DE202018106791U1 - Automatic door system, in particular in the form of a sliding door or a telescopic sliding door or a folding door, and a building with such an automatic door system - Google Patents

Abstract

Automatic door system (1) for a building, which in particular comprises a sliding door, a telescopic sliding door or a folding door, with the following features: - A first movable door leaf (2a) is provided, which extends along a first section (3a) in the longitudinal direction of the door system (1) is displaceable, - at least one first drive device (4) is provided which is operatively connected to the at least one first movable door leaf (2a), so that the first movable door leaf (2a) can be displaced along the first section (3a) ; - a first fixed door leaf (5a) is provided, which is arranged in a stationary manner, the first movable door leaf (2a) being displaceable relative to the first fixed door leaf (5a); - the first fixed door leaf (5a) comprises a pane arrangement (6 ), a front side (6a), a rear side (6b) opposite the front side (6a), an upper edge (6c), a lower edge (6d), a first vertical edge (6e) and a second vertical edge (6f) opposite the first vertical edge; - a profile frame arrangement (7) is provided, the upper edge (6c) of the first fixed door leaf (5a) on an underside (7a) of the profile frame arrangement (7) is fixed; - the profile frame arrangement (7) comprises a profile clamping section (8) and / or the first vertical edge (6e) of the first fixed door leaf (5a) comprises a leaf clamping section (9); - There is a first and / or a second clamping device (30a, 30b); - The first clamping device (30a) can be attached to a first support structure (25a) of the building above the fixed door leaf (5a) and / or the second clamping device ( 30b) can be fastened to a second supporting structure (25b) of the building next to the first vertical edge (6e) of the first fixed door leaf (5a); - the first clamping device (30a) is designed to adapt the profile frame arrangement ng (7) via the profile clamping section (8) to press and clamp with the first supporting structure (25a) of the building and / or the second clamping device (30b) is designed to clamp the first vertical edge (6e) of the first fixed one Press door wing (5a) over the first wing clamping section (9) to the second support structure (25b) of the building and to clamp it with it, whereby by.

Description

The invention relates to an automatic door system, in particular in the form of a sliding door or a telescopic sliding door or a folding door, and a building with such an automatic door system.

Known automatic door systems are often used in building openings in order to allow access to the building only at certain times or only for certain people. Automatic door systems include sensor devices that detect people and automatically open or close a door depending on the detection result. The assembly of previous automatic door systems is often difficult because the installation of these door systems differs greatly from the structure of the rest of the building. Other building elements, such as facade elements or panels, which also include window panes, are mounted on the building using other techniques.

A well-known door system 100 is for example 16 refer to. A door leaf that can be moved in the direction of the arrow is shown in dashed lines 101 in the form of a sliding door. This sliding door wing is parallel to a fixed wing 102 arranged. This fixed wing is via a profile system 103 firmly with one side of a support structure 104 connected. On another side of the support structure 104 there are panels 105 , in the form of window panes. These panels 105 close other building openings than the door wing 101 and the fixed wing 102 . This panel 105 is also through a profile system 106 held. This professional system 106 is especially a screw connection 107 firmly with the carrier 104 connected to the building. An insulation element 108 ensures that the carrier 104 not directly with the outside area 109 of the building and simultaneously with the interior 110 of the building. Otherwise a thermal bridge would arise and the building would cool down very much in winter and heat up very much in summer. The isolation element 108 is on both profile systems 103 (of the fixed wing 102 ) and 106 (of the panel 105 ) arranged and surrounds the carrier 104 .

A disadvantage of the door system from the prior art is that the installation is complex and the door system is visually distinct from the other facade elements and is often perceived as disturbing.

It is therefore the object of the present invention to create an automatic door system for a building, which is easier to install and which integrates as well as possible into the building design. Furthermore, it is the object of the present invention to create a corresponding building with such an automatic door system.

The object is achieved by the automatic door system according to claim 1 and by a building with such an automatic door system according to claim 28. Further developments of the automatic door system are given in claims 2 to 27 and further development of the building with such an automatic door system in claim 29.

The automatic door system comprises a movable door leaf, which is, in particular, a sliding door, a telescopic sliding door or a folding door. This movable door leaf can be moved on a first section in the longitudinal direction of the door system. This displacement or movement is brought about by a drive device which is operatively connected to the movable door leaf. In addition to an electric motor, this drive device can also include a transmission. The drive device is activated in particular by a control device and corresponding sensor units (for example radar sensors, IR sensors, etc.). In addition to the movable door leaf, a first fixed door leaf is provided, which is arranged in a stationary manner. The first movable door leaf can be moved relative to the first fixed door leaf. The first fixed door leaf comprises a pane arrangement which comprises a front side, a rear side opposite the front side, an upper edge, a lower edge, a first vertical edge and a second vertical edge opposite the first vertical edge. A profile frame arrangement is also provided, the upper edge of the first fixed door leaf being fastened to an underside of the profile frame arrangement. The profile frame arrangement comprises a profile clamping section. Alternatively or additionally, the first vertical edge of the first fixed door leaf can also have a corresponding leaf clamping section. There are also a first and / or second clamping device. The first clamping device can be fastened to a first supporting structure of the building above the fixed door leaf and / or the second clamping device can be fastened to a second supporting structure of the building next to the first vertical edge of the fixed door leaf. The first clamping device is designed to connect the profile frame arrangement to the first via the profile clamping section To press and clamp the supporting structure of the building and / or the second clamping device is designed to press the first vertical edge of the first fixed door wing via the first wing clamping section against the second supporting structure of the building and to clamp it together.

It is particularly advantageous that the profile frame arrangement, which is arranged on the top of the fixed door leaf and holds it, has a profile clamping section, by means of which the profile frame arrangement and thus the first fixed door leaf presses against a supporting structure (eg T-beam) of the building and can be jammed with it. The profile frame arrangement is in particular screwlessly pressed against the first supporting structure of the building and clamped to it. The wording without screws is to be understood in such a way that the profile frame arrangement itself does not push a screw that serves for jamming. However, such a screw can have the first clamping device. Furthermore, it is also particularly advantageous that the first vertical edge of the first fixed door leaf also has a corresponding leaf clamping section. By means of the second clamping device, this first vertical edge of the first fixed door wing can in turn be screwlessly pressed against a second supporting structure of the building and clamped thereon. This clamping takes place in particular without screws, which does not mean that the second clamping device must not have a screw either. The prior art does not show that the fixed door leaf is pressed against the respective supporting structure of the building. Pressing has a positive impact on the seal. This makes the building design appear more uniform. At the same time, the construction of the automatic door system is also easier because, for example, the same tools can be used to install the building panels that are used to install the first fixed door leaf. The automatic door system is not built from the outside in as before (because of the necessary insulation), but from the inside out. The installation times can be significantly reduced by using the automatic door system according to the invention.

In a preferred embodiment, a first panel of the building can additionally be pressed against the first supporting structure of the building and can be clamped to it by the first clamping device. Additionally or alternatively, a second panel of the building can additionally be pressed against the second supporting structure of the building and can be clamped to the latter by the second clamping device. It is particularly preferred that the first or second clamping device also grasp or grasp a first or second panel of the building (e.g. a further window pane) and can also press against the second supporting structure of the building and clamp it with it. It is thereby achieved that the first fixed door wing fits optimally into the building image and the front of the pane arrangement of the first fixed door wing is in the same plane as a front of the panel of the building. As a result, there is no abrupt transition from the glass surfaces of the building to the automatic door system.

