DE7035996U - PANEL-SHAPED COMPONENT. - Google Patents

Description

Panel-shaped component

The innovation relates to a panel-shaped component for walls, especially for non-load-bearing partitions.

According to the innovation, the task is to create a component that has a particularly high level of soundproofing and thermal insulation guaranteed. The component should also be economical be in production and assembly on site.

The solution to this problem consists in a panel-shaped building element for walls, characterized by a core layer made of rigid foam between two plasterboard composite panels, the core layer being a multiple of the thickness of the plasterboard composite panels and grooves at the top and bottom for

-2-

-2- Sept. 16, 1970 / flat-

nahnie a flat spring are intended for assembly.

Jüs has shown that a component with the characteristic features stable ^ enu ⁰ "is to serve as a building block for niciitt ~~~ 2 ~ ^ ~ partition walls and that it ensures a soundproofing and thermal insulation that is greater than the known components of these Art. The assembly on the construction site is easily possible using a flat spring and a suitable adhesive.

According to the further innovation, strangge3Cii3, uniυσρ Rigid foam used. Through this in the Strangpröia— hard foam produced by the process, the sound and heat insulation is particularly effective, since extruded hard foam is more flexible, is softer and lighter in volume than conventional rigid foam and because of these properties in particular the Sound is absorbed better than with conventional rigid foam.

An exemplary embodiment of the innovation is described in more detail below described. Show it:

1 shows a component according to the innovation from the side, FIG. 2 shows a cross section through the upper area.

1, the two plasterboard composite panels are more commercially available

-3- 16 Sept. iS '

Execution. In between lies, firmly connected to the plates 1, the core layer 2 made of rigid foam or extruded rigid foam. The thickness of this layer is many times over the strength of the plasterboard composite panels. This makes it possible to provide the grooves 3 in the core layer 2 above and below,

The grooves 3 are used to receive a flat spring, for example made of chipboard to establish the connection with the respective lower and upper panels. In addition, the panel-shaped components at the butt joints and bed joints are through
a suitable adhesive connected.

Components according to the innovation can be produced, for example, in a format of 100 cm × 40 cm. At one in the
According to a tried and tested sample, the thickness of the cast cardboard composite panels is 9.5 mm, the thickness of the rigid foam core layer is 81 mm. During assembly, a flat spring made of chipboard is inserted lengthways into the groove.

Construction elements according to the innovation provide extremely good sound and heat insulation. You would have the opportunity to Mass production so that an interesting price can be achieved. The assembly can be done quickly and without special

-4-

-4- 16 Sept. 197o / flat share, -

professional knowledge. You can also use walls from create larger expansion up to floor level.

-5-

Claims (1)

-5- 16 Sept. T37o / Vte.- Protection claims 1. iafelförmiges component for walls, characterized by a core layer (2) made of rigid foam between two plasterboard composite panels (1), in the core layer, the Thickness is a multiple of the plasterboard composite panels, above and below grooves (3) to accommodate a flat spring for assembling the elements. ? .. Panel-shaped component according to claim 1, characterized by a core layer made of extruded foam.