DE102005001986A1 - Modular facade for building, glass mounting seal and screw - Google Patents

Abstract

A facade or roof construction with at least one post (P) and at least one angled, in particular perpendicular, aligned latch (R1) of a first type and possibly a second latch (R2) of a second type and on the post (P) and bars (R1, R2) by means of glass surface seals (20, 21, 28) fixed surface elements (F) such as glass, the posts (P) and the latch (R1) of the first type and possibly the latch (R2) of the second type each one Base profile (1), arranged thereon insulator profiles (9, 17, 26) and the glass plant seals (20, 21, 28) for the surface elements (F), the base profiles (1) in Hichsicht on the posts (P) and the bolt ( R1, R2) of the first and possibly second design have a uniform structure, is characterized in that the insulator profiles (9, 17, 26) of both the post (P) and the bolt (R1, R2) are designed such that on both sides of a screw cover (24) into the area between the surface elements (F) facing sides of the base profiles (1) and the glass plant seals (20, 21, 28) extend. Also disclosed are a glass plant seal and a screw.

Description

The The invention relates to a facade or roof construction after Preamble of claim 1.

From the DE 34 19 538 C2 a façade and roof construction is known, in which the bars in the region of the Dichtungsaufnahmenuten for the glass plant seals are unlatched so that the bottoms of the Dichtungsaufnahmenuten the bolt and the bottoms of the inner rabbet groove for receiving the leachate on the Dichtungsaufnahmenuten the post. This results in an advantageous cascading overflow of leachate from the bar profiles in the post profiles, which then direct the water to the base of the facade or dew by field.

Starting from this previously described basic construction, discloses the generic DE 89 01 978 U1 another facade construction, in which the metal profiles of the bars and posts have a uniform contour to be used both as a bolt or post profile can. The transom or post profiles are provided with grooves for glass plant seals and for receiving the leachate and are assembled flush in the T-joint area with respect to the Dichtungsaufnahmenuten. As a result, in particular the latching of the metal profiles, which makes the cascade-shaped overlap required avoided.

Around Nevertheless, to ensure a satisfactory drainage, is on the profile used as a bar placed an insulator profile, having the laterally disposed legs on the Dichtungsaufnahmenuten rest the latch profiles. The insulator profile is cut longer on both sides, so that the insulator on the Dichtungsauf minutes of the post profile comes to the edition. The post has as insulator profile only a screw cover on.

The height compensation in the overlap area is carried out by two differently high glass plant seals in the area of the bolt and the post, as this also in the DE 34 19 538 C2 is predetermined.

These Construction has the disadvantage that the assembly of the bolt in the Practice not completely flush in the Area of Dichtungsaufnahmenuten can be done so that the insulator profile often does not rest on the post profile and thus of the post profile is leaking. This requires a complex seal.

Not In addition, the thermal insulation appears optimal Area of the posts.

The In contrast, the invention has the task, a modular, based on uniform metal profiles Facade construction to create, which continues in terms of their thermal insulation is improved.

The Invention solves this object by the subject matter of claim 1.

advantageous Embodiments are the rest dependent claims refer to.

To a first solution the insulator profiles are both the posts and the bars designed such that they are - especially on both sides of a Screw cover - until in the area between the surface elements facing sides of the base profiles and the glass plant seals extend.

To a further education and for inventive variant have the glass plant seals of the Post and the bolt of the first type each one or more Parting planes on which the end-clipped walls of the Isolator profiles of the bars of the first or second type rest.

The Invention particularly eliminates the disadvantage of the prior art, that the rebate of the glazing, which acts on cold air is in the area of the post at the known profiles of the Aluminum profile of the post to the inside of the room is limited.

In contrast realized the invention of a transom-post facade, which is a consistent Improvement of thermal insulation achieved the sealing of the bolt joints between Latch and post simplified and which allows the glass plant seals to the interior of the façade, ie to the transom and post profiles, already preassembled in the corresponding modular components. So the insulator profiles are already before assembly with the glass plant seals be equipped, either by positive engagement or coextrusion.