In a preferred embodiment, the profile frame arrangement comprises on its upper side an upwardly projecting profile frame flange, which preferably extends the profile frame arrangement upwards, whereby the profile clamping section is formed. Additionally or alternatively, the first wing clamping section is formed by regions of the front and the rear of the pane arrangement on the first vertical edge of the first fixed door wing.

The above profile frame flange is particularly preferably screwed to the top of the profile frame arrangement. In principle, it could also be an integral part of this.

More preferably, the above profile frame flange has a smaller thickness than the profile frame arrangement.

In a preferred embodiment, the above profile frame flange is made of plastic or it comprises plastic.

Particularly preferably, the pane arrangement projects with its first vertical edge over a first end face of the profile frame arrangement. The profile frame arrangement then also comprises a profile extension (which can be flange-shaped, for example), which is arranged on the first end face of the profile frame arrangement and screwed to it, and extends from the underside of the profile frame arrangement to the top, in particular to the profile frame flange. The profile extension extends the profile frame arrangement in the longitudinal direction and ends flush with the first vertical edge of the pane arrangement. As a result, the first wing clamping section also extends to the top of the profile frame arrangement.

The profile extension particularly preferably has the same thickness as the disk arrangement.

In a preferred development of the automatic door system, a first compensation element is also present, which is arranged next to the above profile frame flange and runs parallel to it. This will widen the profile clamping section. The first compensation element is preferably made of plastic and is used when the first clamping device additionally presses a first panel of the building against the first supporting structure of the building and with it the latter is jammed, whereby the panels of the building (eg window panes) are often thicker, that is to say wider, than the pane arrangement of the first fixed door leaf. The thickness (width) of the profile clamping section corresponds to the thickness (width) of the pane arrangement, these two elements should be of equal thickness in order to introduce an optimal clamping force onto the profile clamping section and onto the first panel of the building. For this reason, the thickness (width) of the profile clamping section is increased by an additional first compensation element.

A second compensation element can also be present. This is arranged on the first vertical edge of the first fixed door wing, which widens the first wing clamping section.

As explained, the thickness of the first compensation element is selected such that the thickness of the pane arrangement and the thickness of the first compensation element correspond in sum to a thickness of the first panel of the building, which can be mounted above the profile frame arrangement. The thickness of the second compensation element, on the other hand, is selected such that the thickness of the pane arrangement and the thickness of the second compensation element correspond in total to a thickness of a second panel of the building, which can be mounted next to the first vertical edge of the first fixed door leaf. Basically, the respective compensation elements are preferably arranged closer to the respective supporting structure of the building than the profile clamping section and / or the wing clamping section.

In a preferred embodiment, the first and / or second clamping device comprises a foot part, at least one connecting element and a head part. The foot part of the first or second clamping device can be screwed and / or riveted and / or welded and / or locked to the first or second supporting structure of the building. The foot part comprises a U-shaped receiving profile, which extends along the longitudinal axis of the respective clamping device. The foot part further comprises a first and a second contact surface, which extend on both sides of the U-shaped receiving profile parallel to the latter in the longitudinal direction of the foot part. The head part of the respective clamping device is constructed in the form of a plate and comprises a multiplicity of openings which extend (preferably in the middle of the head part) in the longitudinal direction. The head part comprises a first and a second contact surface, which in turn extend on both sides of the plurality of openings parallel to these in the longitudinal direction of the head part. The at least one connecting element extends through at least one opening of the head part and plunges into the U-shaped receiving profile of the foot part, whereby the head part and the foot part are connected to one another. The use of the first or second clamping device, which can be constructed inexpensively, is particularly advantageous. Both clamping devices, that is, the head part and the foot part are preferably extruded profiles and are made of metal. Because the U-shaped receiving profile extends along the longitudinal direction, the connecting element can always dip into the U-shaped receiving profile and a mechanical connection can be established. Support surfaces, which extend on both sides of the U-shaped receiving profile of the foot part or on both sides of the openings of the head part, allow both the first fixed door leaf (via the profile clamping section or the leaf clamping section) as via each clamping device a panel of the building can also be picked up and clamped to the respective supporting structure of the building.

The connecting element is preferably a screw, the screw head being larger than the respective opening of the head part and not fitting through it. In this case, the U-shaped receiving profile of the foot part of the respective clamping device also has corresponding connecting grooves which are spaced apart and extend in the longitudinal direction of the U-shaped receiving profile.

The respective contact surfaces can still have resilient properties. Basically, sealing elements can also be used which bear against the respective contact surface and press against the profile clamping section or the wing clamping section and the respective panel of the building. With such sealing elements, excellent thermal insulation can be achieved with minimal effort. It is no longer necessary to surround the supporting structure of the building with a large area using an insulating arrangement.

Optionally, the respective clamping device can also have a cover arrangement which is placed on the respective head part and is preferably connected to the head part via a click and / or snap connection. This cover arrangement is then visible from outside the building and designed in such a way that it is adapted to the building design.

In a preferred embodiment, the automatic door system also comprises a drive frame arrangement in addition to the profile frame arrangement. This comprises a guide rail, the first movable door leaf being suspended in this guide rail. The drive frame assembly is with the first support structure of the building screwable, whereas the profile frame arrangement is fastened to the drive frame arrangement without screws, in particular is suspended in the latter. The drive frame arrangement runs parallel to the profile frame arrangement but preferably closer to the interior of the building. By hooking the profile frame arrangement onto the drive frame arrangement, the automatic door system can be built up from the inside out.

In a preferred embodiment, the automatic door system also comprises a floor rail arrangement which extends in the longitudinal direction. The bottom rail arrangement comprises at least two bottom rails and a connecting and / or functional element. The at least two floor rails are connected to one another via the connecting and / or functional element. The connecting and / or functional element has a lower thermal conductivity than the two bottom rails and consists of or comprises plastic. The bottom rails serve to guide the at least one first movable door leaf.

In a particular embodiment, the at least one connecting and / or functional element is arranged in the bottom rail such that, in a closed position of the at least one first movable door leaf, a secondary closing edge of the at least one first movable door leaf is positioned above the at least one connecting and / or functional element . This creates a high heat transfer resistance. The interior of the building therefore does not cool down so quickly in winter and does not heat up as much in summer.

In a particularly preferred embodiment, which can also be an independent, inventive concept, a stationary first protective wing is also provided. This first protective leaf runs parallel but spaced apart from the first fixed door leaf, a space being formed between the first protective leaf and the first fixed door leaf, into which the first movable door leaf can be moved. A plurality of sealing elements are particularly preferably provided and arranged such that gaps can be sealed between the first protective wing towards the floor rail arrangement and / or towards a ceiling arrangement and / or towards the second supporting structure of the building and / or towards the first movable door leaf. Such a seal, in order to increase the heat transfer resistance, has never before been realized in protective wings. The seal can e.g. done with brushes or rubber elements.

