A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The present invention is directed to a lightweight ventilated facade which can be constructed completely from inside a building, comprising one or more anchor plates, one or more mullion profiles, one or more architectural cladding panels and one or more insulation panels, wherein the anchor plates are fastened along a perimeter of a floor plate of a building, wherein each of the mullion profiles is vertically fastened to an anchor plate on the outer side of the floor plate, wherein each of the cladding panels is fastened to two mullion profiles on the outer side of these mullion profiles, wherein each of the insulation panels is fastened between two mullion profiles, wherein there is a ventilated cavity between the insulation panels and the cladding panels. The present invention is also directed to a method for constructing such a facade.
The present invention is directed to a lightweight ventilated facade which can be constructed completely from inside a building, comprising one or more anchor plates, one or more mullion profiles, one or more architectural cladding panels and one or more insulation panels, wherein the anchor plates are fastened along a perimeter of a floor plate of a building, wherein each of the mullion profiles is vertically fastened to an anchor plate on the outer side of the floor plate, wherein each of the cladding panels is fastened to two mullion profiles on the outer side of these mullion profiles, wherein each of the insulation panels is fastened between two mullion profiles, wherein there is a ventilated cavity between the insulation panels and the cladding panels. The present invention is also directed to a method for constructing such a facade.
HYBRID LIGHTWEIGHT VENTILATED FACADE
HYBRIDE LEICHTE BELÜFTETE FASSADE
FAÇADE VENTILÉE LÉGÈRE HYBRIDE
CLAEYS ERIC (author)
2025-02-12
Patent
Electronic Resource
English