The optimized modular design of the facade according to the invention increases over the known prior art, the thermal insulation to a considerable extent and also ensures the tightness in the overlapping region of the insulator profiles between posts and bars, since the overlapping surfaces of the insulator profiles rest on the parting lines and thus on the glass plant seals and no ben the sealing effect are also tolerance compensating.

When Particularly noteworthy is also that for the tightness in the overlap area the insulator profiles no additional activities or components are required, but only a separation of Glass plant seals in the widths of the abutting bar is to make to the respective sealing separation plane. The seal does not have to be in the latch joint are removed, but is only according to the parting planes disengage, so that the Pass through the sealing base or the lower sealing section.

The Insulator profile is preferably made of plastic, in particular PVC. Its cheap Can be produced, because unlike the metal profiles there is no surface treatment needed.

The In addition, the system can also be used when the support of the bolt insulators takes place on the seal receiving groove of the post insulator.

The Isolator profiles also offer the great advantage of overlapping them in the joint area respectively form a self-supporting "overlapping" support plane, so that this also a sufficient tightness is ensured.

It should be noted is still that for the tightness in the overlap area the insulator profiles no additional activities or components are required, but only a separation of Glass plant seals in the widths of the abutting bar is to make to the respective sealing separation plane.

The The invention also provides the glass plant seals of claims 39 to 41 and the screw of claim 44.

following The invention is based on embodiments with reference to the drawing using exemplary embodiments described in more detail. It shows:

1 a section through a post of a facade according to the invention;

2 a section through a latch of a first type of facade according to 1 ;

3 a section through a latch of a second type of facade according to 1 ;

4 Sectional views side by side bars and posts of the facade to illustrate the connection of the profiles together, which are interconnected; and

5 and 6 Perspective views of a post and two bars.

terms like "up" or "down", "forward" or "back" refer to below on the representation of the figures and are not meant to be limiting. they hang from the installation position.

The facade shown in the figures builds with respect to the posts P and R bars each on a uniform basic profile 1 , in particular of metal. This basic profile 1 is preferably extruded from aluminum, but can be made of steel, wood or the like. consist. The posts P and R bars are used to define surface elements F (in particular slices) and each consist of an inner profile, consisting of the basic profile 1 and an insulator profile 9 . 17 . 26 and an outer retaining profile 6 with cover shell 41 ,

The basic profiles 1 The inner profiles always have basically the same Nutenbild that is oriented towards the side of the disc.

The Construction depth of the basic profile of a facade can be selected as desired and where the basic profiles can be uniform or the bars one have a smaller depth.

This offers first again the advantage known from the prior art, that only a single metal profile for the realization of the facade construction with posts and bars or even several different bars (or post) is necessary.

Unlike the DE 89 01 978 U1 have the basic profiles 1 but here no Dichtungsaufnahmenuten for the glass plant seals on.

The basic profiles each build on a rectangular hollow chamber 36 on, on the side facing the surface elements F side a central screw 3 is trained. On both sides of the middle screw vise 3 Here are in turn stepped in Funktionsnuten 2 formed, extending into the area below the surface elements 3 extend. On the outside they are laterally only of a web-like Nutbegrenzungswand 38 here simple material thickness of the basic profile 1 limited.

From the outer groove boundary walls 38 the functional grooves 2 each extend webs 4 inward toward the Funktionsnut, the latching connection with insulator profiles 9 serve.

The graduated education as well as the Bemes Solution of Funktionsnuten 2 is such that in addition to the arrangement of the insulator profiles 9 also below the insulator profiles 9 in particular in a free space remaining after insertion of the insulator profiles 39 Also for receiving fasteners, not shown, such as screws, etc., for corresponding definitions of sprouts connectors (not shown here) can be used in the hollow chamber 36 of the basic profile 1 can be arranged.

The basic profile 1 points in each case to the side of the disc towards the screw 3 on, which is designed as a hollow web. The distance between the parallel walls 5 is kept smaller than the outer diameter of the screw to be introduced into this screw 7 (Here a particularly advantageous drilling screw) for the determination of the outside glass retaining strip 6 , on this one more cover 41 is attached and the inside or to the surface elements F to this by means of glass seal seals 42 is applied.