The building itself includes an automatic door system that is inserted into an opening in the building. The building itself has at least one first and / or second support structure, which are preferably oriented at right angles to one another. The first support structure (in some embodiments can also be referred to as a lintel) runs in the longitudinal direction of the profile frame arrangement above the profile frame arrangement and / or the second support structure runs next to the first vertical edge of the first fixed door wing in the direction of the profile frame arrangement. The first clamping device is attached to the first supporting structure of the building above the fixed door leaf and / or the second clamping device is attached to the second supporting structure of the building next to the first vertical edge of the first fixed door wing. The first clamping device is then designed to press the profile frame arrangement onto the first supporting structure of the building via the profile clamping section and to clamp it with it, whereas the second clamping device is designed to press the first vertical edge of the first fixed door wing via the first wing clamping section to press the second supporting structure of the building and to clamp it with it. The first clamping device is further designed to press a first panel of the building onto the first supporting structure of the building and to clamp it with it, and the second clamping device is designed to press the second panel of the building onto and with the second supporting structure of the building to jam. With such a construction, the transition from the panel (e.g. window pane) of the building to the first fixed door leaf can no longer be seen.

• 1A, 1B: verschiedene Darstellungen des erfindungsgemäßen automatischen Türsystems;
• 2A, 2B, 2C: vergrößerte Darstellungen von Bereichen der 1A und 1B;
• 3: eine räumliche Darstellung eines feststehenden Türflügels;
• 4: eine vergrößerte Darstellung eines Bereichs aus 3;
• 5, 6: Querschnitte durch Ausführungsbeispiele des erfindungsgemäßen automatischen Türsystems im Bereich einer Profilrahmenanordnung;
• 7A, 7B: verschiedene Ansichten der ersten und/oder zweiten Klemmvorrichtung;
• 8: einen Schnitt durch eine an einer zweiten Tragstruktur des Gebäudes montierte zweite Klemmvorrichtung;
• 9: eine räumliche Darstellung eines weiteren Ausführungsbeispiels des automatischen Türsystems mit einem ersten und zweiten Kompensationselement;
• 10: eine vergrößerte Darstellung eines Bereichs aus 9;
• 11: einen Schnitt durch eine an einer ersten Tragstruktur des Gebäudes montierte erste Klemmvorrichtung mit einem ersten Kompensationselement;
• 12: einen Schnitt durch eine an einer zweiten Tragstruktur des Gebäudes montierte zweite Klemmvorrichtung mit einem zweiten Kompensationselement;
• 13: einen Schnitt durch eine an einer zweiten Tragstruktur des Gebäudes montierte zweite Klemmvorrichtung mit einem zweiten Kompensationselement und einem Schutzflügel;
• 14: eine räumliche Darstellung eines weiteren Ausführungsbeispiels des automatischen Türsystems mit einem Schutzflügel;
• 15: eine räumliche Darstellung der Bodenschienenanordnung mit einer ersten und einer zweiten Bodenschiene, die über ein Verbindungs- und/oder Funktionselement miteinander verbunden sind; und
• 16: einen Schnitt durch ein Teil eines automatischen Türsystems aus dem Stand der Technik.

Various exemplary embodiments of the invention are described below by way of example with reference to the drawings. The same items have the same reference numerals. The corresponding figures in the drawings show in detail:

• 1A , 1B : different representations of the automatic door system according to the invention;
• 2A , 2 B , 2C : enlarged representations of areas of the 1A and 1B ;
• 3rd : a spatial representation of a fixed door leaf;
• 4th : an enlarged view of an area 3rd ;
• 5 , 6 : Cross sections through exemplary embodiments of the automatic door system according to the invention in the area of a profile frame arrangement;
• 7A , 7B : different views of the first and / or second clamping device;
• 8th : a section through a second clamping device mounted on a second supporting structure of the building;
• 9 : a spatial representation of a further embodiment of the automatic door system with a first and second compensation element;
• 10th : an enlarged view of an area 9 ;
• 11 : a section through a first clamping device with a first compensation element mounted on a first supporting structure of the building;
• 12th : a section through a second clamping device with a second compensation element mounted on a second supporting structure of the building;
• 13 : a section through a second clamping device mounted on a second supporting structure of the building with a second compensation element and a protective wing;
• 14 : a spatial representation of a further embodiment of the automatic door system with a protective wing;
• 15 : a spatial representation of the floor rail arrangement with a first and a second floor rail, which are connected to one another via a connecting and / or functional element; and
• 16 : a section through part of an automatic door system from the prior art.

The 1A shows a front view of the automatic door system 1 which can be used in a building. In this case it is an automatic door system 1 with sliding doors. The 1B shows a spatial view of a rear of the automatic door system 1 out 1A . The 2A , 2 B and 2C show different views of a dashed area that in the 1A and 1B is drawn.

The automatic door system includes a first movable door leaf 2a which is on a first leg 3a in the longitudinal direction X of the door system 1 is movable.

It is also at least a first drive device 4th (see 6 ) provided with the at least one first movable door leaf 2a is in operative connection, so that the first movable door leaf 2a along the first section 3a is movable.

There is also a first fixed door leaf 5a provided, which is arranged stationary. The first movable door leaf 2a in this case (sliding door leaf) is parallel to the first fixed door leaf 5a arranged and movable relative to this.

The first fixed door leaf 5a comprises a disk arrangement 6 who have a front 6a , one of the front 6a opposite back 6b , an upper margin 6c , a lower margin 6d , a first vertical margin 6e and a second vertical margin 6f includes. The front 6a of the first fixed door leaf 5a is preferably closer to an outside 10th of the building trimmed as a back 6b that are preferably closer to an inside 11 of the building is prepared. 3rd shows the first fixed door leaf 5a more accurate.

Furthermore, a profile frame arrangement 7 provided with the top edge 6c of the first fixed door leaf 5a on a bottom 7a the profile frame arrangement 7 is attached. The profile frame arrangement 7 includes a profile clamping section 8th , whereas the first vertical margin 6e of the first fixed door leaf 5a a wing clamping section 9 includes.

The profile clamping section 8th is through a profile frame flange 8a educated. This is at the top 7b the profile frame arrangement 7 arranged and protrudes upwards or extends the profile frame arrangement 7 up.

This protruding profile frame flange 8a runs along the entire length of the profile frame arrangement 7 . Basically, it would be possible for the profile frame flange 8a also only along a partial length or along the predominant length of the top 7b the profile frame arrangement 7 runs.

In the illustrated embodiments, the above profile frame flange 8th with the top 7b the profile frame arrangement 7 screwed. In principle, it could also be an integral part of this.

The above profile frame flange 8a preferably has a smaller thickness than the profile frame arrangement 7 (at least the top 7b the profile frame arrangement 7 ). For example, this is 5 refer to.

In principle, it would also be possible for the above profile frame flange 8a has interruptions along its longitudinal direction and is divided by this into different segments.

The above profile frame flange 8a consists of or includes plastic.

2C , which shows an enlarged view of the dashed area 1A shows that the disc assembly 6 of the first fixed door leaf 5a with its first vertical margin 6e over a first face 7c the profile frame arrangement 7 protrudes. The profile frame arrangement 7 therefore includes a profile extension 9a that on the first face 7c the profile frame arrangement 7 arranged and in particular screwed to it. The profile extension 9a extends from the bottom 7a the profile frame arrangement 7 towards the top 7b the profile frame arrangement 7 . The profile extension 9a extends the profile frame arrangement 7 lengthways and ends flush with the first vertical edge 6e the disc arrangement 6 , whereby the first wing clamping section 9 to the top 7b the profile frame arrangement 7 The first wing clamping section is shown in dashed lines 9 . The profile clamping section is shown in dotted lines 8th .

Out 2 B shows that the profile extension 9a has the same thickness as the disk arrangement 6 .

