DE19516464A1 - Holding unit for panels, esp. glass panels of facade or roof covering construction - Google Patents

Abstract

A unit for holding a facade or roof cover construction consisting of panels, esp. glass panels, on a support comprises a base profile (2) resting on the support, an outer profile (4), a spacer (6) between base (2) and outer (4) profiles having a screw channel (8) through which holding screws pass, an external cover (26) over the outer profile (4) and a variable height distance piece (30) between outer (4) and base (2) profiles. Profiled elastic seals (10,12,14,16) press against the plate edges. Both the base (2) and outer (4) profiles have identical cross-sections. Distance pieces (30) are long profiles of modular construction for height variation and are held in a channel (44) in the base profile (2). Unit holding screws extend through the screw channel (8), the distance piece (30) and into the support.

Description

The invention relates to a kit for holding egg ner from plates, in particular glass plates or the like Composable facade or roof covering, according to the Preamble of claim 1.

When erecting one that can be assembled from panels Facade or roof covering on a substructure, for example for conservatories, glass houses or the like Chen the plates and especially glass plates on a substructure, such as a Rie Gel / post construction, on the one hand sufficiently firm the substructure to be attached to occurring Resisting forces, for example snow or wind forces hen, and on the other hand, the attachment of the plat of the substructure must be sufficiently flexible to Deformations under the influence of sun to be able to compensate for radiation or the like. Next the panels can go through the attachment to the bottom construction will not be damaged, for example especially with glass plates or plates made of acrylic glass important is. The attachment of abutting panels must be done in a watertight manner to ensure that the Prevent rain or condensation from entering. Farther fastening systems for panels must be flexible in this respect be as that different thickness plates equally must be easy to fix on the substructure. Ins there is a very special one with glass plates cher, to be covered by the fastening system as possible Thickness range before, depending on whether the glass plate as an Special, double or triple insulating glass pane is. One can assume that in practice the thickness  a plate and here in particular a glass plate between between 16 and 40 mm.

As can be seen from the foregoing, from there forth of fastening systems for panels, facades or Build roof coverings on a substructure can, many requirements, which are in the state the technology to some very considerable efforts leads to the ge on such fastening systems meet the requirements as sufficiently as possible to be able to.

For example, from DE-GM 89 90 436 is a building known for mounting a facade, in which with only a basic profile a quick and easy installation on un different substructures without difficulty to be accomplished. The mounting kit includes essentially the basic profile and a cover profile, between the edges of which are clogged with strips Glass plates are clamped. Between the basic profile and the cover profile, which are connected by screws are, an insulating piece is used and on the Cover profile is snapped onto a cover cap. The basic pro fil has differently designed holding members to easy attachment of the base profile to the subcon to enable structure. For fastening the basic profile are, for example, expansion bars, bolts or the same provided.

The DE-GM 84 32 594 deals with a bracket Fastening sheets or plates made of glass, plastic or the like, consisting of a rung profile and a clamping profile, between which the to be fastened Plates and spacers are arranged, the Ver clamping profile by means of screws with the rung profile is exciting. The aim of DE-GM 84 32 594 is to stop to create a device in which the assembly effort is reduced  can be used and only requires a few parts are a reliable holder for the glass plates or create the like. This is made possible by that arranged between the rung profile and clamping profile th spacer each by a clamping screw be attacked, with the spacers at one end supported on the rung profile and with the other end the clamping profile are held, while still in tension th state of the holding device through the clamping profile gripping end of a spacer by means of the instep screw is deformable.

Problematic with the objects of both DE-GN 89 08 436 as well as the DE-GM 84 32 594 is still the lack of flexibility in the attachment disclosed there systems insofar as the area occurring in practice from 16 to 40 mm total thickness of the panels only under high constructive effort and especially storage expenses can be covered. It must be different in height or thickness trained spacers or the like provided to the thickness range that occurs in practice to be able to cover reliably.

To solve this problem specifically, gat DE-OS 32 02 482 according to the invention is a multi-part thermally insulated Metal profile in which the plates to be clamped between basic project that can be defined on the substructure fil and an outer profile assigned to the basic profile be excited. Here is between basic and external pro fil at least one spacer arranged one Has screw channel in which from the outside of the Outer profile screw in at least one clamping screw bar, whereby the plates with the interposition of elastic sealing profiles between basic and external pro fil can be clamped. There is still an ab on the outer profile cover profile attachable, around which the outer profile penetrates to make the clamping screws virtually invisible. Farther  is the subject of DE-OS 32 02 482 between basic and Outer profile arranged at least one spacer, with which is the distance between these two profiles can adjust so that with this fastening system un panels of different thicknesses can be clamped. Each depending on the thickness of the panels to be clamped one more or less high or thick spacer used to the Distance between the base and outer profile accordingly to be able to adjust.

