DE7510392U - Prefabricated dormer construction with elements - Google Patents

Description

'■' Iseriolin, .deh Ί.April Ύ: '7 ■. H

Utility model registration.

Gustav Be.lle K. G. 586 lserlohn, Baarstr, 203

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Prefabricated dormer construction with elements.

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The present invention relates to a dormer fabric Structure made from elements for installation on roofs in residential buildings. The dormer windows are on roofs in Wohngea built into buildings and have the purpose of creating additional living space.

Various dormers are known, e.g. became earlier dormers made of squared timber in connection with the wooden structure of the roof. The side covers = Wood cladding was used for cladding

slates were attached to the building.

In the course of plastic technology, a dormer window is ready = structure has been developed in which the overall structure con = The structure consists of plastic-coated iron profiles. There is then more art to these iron profiles fabric profiles attached as a frame for the windows, This structure is very complex and laborious to produce in the assembly,

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assembly is time consuming.

The invention is based on the object of a roof = To create a prefabricated dormer structure with elements, namely by means of a new type of structure, which is equal to early in the design and especially a cheaper experience.

The solution to the problem is that the roof consists of four structural elements. the Components consist of:

1. The front

2. The two side fronts

3. The roof frame for the roof.

Further additional features of the invention emerge from the following description in the on the at = Reference is made to the attached drawings serve only as a reference and in no way as a limiting example. It shows:

Figure 1 is a pre-assembled dormer structure

on a Dacn. Figure 2 Prefabricated dormer construction

Section A-A Figure 3 Prefabricated dormer construction

Section B-B Figure 4 Prefabricated roof structure

Section C-G

Figure 5 dormer prefabricated structure Section D-D

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The prefabricated dormer structure consists of the front 1, two sides 2 and 3 and the roof frame 4.

Figure 1 shows a pre-assembled dormer structure on a roof 5. Plastic profiles are used for construction used.

Figure 2 shows such a plastic profile 6, in section A-A, it consists of chambers 7, for stability and for reinforcement 7 pin profiles 8 are inserted in the largest chamber. The iron profiles θ are through Screws 9 secured. Also is a roof panel 10, which is made of waterproof material by a Screw 11 of the iron profile 8 in the plastic chamber 7 secured.

A plastic foil sheet 12 is attached to the roof panel 10 arranged to the rainwater drain. The roof plate 10 is used to build the roof, it consists of a layer of felt = cardboard, a layer of plastic film, 4cm foam and one Gravel.

The lower plastic profile 25 is a wing element rotatable or pivotable (not shown) provided.

In this wing element there is a double glass pane 23. The safety device for the panes consists of a glass retaining bead 26, which is clamped in resiliently. The double glass pane 23 presses against it a wooden spacer block 27 and this against a Nutab = cover profile 28. The double glass pane 23 is on both sides sealed with a G-ummi profile 29.

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FIG. 3 shows the lower front in section B-B of the prefabricated dormer structure.

The lower frame again consists of a plastic profile with chambers. The plastic profile 14 stands up a sole bank plank 20 and is sealed by a permanently plastic seal 21.

Between the lower edge of the plastic profile 14 and a lead cover 15 is provided for sealing the sole bank plank 20 and rests on roof tiles 16.

The roof tiles 16 rest on a diagonal slat 18.

A sealing membrane 17 is arranged between the roof tile 16 and the diellar lath 18. The slide bar 18 lies on the rafters 19. On flights! Plastic profile 13 a water nose or water drainage profile 30 is attached.

The safety device for the double pane 23 is the same type of installation as described in FIG.

FIG. 4 shows the corner connection of the plastic profiles 30 and 31 in section C-C.

An iron profile 8 is pushed into the chamber 7 of the plastic side profile 31 and secured by a screw 9 At the same time, the screw 9 through the Kunststoffeckprefil 30 of the front 1 and through the plastic corner profile 31 of the pages 2 in the iron = profile S is screwed to establish the connection between the side elements and the front element borrowed surfaces of the plastic profile is again the

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Securing device for the double glass pane 23. In the milled grooves 32 is to seal the A lip seal 33 is arranged on the wing.

FIG. 5 shows a section DD of the inclined side front 2. A plastic profile 36 is arranged on the lateral Sohlbanic plank 35. A lead sheet 37 and a sealing sheet 38 for sealing the roof tile 39 are clamped between the edge of the plastic profile 36 and the lateral floor board 35. A permanent seal 40 is provided on the upper edge of the sole plate 35 and the plastic profile 36. The roof tile 39 rests on the diella slat 41. On the rafters 42, the diaphragm slats 41 are attached. The plastic profile 36 carries the securing device for the double glass pane 23 in a known manner, as described in FIG. 1.

] 7519392 31.U775

Claims (2)

Protection requests 1. Laoh dormer prefabricated structure, characterized in that that the prefabricated structure from 4 components, the front (1), the two sides (2) and (3) and the roof frame (4) and for stability in the plastic profiles (6) and (31) Iron profiles (8) are arranged .. 2. Prefabricated dormer structure according to claim 1, characterized characterized in that the Sisenprofile (8) are secured by a screw (9). 7510392 07/31/75