In the 9 , 10th , 11 , 12th and 13 is another embodiment of the profile clamping portion 8th and the wing clamp portion 9 shown. Referring to 10th showing an enlargement of the dashed area 9 shows is a first compensation element 8b provided that in addition to the above profile frame flange 8a is arranged, whereby the profile clamping section 8th broadened.

Furthermore, in this case there is also a second compensation element 9b provided that on the first vertical edge 6e of the first fixed door leaf 5a is arranged and thereby the first wing clamping section 9 broadened.

The second compensation element 9b is also next to the profile extension 9a arranged, whereby the first wing clamping portion 9 to the top 7b the profile frame arrangement 7 is widened.

The first compensation element 8b and / or the second compensation element 9b consist of or include plastic.

The purpose of these compensation elements 8b and 9b will be explained later.

Based on 4th and 5 is the operation of the profile frame arrangement below 7 described in more detail. The profile frame arrangement 7 comprises a first profile frame device 15a and a second profile frame device 15b . The first profile frame device 15a comprises two profile parts 15a ₁ , 15a ₂ that have a fastener 16a are interconnected. The connecting element 16a has a lower thermal conductivity than the two profile parts 15a ₁ , 15a ₂ . The connecting element 16a is preferably with both profile parts 15a ₁ , 15a ₂ jammed, especially in a corresponding receiving groove of the two profile parts 15a ₁ , 15a ₂ inserted. The connection of the two profile parts 15a ₁ , 15a ₂ via the connecting element 16a is preferably screwless.

The disc arrangement 6 of the first fixed wing 5a is through the two profile parts 15a ₁ , 15a ₂ held. These encompass the pane arrangement 6 at their top edge 6c .

The two profile parts 15a ₁ , 15a ₂ are preferably extruded parts and further preferably consist of metal, in particular aluminum. The connecting element 16a is preferably also an extruded part and further preferably consists of a plastic. The two profile parts 15a ₁ , 15a ₂ preferably do not touch each other, so they are arranged in a contactless manner.

The second profile device 15b (see 5 ) also includes two profile parts 15b ₁ , 15b ₂ . Both profile parts 15b ₁ , 15b ₂ are via at least one connecting element 16b connected with each other. The at least one connecting element 16b also has a lower thermal conductivity than the two profile parts 15b ₁ , 15b ₂ the second profile frame device 15b . The two profile parts 15b ₁ , 15b ₂ preferably do not touch each other, so they are arranged in a contactless manner.

The two profile parts 15b ₁ , 15b ₂ the second profile frame device 15b are preferably extruded parts and further preferably consist of metal or comprise such, in particular aluminum. The connecting element 16b preferably consists of plastic or comprises one and is further preferably an extruded part.

The first profile frame device 15a is at least partially between two profile parts 15b ₁ , 15b ₂ the second profile frame device 15b arranged on the underside and with the second profile frame device 15b jammed and / or screwed. In particular, the first profile parts 15a ₁ , 15b ₁ both profile frame equipment 15a , 15b jammed or screwed together. The same applies to the second profile parts 15a ₂ , 15b ₂ both profile frame equipment 15a , 15b , which are preferably also clamped or screwed together.

The profile clamping section 8th the profile frame arrangement 7 is on a top 17th the second profile frame device 15b the profile frame arrangement 7 arranged. With this top 17th it is also the top 7b the profile frame arrangement 7 .

It is a screw connection 18th provided to the profile clamping section 8th , which is in particular the above profile frame flange 8a acts with the second profile frame device 17b to screw. This screw connection 18th penetrates both the profile frame flange 8a as well as the top 17th the second profile frame device 17b .

The first compensation element 8b (please refer 11 ) can also be used with this top 17th the second profile frame device 15b be screwed. However, it can also be jammed. Also screwing with the above profile frame flange 8a could be possible.

In 5 is also a drive frame assembly 20th shown, which has a guide rail, wherein the first movable door leaf 2a is suspended in this guide rail. The drive frame assembly 20th is with the first supporting structure 25a screwed to the building (see 6 ). The dashed line shows next to the first movable door leaf 2a another housing 21 , in which, for example, the guide rail and / or the drive device 4th are arranged.

The profile frame arrangement 7 is on the drive frame assembly 20th fastened without screws. This attachment can be done by hanging. For this purpose, the profile frame arrangement comprises 7 a locking tab 22 that in a recess 23 the drive frame assembly 20th intervenes.

The profile frame arrangement 7 is therefore particularly free of a screw arrangement that the profile frame arrangement 7 interspersed and at the same time in the first supporting structure 25a of the building intervenes.

In addition to the described locking between the profile frame arrangement 7 and the drive frame assembly 20th is with regard to 7A and 7B still a first and / or second clamping device 30a , 30b described. The first clamping device 30a is on a first support structure 25a of the building, above the fixed door wing 5a is arranged, fastened (see 6 ). The second clamp 30b is on the other hand on a second support structure 25b of the housing, which is next to the first vertical edge 6e of the first fixed door leaf 5a is attached (see 8th ).

The first and the second clamping device 30a , 30b are preferably constructed identically.

The first clamping device 30a is designed to the profile frame assembly 7 over the profile clamping section 8th to the first support structure 25a to press the housing and clamp it with it. In contrast, the second clamping device 30b trained to the first vertical edge 6e of the first fixed door leaf 5a over the first wing clamping section 9 to the second support structure 25b to press the housing and clamp it with it.

The first and second clamping device 30a , 30b includes a foot part 31a respectively. 31b , at least one connecting element 32a respectively. 32b and a headboard 33a respectively. 33b .

The foot part 31a , 31b the first and second clamping device 30a respectively. 30b is with the first or second support structure 25a , 25b can be screwed and / or riveted and / or welded and / or locked.

The foot part 31a , 31b the first and second clamping device 30a , 30b includes a U-shaped mounting profile 35 , which extends along the longitudinal axis of the first or second clamping device 30a , 30b extends.

The foot part 31a , 31b comprises a first and a second contact surface 36 , 37 . The first contact surface 36 extends on one side next to the U-shaped receiving profile 35 , whereas the second contact surface 37 on the other opposite side of the U-shaped receiving profile 35 extends and parallel to this in the longitudinal direction of the respective foot part 31a , 31b runs.

The respective headboard 33a , 33b the first and second clamping device 30a , 30b is plate-shaped and has a large number of openings 38 . These openings 38 are staggered and run lengthways. They can also be partially connected to one another or completely separated from one another. The respective headboard 33a , 33b also includes a first contact surface 39 and a second contact surface 40 . The first contact surface 39 extends to a side that is adjacent to the openings 38 is arranged, whereas the second contact surface 40 on a second side of the openings opposite the first side 38 extends. Both contact surfaces 39 , 40 are aligned parallel to each other and run in the longitudinal direction of the head part 33a , 33b .

The at least one connecting element 32a , 32b the first and second clamping device 30a , 30b extends through at least one opening 38 of the respective head part 33a , 33b through and into the U-shaped receiving profile 35 of the respective foot section 31a , 31b into it, causing the headboard 33a , 33b and the respective foot part 31a , 31b are interconnected.

With the at least one connecting element 32a , 32b it is preferably a screw. This can consist of a metal or a dielectric such as plastic. In particular, a variety of screws are used, preferably in each opening 38 of the respective head part 33a , 33b dive through. The screw head is larger than the respective opening 38 .

