Räumliche Struktur

austrian

Patent Office

[0001] a spatial structure comprising at least three The following invention disclosed relates to foundations, which are connected by at least two static discs foundations, wherein by the connection of the foundations by means of straight lines defined by the straight line a is surface area enclosed.

[0002] Spatial structures such as carports, barns are known after State of the Art, which extend above a surface defined by foundations. The foundations in spatial structures by the foundation blocks are usually punctiform State of the Art, which are anchored firmly connected to a base.

[0003] a spatial structure disclosed the task arises The following invention provide, its portions also extend to a region outside a surface defined by the foundations. Unlike the State of the Art the partial regions of the spatial structure is not, for example, projecting roofs, but about three-dimensional regions, which are enclosed by the partial regions of the structure.

[0004] This task is solved thereby that the foundations as resting on a support, for removing vertical loads and the three-dimensional structure comprises further static discs are formed foundations mounted, which extend outside the surface and which intersect further static discs define a partial region of the spatial structure external to the surface, wherein at least two further static discs in an intersection line which or at a point of intersection, wherein an extended line another panel, at least one further disk is oriented as a Passante to the area, so that stresses on the partial area of the spatial structure external to the surface across the foundations substantially in the form of vertical forces and/or horizontal frictional forces between the substratum and a foundation will be eroded.

[0005] The static system of the invention comprises three-dimensional structure formed by the at least three foundations and static discs a core, from which extend projecting sub-regions of the spatial structure is core. This partial regions are formed by the further discs.

[0006] A static disc by a truss can, by a frame or by a surface element formed in its direction of extension be loaded.

[0007] The further disks can contact the ground, thereby substantially no loads acting on the further discs will be eroded.

[0008] A static disc can be formed by a plurality of static index plates. Equally index plates can be formed by a plurality of further static a further static disc.

[0009] Another disc can are tangential to the ground.

[0010] Figures 1 to 3 show a possible embodiment of the novel spatial structure.

[0011] Figure 1 shows a plan view,

[0012] Figure 2 a cross section and

[0013] Figure 3 a longitudinal section.

[0014] In the figures the preceding reference marks Flag the adjuster elements.

austrian

Patent Office

1 foundation

2 static disc

3 Precisely

4 surface

5 further discs

6 partial area

7 intersection, intersecting line

8 extended line

9 ground

[0015] according to the invention comprises three foundations 1 spatial structure The, which are connected with each other by three static discs 1 2 static foundations. It are the discs by double arrows in Figure 1 represented 2 or the plane of action of the disc.

[0016] 4 1 1 define a surface area enclosed by the foundations The foundation. 4 1 3 the surface is by means of straight line connecting the foundations By clearly defined.

[0017] 5 comprises further static discs The spatial structure, which define what further static discs extend outside the surface 4 and 5 a partial region 6 of the spatial structure outside the surface 4. It 5 in an intersection line which intersect two further static discs 7, three further static discs 7 8 5 at a point of intersection is a further disc 5 as a Passante. The extended line 4 oriented to the surface.

[0018] 6 of the spatial structure outside the surface 4 to the area of A load acting on the discs are removed because of the arrangement of the further according to the invention is 1 substantially in the form of vertical forces and/or horizontal foundations frictional forces between the substrate 1 and a foundation 9.

[0019] 9 resting on a substrate 1 as the foundations are, for removing vertical loads are formed foundations mounted. The according to the invention is distinguished by their mobility from spatial structure, since the foundations 9 are not anchored with the substrate 1.