A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WASSER-GEWINNUNGS-MODUL, MODULARER WASSERKOLLEKTOR UND WASSERKOLLEKTOR-FELD
The present invention provides a water extraction module (10), which is designed to separate and collect water from an aerosol in an air flow, a modular water collector (100), which is built up from such modules (10), and a water collector field. The water extraction module (10) has a frame (1) with two longitudinal frame elements and two transverse frame elements which are connected to one another at connection points, and at least one one-piece or multi-piece knitted fabric (6) which is stretched over the two transverse frame elements in the frame (1). The two longitudinal frame elements can each be connected via at least one of their ends to a longitudinal frame element of a further water extraction module (10). One transverse frame element, which, in a use arrangement of the water extraction module (10), comes to lie at the bottom, is a collecting channel (4) and at least one of the two longitudinal frame elements is a longitudinal tube (2'), wherein the at least one longitudinal tube (2') has a mouth (2d) at the connection point with the collecting channel (4). An upper transverse frame element (3), which comes to lie at the top in the use arrangement of the water extraction module (10), and the collecting channel (4) each have a mutually aligned arcuate curvature (K) which extends perpendicularly with respect to a plane (E) which is defined by the two longitudinal frame elements.
WASSER-GEWINNUNGS-MODUL, MODULARER WASSERKOLLEKTOR UND WASSERKOLLEKTOR-FELD
The present invention provides a water extraction module (10), which is designed to separate and collect water from an aerosol in an air flow, a modular water collector (100), which is built up from such modules (10), and a water collector field. The water extraction module (10) has a frame (1) with two longitudinal frame elements and two transverse frame elements which are connected to one another at connection points, and at least one one-piece or multi-piece knitted fabric (6) which is stretched over the two transverse frame elements in the frame (1). The two longitudinal frame elements can each be connected via at least one of their ends to a longitudinal frame element of a further water extraction module (10). One transverse frame element, which, in a use arrangement of the water extraction module (10), comes to lie at the bottom, is a collecting channel (4) and at least one of the two longitudinal frame elements is a longitudinal tube (2'), wherein the at least one longitudinal tube (2') has a mouth (2d) at the connection point with the collecting channel (4). An upper transverse frame element (3), which comes to lie at the top in the use arrangement of the water extraction module (10), and the collecting channel (4) each have a mutually aligned arcuate curvature (K) which extends perpendicularly with respect to a plane (E) which is defined by the two longitudinal frame elements.
WASSER-GEWINNUNGS-MODUL, MODULARER WASSERKOLLEKTOR UND WASSERKOLLEKTOR-FELD
WATER EXTRACTION MODULE, MODULAR WATER COLLECTOR AND WATER COLLECTOR FIELD
MODULE DE RÉCUPÉRATION D'EAU, COLLECTEUR D'EAU MODULAIRE ET CHAMP DE COLLECTEURS D'EAU
KNEER ARON (author) / WIRTZ MICHAEL (author)
2022-11-02
Patent
Electronic Resource
German
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