The U-shaped mounting profile 35 comprises several corrugations, which are arranged one above the other and extend in the longitudinal direction. You can also use connecting grooves here 41 speak that related to a height of the U-shaped receiving profile 35 are staggered.

An external thread of the screw 32a , 32b is then with the U-shaped mounting profile 35 screwable, creating the headboard 33a , 33b on the respective foot part 31a , 31b too movable and mechanically (detachably) connected to it.

The fact that the U-shaped receiving profile 35 along the entire longitudinal axis of the respective foot part 31a , 31b extends, the corresponding screw 32a , 32b that in the opening 38 of the respective head part 33a , 33b is always in contact with the foot section 31a , 31b arrive and establish a mechanical connection.

It is also shown that the first and second contact surface 36 , 37 of the respective foot section 31a , 31b is V-shaped in cross section. The opening is in the direction of the U-shaped receiving profile 35 directed. One can also say that the respective first and / or second contact surface 36 , 37 is folded down. This creates a spring effect.

The same also applies to the first and / or second contact surface 39 , 40 of the headboard 33a , 33b .

The foot part 31a , 31b or the headboard 33a , 33b are preferably made of metal or comprise the same. With the respective foot section 31a , 31b and the respective headboard 33a , 33b it is preferably extruded parts.

It can also be seen that the first and second clamping device 30a , 30b still a respective cover arrangement 45a respectively. 45b exhibit. This lid assembly 45a , 45b is with the respective headboard 33a , 33b the first and second clamping device 30a , 30b connected via a clip and / or snap connection. With the cover arrangement installed 45a , 45b are the respective connecting elements 32a , 32b not visible from the outside.

Between the lid assembly 45a , 45b and the respective headboard 33a , 33b a seal (not shown) can be arranged.

In principle, it is also possible for the first clamping device 30a still sealing elements 50 (see 6 ) has between the respective contact surface 36 , 37 respectively. 39 , 40 are arranged. In this case, the sealing elements 50 on the first clamping device 30a between the respective first contact surface 36 , 39 and the profile clamping section 8th the profile frame arrangement 7 arranged. The first contact surface 36 of the foot part 31a and the first contact surface 39 of the headboard 33a the first clamping device 30a encompass the profile clamping section 8a the profile frame arrangement 7 . Furthermore, the sealing elements 50 also on the first clamping device 30a between the respective second contact surface 37 , 40 and the first panel 60 (eg window pane) of the building

The same applies to the second clamping device 30b (please refer 8th ). This also includes sealing elements 50 that between the respective first contact surface 36 , 39 and the first wing clamp portion 9 of the first vertical margin 6e of the first fixed door leaf 5a are arranged.

The first contact surface 36 of the foot part 31b and the first contact surface 39 of the headboard 33b the second clamping device 30b encompass the first wing clamping section 9 of the first vertical edge 6e of the first fixed door leaf 5a . The second contact surface 37 of the foot part 31b and the second contact surface 40 of the headboard 33b the second clamping device 30b are on a second panel 61 of the building (see 8th ).

Both panels 60 , 61 through the respective clamping device 30a , 30b embraced.

In 8th is also shown to be a front 6a the disc arrangement 6 of the first fixed door leaf 5a lies in the same plane as a front 61a of the second panel 61 . The second panel 61 is a pane arrangement, which in this case consists of several glass panes. In this case, the second panel is 61 same thickness as the disk arrangement 6 of the first fixed door leaf 5a . By tightening the at least one connecting element designed as a screw 32b the second clamping device 30b , the headboard 33b further towards the foot section 31b pressed, causing the second panel 61 through the second contact surfaces 37 respectively. 40 of the headboard 33b or the foot part 31b embraced or clasped or clamped. The same also applies to the wing clamping section 9 on the first vertical edge 6e of the first fixed door leaf 5a . This is due to the first contact surfaces 36 respectively. 39 of the headboard 33b or the foot part 31b grasped or clasped or clasped.

The second clamp 30b is only on one side of the second support structure 25b attached.

Both the second panel 61 of the building as well as the pane arrangement 6 of the first fixed door leaf 5a are closer to the outside 10th of the building arranged as the second supporting structure 25b .

The at least one connecting element 32b the second clamping device 30b in the form of a screw is not in the second supporting structure 25b screwed.

The second supporting structure 25b is opposite the outside 10th of the building over its predominant length only through the arrangement of the panes 6 of the first fixed door leaf 5a and the second panel 61 of the building and through sealing elements 50 thermally insulated, the (i.e. the sealing elements 50 ), between the headboard 33b and the foot part 31b the second clamping device 30b are arranged. The second supporting structure 25b does not come with sealing elements over its predominant length 50 in contact, which consist of a plastic or a foam.

In 6 is also shown to be a front 6a the disc arrangement 6 of the first fixed door leaf 5a lies in the same plane as a front 60a of the first panel 60 . The first panel 60 is a pane arrangement, which in this case consists of several glass panes. In this case, the first panel 60 same thickness as the disk arrangement 6 of the first fixed door leaf 5a . By tightening the at least one connecting element designed as a screw 32a the first clamping device 30a , the headboard 33a further towards the foot section 31a pressed, creating the first panel 60 through the second contact surfaces 37 respectively. 40 of the headboard 33a or the foot part 31a is gripped or clasped or clamped. The same also applies to the profile clamping section 8th of the first fixed door leaf 5a . This is due to the first contact surfaces 36 respectively. 39 of the headboard 33a or the foot part 31a grasped or clasped or clasped.

The first clamping device 30a is only on one side of the first support structure 25a attached.

12th shows a view similar to 8th . The difference is the second panel 61 thicker than the disk arrangement 6 of the first fixed door leaf 5a . The disc arrangement 6 of the first fixed door leaf 5a is preferably thicker than 20mm, 25mm, 30mm, 45mm, 50mm but preferably thinner than 55mm, 50mm, 45mm, 40mm, 35mm, 30mm or thinner than 25mm. Against that is the second panel 61 the building is preferably thicker than 45mm, 50mm, 55mm, 60mm, 65mm, 70mm or 75mm but preferably thinner than 80mm, 75mm, 70mm, 65mm, 60mm or thinner than 55mm.

To the same second clamping device 30b To be able to use is the second compensation element 9b provided that on the first vertical edge 6e of the first fixed door leaf 5a is arranged and extends along this and thereby the first wing clamping portion 9 broadened. The second compensation element 9b Its thickness is chosen such that the thickness of the pane arrangement 6 and the thickness of the second compensation element 9b a thickness of the second panel 61 of the building, which is next to the first vertical edge 6e of the first fixed door leaf 5a is mountable.

The second compensation element 9b is preferably with the disc assembly 6 glued. It is preferably not above the disc arrangement 6 towards the connecting element 32b the second clamping device 30b or in the direction of the second panel 61 forth, but preferably ends flush with the disc assembly 6 .

The second compensation element 9b is preferably not above the second clamping device 30b , especially over the foot section 31b the second clamping device 30b towards the passage (inside 11 of the building) of the door system 1 forth. The second compensation element 9b preferably extends over a length of more than 5mm, 10mm, 15mm, 20mm, 25mm, 30mm, 35mm, 40mm, 45mm, 50mm, 55mm but preferably over a length of less than 70mm, 65mm, 60mm, 55mm, 50mm, 45mm, 40mm, 35mm, 30mm in the direction of the longitudinal axis of the door system 1 .