Although it is due to the fastening system according to the DE-OS 32 02 482 possible, which occurs in practice Thickness range of the plates to be determined by the use cover different spacers, nevertheless adheres to this known fastening system of gravie rende disadvantage that a not inconsiderable storage effort must be operated to adjust the distance between basic and external profile to everyone in practice allowable plate thicknesses. As a rule, ge be said that the difference in thickness between two ver different plates is 2 mm each. With a fat one range from 16 to 40 mm, there are twelve possible Plate thicknesses or thicknesses, which in turn requires that twelve spacers of different thickness must be provided sen to the subject of DE-OS 32 02 482 all in the Practical plate thicknesses or thicknesses between 16 and 40 mm. If you were present tigt that for the establishment of, for example, a winter garden or a glass house quite considerable amounts of feet reinforcement profiles and thus also spacers necessary it is clear that the storage costs for stocking corresponding amounts of appropriately dimensioned Di stampings is quite significant.

Both the objects of the above two Ge usage patterns as well as that of the generic DE-OS 32 02 482 still suffers from the further disadvantage that  that due to the differently trained profiling of the basic and external profile increases the storage effort becomes.

In contrast, it is an object of the present invention a kit for holding a plate, in particular Glass panels or the like composite facade or To design the roof covering so that that of the economic From the standpoint, disadvantageous high storage costs are avoided, without the flexibility of the Kit with regard to the adjustment options to un restrict or even limit different plate thicknesses admit.

This object is achieved according to the invention by the features specified in claim 1.

Accordingly, first have the basic and the outer profile mutually identical cross section. By the identical Training of basic and external profile already results halving the storage effort for the two main profiles of the kit. Furthermore, at least that is a Di punch an elongated / strip-shaped profile cross cut that can be modularly expanded in the profile height direction and in a corresponding recording channel in the basic pro fil can be inserted. The fact that the spacer in Pro If the height of the filing direction can be added modularly, it is sufficient for example, only a single profile cross section on La ger to have, whereby by corresponding multiple agreement differentiate or supplement with the only profile cross cut the spacer with the desired dimension can be built. In other words, instead of the bearings keeping or stocking a plurality of different dimensioned spacers approximately according to DE-OS 32 02 482 takes place in the subject of the present invention Stocking or warehousing only one profile cross-section, then by appropriate together  This profile cross-section in the height direction the Di punched piece built with the desired height extension can be. Finally, according to the present inven the screw channel in the spacer, at least a spacer and the basic profile of at least one Fixing screw into the material of the substructure tion enforceable. This initially results in a secure fixation of the arrangement of the spacer to the at least one spacer, which in particular from It is advantageous if the spacer consists of a plurality of Profile cross sections is built. It continues here by attaching the spacer, spacer and Basic profile in one go on the substructure. Despite the modular design of the spacer, it is here through a quick and secure attachment of the basic profile with the then trained to ent the spacer speaking extended spacers possible, this Arrangement then after inserting the one or both sides plates to be determined completed with the outer profile is then fixed to that on the substructure ten base profile is clamped to fix the plates. The height of the spacers accordingly The spacer set prevents a Excessively high contact pressure between basic and external pro fil.

Advantageous embodiments of the inventions are Ge subject of the subclaims.

The pros forming the spacer preferably grip filmodule interlocking. As a result, the Mon days and will in particular build the spacer much easier because of the positive No further connection between the profile modules Tools to fix the position of these modules with each other are necessary.  

Are the profile modules forming the spacer under of different thickness, the structure of the spacer can be made from Profile modules can be further simplified because of certain the spacer repeatedly requested in practice hen can be reached faster. To the we not significant advantage of the reduced storage costs counteract that by the subject of the present Invention is possible, should differ only two The thicknesses of the profile modules can be provided, for example se a thickness A of 2 mm and a thickness B of 4 mm. By corresponding combinations of thicknesses A and B can be all heights required in practice by the spacer achieve.

From the basic profile, the uppermost is preferred Profile module in the spacer with the End section of the spacer facing the basic profile bindable. That constructed from at least one profile module Spacer and the spacer are thereby without additional aids securely connected to each other, so that the assembly is facilitated.

The profile modules forming the spacer are in front pulls from a plastic, for example hard PVC gefer does. This results in a thermal separation of external and basic profile and thus an increase in heat resistance of the entire facade or roof covering.

The cover profile can be compared to the outer profile trains in two different altitudes where through it is possible to better adapt to under different requirements from the technical and / or opti point of view. Here are the Sealing profiles assigned to the outer profile are preferably turned bar to the two different altitudes of the cover pro to enable fils compared to the outer profile.  

