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Slab construction
An insulated concrete slab floor (60) construction comprising, spaced piers (20) installed in a building site (100), thermal insulating load bearing packers (44) mounted on the piers (20), a plurality of beams (22) extending between the piers (20) and mounted on top of the packers (44), the beams (22) being connected to form a beam frame (23), a poured concrete support means (30) extending across the beam frame (23), edge insulation means (54) disposed around the perimeter of the beam frame (23), the edge insulation means (54) extending at least to a height of the concrete (60) above the beam frame (23), and concrete (60) disposed over the beam frame (23) and the poured concrete support means (30), and between the edge insulation means (54).
Slab construction
An insulated concrete slab floor (60) construction comprising, spaced piers (20) installed in a building site (100), thermal insulating load bearing packers (44) mounted on the piers (20), a plurality of beams (22) extending between the piers (20) and mounted on top of the packers (44), the beams (22) being connected to form a beam frame (23), a poured concrete support means (30) extending across the beam frame (23), edge insulation means (54) disposed around the perimeter of the beam frame (23), the edge insulation means (54) extending at least to a height of the concrete (60) above the beam frame (23), and concrete (60) disposed over the beam frame (23) and the poured concrete support means (30), and between the edge insulation means (54).
Slab construction
GOLLEDGE BRAD FRANK (author) / GOLLEDGE MALCOLM ALEXANDER (author) / GOLLEDGE LYNDON ALEXANDER (author)
2018-06-21
Patent
Electronic Resource
English
CONCRETE SLAB CONSTRUCTION DEVICE AND CONCRETE SLAB CONSTRUCTION METHOD
| European Patent Office | 2018