At the free end of the walls of the vise 3 forms a V-shaped wall 8th the completion of the screw 3 so that the impinging drill screw 7 through the V-shape in the center of the screw 3 is directed.

While the basic profiles 1 all posts and bars of a facade are the same in terms of profiling directed to the filling side, the insulator profiles of posts P and bars R1, R2 ..

highlight is first, that the insulator profiles always in the area between the glass plant seals and the basic profile.

moreover The insulator profiles always have the grooves for the glass plant seals on or they are designed so that they with the seals - for example form a structural unit by coextrusion.

This will be described below first using the example of the post P 1 explained in more detail.

In the basic profile 1 of the 1 , initially the insulator profile is assembled 9 used and in the basic profile 1 locked. The insulator profile 9 preferably consists of a dimensionally stable hard plastic such as PVC.

The insulator profile 9 . 17 . 26 covers the basic profile 1 at each post P and bars R1, R2 each side facing outward to the surface elements F side except for two the lateral Nutbegrenzungswände 38 the functional grooves 2 and essentially has a hat-shaped cross-section.

Two substantially parallel to the disk plane extending side boom 10 the insulator profile on both sides of the screw 3 are designed to be form-fitting on the basic profile 1 to lock.

Stege 11 and 12 on the side facing the surface elements outside of the boom 10 form on both sides of the screw 3 an undercut gasket groove 14 with the boom 10 as a base.

Between the Nutsteg 12 and the center of the insulating profile 9 also advantageously becomes a leachate 13 educated.

In through the footbridges 11 and 12 formed receiving groove 14 In each case, a special seal to the glass plant - a glass plant seal 20 - used, with two dividing planes T1 and T2 and additional hollow chambers 43 . 44 equipped. It has below its lowest parting plane T2 a sealing foot 45 for locking in the receiving groove 14 on. Above the sealing foot 45 is the hollow chamber 44 in the middle sealing section 46 between the first and the second parting plane (see also 4 ) from a downwardly pointed, buried bridge 47 interspersed, located at the bottom sealing portion 50 supported below the lower parting plane T2 and the with the sealing foot 45 flees. The uppermost sealing level or the uppermost sealing section 48 above the upper (to the disk facing) parting plane T1 is in turn aligned with the sealing foot 45 with a lower turn sharpened lug 49 provided on the middle seal section 46 supported. This is how the seal is made 20 despite the hollow chambers 43 . 44 and dividing planes T2, T1 stabilized in itself and is fully functional. Due to the parting planes T2, T1, the notching of the seals in the region of the overlaps can be realized in the simplest manner, for example with a knife.

The Latches R1, R2 differ from this pole in terms of the formation of insulator profiles and glass plant seals.

The insulator profiles in turn also each have the Dichtungsaufnahmenuten 14 up, only these are further from the basic profile 1 spaced or lie on another level and the seals are designed correspondingly narrower.

This be closer below explained.

The 2 shows a first latch R1 of the modular facade, which is also on the basic profile 1 builds.

On this basic profile 1 is the insulator profile 17 of the first bolt R1 mounted, which in turn in the manner of 1 in the functional grooves 2 the basic profile is locked. This insulator also has on both sides of the central screw cover 24 which also includes the insulator profile 9 each has a boom 18 on, which is so designed and dimensioned that the lower surface 19 of the insulator profile in each case with the sealing separation plane T2 of the glass plant sealing 20 matches.

Also this insulator 17 has recording grooves 14 for a glass plant seal 21 that made Nutstegen 11 . 12 is formed on the boom 18 are arranged.

For clear edition on the basic profile 1 indicates the insulator profile 17 supporting webs 22 and detent webs 23 which also serve to further the plane of the boom and the seals further from the base profile 1 to space.

The glass plant seal 21 in turn has a parting plane T1, which coincides with the parting plane T1 of the glass plant sealing 20 Aligns, as well as with the surface 25 of the insulator profile 26 ,

The insulator profile 17 in 2 also forms between the undercut grooves for the gaskets and the screw cover 24 a leachate 27 for these sprouts.