If the screw channel in the spacer has one in Corrugation running in the longitudinal direction of the channel both the engagement of the clamping screw with the screw ca nal as well as the engagement of the mounting screw with the Screw channel improved, while the one screw resistance or that to be applied to the screws Torque for secure screwing into the screw channel is reduced.

Further details, aspects and advantages of this ing invention emerge from the following Be spelling of different embodiments and Ab conversion possibilities with reference to the drawing.

It shows:

Figure 1 is an exploded view of the wesent union components of the kit according to the invention.

Fig. 2 is a kit according to the present invention in the installed state;

Fig. 3 is a Figure 2 corresponding representation of a ge compared to Figure 2 differently dimensioned kit.

Fig. 4 is a representation corresponding to Figures 2 and 3, in which the spacer for extending the spacer can be omitted.

FIG. 5 shows a representation corresponding to FIG. 2 of a possible application of the kit according to the invention;

Fig. 6 is a perspective view to better explain the structure of the kit according to the invention;

Fig. 7 is a Fig 2 corresponding representation of a conversion possibility of the present invention;

Fig. 8 illustrates the use of the kit according to the invention with a metallic substructure;

Fig. 9 shows the view of a roof glazing Ortganges with the inventive kit,

FIG. 10 is an illustration of a wall connection with the inventive construction kit;

FIG. 11 illustrates the use of the kit according to the invention on a vertical wall;

FIG. 12A to 12C building outer profile, Ab, where FIGS 12A and 12C, two different possible arrangements of Ab cover profile or sealing profiles show cover profile and seal profiles..;

Figure 13 shows the use of the kit according to the invention with a wall closure of an inclined Dachver glazing.

Fig. 14 shows a modification of the present invention for use in a sliding door; and

FIG. 15A and 15B are reduced views each from two windows modules and a sliding module aufgebau th wall, wherein 15A is a sliding module of previous type and FIG. 15B shows. A sliding module of the type according to the present invention.

The invention is described below with reference to the Drawing explained in detail. It should be noted that the representations in the individual figures of the drawing are sometimes not to scale to each other. Wei  thereafter designate the same reference numerals in the drawing identical or corresponding components or elements, so detailed repeated throughout the description Descriptions or explanations of these components or ele elements did not take place.

Fig. 1 shows a vertical section through a kit according to the invention for holding a facade or roof covering that can be assembled from plates, in particular glass plates or the like on a substructure in the exploded state. The plates to be fixed with the kit and the substructure are not shown in FIG. 1.

According to the drawing of FIG. 1, the kit according to the invention essentially comprises a where Un terkonstruktion fixable basic profile 2, a the basic profile 2 associated outer profile 4, and a passage extending between the base profile 2 and outer profile 4 spacers 6, which has a screw channel 8 in which a clamping screw can be screwed in from the outside of the outer profile 4 , as will be explained below. By means of the clamping screw, the outer profile 4 can be clamped in the vertical direction on the basic profile 2 in order to fix the plate or plates between the basic profile 2 and the outer profile 4 . The system between base profile 2 and outer profile 4 with the plates to be clamped is not directly, but with the interposition of elastic sealing profiles 10 and 12 or 14 and 16 , where the sealing profiles 10 and 12 are assigned to the basic profile 2 and the sealing profiles 14 and 16 the outer profile 4 . The sealing profiles 10 to 16 are held on the profiles 2 and 4 by an elastically form-fitting engagement of the sealing profiles 10 to 16 in the manner shown in FIG. 1 in channels 18 and 20 or 22 and 24 which are in the basic profile 2 or the outer profile 4 are formed. A cover profile 26 can be attached to the outside of the outer profile 4 . Finally, according to FIG. 1, a spacer 30 can be arranged between the end 28 of the spacer 6 facing the base profile and between the base profile 2 itself, with which the spacing between the base profile 2 and the outer profile 4 can be adjusted.

In this respect, the structure of the invention corresponds Kit that of the generic DE-OS 32 02 482.