The second clamp 30b is preferably not over a first or second side area 25b ₁ , 25b ₂ the second supporting structure 25b but preferably ends flush with this first or second side area 25b ₁ , 25b ₂ the second supporting structure 25b .

The second compensation element 9b is preferably closer to the inside 11 of the building arranged as the pane arrangement 6 of the at least one first fixed wing 5a .

The same applies to the first compensation element 8b . 11 shows a view similar to 6 . In contrast to that is the first panel 60 thicker than the disk arrangement 6 of the first fixed door leaf 5a . The disc arrangement 6 of the first fixed door leaf 5a is preferably thicker than 20mm, 25mm, 30mm, 45mm, 50mm but preferably thinner than 55mm, 50mm, 45mm, 40mm, 35mm, 30mm or thinner than 25mm. Against that is the first panel 60 the building is preferably thicker than 45mm, 50mm, 55mm, 60mm, 65mm, 70mm or 75mm but preferably thinner than 80mm, 75mm, 70mm, 65mm, 60mm or thinner than 55mm.

To still the same first clamping device 300 To be able to use is the first compensation element 8b provided that on the profile frame flange 8a is arranged and thereby the first profile clamping section 9 broadened. The first compensation element 8b Its thickness is chosen such that the thickness of the pane arrangement 6 and the thickness of the first compensation element 8b a thickness of the first panel 60 of the building corresponds to that above the profile clamping section 8th is mountable.

The first compensation element 8b is preferably with the profile frame flange 8a glued. It is preferably not above the profile frame flange 8a towards the connecting element 32a the first clamping device 30a or in the direction of the first panel 60 but preferably ends flush with the disc assembly 6 or before this.

The first compensation element 8b is preferably not above the first clamping device 300 , especially over the foot section 31a the first clamping device 30a forth. The first compensation element 8b preferably extends over a length of more than 5mm, 10mm, 15mm, 20mm, 25mm, 30mm, 35mm, 40mm, 45mm, 50mm, 55mm but preferably over a length of less than 70mm, 65mm, 60mm, 55mm, 50mm, 45mm, 40mm, 35mm, 30mm across the direction of the longitudinal axis of the door system 1 .

The first clamping device 30a is preferably not over a first or second side area 25a ₁ , 25a ₂ the first supporting structure 25a but preferably ends flush with this first or second side area 25a ₁ , 25a ₂ the second supporting structure 25a .

The first compensation element 8b is preferably closer to the inside 11 of the building arranged as the pane arrangement 6 of the at least one first fixed wing 5a .

In the 13 and 14 is still the use of a first protective wing 70a shown. The first protective wing 70a runs parallel but spaced apart from the first fixed door leaf 5a , being between the first protective wing 70a and the first fixed door leaf 5a a space 71 is formed, in which the first movable door leaf 2a is retractable. There are several sealing elements 72 provided and arranged such that column 73 between the first protective wing 70a towards the floor (rail) arrangement and / or towards the ceiling arrangement and / or towards the second supporting structure 61 of the building and / or to the first movable door leaf 2a are sealed.

The first movable door leaf 2a includes a profile frame 75 (please refer 1B) , which on a secondary closing edge of the first movable door leaf 2a is arranged. The first protective wing 70a also includes a profile frame on a vertical edge of the first protective wing 70a is arranged. The profile frame 75 of the first movable door leaf 2a is in a closed position next to the profile frame of the first protective wing 70a arranged. A sealing element 72 is on the profile frame 75 of the first movable door leaf 2a and / or on the profile frame of the first protective wing 70a arranged. With this sealing element 72 it is in particular one or more brushes that are glued to the corresponding profile frame or inserted into a groove. The length of the brushes (how far they protrude) is selected so that these brushes when moving the first movable door leaf 2a not the pane surface of the first protective wing in an open position 70 or the first movable door leaf 2a get in touch. A rubber seal can also be used. A mounting profile 76 (please refer 14 ) is with the drive frame assembly 20th of the movable door leaf 2a connected, especially screwed. Sealing elements are also between a profile frame 77 of the first fixed door leaf 5a that the second vertical margin 6f (please refer 3rd ) includes and the profile frame 75 of the first movable door leaf 2a appropriate. This sealing element is in particular one or more brushes with the corresponding profile frame 75 , 77 are glued or inserted into a groove. In the closed position of the first movable door leaf, these sealing elements then seal the space 71 to the outside 10th and to the inside 11 of the building. These seals can be effective against splash water as well as temperature compensation.

So that the air when opening the first movable door leaf 2a in the space 71 not compressed, there are openings in the upper area of the fastening profile 76 or in the area of the floor (rails) arrangement.

The at least a first protective wing 70a can along a longitudinal direction of the door system 1 manually moved to clean it. It could also be rotated around an axis of rotation.

In 15 is a floor rail arrangement 80 provided which extends in the longitudinal direction. The bottom rail arrangement 80 comprises at least two floor rails 80a , 80b and a connection and / or functional element 81 . The two floor rails 80a , 80b are about the connection and / or functional element 81 mechanically connected to each other. The connection and / or functional element 81 has a lower thermal conductivity than the two floor rails 80a , 80b and consists of or includes plastic. The bottom rail arrangement 80 includes a guide groove 82 , in which a sword of the first movable door wing 2a engages, creating the first movable door leaf 2a to be led.

The at least one connection and / or functional element 81 is in the bottom rail arrangement 80 arranged that in a closed position of the at least one first movable door leaf 2a a secondary closing edge of the at least one first movable door leaf 2a above the at least one connection and / or functional element 81 is positioned. This provides particularly good thermal insulation.

The at least one connection and / or functional element 81 can have a drainage opening 83 include, for example, in 1B is shown and used to drain water, which rains in the guide groove 82 penetrates.

The at least one connection and / or functional element 81 can also comprise a frame that extends in the direction of the profile frame arrangement 7 extends and is a few centimeters (e.g. less than 10 cm, 5 cm) long. The first fixed door leaf 5a comprises a fastening opening corresponding to the frame, into which the frame engages. This allows the first fixed door leaf 5a be securely attached.

The connection and / or functional element 81 optionally also includes a locking device which has a locking element which extends from a release position in which the at least one first movable door leaf 2a can be moved from an open position to a closed position and vice versa, can be transferred to a locking position in which the locking element into a locking opening of the at least one first movable door leaf 2a engages so that it is locked.

Basically, the connection and / or functional element 81 also control units for the automatic door system 1 include or a heater to freeze the first movable door leaf 2a to avoid. Corresponding heating wires then run from the connecting and / or functional element 81 along the first and / or second floor rail 80a , 80b .

With regard 1A is a second movable door leaf 2 B shown, which is on a second leg 3b in the longitudinal direction of the door system 1 displaceable, that is movable. It is still a second fixed door leaf 5b provided, which is arranged stationary, the second movable door leaf 2 B opposite the second fixed door leaf 5b is movable. The second fixed door wing 5b again comprises a disk arrangement 6 which comprises a front side, a rear side opposite the front side, an upper edge, a lower edge, a first vertical edge and a second vertical edge opposite the first vertical edge. The upper edge of the second fixed door leaf 5b is also at the bottom 7a the profile frame arrangement 7 attached. The first vertical edge of the second fixed door leaf 5b also includes a second wing clamp portion. There is also a third clamp, like the first and second clamps 30a , 30b is constructed. The first clamping device 30a is also on a first support structure 25a of the building above the second fixed door wing 5b attached. It also encompasses the profile clamping section 8th with the above profile frame flange 8a . The profile frame arrangement 7 extends over both fixed door leaves 5a , 5b and the intermediate opening, which can be moved through both door leaves 2a , 2 B can be released. The profile clamping section 8th with the above profile frame flange 8a preferably runs continuously over both fixed door leaves 5a , 5b and the opening in between. Furthermore, the first and second compensation element can also 8b , 9b in the area of the second fixed door leaf 5b extend. A corresponding profile extension can also be available.