The 3 shows another bolt, which also on the basic profile 1 builds up and an insulator profile 26 receives. This insulator profile 26 like the other insulator profiles according to 1 and 2 be equipped with a receiving groove for a glass plant seal. This would unnecessarily increase the structure. For this reason, here was only a glass plant seal 28 on the insulator 26 extruded or coextruded. Theoretically, could be formed on the seals of the posts and bars so coextruded.

Starting from the sealing contact surface 25 the boom 18 this third insulator profile 26 are chambers to the bottom of the insulator profile 33 training profilings 32 arranged, giving a clear support and locking with the basic profile 1 to ensure.

All insulator profiles 9 . 17 and 26 show above the clasping of the screw 3 Stege 29 and 30 on, which form an undercut groove, which serves to accommodate further insulation means. In the groove base is a permanently elastic tape or a coating 31 arranged, which ensures that when later screwing the screw 7 between the insulator and the screw thread creates a permanent seal.

The 4 shows juxtaposed bars and posts, which are connected to each other or with respect to their function.

The left illustration shows a post P, the second view from the left shows a first bar profile R1, the third representation from the left shows a second bar profile R2 and the right-hand illustration shows again a post profile P.

The post P and the latch R1 are connected with respect to their function, wherein the connection is a sectional view along the section AA. It can be seen that the insulator profile 17 of bolt R1 the basic profile 1 in the joint area with the post P so far overlaps that the boom 18 into the leachate 13 protrudes and on the parting line T2 of the glass plant seal 20 rests. For this purpose, in the overlap area, the webs 22 and 23 of the insulator profile 17 be disconnected.

At the post P is the glass plant seal 20 only in the width of the bolt R1 to remove the parting plane T2.

In the same way is between the second latch R2 and the first To move bar R1 or between the second latch R2 and the Post P.

The second latch R2 has the insulator 26 on, in turn, when connecting with the first latch R1 in the Kondensatnut 27 engages and thus the length of the basic profile 1 surmounted at the end. For this purpose, turn the under the area 25 provided supporting and locking webs are latched in the overlapping area, so that the area 25 on the parting line T1 of the seal 21 comes to the plant.

If the second bar R2 is connected to the post P, then the profile section CC shows that the area 25 of the insulator profile 26 with the separation plane T1 of the glass plant seal 20 flees.

In the last mentioned cases is also the glass plant seal on the post to the parting line T1 or on the bar to the dividing plane T1 on the width of the rung profile disengage.

The Representations show that the entire glass rebate on bars and posts exclusively is formed by an insulator, which is an independent claim can form.

It is also advantageous that the glass plant seals of the post and of the first bolt have parting planes on which the end-latched walls of the insulator profiles rest, which the Have grooves for glass plant seals and / or leaching water grooves limit.

That the basic profiles 1 only have functional grooves for receiving the insulator profiles and other fasteners in the rung area.

That the Schraverseg 3 has a hollow chamber whose walls are closer together than the self-tapping screws to be used and the upper wall forms a V-shape for centric guidance of the drilling screw.

That externally of the insulator profile above the Schradecke a sealing film or coating is provided, the ensures a tight screwing for the Screws securing the glass retaining strips.

That the basic profiles 1 towards the glass fold and on the opposite side within the hollow chamber webs having a dovetail guide 34 form for receiving special connector elements.

That the screw 7 a drill bit 35 whose length is at least the length of the screw 3 of the basic profile 1 corresponds, including the passing walls, and that the thread length of the screw 7 only on the length of the screw 3 plus the isolator profile is limited.

One Such modular construction of a facade increases over the prior art Technology around the thermal insulation a significant amount and poses also the tightness in the overlapping area of Insulator profiles between posts and bars sure because the overlapping surfaces the insulator profiles on the parting lines and thus on the glass plant seals rest and in addition to the sealing effect are tolerance-compensating.

It should be noted is still that for the tightness in the overlap area the insulator profiles no additional activities or components are required, but only a separation of Glass plant seals in the widths of the abutting bar is to make to the respective sealing separation plane.