The kit of the present invention stands out in addition, essentially by the following Characteristics from:

As is immediately apparent from the drawing, base profile 2 and outer profile 4 are identical to each other, ie they have identical cross-section, with one profile being rotated only 180 ° in relation to the other profile in the installed position. Furthermore, the spacer 30 shown in FIG. 1 is modular, that is, the spacer 30 consists of a plurality of profile modules, in the embodiment shown in FIG. 1, for example from three profile modules 32 , 34 and 36 . The individual profile modules are elongated / strip-shaped and have means with which they can be positively connected to one another. As can best be seen from Fig. 1, these means in the illustrated embodiment consist essentially of a dovetail-shaped projection 38 on one side of a profile module and a corresponding dovetail-shaped recess 40 on the opposite side. By inserting such a projection 38 into an overlying corresponding recess 40 , the profile modules 32 to 36 can be positively connected to one another. It can be seen in Fig. 1 that, according to an embodiment of the present invention, it may be possible to use two different types of profile modules, namely the profile modules designated by the reference numerals 32 and 34 , which are thicker than the profile module 36 , for example twice as much thick. In the profile module 36 is then forbidden due to the small thickness from the formation of the recess 40 , so that in the form of the Profilmo module 36 from the profile module formed in the direction of the base profile 2 lower end of the spacer 30 bil must.

The lower end 28 of the spacer 6 has a recess 42 corresponding to the recesses 40 , into which the projection 38 of the uppermost profile module in the spacer 30 can be positively inserted.

The lower end of the spacer 30 pointing in the direction of the basic profile 2 is inserted into a receiving channel 44 formed on the basic profile 2 . An upper end 46 of the spacer 6 opposite the lower end 28 is supported on two webs 48 and 50 of the outer profile 4 .

So much for the basic structure of the invention Kit, as well as the individual components thereof. Before drafted designs and possible uses of the he kit according to the invention will continue to be un ter explained in more detail with reference to the drawing.

Fig. 2 shows the arrangement of the construction kit according to the invention on a substructure 52 , which may be part of a Rie gel / post frame in wood construction in the embodiment shown in Fig. 2. Between the basic profile 2 and the outer profile 4 are interposed between the sealing profiles 10 to 16, two plates 54 and 56 clamped. The plates 54 and 56 are Darge presented embodiment insulating glass panels each consisting of a single glazing 58 and a Doppelvergla solution 60 , which are connected at their peripheral edges in a known manner by spacers 62 and 64 and a permanently elastic sealant dimensionally stable.

As can also be seen in Fig. 2, a total of three profile modules 32 , 34 and 36 are arranged at the lower end 28 of the spacer 6 analogous to the presen- tation in Fig. 1. The bottom profile module 36 is supported on the inner surface of the base profile 2 and the upper end 46 of the spacer 6 is supported on the two webs 48 and 50 of the outer profile 4 .

Fig. 6 shows how the arrangement of FIG. 2 by clamping and fastening screws immovable on the sub construction 52 on the one hand can be fixed, and here the two plates 54 and 56 on the other hand elastically sets. Furthermore, with reference to FIG. 6, who is to explain how the kit according to the invention is used or constructed in practice:

First, all required profiles, ie the basic profile 2 , the outer profile 4 , the spacer 6 , the profile modules 32 to 36 of the spacer 30 , the cover profile 26 and the sealing profiles 10 to 16 are cut to the required length with an oversize. The screw channel 8 in the spacer 6 is then drilled approximately every 25 to 30 cm from above. Depending on the thickness of the plates 54 and 56 and thus the necessary distance from the base profile 2 to the outer profile 4 , one or more Profilmo modules are then brought into engagement with one another via the corresponding projections 38 and recesses 40 and then at the lower end 28 of the Spacer 6 by means of the recess 42 formed there. The unit consisting of spacer 6 and the spacer 30 formed from one or more pro film modules is then inserted into the receiving channel 44 with the basic profile 2 . Subsequently, the spacer 30 and the underlying wall of the basic profile 2 are completely drilled through the benkanal 8 already in the screw 8 or a separating web 66 running therein. In order to avoid shifting during drilling, a fixing screw is inserted into this hole after the first continuous hole.

Subsequently, the the basic profile 2 zugeord Neten sealing profiles are pressed from FIG. 1 ersicht integral way around the outer edge of the base profile 2 around un ter set the basic profile 2 and ducts in the respective Ka in the 10 and 12 18 and 20. The unit thus formed from spacer 6 , spacer 30 and with the Dichtungspro files 10 and 12 provided base profile 2 can then be connected to the substructure 52 . For this purpose, fastening screws 68 are used, which in the manner shown in FIG. 6 he leads from above into the screw channel 8 and the through holes in the separating web 66 , the spacer 30 and the bottom surface of the base profile 2 pass through and into the material the substructure 52 are screwed in. Are all the fastening screws 68 seen in the longitudinal direction of the base profile 2 screwed into the substructure 52 , the unit be standing from spacer 6 , spacer 30 and Grundpro fil 2 immovably connected to the substructure 52 , with the still being wrapped around the outer edge of the base profile 2 Lay areas of the sealing profiles 10 and 12 sealingly between the underside of the basic profile 2 and the top of the substructure 52 . This prevents water from entering through the holes in the base surface of the basic profile 2 , through which the fastening screws 68 run.

