DEVICE FOR EXTRACTION OF FRESH WATER FROM ATMOSPHERIC AIR Russian patent published in 2016 - IPC E03B3/28 B64B1/50 B01D8/00 B01D5/00 

Abstract RU 2592116 C1

FIELD: manufacturing technology.

SUBSTANCE: device for extraction of fresh water from atmospheric air comprises a container for collection of moisture, made of light material (polypropylene) in form of surface of revolution, balloon, lifting container. Container for collection of moisture is made of multiple series-stacked containers with a funnel and a top cover. In lower part, each container has a cylindrical spring corrugated insert. Base of each container is fixed on cover of container located below. In all containers in cover on side there is an outlet opening with a check valve, allowing outlet of air outside. In lower part of all containers at bottom with an edge there is additionally an inlet opening for connecting adjacent containers arranged one above other. In lower container inlet opening is linked with ambient air. All inlet openings end with side tube, removing air so that it can move in a clockwise direction, along circumference, along inner surface of corrugated insert. Opening of side tube has a check valve, which does not allow air passage in reverse side. In centre of cover there is a central hole for air passage into container mounted above. From upper container air from central hole is removed outward. Above central holes there are beaks made of foil, foil plates are parallel to axis of symmetry. Under beaks there are funnel-like water intakes with tubes extending on axis of symmetry along containers. Under bottom container there is a common tray, made in form of socket facing by wide part downwards and resting on grid base attached to surface. Surface of grid base is equipped with common water collector.

EFFECT: increased volume of accumulated moisture.

5 cl, 5 dwg

Similar patents RU2592116C1

Title Year Author Number
METHOD OF EXTRACTING FRESH WATER FROM ATMOSPHERIC AIR 2015
  • Pashchenko Fedor Fedorovich
  • Krukovskij Leonid Efimovich
  • Guljaev Sergej Viktorovich
RU2582807C1
DEVICE FOR OBTAINING WATER FROM ATMOSPHERIC AIR 2022
  • Drozdov Nikolaj Nikolaevich
RU2782080C1
POWER-INDEPENDENT PLANT FOR CONDENSATION OF ATMOSPHERIC AIR MOISTURE 2010
  • Piralishvili Shota Aleksandrovich
  • Veretennikov Sergej Vladimirovich
  • Medvednikova Ekaterina Valer'Evna
RU2463410C2
DEVICE FOR PRODUCING BASICALLY SWEET WATER 1997
  • Shrejn Igor' Ivanovich
RU2109112C1
AUTONOMOUS UNIVERSAL DESALINATION PLANT 2021
  • Popov Aleksandr Ilich
RU2767342C1
AUTONOMOUS DEVICE FOR CONDENSATION OF FRESH WATER FROM ATMOSPHERE 2004
  • Semenov I.E.
RU2256036C1
APPARATUS FOR RECEIVING BIOLOGICALLY PURE FRESH WATER AT CONDENSATION OF MOISTURE OUT OF ATMOSPHERIC AIR 2000
  • Alekseev V.V.
  • Alekseeva O.V.
RU2185482C2
DEVICE FOR FRESH WATER PRODUCTION FROM ATMOSPHERIC AIR 2018
  • Ismailov Tagir Abdurashidovich
  • Evdulov Oleg Viktorovich
  • Evdulov Denis Viktorovich
  • Gyulmagomedov Kaziakhmed Samudinovich
RU2728252C2
APPARATUS FOR SEPARATING SALT FROM MINERALIZED WATER 0
  • Galifanov Gennadij Galitovich
SU1654261A1
APPARATUS FOR EXTRACTING WATER FROM AIR BASED ON SOLAR MODULE WITH PARABOLIC CONCENTRATOR AND STIRLING ENGINE 2018
  • Dorzhiev Sergej Sodnomovich
  • Majorov Vladimir Aleksandrovich
  • Bazarova Elena Gennadevna
  • Rozenblyum Mariya Igorevna
RU2694308C1

RU 2 592 116 C1

Authors

Pashshenko Fedor Fedorovich

Krukovskij Leonid Efimovich

Gulyaev Sergej Viktorovich

Dates

2016-07-20Published

2015-06-24Filed