EP4174273A2 - Profile system for a sliding door or sliding window arrangement, in particular sliding roof door or sliding roof window - Google Patents

Abstract

The invention relates to a profile system for a sliding door or sliding window arrangement for installation in a sloping window section of a building, for example a sliding roof door or sliding roof window, with a window frame (1) with two horizontally running window frame legs (2, 3), each of which is connected to a main profile (4) and with at least one wing frame (5) having a glass pane (9), whose horizontally running wing frame leg (6, 7) and whose one vertically running wing frame leg (8) are each formed by a first wing profile (10). The two horizontally running sash frame legs (6, 7) or the corresponding first sash profiles (10) are guided in guides (11) of the horizontally running window frame legs (6, 7) or the corresponding main profiles (4).

Description

The invention relates to a profile system for a sliding door or sliding window arrangement for installation in a sloping window section of a building, for example a sliding door or sliding roof window.

Such sliding window arrangements are known in many ways. For example, in the EP 2 650 453 A1 a sliding window arrangement, in particular a roof sliding window, is described, with a guide frame and a sliding window frame having a window pane and mounted in the guide frame so as to be displaceable in a displacement direction by means of a guide.

From the DE 202 17 594 U1 discloses a sliding window with a window sash for installation in a section of an inclined surface, i.e. a roof window, the window sash having a sash frame comprising a glass pane with an upper and a lower horizontal sash frame leg and a right and a left sash frame leg, the sash frame is slidably mounted in the upper and lower frame leg.

From the DE 10 2009 017 178 A1 a sliding window is known with a surface cutout in a roof-framing window frame, which has two guide legs arranged parallel to the direction of sliding and two transverse legs arranged perpendicular to the guide legs, connecting the guide legs to each other at the ends, and with a window sash that can be moved along the window frame, which has one Sliding frame with two longitudinal legs arranged parallel to the guide legs, wherein the window sash is designed to be displaceable parallel to the guide legs, at least partially beyond a heavy leg and with its longitudinal legs leaving the frame at least partially.

From the DE 10 2005 050 022 A1 is a sliding window assembly known as a roof or facade window with a window profile frame that is slidably guided in a guide frame. In the guide frame, two or three windows can also be held in a displacement-guided manner on either side. The window frame or frames can also be motor-driven and kept sealed against one another via sealing strips.

Finally is out of the DE 103 53 287 A1 a sliding window with a single and multiple window sash for installation in a section of a sloping roof surface is known, with the window sash being arranged in a sliding plane parallel to the sloping surface, having a sash frame comprising a glass pane and on a frame comprising the surface section in the sliding plane of a closed one Position is slidably mounted in an open position, the frame being arranged on the roof surface.

However, the formation of the profiles of glareable and sliding sash or sash frames with one another is not described in the prior art.

The disadvantage of the known sliding window arrangements is that a large number of profiles are required for the respective application. This leads to higher production costs, but also to higher storage costs.

Proceeding from this, the object of the invention is to provide a profile system for sliding door and sliding window arrangements develop, which can be used for a wide variety of mounting positions and for individual designs without having to keep a large number of profiles.

This problem is solved by a profile system with the features of claim 1.

According to the invention, a profile system is proposed with a window frame having two horizontally running window frame legs, which is each formed by a main profile, and at least one casement receiving a glass pane, whose upper and lower horizontally running window frame legs and whose one vertically running window frame leg are each formed by a first window profile . The two horizontally extending first sash profiles are guided in guides of the horizontally extending window frame legs or the corresponding main profiles.

The invention creates a modular system in which a single main profile, ie profiles with identical or the same profile cross-sections, can be used for the upper and lower horizontal frame members. The casement carrying the pane consists of three sides, namely the two horizontally extending sides and one vertically extending side, which are also formed from a first casement profile, ie profiles with identical or identical profile cross sections. A different profile type is only required for the second leaf frame leg, depending on the respective embodiment.

