FIELD: separation of liquids.
SUBSTANCE: invention relates to an apparatus for receiving, releasing, diluting or moving fluid media, as well as for adding components of a fluid medium, for separating, filtering, fractionating, enriching fluid media and/or components thereof, as well as modifying fluid media and components thereof and detecting components of fluid media. The system for treating fluid media includes a chamber with mobile elements. The chamber is connected with a channel. The system comprises at least one structured component, at least one element attached thereto, and at least one integration apparatus for a fluid medium, closable by a cap or valve. Fluid media or gases can be moved through one or more channels and, among other things, can be released or taken into the system by moving a mobile element both into the chamber and out of the chamber. The tank for a reagent for said fluid media can be connected with a pumping chamber or a channel system for the purposes of dilution, as well as for supplying the reaction components or washing the fluid media. The system can be used for intaking, pumping, diluting, mixing and dosing fluid media or gases. An additional element (filters, membranes, frits or similar elements) or integrated reagents are provided, possibly arranged in the form of an array of identical or different reagents, to provide a possibility of separating, filtering, fractionating, enriching fluid media and components thereof, as well as modifying fluid media and/or components thereof and analysing the content of fluid media. The system can be operated manually or by means of simple apparatuses or installation tools.
EFFECT: provided possibility of intaking, distributing, diluting, transporting and/or mixing fluid media, as well as separating, filtering, enriching and/or fractionating fluid media and components thereof, modifying fluid media and components thereof, as well as detecting components of fluid media manually, i.e. without any other auxiliary means, as well as using corresponding apparatuses.
20 cl, 28 dwg
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Authors
Dates
2022-01-26—Published
2019-05-16—Filed