Subsequently, the two plates 54 and 56 are placed on the base profile 2 or the sealing profiles 10 and 12 there . The outer profile 4 is also drilled every 25 to 30 cm and then you the device profiles 14 and 16 are pressed into the channels 22 and 24 of the outer profile 4 . Subsequently, the outer profile 4 is screwed with clamping screws 70 to the spacer 6 , whereby the plates 54 and 56 tion under elastic deformation of the sealing profiles 10 to 16 between the Grundpro fil 2 and the outer profile 4 are clamped. In order to achieve a good engagement between the clamping screws 70 and the screw benkanal 8 , the screw channel in the longitudinal direction of the spacer 6 extending projections or a corrugation 72 ( Fig. 2), whereby the engagement of the clamping screw 70 with the screw channel 8 improves becomes. Referring to FIGS. 1 or 2 or the cover is then pressed on to the outer profile 4 26, so that the heads of the clamping screws 70 are here no longer visible from the outside and the entire kit according to the invention an attractive appearance is conferred.

Fig. 3 shows a Fig. 2 corresponding representation of the kit according to the invention, but the Unterkon construction 52 compared to that of FIG. 2 has a greater width, so that base profile 2 and outer profile 4 build accordingly wider. In order to be able to ensure a reliable and, in particular, jam-proof clamping of the two plates 54 and 56 , two mutually parallel spacers 6 are provided in the embodiment according to FIG. 3, which supply screws 68 on the substructure 52 with two parallel rows of fastening elements be determined. The outer profile 4 is then also braced with two mutually parallel rows of clamping screws 70 which engage in the screw channels 8 of the spacers 6 .

FIG. 4 shows an embodiment of the present invention, in which, in contrast to that according to FIGS. 2 and 3, the two plates 54 and 56 are each formed by individual glazing to a lesser extent. Here, the basic profile 2 can be dispensed with and two sealing strips 74 and 76 are applied directly to the substructure 52 , for example glued or clipped on. Corresponds to the distance between the two individual lenses of the plates 54 and 56 of FIG. 4, the height of the spacer 6, so also given may be possible to omit the spacer 30 and the Ab spacers 6 will piece without the interposition of the spacer 30 directly by means of the fastening bolts 68 connected to the substructure 52 .

Fig. 5 shows the use of the construction kit according to the invention for setting or for holding double-wall sheets 78 and 80th Also in Fig. 5, the possibility is indicated, with a suitable relationship between the thickness of the plates and the height of the spacer 6, if necessary, to be able to do without the dance piece 30 .

Fig. 7 illustrates again how the to the base profile 2 and the sub-structure 52 tense distance holders 6 for receiving the clamping screw 70 is used, with which the outer profile 4 is tensioned in the direction of the basic profile 2, the plates 54 and 56 between the seal pro len 10 to 16 to clamp.

Fig. 8 shows the use of the construction kit according to the invention in connection with a steel support 82 as Unterkon construction. When using such base 82 Me tall it may be advantageous where the basic profile 2 SEN be silently 82 threaded bolts to facing surface of the support, which pass then in place of the fastening screws 68, the Di cut piece 30 and the separation pad 66 of the spacer 6 and upper from End 46 of the spacer 6 protrude, so that then by means of washers and on the protruding areas of the threaded bolt mut tern the spacer 6 together with the base profile 2 can be braced with the carrier 82 . The bracing of the outer profile 4 with the spacer 6 is then carried out analogously to the above-described embodiments. He leaves it the material of the carrier 82 , as well as the thickness of the material of the carrier 82 under the base profile 2 , can optionally also be drilled in the material of the carrier 82 who then, for example with self-tapping fastening screws 68, the spacer 6 , optionally the spacer 30 and the basic profile 2 to be fixed on the carrier 82 .

Fig. 9 shows the use of the kit according to the invention for realizing a roof glazing verge. Instead of the second plate 56 , a wooden strip 84 is clamped between the sealing profiles 12 and 16 with the interposition of an aluminum sheet 86 with drip nose 88 . The dimensions of the strip 84 are chosen such that the height of the strip 84 plus the thickness of the sheet 86 is equal to the total thickness of the plate 54 .

Fig. 10 shows the use of the construction kit according to the invention for producing a wall connection in a roof glazing. Analogously to the embodiment, and appli cation possibility according to FIG. 9, the timber is here again used ledge 84 which is clamped with the interposition of the sheet 86 between the profiles 2 and 4. Instead of the base profile engages around the sealing profile 12 is in this case a truncated sealing profile det 12 'USAGE. The sheet 86 is connected to a wall 90 via a silicone joint 92 . Also provided is a self-adhesive bitumen film 94 , which runs in the manner shown in FIG. 10 on the wall 90 and partially under the sheet 86 and is then inserted between the strip 84 and the basic profile 2 into the interior between the basic profile 2 and the outer profile 4 .