The invention makes a modular system available with which the most varied of embodiments of sliding roof doors and sliding roof windows can be implemented without a large number of profile types being required. Accordingly, come in the production of Sliding door and sliding window arrangements only a few tools, such as milling cutters, knives, stops, clamping jaws, etc., are used, which significantly reduces the technical and financial outlay compared to the known profile systems. Storage costs are also reduced because only a few profile types are required.

In one embodiment of the invention, it is provided that a vertical frame leg, which is also formed by the main profile, extends between the horizontally running frame legs. The guides in the window frame legs, in which the window frame is guided, forms a receptacle in the case of the vertical window frame leg, in which the window frame engages with its vertically extending window frame leg or its window profile in the closed position. Even this sliding door or sliding window arrangement consists of two profile types, namely the main profile and the first sash profile, which leads to an optimization of manufacturing and storage costs.

Since there are often sliding doors or sliding windows with identical dimensions in a building for reasons of symmetry, the horizontal window frame legs formed by the main profile and one vertical window frame leg can be assembled and prefabricated to form a window frame module.

This simplifies the setting up of the machines and also shortens the cycle time during production.

According to the invention, therefore, a casement module and a window frame module is provided, the horizontally extending upper and lower frame members and a vertical frame member each of a single profile type, once the main profile and on the other the first wing profile are formed.

According to the invention, a sealing module can also be provided with a second sash profile which forms the outer vertical sash frame leg in the open position of the sash frame and interacts with a connecting profile extending between the horizontally running main profiles of the window frame in the closed position of the sash frame. For this purpose, seals are provided on the second wing profile and on the connection profile, which in the sealing position enter into the sealing position with one another.

Two other profile types are added to the window frame module and the casement profile to complement a frame, namely the connecting profile extending between the horizontal window frame legs and the second casement profile, which closes the casement on its outward-facing vertical side.

These two other profile types, connecting profile and second sash profile, are required in order to be able to move the sash profile over the connecting profile and to create a sealing effect of the sash frame in the blind frame in the closed position. The corresponding seals are held on protruding receptacles of the second wing profile or the connecting profile, in order to interact with one another in the closed position.

According to the invention, an insulating module is also provided, with a brush holder arranged on the second wing profile of the wing frame on its outward-pointing long side, the brushes of which interact with the connection profile in the closed position of the wing frame. This isolation module can be easily prefabricate and can be attached to the outward-facing longitudinal side of the second wing profile, for example clipped.

With these modules, different sliding door and sliding window arrangements can be implemented in a simple manner.

For example, in the case of a two-leaf sliding door or sliding window arrangement with sash frames that can be moved in opposite directions in the open position, these are each formed by sash frame modules, with the respective outer legs of the two sash frames being formed by the two sash profile, the outside of which is closed off by sealing modules. The window frame has a continuous upper and lower main profile, with external, vertical connecting profiles completing the frame.

It is provided that the mutually facing, vertically running inner casement frame legs of the two casement frames, which are each formed by the first casement profile, are held in the closed position by means of a locking module. For this purpose, clamp profiles are attached to one of the two mutually facing vertical sash frame legs, which in the closed position of the two sash frames encompass a rod attached to the facing sash leg of the other sash frame. As a result, the two sash frames are held securely and weatherproof. This measure makes it possible to use the first casement profile for the mutually facing vertical casement frame legs, ie to use casement frame modules.

According to the invention, holders for brushes can be provided on the clamp profiles, which open in the closed position of the two casement frames Opposite sides of the rod come into contact, whereby the weather resistance of the system is further improved.

In a two-leaf sliding door or sliding window arrangement with a fixed casement and in the open position, seen from the outside, including sliding casement is applied according to the invention, the fixed casement on the frame, for example screwed. Both wing frames are each formed by a wing frame module, the vertically running inner wing frame leg of the fixed wing frame being formed by the second wing profile and that of the sliding wing frame by a third wing frame profile. A third casement profile is also required here, which in the closed position interacts with the vertically running second casement profile of the fixed casement frame for a weatherproof closure.

