Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
RAISED VENTILATION FLOORING STRUCTURE
The invention relates to a raised ventilation flooring structure (105,106) comprising a first and a second transverse support beam (107,108) extending substantially parallel in a transverse direction T at a predetermined mutual distance W.The support beams (107, 108) are interconnected via connection profiles (109, 110) to form a grid structure. Carrier profiles with side walls having a number of apertures, are supported with their ends on the support beams (107, 108). A panel with a closed surface is supported on each carrier profile with side edges of adjacent panels being spaced apart to form a ventilation gap (55).The support beams (107, 108) form elongate collection members that extends along and/or below the side walls of the carrier profiles in the length direction L, below the ventilation gap, to form collection channels (70,100).An air flow path extends from a space between the side walls of the carrier profiles (50,51), via the apertures (42,44) to the collection channel (70,100) and to the ventilation gap (55) between the adjacent panels (46,48).
RAISED VENTILATION FLOORING STRUCTURE
The invention relates to a raised ventilation flooring structure (105,106) comprising a first and a second transverse support beam (107,108) extending substantially parallel in a transverse direction T at a predetermined mutual distance W.The support beams (107, 108) are interconnected via connection profiles (109, 110) to form a grid structure. Carrier profiles with side walls having a number of apertures, are supported with their ends on the support beams (107, 108). A panel with a closed surface is supported on each carrier profile with side edges of adjacent panels being spaced apart to form a ventilation gap (55).The support beams (107, 108) form elongate collection members that extends along and/or below the side walls of the carrier profiles in the length direction L, below the ventilation gap, to form collection channels (70,100).An air flow path extends from a space between the side walls of the carrier profiles (50,51), via the apertures (42,44) to the collection channel (70,100) and to the ventilation gap (55) between the adjacent panels (46,48).
RAISED VENTILATION FLOORING STRUCTURE
ERHÖHTE BELÜFTUNGSBODENSTRUKTUR
STRUCTURE DE REVÊTEMENT DE SOL À VENTILATION ÉLEVÉE
VROEGE NORBERT PETER (Autor:in) / KAPPELHOFF ROGIER (Autor:in)
13.03.2024
Patent
Elektronische Ressource
Englisch