Through the silicone joint 92 , the sheet 86 and the self-adhesive bitumen film 94 , the wall connection can be completely watertight.

Fig. 11 shows the use of a kit according to the invention for holding a vertically extending Fas sade 96 , which is formed from the plates 54 and 56 . Here at the inner webs of the outer profile 4 are pierced at intervals (reference numeral 98 ) in order to be able to conduct penetrating water. As an additional security against an urgent water, a fleece-reinforced butyl tape 100 is inserted between the sealing profiles 14 and 16 of the outer profile 4 and the adjoining surfaces of the plates 54 and 56 .

FIGS. 12A to 12C show the possibility of applying un terschiedlichen of the cover 26 on the outer profile 4. As best seen in FIG. 12B, the cover profile 26 is not symmetrical, but has two locking lugs 102 and 104 on one side and a single locking lug 106 on the opposite side. In the possibility shown in Fig. 12A to arrange the cover profile 26 on the outer profile 4 , the locking lugs 104 and 106 are engaged with corresponding Rie gelausnehmungen 108 and 110 on the outer profile 4th As a result, the cover profile 26 is held in the height position shown in FIG. 12A relative to the outer profile 4 . If a height of the cover profile 26 relative to the outer profile 4 according to FIG. 12C is desired, the sealing profiles 14 and 16 according to FIG. 12B are first removed from the associated channels 22 and 24 and rotated in the longitudinal direction by 180 °, so that a on the sealing profiles 14 and 16 formed web 112 comes to lie in the direction of the inside of the outer profile 4 , as can be seen from FIG. 12B. Following this, the cover profile 26 can be pressed deeper onto the outer profile 4 , the locking lug 106 jumping over the recess 110 and engaging behind a projection 114 and the locking lugs 102 and 104 coming to lie in the recess 108 or engaging behind a projection 116 . The webs 112 on the sealing profiles 14 and 16 no longer hinder the engagement of the projections 114 and 116 , as they would in the arrangement of the sealing profiles 14 and 16 according to FIG. 12A.

The formation of two locking lugs 102 and 104 on one side of the cover profile opposite one locking lug 106 on the opposite side also makes it easier to press or snap the cover profile 26 onto the outer profile 4 . For this purpose, the cover 26 is first with the left in Fig. 12B side with the locking lug 104 in the recess 108 with a handle housed, said Abdeckpro is fil kantet ver 26 relative to the outer profile 4 counterclockwise. Subsequently, the cover profile 26 is pivoted clockwise in the direction of the outer profile 4 , so that the locking nose 106 engages in the recess 110 . A tilt-free placement of the cover profile 26 on the outer profile 4 over the entire length is thereby possible. After turning the sealing profiles 14 and 16 , the cover profile can be snapped deeper onto the outer profile 4 by a downward pressure, in which case the locking lug 106 engages behind the projection 114 and the locking lug 104 engages behind the projection 116 . The latch tab 102 engages with the recess 108 ( FIG. 12C).

Fig. 13 shows the arrangement or use of the kit according to the inven tion for the manufacture of a Maueranschlus ses with a sloping roof glazing. The order largely corresponds to that of FIG. 10; the same or corresponding parts are again provided with the same reference numerals. In addition to the configuration or use option according to FIG. 10, when using the kit according to the invention according to FIG. 13, a self-adhesive butyl tape 118 is seen between the sheet 86 and the top of the cover profile 26 .

Figs. 14 to 15B show another Einsatzmög friendliness of the present invention, namely its use in sliding doors of plates, especially glass plates to sammengesetzten facades or walls. Fig. 14 shows a horizontal section through two adjacent substructures 52 , the right in Fig. 14 Unterkon construction 52 carries the kit according to the invention for fixing two insulating glass panes 54 and 56 , as shown in example in Fig. 2. Also in FIG. 14, the same reference numerals designate the same or mutually corresponding parts as in FIGS. 1 to 13 and a detailed description thereof is not repeated.

The left half of FIG. 14 shows a substructure 52 which is adjacent to the substructure 52 of the right half of FIG. 14; the disc 58 and the disc 60 in the middle of FIG. 14 are therefore to be regarded in practice as running in one piece, as indicated by the dashed lines.