The insulating modules described above are preferably arranged on the second and third casement profile, the brushes of which interact with the respective frame of the other casement in the closed position.

It should be noted that an insulating module is usually attached to the second casement module on the vertically extending outer side of its vertically extending frame leg. For manufacturing reasons, however, the insulating module is manufactured separately.

According to the invention, it is also possible for the brush holder arranged on the vertically running leaf frame leg of the fixed leaf frame to be designed as a cover which extends outwards over the cover frame profile. This is intended to achieve both tightness and insulation at the same time.

The modular system according to the invention can also be used advantageously for a four-leaf sliding door or sliding window arrangement, with two centrally arranged sash frames that can be slid in opposite directions and two outer, fixed sash frames. The two sash frames, which are arranged in the middle of the sliding door or sliding window arrangement and can be displaced in opposite directions, are held in the closed position by the locking module.

Here, too, the advantage of the modular system is shown again, in that the above-described profile system for a double-leaf sliding door or sliding window arrangement with a fixed sash frame and a sash frame that can be slid underneath in the open position, seen from the outside, with the fixed sash frame being mounted on the window frame and both Casements are each formed by the casement module and the vertically extending inner casement leg of the fixed casement of the second casement and that of the sliding casement of a third casement profile, is simply doubled or mirrored. Only the closing module is still used, as is provided in the double-leaf sliding door or sliding window arrangement with leaves that can be moved in the opposite direction in the open position.

As for the profiles themselves, the first airfoil can consist of a bottom skin and a top skin made of aluminum or an aluminum alloy. Two plastic webs are preferably inserted between the two shells and insulation is placed in the space created in order to achieve the required U-value, i.e. heat transfer value, of the window or door.

The second wing profile consists of the same upper shell as the first profile. The lower shell also has a seat for the seal, which depending on the design of the sliding door or Sliding window assembly interacts either with the seal on the connection profile or with the seal on the third sash profile in the closed position. The inner plastic web of the second wing profile is designed as in the first wing profile, the outer web has an additional extension for clipping to the brush module. In the area of the plastic webs, insulation is again introduced to insulate and create a cold bridge.

The third airfoil consists of the lower shell of the first airfoil. The upper shell has an additional receptacle for the seal, which in the embodiment with a sliding frame under a fixed casement interacts with the seal of the fixed casement or on the second casement profile. The inner plastic bar is designed like the first wing profile, the outer bar has an additional extension for clipping to the brush module. In order to achieve a sealing effect with the associated frame leg of the other sash in the closed position, in contrast to the second profile, the third sash profile now has a seat for the seal on the lower shell, which in the sealing position interacts with the seal of the sash frame leg of the other sash. Insulating material is again introduced in the area between the at least two webs.

The main profile of the frame also consists of an aluminum or aluminum alloy lower shell with a chamber for housing the motor or manual drive guide, as will be described later. In turn, two plastic bars are attached to the lower shell, to which an upper shell made of aluminum or an aluminum alloy is connected. Insulating material is introduced into the space between the webs in order to achieve the required heat transfer value.

In the case of the electric drive still to be described, a notch can be provided in the lower area of the main profile so that the motor can be placed and fixed or screwed on in the profile. The other necessary components can be pushed into the lower shell through the opening on the front side of the profile. Once the motor is installed, the notch can be closed again with a panel or the like.

As already described above, the profile system can also be equipped with a manual or motorized drive, with the main profile of the sliding door or sliding window arrangement having at least one chamber for accommodating a manual or motorized drive for the sliding frame(s).

In terms of production and assembly, it is particularly favorable in the case of a manual drive if at least one carriage that can be moved on a rail is provided and is connected to the respective displaceable casement by a connecting member. This drive proves to be very smooth-running due to this construction.

The connecting link between the carriage and the sash profile can be L-shaped, with a sliding piece preferably made of plastic, in particular polyamide, being provided on the leg of the L-shaped connecting link connected to the displaceable sash frame, which slide piece slides on a profile section of the main profile slides. This also contributes to the smooth running of the mechanical drive.