The Seal separation planes T1, T2 are preferably formed by tearable connection zones within the seal, so-called perforation-like film connections formed.

The insulator profiles of the posts P as well as the bars R1, R2 are further configured such that they are - especially on both sides of a screw cover 24 - Up to the area between the surface elements F facing sides of the basic profiles 1 and the glass plant seals 20 . 21 . 28 extend and come to these two elements to the plant.

The seals of the bars R1, R2 laterally overlap the insulator profiles with webs 40 that with the Nutbegrenzungswänden 38 aligned so that the view of all the posts and bars on the inside is the same.

1

basic profile

2

functional grooves

3

Schraubsteg

4

Stege

5

walls

6

retaining profile

6

Glazing bead

7

screw

8th

V-shaped wall

9

insulator profile

10

lateral boom

11 12

Stege

13

Sickerwassernut

14

receiving groove

17

insulator profile

18

boom

19

area

20

Glazing seal

21

Glazing seal

22

supporting webs

23

detent webs

24

Schraubstegabdeckung

25

area

26

insulator profile

27

Sickerwassernut

28

Glazing seal

29 and 30

Stege

31

coating

32

profiles

33

chambers

34

dovetail guide

35

Bohransatz

36

hollow

37

cover shell

38

groove boundary wall

39

free space

40

Stege

41

cover shell

42

Glass support seals

43 44

hollow chambers

45

sealing foot

46

middle sealing section

47

web

48

upper sealing section

49

approach jetty

50

lower sealing section

T1, T2

separating planes

P

post

R

bars

F

surface elements

Claims (42)

