2424654 C2

FIELD: agriculture.

SUBSTANCE: invention relates to the field of agriculture. The method includes processes of snow removal from the outer surface of a greenhouse, creation of volume reserves and earth surface for removed snow, passage of sky radiation, change of barrier structures heat transfer and change of protected soil area. At the same time processes of frame adaptation are related in time with changeover from rainy warm spring, summer, autumn seasons to a snowy winter season. Processes of barrier structures adaptation are related to daily changes of climatic parameters in the "day-night" mode, solar radiation and night sky radiation. At the same time processes of snow removal, reservation of volume and area for removed snow are ensured by autumn transformation of configuration of outer contours of block greenhouse into configuration of according number of hangar greenhouses with an incline, barrier structures towards horizon, excluding snow deposition. Interruption of effect of night sky radiation and control of solar radiation penetration are provided with reverse introduction/removal of additional outer layers of heat insulation and outer screening layers into barrier structures of the greenhouse. And protected soil area is increased by means of spring transformation into configuration of spring-summer-autumn block greenhouse by means of spring coverage of greenhouse volume and area reserve intended for winter stocking of snow with a coating.

EFFECT: invention makes it possible to speed up ripening of fruit, to reduce demand for heat and snow load, to increase evenness of heat source loading, to protect greenhouse space against spring-summer overheating.

2 cl, 4 dwg

Similar patents RU2424654C2

Title Year Author Number
METHOD FOR GREENHOUSE COVERING ADAPTATION, DEVICE FOR METHOD IMPLEMENTATION 2015
RU2611785C1
WALL-MOUNTED GREENHOUSE 2013
  • Jasonidi Oleg Evstrat'Evich
  • Jasonidi Elena Olegovna
  • Grigorenko Mikhail Valentinovich
  • Jasonidi Anna Olegovna
RU2558440C2
TRANSLUCENT INCLOSURE 0
  • Nesterenko Viktor Mikhajlovich
SU1590533A1
MULTIFUNCTIONAL STRUCTURE "SPORT UNIT IN OPEN AIR" 2016
  • Galperin Evgenij Feliksovich
RU2625843C1
RESOURCE-SAVING WINTER MODULAR OR HANGAR TYPE GREENHOUSE 2015
  • Terentev Nikolaj Afanasevich
RU2601392C2
BLOCK-TYPE GREENHOUSE 1995
  • Sharupich V.P.
  • Sharupich T.S.
  • Mazurov A.Ja.
  • Bondarev V.I.
  • Mironov V.M.
  • Butenko A.D.
  • Belikov Ju.M.
  • Kostetskij V.I.
  • Karpov V.N.
RU2087090C1
HORIZONTAL HEAT EXCHANGER 2004
  • Eniseev Gennadij Aleksandrovich
RU2296284C2
UNIVERSAL HOUSE APIARY 2012
  • Ivshukov Aleksej Konstantinovich
  • Naumov Andrej Alekseevich
  • Naumov Egor Alekseevich
RU2512550C1
CONVERTIBLE ENERGY EFFICIENT GREENHOUSE 2020
  • Blazhnov Aleksandr Aleksandrovich
RU2751954C1
HANGAR ROOM FOR KEEPING CATTLE 2021
  • Antonov Aleksej Valerianovich
  • Antonov Valerian Alekseevich
  • Potapov Nikolaj Antonovich
RU2764797C1

RU 2 424 654 C2

Authors

Gorokhov Georgij Anatol'Evich

Dates

2011-07-27Published

2009-02-09Filed