In the case of a motor drive, this is preferably designed as a spindle drive, which is provided in the chamber of the main profile for moving the respective wing profile and via one, preferably two in axial distance from each other arranged spindle nuts is connected to the movable casement.

Silent opening and closing of the sash frame is possible with both motorized and manual drives. The drive proves to be very smooth-running due to its construction. The design of the two drive types according to the invention also makes it possible to achieve a large opening area with corresponding dimensions of the casement.

Further goals, advantages, features and application possibilities of the present invention result from the following description of exemplary embodiments with reference to the drawings. All the features described and/or illustrated form the subject matter of the present invention, either alone or in any meaningful combination, even independently of their summary in the claims or their back-reference.

Figuren 1, 1a - 1g

eine mögliche Ausführungsform einer einflügligen Dachschiebetür- oder Dachschiebefensteranordnung zum Einbau in einen Fensterausschnitt eines Gebäudes in unterschiedlichen Ansichten,

Figuren 2, 2a

eine mögliche Ausführungsform eines Hauptprofils für ein Profilsystem eines Dachschiebefensters oder einer Dachschiebetür in unterschiedlichen Ansichten,

Figuren 2b - 2d

eine mögliche Ausführungsform eines Hauptprofils mit mechanischem Antrieb in unterschiedlichen Ansichten,

Figuren 2e - 2g

Detaildarstellungen eines motorischen Antriebes für die Dachschiebetür- oder Dachschiebefensteranordnung,

Figuren 3, 3a

eine mögliche Ausführungsform eines ersten Flügelprofils in zwei Ansichten,

Figuren 4, 4a

eine mögliche Ausführungsform eines zweiten Flügelprofils in zwei Ansichten,

Figuren 5, 5a

eine mögliche Ausführungsform eines dritten Flügelprofils in zwei Ansichten,

Figuren 6, 6a

eine mögliche Ausführungsform eines Anschlussprofils in zwei Ansichten,

Figuren 7, 7a

eine mögliche Ausführungsform eines Bürstenhalters in zwei Ansichten,

Figuren 8 - 8g

eine mögliche Ausführungsform einer zweiflügligen Dachschiebetür- oder Dachschiebefensteranordnung mit in entgegengesetzten Richtungen verschiebbaren Flügeln in unterschiedlichen Darstellungen,

Figuren 9, 9a

eine mögliche Ausführungsform eines Klammerprofils in zwei Ansichten,

Figuren 10, 10a - 10g

eine mögliche Ausführungsform eines zweiflügligen Dachschiebefensters oder einer Dachschiebetür mit einem feststehenden und darunter verschiebbaren Flügelrahmen in unterschiedlichen Ansichten und

Figuren 11, 11a - 11i

eine Ausführungsform eines vierflügligen Dachschiebefenster oder einer Dachschiebetür mit zwei äußeren feststehenden Flügeln und zwei inneren, in entgegengesetzte Richtungen verschiebbaren Flügeln in unterschiedlichen Ansichten.

Show it:

Figures 1, 1a - 1g

a possible embodiment of a single-leaf roof sliding door or roof sliding window arrangement for installation in a window section of a building in different views,

Figures 2, 2a

a possible embodiment of a main profile for a profile system of a sliding roof window or a sliding roof door in different views,

Figures 2b - 2d

a possible embodiment of a main profile with a mechanical drive in different views,

Figures 2e - 2g

Detailed representations of a motor drive for the roof sliding door or roof sliding window arrangement,

Figures 3, 3a

a possible embodiment of a first airfoil in two views,

Figures 4, 4a

a possible embodiment of a second airfoil in two views,

Figures 5, 5a

a possible embodiment of a third airfoil in two views,

Figures 6, 6a

a possible embodiment of a connection profile in two views,

Figures 7, 7a

a possible embodiment of a brush holder in two views,

Figures 8 - 8g

a possible embodiment of a double-leaf roof sliding door or roof sliding window arrangement with wings that can be slid in opposite directions in different representations,

