Fiber glass reinforced mold for cementitious building
阅读：973发布：2023-03-04
专利汇可以提供Fiber glass reinforced mold for cementitious building专利检索，专利查询，专利分析的服务。并且A mold form of plastic material for forming a building of cementitious material having structural features which enable its re-use and being constructed of fiber glass reinforced polyester resin with reinforcing elements incorporated therein to provide sufficient strength requirements to effectively form a concrete building.，下面是Fiber glass reinforced mold for cementitious building专利的具体信息内容。
2. The structure as defined in claim 1 wherein each section of the bottom wall is provided with a depending peripheral flange, each of the sections of the bottom wall extending radially outwardly with the flanges on opposite side edges of the bottom sections extending radially and being joined together, radially extending support members underlying the sectional bottom wall and supporting the same in inclined position.
3. The structure as defined in claim 2 wherein said support members are in the form of beams, adjustable jacks supporting the outer ends of the beams for vertical adjustment thereof for varying the inclination of the bottom wall, and means supporting the inner end of the beams.
4. The structure as defined in claim 3 wherein said means supporting the inner ends of said beams includes a bracket structure, a periPheral pedestal forming wall disposed centrally of the sectional bottom wall with the inner edges of the bottom wall sections terminating flush with the upper edge of the peripheral pedestal forming wall, said bracket structure being supported from the pedestal forming wall.
5. The structure as defined in claim 1 wherein all of the wall and roof sections are constructed of a sandwich panel including an inner gel coat, a layer of glass fiber reinforced plastic material, a layer of lightweight filler material for increasing the rigidity of the panel, and an exterior layer of glass fiber reinforced plastic material forming a sandwich panel with the layer of filler material being substantially thicker than the gel coat and layers of plastic material for increasing the rigidity without materially increasing the weight.
6. The structure as defined in claim 5 together with reinforcing ribs incorporated into the exterior layer of glass fiber reinforced plastic material.
7. The structure as defined in claim 6 wherein said ribs are constructed of substantially semi-tubular members embedded and coated by the exterior layer of glass fiber reinforced plastic material.
8. The structure as defined in claim 1 wherein the outer sectional wall includes an outwardly extending flange at the lower edge thereof, said outwardly extending flange being supported on and secured to the upper surface of the sectional bottom wall, and members extending between the sectional walls to define a periphery of an opening extending through the wall of a building being formed in the mold.
9. A mold for forming a reinforced concrete building construction comprising an inner sectional wall supported from a supporting surface, an outer sectional wall supported from the supporting surface in substantially concentric spaced relation to the inner wall, a plurality of segmental roof sections connected to each other and supported from the upper edge of the inner wall, and spacers disposed between the peripheral edge portions of at least some of the inner wall segments to enable removal thereof, spacers interposed between the supporting surface and the inner wall to enable stripping of the inner wall and accurate positioning of the inner wall and roof sections supported therefrom, the lower edge of the outer wall including flange means projecting outwardly therefrom, said flange means being supported on and secured to the supporting surface.
10. The structure as defined in claim 9 together with members extending between the sectional walls to define a periphery of an opening extending through the wall of a building being formed in the mold, all of the wall and roof sections being constructed of a sandwich panel including an inner gel coat, a layer of glass fiber reinforced plastic material, a layer of lightweight filler material for increasing the rigidity of the panel, and an exterior layer of glass fiber reinforced plastic material forming a sandwich panel with the layer of filler material being substantially thicker than the gel coat and layers of plastic material for increasing the rigidity without materially increasing the weight.
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