Façade or roof construction with at least one post (P) and at least one angled, in particular perpendicular, aligned latch (R1) of a first type and possibly a second latch (R2) of a second type, and on the post (P) and bars (R1, R2) by means of glass mounting seals ( 20 . 21 . 28 ) surface elements (F) such as glass panes, wherein a) the posts (P) and the bars (R1) of the first type and possibly the bars (R2) of the second type each have: a basic profile ( 1 ), Insulator profiles ( 9 . 17 . 26 ) and glass plant seals ( 20 . 21 . 28 ) for the surface elements (F), b) the basic profiles ( 1 ) have a uniform structure with respect to the posts (P) and the bars (R1, R2) of the first and possibly second design, characterized in that c) the insulator profiles ( 9 . 17 . 26 ) both the post (P) and the bolt (R1, R2) are designed such that they are - in particular on both sides of a screw cover ( 24 ) - into the area between the surface elements (F) facing sides of the basic profiles ( 1 ) and the glass plant seals ( 20 . 21 . 28 ). Façade or roof construction according to one of the preceding claims or according to the preamble of claim 1, characterized in that the glass plant seals ( 20 . 21 ) of the post (P) and of the bolt (R1, R2) of the first type each have one or more parting planes (T1, T2) on which the end-latched walls of the insulator profiles ( 17 . 26 ) rest the latch (R1, R2) of the first or second type. Façade or roof construction according to one of the preceding claims or according to the preamble of claim 1, characterized in that the entire glazing rebate on the bars and posts exclusively - possibly down to simple material webs of the basic profile ( 1 ) - of the isolator profile ( 9 . 17 . 26 ) is formed on the basic profiles ( 1 ) is attached. Façade or roof structure according to one of the preceding claims, characterized in that the insulator profiles ( 9 . 17 . 26 ) both the post and the latch (P, R1, R2) lateral arms ( 10 . 18 ), on which the glass plant seals are fixed. Façade or roof structure according to one of the preceding claims, characterized in that the lateral arms ( 10 . 18 ) of the insulator profiles of the posts and the bars of the first type each undercut grooves ( 14 ) for inserting the glass plant seals. Façade or roof construction according to one of the preceding claims, characterized in that glass plant seals ( 28 ) in particular of the second bolt (R2) by coextrusion on the side arms ( 18 ) of the insulator profiles are attached. Façade or roof structure according to one of the preceding claims, characterized in that, in order to form all the posts (P) and the bars (R1, R2) of the first and the second type, the basic profiles (Fig. 1 ) each different insulator profiles and are placed on these different glass plant seals. Façade or roof construction according to one of the preceding claims, characterized in that the basic profiles ( 1 ) are formed dichtungsaufnahmenutenfrei. Façade or roof construction according to one of the preceding claims, characterized in that the basic profiles ( 1 ) each have a hollow chamber ( 36 ), at the side facing the surface elements (F) side a central screw ( 3 ) is trained. Façade or roof structure according to one of the preceding claims, characterized in that on both sides of the middle screw ( 3 ) directly to the insulator profiles of the post and the first and second latches (P, R1, R2) function grooves ( 2 ) are formed, which extend into the area below the surface elements ( 3 ). Façade or roof construction according to one of the preceding claims, characterized in that the functional grooves ( 2 ) are designed graduated. Façade or roof construction according to one of the preceding claims, characterized in that the functional grooves ( 2 ) on both sides of the middle screw ( 3 ) outside of a single web-like groove boundary wall ( 38 ) of the basic profile ( 1 ) are limited. Façade or roof construction according to one of the preceding claims, characterized in that from the outer Nutbegrenzungswänden ( 38 ) of the functional grooves ( 2 ) each webs ( 4 ) inwards into the functional groove ( 2 ) extend, which for latching recording of the insulator profiles ( 9 ) serve. Façade or roof structure according to one of the preceding claims, characterized in that the screw-type ( 3 ) is designed as a hollow web. Façade or roof structure according to one of the preceding claims, characterized in that the distance of the parallel walls ( 5 ) of the screw ( 3 ) is smaller than the outer diameter of a screw to be introduced into this screw ( 7 ) for the determination of the outside glass retaining strip ( 6 ). Façade or roof construction according to one of the preceding claims, characterized in that the screw jaw at its from the hollow chamber ( 36 ) facing away from a V-shaped wall ( 8th ), which for centering the drilling screw ( 7 ) serves. Façade or roof construction according to one of the preceding claims, characterized in that the insulator profile ( 9 . 17 . 26 ) the basic profile ( 1 ) in all posts and bars in each case to the outside facing the surface elements side except for two the lateral boundary walls ( 38 ) of the functional grooves ( 2 ) and substantially has a hat-shaped cross-section. Façade or roof structure according to one of the preceding claims, characterized in that the two lateral arms ( 10 . 18 ) of the insulator profile on both sides of the screw ( 3 ) for locking on the webs ( 14 ) are designed. Façade or roof structure according to one of the preceding claims, characterized in that webs ( 11 . 12 ) on the outer surface of each jib ( 10 . 18 ) on both sides of the screw ( 3 ) the undercut seal receiving groove ( 14 ) train. Façade or roof structure according to one of the preceding claims, characterized in that between the Nutsteg ( 12 ) and the center of each insulating profile ( 9 ) a leachate ( 13 ) is trained. Façade or roof construction according to one of the preceding claims, characterized in that the glass plant sealing of the post (P) has two parting planes (T1 and T2) and hollow chambers ( 43 . 