Figures 9, 9a

a possible embodiment of a clip profile in two views,

Figures 10, 10a - 10g

a possible embodiment of a two-leaf sliding roof window or a sliding roof door with a fixed casement frame that can be slid underneath in different views and

Figures 11, 11a - 11i

an embodiment of a four-leaf sliding roof window or a sliding roof door with two outer fixed wings and two inner wings that can be slid in opposite directions in different views.

figures 1 , 1a to 1g show a profile system for a single-leaf sliding door or sliding window arrangement, for example a roof sliding door or a roof sliding window. The profile system has a window frame 1 with two horizontally running window frame legs 2, 3 and an outer vertical window frame leg 12.

The horizontal frame members 2, 3 and the outer vertical frame member 12 are each formed by the same main profile 4, ie with the same profile cross-section, as in the Figures 2, 2a is shown and will be described in more detail below.

The two horizontal frame legs 2, 3 and the one outer vertical frame leg 12 form a frame module which is used in all of the exemplary embodiments described below. The window frame 1 is completed by a second vertical window frame leg, which has a different profile depending on the particular embodiment.

In the embodiment according to figure 1 A connection profile 16 is used as a vertical frame leg, as is shown, for example, in Figure 1d is shown.

A displaceable casement 5 is provided, which can be moved from the in figure 1 shown closed position in the direction of the arrow to the right in the Open position is movable. The wing frame 5 also has two horizontally extending wing frame legs 6, 7, as well as one according to the illustration figure 1 vertical left wing frame leg 8, all of which are formed by a first wing profile 10 with an identical profile cross section, as in Figures 3, 3a , and described in more detail below. The casement 5 can have a glass pane 9 .

This sash frame 5 is completed by a second vertical sash frame leg, which is formed by a second sash profile 14 in the single-leaf sliding door or sliding window arrangement shown here, as shown in Figures 4, 4a is shown.

The sash frame 5 slides with its horizontal sash frame leg 6, 7 when moving from the open and the closed position in a guide 11 of the main profile 10 of the horizontal upper and lower window frame leg 2, 3. In the closed position, one vertical sash frame leg 8, which also extends through the first sash profile 10 is formed, in the guide 11 or recording of the vertically extending frame leg 12 a.

How out Figure 1c As can be seen, a seal 63 is provided on the first wing profile 10 of the vertical wing frame leg 8 .

the inside figure 1 shown right vertical casement leg 15 is formed by a second casement profile 14, which cooperates in the closed position with the connection profile 16 of the frame. In this case, 14 seals 17 are arranged on the connection profile 16 and on the second wing profile, which occur in the closed position of the wing frame 5 in the sealing position with one another.

In addition, the outer vertical sash frame leg 15 formed by the second sash profile 14 has an insulating module 13 with brush holders 18 arranged on its outward-pointing long side, the brushes of which interact with the connecting profile 16 when the sash frame 5 is in the closed position, thereby providing both a weatherproof seal and a thermal insulation are created.

On the first sash profiles 10 of the horizontal sash frame legs 6, 7 sliders 64 are retracted, by means of which the sash 5 slides in the horizontal window frame legs 2, 3 or on corresponding requirements or systems of the main profile 10 when opening and closing.

How out Figures 2 and 2a As can be seen, the main profile 4 of the window frame 1 consists of a lower shell 47 which is connected to an upper shell 49 via two plastic webs 48 . Lower and upper shell 47, 49 are made of aluminum or an aluminum alloy. Insulation can be inserted in the space between the webs 48 to achieve the required thermal transmittance. The lower shell 47 has a chamber 40, which for receiving a mechanical, cf. Figures 2b to 2d , or an electric drive, cf. Figures 2e , 2f , serves. In the case of the electric drive, a notch (not shown) can be provided in the lower shell 47, which makes it easier to place and fix the motorized drive and can be closed by a cover (not shown) after installation.

