Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
A surface drainage device comprising a plurality of truncated cones 1, each having a filter in the upper wall, and internal structural elements allowing the cones to be stacked for use as a vertical drainage solution. In use the nested cones are mounted below ground surface level allowing drainage of collected water. Each cone in the stack contains a filter plate able to catch sediment and detritus in the grating. The majority of the cones are stacked with tapered end pointing downwards, then the top or uppermost cone of each stack is inverted and internal tabs 3 interlock with those of the filter cone below it, to form a funnel with a continuous central shaft 7. The inverted cone is capped with a drainage filter plate. The inversion and interlocking of the uppermost two also marries together the two filters of each cone creating a lattice effect filter for further filtration and prevention of falling detritus. The internal structural elements of each cone allows engagement with additional cones in a modular stack, without the need for sealants or other fixing devices.
A surface drainage device comprising a plurality of truncated cones 1, each having a filter in the upper wall, and internal structural elements allowing the cones to be stacked for use as a vertical drainage solution. In use the nested cones are mounted below ground surface level allowing drainage of collected water. Each cone in the stack contains a filter plate able to catch sediment and detritus in the grating. The majority of the cones are stacked with tapered end pointing downwards, then the top or uppermost cone of each stack is inverted and internal tabs 3 interlock with those of the filter cone below it, to form a funnel with a continuous central shaft 7. The inverted cone is capped with a drainage filter plate. The inversion and interlocking of the uppermost two also marries together the two filters of each cone creating a lattice effect filter for further filtration and prevention of falling detritus. The internal structural elements of each cone allows engagement with additional cones in a modular stack, without the need for sealants or other fixing devices.
Soak-away
STEPHEN DAVID MILLS (Autor:in)
04.07.2018
Patent
Elektronische Ressource
Englisch
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