44 ) having. Façade or roof construction according to one of the preceding claims, characterized in that the Dichtungsaufnahmenuten ( 14 ) of the insulator profiles the bolt of the first type further from the basic profile ( 1 ) are spaced or lie on a different plane than the Dichtungsaufnahmenuten ( 14 ) of the insulator profiles of the posts. Façade or roof construction according to one of the preceding claims, characterized in that the glass plant seals ( 21 ) of the bolt of the first design are designed narrower than the glass plant seals of the post. Façade or roof construction according to one of the preceding claims, characterized in that the insulator profile ( 17 ) of the bolt of the first type cantilever ( 18 ), which are designed and dimensioned such that the lower surface ( 19 ) of this insulator coincides with the seal separation plane (T2) of the glass plant seal of the post. Façade or roof construction according to one of the preceding claims, characterized in that the glass plant sealing ( 21 ) of the bolt of the first type has a single parting plane (T1) which is in contact with the first parting plane (T1) of the glass plant sealing device (T1). 20 ) flees. Façade or roof construction according to one of the preceding claims, characterized in that the insulator profile ( 26 ) of the bolt of the second type to the underside has profilings. Façade or roof structure according to one of the preceding claims, characterized in that the insulator profiles ( 9 . 17 and 26 ) above the screw cover webs ( 29 and 30 ), which form an undercut groove, which serves to receive further insulation means. Façade or roof construction according to one of the preceding claims, characterized in that in the groove base a permanently elastic band or a coating ( 31 ) is arranged. Façade or roof construction according to one of the preceding claims, characterized in that the insulator profile ( 17 ) of the bolt (R1) the basic profile ( 1 ) in the joint area with the post (P) so far overlapped that the boom ( 18 ) into the leachate ( 13 protrudes) and on the parting plane (T2) of the glass plant seal ( 20 ) of the profile (P) rests, wherein in the overlapping area the webs ( 22 and 23 ) of the insulator profile ( 17 ) are latched and wherein the post (P) the glass plant seal ( 20 ) only in the width of the bolt (R1) to the parting plane (T2) is removed. Façade or roof construction according to one of the preceding claims, characterized gekenn records that the insulator profile ( 26 ) of the second latch (R2) when connected to the first latch (R1) in the Kondensatnut ( 27 ) and thus the length of the basic profile ( 1 ) surmounted at the end. Façade or roof construction according to one of the preceding claims, characterized in that below the surface ( 25 ) provided Stützprofilen- and locking webs / profiles are latched in the overlapping area, so that the surface ( 25 ) of the insulator profile ( 26 ) of the second bolt (R2) on the parting plane (T1) of the gasket ( 21 ) rests. Façade or roof construction according to one of the preceding claims, characterized in that the basic profiles ( 1 ) to the glass fold and on the opposite side within the hollow chamber webs having a dovetail guide ( 34 ) form for receiving connector elements. Façade or roof construction according to one of the preceding claims, characterized in that the screw ( 7 ) a drill bit ( 35 ) whose length is at least the length of the screw ( 3 ) of the basic profile ( 1 ), including the passing walls, and that the thread length of the screw ( 7 ) only to the length of the screw ( 3 ) is limited to the insulator profile. Façade or roof construction according to one of the preceding Claims, characterized in that at the seal separation planes tearable connection zones are formed within the seal, which as perforation-like Film connections are formed. Façade or roof construction according to one of the preceding claims, characterized in that the basic profiles ( 1 ) consist of a metal, preferably a light metal, in particular aluminum or an aluminum alloy. Façade or roof construction according to one of the preceding Claims, characterized in that the Basic profiles are made of wood. Façade or roof construction according to one of the preceding Claims, characterized in that the Basic profiles made of steel. Façade or roof construction according to one of the preceding Claims, characterized in that the insulator profiles are made of plastic, in particular PVC. Glass mounting seal for a facade after one of the previous claims, each characterized by one or more parting planes on which the end-clipped walls of the insulator profiles can be placed are. Glass support seal according to claim 39, characterized in that it has two parting planes (T1 and T2) and additional hollow chambers ( 43 . 44 ), below their lowest parting plane (T1) in the region of their lowest sealing portion ( 50 ) a sealing foot ( 45 ) for locking in the receiving groove ( 14 ) and wherein the hollow chamber ( 44 ) in the middle sealing section ( 46 ) between the first and the second parting plane of a web ( 47 ), which is located at the lowest sealing portion ( 50 ) is supported below the first parting plane and preferably with the sealing foot ( 45 ) flees. Glass support seal according to claim 39 or 40, characterized in that the uppermost sealing plane or the uppermost sealing section ( 48 ) above the second parting plane in alignment with the sealing foot ( 45 ) with a lower attachment bar ( 49 ) located on the middle sealing section ( 46 ) is supported. Screw, in particular for a facade or roof construction according to one of the preceding claims, characterized in that the screw ( 7 ) a drill bit ( 35 ) whose length is at least the length of the screw ( 3 ) of the basic profile ( 1 ), including the passing walls, and that the thread length of the screw ( 7 ) only to the length of the screw ( 3 ) is limited to the insulator profile.