The first airfoil 10 according to the Figures 3, 3a also has a lower shell 50 and an upper shell 51 made of aluminum or an aluminum alloy. Between the two shells 50, 51, two plastic webs 52 are inserted. In turn, thermal insulation can be filled into the space thus formed in order to achieve the corresponding heat transfer value.

The second airfoil 14 according to the figures 4 , 4b consists of the same upper shell 51 as the first wing profile 10, to which the lower shell 54 is attached via two plastic webs 52. The lower shell 54 differs from that of the first wing profile 10 in that a receptacle 55 is additionally provided for the seal 17, as shown in FIG Figure 1d can be seen and which cooperates with the seal 17 of the connection profile 16 in the closed position of the casement 5 . the inside Figures 4, 4a The inner plastic web 52 that can be seen corresponds to that web 52 of the first wing profile 10, the outer plastic web 53 of the second wing profile 14 having an additional extension 56 for clipping to the brush module.

The third airfoil 34 according to Figures 5, 5a differs from the second wing profile 14 only in that the receptacle 57 for the seal 17 is arranged on its upper shell 58 and not on the lower shell 59 as in the second wing profile 14 according to FIG Figures 4, 4a . The extension 56 according to Figures 5, 5a serves, as in the case of the second wing profile 14, for clipping to the brush module.

Also with the connection profile 16 according to Figures 6, 6a two profile pieces 61, 62 made of aluminum or an aluminum alloy are provided, which are connected to one another via plastic webs 60.

The figures 8 , 8a to 8g show an embodiment with a double-leaf sliding door or sliding window arrangement with sash frames 20, 21 that can be moved in the opposite direction in the open position. The sash frames 20, 21 are produced by the sash frame modules, in which both horizontal sash frame legs and the respective inner vertical sash frame leg are attached to the first sash profile 10 are formed. The respective outer vertical leg 24, 25 of the two casement frames 20, 21 is formed by the second casement profile 14. The outsides of these two outer wing frame legs are each provided by insulating modules 13 figures 8c and 8e completed.

The same insulation modules 13 can be found in Figure 1d in the single-leaf version.

A locking module 39 is provided in order to achieve a weatherproof closure of the two casement frames 20, 21 in the closed position. For this purpose, clip profiles 26 are provided on one of the two vertical wing frame legs 22, 23, as shown in detail Figure 9, 9a can be seen and which in the closed position of the two casements 20, 21 enclose the one attached to the vertical casement leg 23 of the other casement 21 or 20 bar 27. The rod 27 is designed as a plastic rod. This makes it possible to use the same profiles, in this case the first wing profiles 10 . Brackets 28 for brushes 19 are provided on the bracket profiles 26, which come to rest on opposite sides of the rod 27 in the closed position of the two casement frames 20, 21, which can be displaced in opposite directions.

In the embodiment according to figures 10 , 10a to 10g is a two-leaf sliding door or sliding window arrangement with a fixed casement 30 and in the open position, seen from the outside, including sliding casement 31. The fixed casement 30 is applied to the frame 1, as is evident from the Figures 10c and 10d is evident.

Both wing frames 30, 31 are each formed by a wing frame module, the vertically running inner wing frame leg 33 of the fixed wing frame 30 being formed by the second wing profile 14 and that of the movable wing frame 31 by the third wing frame profile 34. How out Figure 10d evident, are on the second and third casement profile 14, 34 are each arranged insulating modules 13, the brushes 19, cf. Figure 1d , cooperate in the closed position with the respective frame of the other casement 30, 31. Otherwise, the displaceable wing frame 31 engages with its vertically outer first wing profile 10 in turn in the guide 11 or receptacle of the main profile 4 forming the outer vertical window frame leg 12 .

In the closed position of the displaceable casement 31, the seals 17 on the second and third casement profile 14, 34 or the insulating modules 13 in the closed position cooperate with the respective frame of the other casement 30, 31.

