FIELD: construction.
SUBSTANCE: invention relates to construction and is used for finishing ceilings in the interiors of residential, commercial and other premises, in particular the technology of shaping a profile of a given shape to create volumetric spatial constructions of stretch ceilings. Technical result is achieved by the fact that method of forming a profile of a given shape for tension ceilings, comprising using a prefabricated profile from aluminium, from which a given contour of stretch ceiling is formed, at that, first, from the profile, bent workpieces are made, which are ready for installation in the place of attachment and, if necessary, rectilinear, by their connection with ends in a certain combination along the specified contour by means of connectors, wherein the profile is made as assembled, comprising at least two vertical elements, one of which is a basic bearing, which is fixed to the ceiling by means of brackets, two vertical elements are connected to each other in the slot-projection system by intermediate elements, which have one degree of freedom relative to each other - possibility of displacement along length of profile during its bending in horizontal plane to give it the required shape, after bending of profile reinforcing ribs are fixed by connecting bearing base with second vertical element and obtaining rigid curvilinear section of assembled profile, similar stiffening ribs are fixed and on rectilinear billets, wherein at least two intermediate elements are made with cavities for installation of harpoons, which fix ceilings at different levels.
EFFECT: technical task and result of proposed method is to increase convenience of shaping contour of specified shape from profile blanks with preservation of their rigidity, faster process of forming a profile of workpieces by eliminating cuts while simultaneously ensuring a clear profile of a given shape, which enables to implement various design solutions ceiling structures.
1 cl, 5 dwg
Authors
Dates
2020-10-28—Published
2019-06-26—Filed