The left half of FIG. 14 shows the substructure 52 with a kit 120 arranged thereon for a sliding door. The kit 120 essentially comprises a stationary profile part 122 assigned to the substructure 52 , as well as a movable profile part 124 that forms the frame of the sliding door. The movable profile part 124 has the spacer 6 with the screw channel 8 formed therein, but the spacer 6 is integrally formed on the movable profile part 124 , as in the left half of FIG . Compared to the stationary profile part 122 , that is, facing away from the substructure 52 , the outer profile 4 is provided, which, with the interposition of the sealing profile 14 on the disk 58 and with the interposition of the sealing profile 16 on a spacer 6 projecting from the cantilever arm 126 of the movable profile part 124 supports. The second disk 60 of the plate 54 is supported on the movable profile part 124 by means of the sealing profile 10 .

The attachment of the outer profile 4 to the movable profile part 124 and thus the clamping of the sliding door forming plate 54 takes place in the embodiment according to FIG. 14 in that the outer profile 4 is not screwed to the spacer 6 , but rather is free on the upper End of the spacer 6 a profile bar 128 screwed. The profile strip 128 has the cross-sectional profile shown in FIG. 14, which enables the outer profile 4 to be clipped onto the profile strip 128 in a form-fitting manner by means of its two webs 48 and 50 . This configuration option has the advantage over the configuration options of FIGS . 1 to 13 that no screw heads are visible on the free outer surface of the outer profile 4 , so that the cover profile 26 can be dispensed with.

It goes without saying that the embodiment with the outer profile 4 which can be clipped onto the spacer can also be used in the embodiments of FIGS. 1 to 13 and conversely in the embodiment of FIG. 14 the outer profile 4 is also screwed onto the spacer 6 and with the Cover profile 26 can be provided.

Between the fixed section 122 and the bewegli chen profile part 124 a labyrinth 130 is formed, wel ches is defined by various projecting ribs and bends of a stationary profile part 122 and a movable section member 124th This labyrinth 130 serves to accommodate lip or brush seals, not shown in FIG. 14, in order to keep the sliding door wind and water-tight in the closed state shown in FIG. 14. Wei terhin is formed in the labyrinth 130 from receiving channel 132 , which is used to hold casters or balls not visible in Fig. 14 on the door and door underside. The sliding rollers or balls are held in roller or ball cages, which in turn are fixed in the receiving channel 132 .

The essential advantage of the embodiment or possibility of FIG. 14 is explained with reference to FIGS . 15A and 15B, FIG. 15A showing a wall 134 A of the previously practiced construction and FIG. 15B showing a wall 134 B which is in accordance with the kit Fig. 14 has been erected. Both walls, that is to say both the wall 134 A and the wall 134 B, are formed from two external fixed glazing modules 136 A and 138 A or 136 B and 138 B, and from a sliding door module 140 A or 140 B in between The previously practiced construction according to FIG. 15A, the sliding door module 140 A is comprised of a triple stacked frame arrangement, namely - seen from the outside inwards - by the two lateral and the upper and lower base frames, which also include the glazing modules 136 A and 138 A. border, followed by a door frame and the actual door frame of the sliding door module 140 A. The frame or frame of the sliding door module 140 A is three times as wide compared to the frames of the glazing modules 136 A and 138 A, so that the sliding door module 140 A in the wall 134 A aesthetically unattractive and acts as a foreign body.

In contrast, in the embodiment of the present invention according to FIGS. 14 and 15B, the width X ( FIG. 14) of the frame for the sliding door built up on the substructure 52 is equal to the width Y ( FIG. 14) of that built up on the adjacent substructure 52 th frame for the fixed glazing, so that according to FIG. 15B, both the glazing modules 136 B and 138 B and the sliding door module 140 B are of the same width frame. The sliding door module 140 B thus blends into the overall structure of wall 134 B in a visually appealing and harmonious manner . At the same time, the at least 130% narrower frame width of the sliding door module 140 B increases the glass surface there compared to the sliding door module 140 A, which advantageously leads to higher incidence of light.

The right half of FIG. 14 shows still another modification or modification of the present invention. It can be seen that a flat rubber profile 142 is arranged on the substructure 52 instead of the basic profile 2, which is identical to the outer profile 4 . The flat rubber profile 142 , like the basic profile 2 et wa according to FIG. 1, has the receiving channel 44 for the spacer 6 and one or more profile modules 36 , and two laterally projecting edge regions 144 and 146 , which replace the sealing profiles 10 and 12 according to FIG. 1 .