In addition, a brush holder 18 designed as a cover is provided on the vertically running casement leg 33 of the fixed casement 30, which brush holder points outwards over the cover frame 32 and ensures that the frame is covered and insulated.

Finally, with the double-leaf sliding door or sliding window assembly according to figures 10 , 10a to 10e a four-leaf sliding door or sliding window arrangement can be generated by mirroring. According to the figures 11 , 11a to 11i two casement frames 35, 36 which are arranged in the middle and can be displaced in opposite directions are provided, with two outer fixed casement frames 37, 38. The two inner casement frame modules are connected via the closing module 39 according to FIG Figure 11e held in closed position as per this Figure 8d is described. All other components according to the Figures 11a and 11c arise identically from the Figures 10c and 10d .

The modular system according to the invention for different sliding door or sliding window arrangements can be actuated both mechanically and by motor.

The main profile 4 of the window frame 1 has at least one chamber 40 for accommodating a manual or motorized drive for the sliding sash or sashes. In this case, in the case of a mechanical drive according to Figure 2b to 2d a slide 42 that can be displaced on a rail 41 is provided, which is connected to the respective displaceable leaf frame 30, 31, 35, 36 via a connecting member 43. The connecting member 43 between the carriage 42 and the casement frame is essentially L-shaped, with a sliding piece 45 made of plastic, in particular polyamide, being arranged on the leg 44 connected to the displaceable or to the first casement profile 10, that when the drive is actuated on a profile section of the main profile 4 slides.

In contrast, the motor drive according to Figures 2e to 2g designed as a spindle drive, which is also arranged in the chamber 40 of the main profile 4 with spaced-apart spindle nuts 46 which are arranged on a spindle 68 and which are connected to the displaceable leaf frame 30, 31, 35, 36. The spindle 68 is rotated by the drive motor 67 . Reference List 1 frame 23 inner 2 horizontal frame leg 24 Wing frame leg outer 3 horizontal frame leg 25 Wing frame leg outer 4 main profile sash frame leg 5 sash frame 26 bracket profiles 6 horizontal wing frame leg 27 28 rod holder 7 horizontal wing frame leg 30 31 fixed casement sliding casement 8th more vertical 32 frame sash frame leg 33 inner vertical 9 glass pane sash frame leg 10 first wing profile 34 third wing profile 11 guide 35 sliding frame 12 vertical frame leg 36 37 movable sash frame fixed sash frame 13 isolation module 38 fixed casement 14 second wing profile 39 locking module 15 outer vertical 40 chamber sash frame leg 41 rail 16 connection profile 42 Sleds 17 poetry 43 link 18 brush holder 44 leg 19 to brush 45 slider 20 sash frame 46 spindle nut 21 sash frame 47 bottom shell 22 inner 48 plastic bridge sash frame leg 49 Upper shell 50 bottom shell 59 bottom shell 51 Upper shell 60 plastic bridge 52 web 61 profile piece 53 plastic bridge 62 profile piece 54 bottom shell 63 poetry 55 Recording 64 slider 56 extension 67 drive motor 57 Recording 68 spindle 58 Upper shell

Claims (16)