The third clamping device is on a third supporting structure of the building next to the first vertical edge of the second fixed door leaf 5b attached. The third clamping device is designed for the first vertical edge of the second fixed door leaf 5b to press the second wing clamping section against the third supporting structure of the building and to clamp it with it. It is also designed to press a third panel of the building against the third supporting structure of the building and to clamp it with it.

The fronts 6a of the disk arrangements 6 both fixed wing 5a , 5b preferably run in one plane.

All statements for the first movable door leaf 2a and the first fixed door wing 5a made also apply to the second movable door leaf 2 B and the second fixed door leaf 5b .

The invention is not restricted to the exemplary embodiments described. In the context of the invention, all of the described and / or drawn features can be combined with one another as desired.

Claims (29)

Automatic door system (1) for a building, which in particular comprises a sliding door, a telescopic sliding door or a folding door, with the following features: a first movable door leaf (2a) is provided which can be displaced in the longitudinal direction of the door system (1) on a first section (3a), - At least one first drive device (4) is provided, which is operatively connected to the at least one first movable door leaf (2a), so that the first movable door leaf (2a) can be moved along the first section (3a); - A first fixed door leaf (5a) is provided, which is arranged in a stationary manner, the first movable door leaf (2a) being displaceable relative to the first fixed door leaf (5a); - The first fixed door leaf (5a) comprises a disc arrangement (6), a front (6a), a front (6a) opposite rear (6b), an upper edge (6c), a lower edge (6d), a first Vertical edge (6e) and a second vertical edge (6f) opposite the first vertical edge; - A profile frame arrangement (7) is provided, the upper edge (6c) of the first fixed door leaf (5a) being attached to an underside (7a) of the profile frame arrangement (7); - The profile frame arrangement (7) comprises a profile clamping section (8) and / or the first vertical edge (6e) of the first fixed door leaf (5a) comprises a leaf clamping section (9); - There is a first and / or a second clamping device (30a, 30b); - The first clamping device (30a) can be fastened to a first support structure (25a) of the building above the fixed door leaf (5a) and / or the second clamping device (30b) is to a second support structure (25b) of the building next to the first vertical edge (6e ) the first fixed door leaf (5a) can be attached; - The first clamping device (30a) is designed to press the profile frame arrangement (7) over the profile clamping section (8) to the first supporting structure (25a) of the building and to clamp with it and / or the second clamping device (30b) designed to press the first vertical edge (6e) of the first fixed door leaf (5a) via the first leaf clamping section (9) against the second supporting structure (25b) of the building and to clamp it with it, whereby. Automatic door system (1) according to Claim 1 , characterized by the following features: - the first clamping device (30a) additionally enables a first panel (60) of the building to be pressed against the first supporting structure (25a) of the building and to be clamped to it; and / or - by means of the second clamping device (30b), a second panel (61) of the building can additionally be pressed against the second supporting structure (25b) of the building and can be clamped to the latter. Automatic door system (1) according to Claim 1 or 2nd , characterized by the following features: - the profile frame arrangement (7) comprises on its upper side (7b) an upwardly projecting profile frame flange (8a), whereby the profile clamping section (8) is formed; and / or - the first wing clamping section (9) is formed by areas of the front (6a) and the rear (6b) of the pane arrangement (6) on the first vertical edge (6e) of the first fixed door wing (5a). Automatic door system (1) according to Claim 3 , characterized by the following features: - the projecting profile frame flange (8a) runs along a partial length or along the predominant length of the upper side (7b) of the profile frame arrangement (7); and / or - the protruding profile frame flange (8a) is screwed to the upper side (7b) of the profile frame arrangement (7) or is an integral part thereof. Automatic door system (1) according to Claim 3 or 4th , characterized by the following features: - the projecting profile frame flange (8a) has a smaller thickness than the profile frame arrangement (7); and / or - the protruding profile frame flange (8a) comprises interruptions along its longitudinal direction and is therefore divided into different segments. Automatic door system (1) according to one of the Claims 3 to 5 , characterized by the following feature: - the protruding profile frame flange (8a) consists of or comprises plastic. Automatic door system (1) according to one of the Claims 3 to 6 , characterized by the following features: - the pane arrangement (6) projects with its first vertical edge (6e) over a first end face (7c) of the profile frame arrangement (7); - The profile frame arrangement (7) comprises a profile extension (9a), which is arranged on the first end face (7c) of the profile frame arrangement (7) and screwed to it and extends from the underside (7a) of the profile frame arrangement (7) to the top (7b ) the profile frame arrangement (7) extends; - The profile extension (9a) extends the profile frame arrangement (7) in the longitudinal direction and ends flush with the first vertical edge (6e) of the pane arrangement (6), whereby the first wing clamping section (9) up to the top (7b) of the profile frame arrangement (7 ) extends. Automatic door system (1) according to Claim 7 , characterized by the following feature: - the profile extension (9a) has the same thickness as the pane arrangement (6) of the first fixed door leaf (5a). Automatic door system (1) according to one of the Claims 3 to 8th , characterized by the following features: - there is a first compensation element (8b) which is arranged next to the protruding profile frame flange (8a) and thereby widens the profile clamping section (8); and / or - there is a second compensation element (9b) which is arranged on the first vertical edge (6e) of the fixed door leaf (5a) and thereby widens the first leaf clamping section (9). Automatic door system (1) according to Claim 7 or 8th and Claim 9 , characterized by the following feature: - the second compensation element (9b) is arranged next to the profile extension (9a), whereby the first wing clamping section (9) is widened up to the top (7b) of the profile frame arrangement (7). Automatic door system (1) according to one of the Claims 9 to 10th characterized by the following features: the thickness of the first compensation element (8b) is selected such that the thickness of the pane arrangement (6) and the thickness of the first compensation element (8b) correspond to a thickness of a first panel (60) of the building, which can be mounted above the profile frame arrangement (7); and / or - the thickness of the second compensation element (9b) is selected such that the thickness of the pane arrangement (6) and the thickness of the second compensation element (9b) correspond to a thickness of a second panel (61) of the building, which is adjacent to the first Vertical edge (6e) of the first fixed door leaf (5a) can be mounted. Automatic door system (1) according to one of the Claims 9 to 11 , characterized by the following feature: - the first compensation element (8b) and / or the second compensation element (9b) consist of or comprise plastic; and / or - the first compensation element (8b) and / or the second compensation element (9b) are arranged closer to an inside (11) of the building than the profile frame flange (8a) of the profile frame arrangement (7) and / or the first vertical edge ( 6e) of the pane arrangement (6) of the first fixed door leaf (5a). Automatic door system (1) according to one of the preceding claims, characterized by the following features: - the first and / or second clamping device (30a, 30b) comprises a foot part (31a, 31b), at least one connecting element (32a, 32b) and a head part (33a, 33b); - The foot part (31a, 31b) of the first and / or second clamping device (30a, 30b) can be screwed and / or riveted and / or welded and / or locked to the first and / or second supporting structure (25a, 25b); - The foot part (31a, 31b) of the first and / or second clamping device (30a, 30b) comprises a U-shaped receiving profile (35) which extends along the longitudinal axis of the first and / or second clamping device (30a, 