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Building skin and method for erecting a building skin

A technology for buildings and coverings, applied in building structures, buildings, roofs using flat/curved panels, etc., can solve problems such as inability to follow assembly quality, and achieve the effect of eliminating fault sources and reducing manufacturing costs.

Inactive Publication Date: 2018-02-16
MAAS PROFILE
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Especially in the case of freeform surfaces (as it is more desirable for architectural reasons also for building cladding), the necessary assembly quality cannot often be observed on site

Method used

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  • Building skin and method for erecting a building skin
  • Building skin and method for erecting a building skin
  • Building skin and method for erecting a building skin

Examples

Experimental program
Comparison scheme
Effect test

Embodiment Construction

[0025] exist figure 1 The standing seam roof 10 shown in includes a support structure 14 mounted on a building 12 and a standing seam profile rail 16 composed of differently curved standing seam rails 16 supported at several points on the supports via standing seam brackets 18. The structural covering or roof covering 20 , which corresponds to a defined standing seam arrangement, expands the spatially curved surface as a so-called free-form surface.

[0026] The supporting structure 14 is supported on a bearing shell 22 of the building 12 , which has a simpler contour than the free-form surface of the roof covering 20 . The support structure 14 achieves contour or distance adaptation of this support and possibly creates gaps for thermal insulation structures (not shown). Expediently, the support structure 14 comprises a plurality of lower U-shaped support rails 24 distributed on the support shell 22, which are connected to upper U-shaped support rails 26 in the case of formin...

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PUM

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Abstract

The invention relates to a method for erecting a building skin and to a building skin erected in a corresponding manner. A substructure (14) is mounted on the building (12), and a lining (20) assembled from profiled webs (16), in particular embossed profiled webs, in a specified layout (36) is supported on the substructure (14) at some locations via profiled web holders (18). In the process, a plurality of lower support rails (24) are mounted on the building (12) in a distributed manner; the spatial position of the lower support rails (24) is measured; structure data for support elements (28)is ascertained computationally from the position of the lower support rails (24) relative to the layout (36); and the support elements (28) are prefabricated according to the structure data and positioned on the lower support rails (24) in order to support the profiled web holders (18).

Description

technical field [0001] The invention relates to a method for erecting a building cladding, in particular a building roof and / or a building facade, in which a supporting structure is mounted on or at the building and is formed of in particular corrugated profiled rails, In particular the covering formed by the standing seam profiled rail in a defined arrangement is supported at several points on the support structure via profiled rail supports, in particular standing seam supports. Furthermore, the invention relates to a building cladding built according to such a method. Background technique [0002] Such a method and a correspondingly produced building roof are known from DE-U 20122820. Here, a standing seam bracket is proposed as a basic shape according to a T-shaped cut-off profile section, which is fastened to a building-side support structure. A longitudinally displaceable holding of the standing seam profile rail is sought here, without further disclosure regarding t...

Claims

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Application Information

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IPC IPC(8): E04F13/22E04F13/23E04D3/362E04D3/36
CPCE04D3/3607E04D3/362E04F13/0807E04F13/081
Inventor P.梅尔滕斯
Owner MAAS PROFILE
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