Profile system for a sliding door or sliding window arrangement for installation in a sloping window section of a building, for example a sliding roof door or sliding roof window, with a window frame (1) with two horizontal window frame legs (2, 3), which are each formed by a main profile (4). at least one leaf frame (5) having a glass pane (9), the horizontally running leaf frame legs (6, 7) and one of which vertically running leaf frame legs (8) are each formed by a first leaf profile (10), the two horizontally running leaf frame legs (6, 7) or the corresponding first sash profiles (10) are guided in guides (11) of the horizontal frame legs (6, 7) or the corresponding main profiles (4). Profile system according to Claim 1, characterized in that between the horizontally running window frame legs (6, 7) there extends a vertical window frame leg (12) which is also formed by the main profile (4), the guide (11) of the vertical window frame leg ( 12) the casement (5) engages with its vertically extending casement leg (8) or its first casement profile (10) in the closed position. Profile system according to Claim 2, characterized in that the horizontal window frame legs (6, 7) formed by the main profile (4) and the one vertical window frame leg (12) are joined together to form a window frame module. Profile system according to one of Claims 1 to 3, characterized in that a sealing module is provided, with a second casement profile (14) which forms the outer vertical casement leg (15) in the open position of the casement (5) and in the closed position of the casement (5) interacts with a connection profile (16) extending between the horizontally running main profiles (4) of the window frame (1), in that seals arranged on the second sash profile (14) and on the connection profile (16) enter into a sealing position with one another. Profile system according to one of the preceding claims, characterized in that an insulating module (13) is provided, with a brush holder (18) arranged on the second wing profile (14) of the wing frame (5) on its outwardly pointing longitudinal side, the brushes (19) of which interact with the connection profile (16) in the closed position of the casement (5). Profile system according to one of the preceding claims, characterized in that the horizontal casement frame legs (6, 7) formed by the first casement profile (10) and the one vertical casement frame leg (8) are combined to form a casement frame module. Profile system according to one of Claims 1, 3, 5 and/or 6, characterized in that in a double-leaf sliding door or sliding window arrangement with casement frames (20, 21) which can be displaced in opposite directions in the open position and are each formed by casement frame modules, the outer Legs (24, 25) of the wing frames (20, 21) are formed by the second wing profile (14), the outer sides of which are each closed off by the sealing modules. Profile system according to Claim 7, characterized in that the mutually facing, vertically running leaf frame legs (22, 23) of the two leaf frames (20, 21) are held in the closed position by means of a locking module (39) which is attached to one of the two vertical leaf frame legs (22, 23 ) Attached clip profiles (26) which, in the closed position of the two casement frames (20, 21), embrace a rod (27) attached to the vertical casement frame leg (23) of the other casement frame (21). Profile system according to Claim 8, characterized in that holders (28) for brushes (36) are provided on the clamp profiles (26), which come to rest on opposite sides of the rod (27) in the closed position of the two casement frames (20, 21). Profile system according to one of the preceding claims, characterized in that in the case of a two-leaf sliding door or sliding window arrangement with a fixed casement (30) and a casement (31) which can be slid underneath in the open position, seen from the outside, the fixed casement (30) on the blind frame (32) is applied, with both casement frames (30, 31) each being formed by a casement frame module and the vertically running inner casement frame leg (33) of the fixed casement frame (30) of the second casement profile (14) and that of the displaceable casement frame (31) are formed by a third casement profile (34). Profile system according to Claim 10, characterized in that insulating modules (13) are arranged on the second and third casement profiles (14, 34), the brushes of which interact with the respective frame of the other casement (31, 30) in the closed position. Profile system according to one of the preceding claims, characterized in that two casement modules are provided to form a four-leaf sliding door or sliding window arrangement with two centrally arranged casement frames (35, 36) that can be displaced in opposite directions and two outer fixed casement frames (37, 38). are held in the closed position via a locking module (39). Profile system according to one of the preceding claims, characterized in that the main profile (4) of the sliding door or sliding window arrangement has at least one chamber (40) for accommodating a manual or motorized drive for the sliding frame or frames. Profile system according to Claim 13, characterized in that in the case of a manual drive, at least one carriage (42) which can be moved on a rail (41) is provided and which is connected to the respective displaceable casement via a connecting member (43). Profile system according to Claim 14, characterized in that the connecting member (43) between the carriage (42) and the wing profile is L-shaped, with the leg (44) of the L-shaped A sliding piece (45), preferably made of plastic, in particular polyamide, is arranged on the connecting link (43) and slides on a profile section of the main profile (4) when the drive is actuated. Profile system according to one of the preceding claims, characterized in that the motor drive is designed as a spindle drive, which is provided in the chamber (40) of the main profile (4) for moving the respective wing profile and via one, preferably two, spindle nuts arranged at an axial distance from one another (46) is connected to the sliding casement (30, 31, 35, 36).

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