DE1924956U - PANEL-SHAPED COMPONENT. - Google Patents

Description

P.A.256 337 * 5/19/65

UIr. winter

Patent engineer
& ä) Sram j, Emii-Trifsid «r-8tf. Ϊ

3122 Bremen, 14> -i-IfftL. 1965

GM

Karl Lenderoth - Bremen

Plate-shaped component

In the production of space-enclosing boundary walls of modern buildings, especially the outer facade of high-rise buildings, factory-made panel-shaped components are used. These components are not on the load-bearing static bond of the building involved. They are made using sealants in the steel profile rods Frame fields of the i'assaden level are used. The Sander the components are encompassed on both sides by profile strips that are held together by means of screws be.- The bracket is such that both parts, namely the structural elements and the steel frame, ikusgleichsbewegung in the facade level under the influence of (temperature fluctuations can perform.

The use of multiple layers Components is known. In the known plate-shaped components that are used as parapet elements find it is z. B. known to use hard glass as the outer layer, which is relatively thick Layer of thermal insulation material, such as foam glass, »* · glued is * The layer facing the interior of the building consists either of a hardenable mass applied as a smooth line to the insulation material (foam glass) or a relatively thin plate, e.g. B. made of slate asbestos, glued on for the inclusion of a Paint or other wallcovering is suitable.

Components made of relatively brittle thermal insulation material and Tempered glass are both "in the workshop" manufacture (Gluing), as well as during transport to the construction site and also when installing a mostly uncontrollable Exposed to pressure, which increases the strength of the insulation board in the edge zones impaired or even leads to crumbling.

It has already been proposed to produce edge protection by gluing with metal foil, at the same time it should be achieved that the often hydroscopic thermal insulation material in the edge zone is sealed. Such metal foils, however, which completely enclose the hands of the finished components the disadvantage that it is a thermal or cold bridge form, which is absolutely undesirable because it reduces the effectiveness of the insulation layer.

My innovation now has the purpose of edge protection of a plate-shaped multilayer construction element having a pressure-sensitive thermal insulation layer much more effective than before while avoiding a cold bridge at the same time.

According to the innovation, the edge facing away from the hard glass pane is provided with a relatively wide angle profile consisting of thin-walled sheet steel. This angle profile acts both when ^{glued together with the hard glass pane and when braced across the J 1} roof extension, i.e. when the finished component is installed in a metal or steel frame fixed to the building as a pressure distributor * - When the components are transported to the construction site, the steel angle profile acts as edge protection. Because of the good appearance, also as a pore sealer and / or to achieve a smooth surface of the building element on the side facing the inside of the building, the plate edge and the back wall of the plate are covered with a thin foil, e.g. metal foil, covering the thin-walled steel angle profile glued over, but this metal foil is not up to

"* 3 -

the hard glass pane reaches so that this hard glass pane No holding or thermal bridge starting to the inside of the building.

For relatively large components where, for. B. foam glass can be used as a thermal insulation panel which is only available in certain panel sizes must have two or more insulation panels butt butt against each other "find use. According to the innovation is then the parting line from the glued on Covered with foil so that it can be or covering the film with wallpaper or the like marked.-

A structural element according to the innovation is shown on the drawing sheets, namely Pigur 1, a structural element in partial section and in a diagrammatic representation with an insulating board consisting of two parts.

Figure 2 parapet elements and their attachment to a profiled, fixed frame part in cross section.

On the hard glass that is no longer machinable Glass pane 1 is an overall insulation panel made from two butt jointed insulation panels 2 and 3 Glass foam glued on. The in the Actually the metal foil facing the inside of the building 5 covered. The edge of the The insulation board is reinforced with an angle plate 6, which is firmly glued to the insulation board. The plan vision are relatively wide, so that a good edge protection against Damage to the insulation board and good pressure distribution achieved when pressure occurs across the plane of the board will.

The entire back of the insulation panels is with the ones drawn Examples covered with metal foil. This is led away over the angle plates 6, but also touches its edge 7 no longer facing the outside air Hard glass pane 1, so that no cold bridge between the

- 4. -

Inside and outside of the parapet element is created. In the example according to FIG. 1, the parapet elements are attached to the stand 8, which is designed as a hollow profile by means of retaining strip 9 and screws 10 using sealing strips 11 and / or sealing compound 12 clamped at the edges.

line removable cover strip 13 makes the series of Screws 10 invisible.

■ ~ 5 - ■■ Schut ζ would appeal

Claims (1)

RA. 256 337-19.5.65 Psterviinceni & ur Emü-Tdüiiiar-Str- 1 L 3122 Bremen, the £ 4.:. Kai. 1965 Schut ζ claim Plate-shaped multi-layer component, in particular Breast element, for insertion in made of metal or steel profile bars in the outer facade of buildings, with the layer of the component facing the outside air consists of a Harfcgiasscheibe with a relatively thick layer of thermal insulation material, preferably made of foam glass, is glued, characterized in that that the edge of the thermal insulation board (2, 3) with a thin-walled, relatively wide] long edge having angled profile (6) made of hard material, e.g. B. made of sheet steel, surrounded and glued to this is, and that the hand of the thermal insulation panel leaving a small distance from the glass plate (1) overlapping the angle profile (6) and at least one relatively large length of the back the thermal insulation board is glued over with a foil (5), preferably a metal foil. Structural element according to claim 1, characterized in that the relatively thick insulation board consists of several joints (4) butt against each other with their edges, and that these separating joints are covered by a blind (3) forming the outer boundary surface facing the interior of the room.