Two further construction details of the left half of FIG. 14 are briefly pointed out:

The between the two substructures 52 duri fende plate 54 with the outside 58 and inside 60 is held on the side of the stationary profile part 122 for the kit 120 between two rubber profiles 148 and 150 , the rubber profile 148 between the disc 58 and the stationary profile part 122 lies and the rubber profile 150 between the disc 60 and the substructure 52 . Furthermore, a T-shaped channel 152 is formed in the lower right corner region of the stationary profile part 122 in FIG. 14. This channel 152 is used to hold right-angled rails, which in the corner area of the kit 120 , where the profile parts 122 and 124 are miter cut, for stiffening of abutting profile parts - here in particular the stationary profile parts 122 - provide.

As can be seen from the foregoing description of the lying invention with reference to the drawing or the various embodiments presented herein  and possible applications, the kit is in accordance with of the present invention extremely flexible in its one possible on the one hand and is characterized by particular the simple structure on the other hand. Because that Spacer made up of one or more profile modules builds or can be supplemented, it is possible the distance between the basic profile and the outer profile the present thickness or thickness of the plat to be held te (n) to set. The construction or assembly of the Di punched piece is through the positive engagement of the Profile modules with each other, as well as through the form-fitting Definition of the distance formed from the profile modules piece on the spacer much easier.

The profile modules forming the spacer are made a plastic, preferably made of hard PVC. This offers the advantage that the Profilmodu len built-up spacer easily during assembly is piercing and beyond that Plastic-formed spacer the outer profile of the Basic profile thermally insulated or separated so that the Thermal resistance through the entire profile arrangement is increased.

It is understood that in the context of the present inven a variety of modifications or variations is conceivable. So is the profiling of basic profile and External profile not on that shown in the drawing Embodiment limited. Also the formschlüssi connection between the profile modules and / or the Ab stands by reali be settled; the swallows shown in the drawing tail-shaped formation of the projections on the profile module len or the dovetail shape of the Ausneh on the profile modules and the recess on the Ab stand holder is to be understood as a pure exemplary embodiment hen.  

In any case, by the present invention the storage costs for the kit according to the invention significantly reduced. It also results from the narrow silhouette, especially with sliding door frames light and elegant appearance of a herewith constructed Wall.

Claims (9)

1. Kit for holding a facade or roof covering composed of plates ( 54 , 56 ), in particular glass plates ( 58 , 60 ) or the like on a substructure ( 52 ), with: a base profile ( 2 ) which can be fixed on the substructure ( 52 );
an outer profile ( 4 ) assigned to the basic profile ( 2 );
at least one extending between the base profile (2) and outer profile (4), spacers (6) which has a screw channel (8) in which from the outside of the external profile (4) fro at least one clamping screw (70) can be screwed, whereby the plates ( 54 , 56 ) with interposition of elastic sealing profiles ( 10 , 12 , 14 , 16 ) between the basic profile ( 2 ) and outer profile ( 4 ) can be tensioned;
one on the outer profile ( 4 ) can be fitted with a covering profile ( 26 ); and
at least one spacer ( 30 ) which can be arranged between the basic profile ( 2 ) and the outer profile ( 4 ) for adjusting the distance between these profiles,
characterized in that
Base profile ( 2 ) and outer profile ( 4 ) have identical cross-section to each other;
the at least one spacer ( 30 ) is a langge / strip-shaped profile cross-section, which can be supplemented in a modular manner in the profile height direction and can be pushed into a corresponding receiving channel ( 44 ) in the basic profile ( 2 ); and
the screw channel ( 8 ) in the spacer ( 6 ), which we at least one spacer ( 30 ) and the base profile ( 2 ) of at least one fastening screw ( 68 ) into the material of the substructure ( 52 ) are enforceable. 2. Kit according to claim 1, characterized in that the spacer ( 30 ) forming profile modules ( 32 , 34 , 36 ) interlock positively. 3. Kit according to claim 1 or 2, characterized in that the spacer ( 30 ) forming Profilmo modules ( 32 , 34 , 36 ) are of different thicknesses. 4. Kit according to one of claims 1 to 3, characterized in that the top profile module ( 32 ) seen from the base profile ( 2 ) in the spacer ( 30 ) form-fitting with the base profile ( 2 ) facing Endbe rich ( 28 ) of Spacer ( 6 ) is connectable. 5. Kit according to one of claims 1 to 4, characterized in that the spacer ( 30 ) forming profile modules ( 32 , 34 , 36 ) made of a plastic, preferably made of hard PVC. 6. Kit according to one of claims 1 to 5, characterized in that the cover profile ( 26 ) relative to the outer profile ( 4 ) can be fixed in two different heights. 7. Kit according to claim 6, characterized in that the outer profile ( 4 ) associated sealing profiles ( 14 , 16 ) are reversible. 8. Kit according to one of claims 1 to 7, characterized in that the screw channel ( 8 ) in the spacer ( 6 ) in the longitudinal direction of the screw channel ( 8 ) has corrugations ( 72 ).