30b); - The foot part (31a, 31b) comprises a first and a second contact surface (36, 37) which extend on both sides of the U-shaped receiving profile (35) parallel to this in the longitudinal direction of the foot part (31a, 31b); - The head part (33a, 33b) of the first and / or second clamping device (30a, 30b) is plate-shaped and comprises a plurality of openings (38) which extend in the longitudinal direction; - The head part (33a, 33b) comprises a first and a second bearing surface (39, 40) which extend on both sides of the plurality of openings (38) parallel to these in the longitudinal direction of the head part (33a, 33b); - The at least one connecting element (32a, 32b) extends through at least one opening (38) of the head part (33a, 33b) and into the U-shaped receiving profile (35) of the foot part (31a, 31b), whereby the head part ( 33a, 33b) and the foot part (31a, 31b) are connected to one another. Automatic door system (1) according to Claim 13 , characterized by the following features: - the at least one connecting element (32a, 32b) is a screw; - The U-shaped receiving profile (35) comprises a plurality of connecting grooves (41) which are arranged on the inner walls and extend in the longitudinal direction of the U-shaped receiving profile (35); - the connecting grooves (41) are arranged offset from one another with respect to a height of the U-shaped receiving profile (35); - An external thread of the screw can be screwed to the U-shaped receiving profile (35), as a result of which the head part (33a, 33b) can be moved towards the foot part (31a, 31b). Automatic door system (1) according to Claim 13 or 14 , characterized by the following features: - the first and / or the second bearing surface (36, 37) of the foot part (31a, 31b) are designed in cross section as V-shaped spring elements; and / or - the first and / or the second bearing surface (39, 40) of the head part (33a, 33b) are designed in cross section as V-shaped spring elements; and / or - the foot part (31a, 31b) and / or the head part (33a, 33b) consists of or comprise metal and are extruded parts. Automatic door system (1) according to one of the Claims 13 to 15 , characterized by the following features: - the first contact surface (36) of the foot part (31a) and the first contact surface (39) of the head part (33a) of the first clamping device (30a) encompass the profile clamping section (8) of the profile frame arrangement (7) ; the second contact surface (37) of the foot part (31a) and the second contact surface (40) of the head part (33a) of the first clamping device (30a) can be fastened to a first panel (60) of the building; and / or - the first contact surface (36) of the foot part (31b) and the first contact surface (39) of the head part (33b) of the second clamping device (30b) encompass the first wing clamping section (9) of the first vertical edge (6e) of the first fixed door leaf (5a); the second contact surface (37) of the foot part (31b) and the second contact surface (40) of the head part (33b) of the second clamping device (30b) can be fastened to a second panel (61) of the building. Automatic door system (1) according to Claim 16 , characterized by the following features: - the first clamping device (30a) comprises sealing elements (50), which between the respective first contact surface (36, 39) of the foot part (31a) and the head part (33a) and the profile clamping section (8) the profile frame arrangement () are arranged; and / or - the second clamping device (30b) comprises sealing elements (50) between the respective first contact surface (36, 39) of the foot part (31b) and the head part (33b) and the first wing clamping section (9) of the first vertical edge (6e) of the first fixed door leaf (5a) are arranged. Automatic door system (1) according to one of the Claims 13 to 17th , characterized by the following features: - the first clamping device (30a) comprises a cover arrangement (45a), the cover arrangement (45a) being connected to the head part (33a) of the first clamping device (30a) via a clip and / or latching connection; and / or - the second clamping device (30b) comprises a cover arrangement (45b), the cover arrangement (45b) being connected to the head part (33b) of the second clamping device (30b) via a clip and / or latching connection. Automatic door system (1) according to one of the preceding claims, characterized by the following features: - the profile frame arrangement (7) comprises a first and a second profile frame device (15a, 15b); - The first profile frame device (15a) comprises two profile parts (15a ₁ , 15a ₂ ) which are connected to one another via a connecting element (16a), the connecting element (16a) having a lower thermal conductivity than the two profile parts (15a ₁ , 15a ₂ ) and wherein the disc arrangement (6) is held by both profile parts (15a ₁ , 15a ₂ ); - The second profile frame device (15b) comprises two profile parts (15b ₁ , 15b ₂ ) which are connected to one another via at least one connecting element (16b), the at least one connecting element (16b) having a lower thermal conductivity than the two profile parts (15b ₁ , 15b ₂ ) the second profile frame device (15b); - The first profile frame device (15a) is at least partially arranged between the two profile parts (15b ₁ , 15b ₂ ) of the second profile frame device (15b) on the underside thereof and clamped and / or screwed thereto; - The profile clamping section (8) is arranged on an upper side (7b, 17) of the second profile frame device (15b) of the profile frame arrangement (7). Automatic door system (1) according to one of the preceding claims, characterized by the following features: a drive frame arrangement (20) is provided which has a guide rail, the first movable door leaf (2a) being suspended in this guide rail; - The drive frame arrangement (20) can be screwed to the first supporting structure (25a) of the building; - The profile frame arrangement (7) is fastened to the drive frame arrangement (20) without screws. Automatic door system (1) according to one of the preceding claims, characterized by the following features: - a bottom rail arrangement (80) is provided which extends in the longitudinal direction; - The bottom rail arrangement (80) comprises at least two bottom rails (80a, 80b) and a connecting and / or functional element (81); - the two bottom rails (80a, 80b) are connected to one another via the connecting and / or functional element (81); - The connecting and / or functional element (81) has a lower thermal conductivity than the two bottom rails (80a, 80b) and consists of or comprises plastic. Automatic door system (1) according to Claim 21 , characterized by the following feature: - the at least one connecting and / or functional element (81) is arranged in the bottom rail arrangement (80) in such a way that in a closed position of the at least one first movable door leaf (2a) an auxiliary closing edge of the at least one first movable one Door leaf (2a) over which at least one connecting and / or functional element (81) is positioned. Automatic door system (1) according to Claim 21 or 22 , characterized by the following features: - the at least one connecting and / or functional element (81) comprises a frame which extends in the direction of the profile frame arrangement (7); - The first fixed door leaf (5a) comprises a fastening opening into which the frame engages. Automatic door system (1) according to one of the Claims 21 to 23 , characterized by the following features: - the connecting and / or functional element (81) comprises a locking device which has a locking element which extends from a release position in which the at least one first movable door leaf (2a) from an open position to a closed position and can be moved in reverse, can be transferred into a locking position in which the locking element engages in a locking opening of the at least one first movable door leaf (2a), so that the latter is locked. Automatic door system (1) according to one of the preceding claims, characterized by the following features: - the first movable door leaf (2a) is a leaf of a sliding door or a leaf of a telescopic sliding door; - A stationary first protective wing (70a) is also provided; - The first protective wing (70a) runs parallel but spaced apart from the first fixed door wing (5a), a space (71) being formed between the first protective wing (70a) and the first fixed door wing (5a), into which the first movable door wing (2a) is retractable; - A plurality of sealing elements (72) are provided and arranged such that gaps (73) between the first protective wing (70a) and the floor arrangement and / or the ceiling arrangement and / or the second support structure (25b) of the building and / or the first movable Door leaves (2a) can be sealed. Automatic door system (1) according to Claim 25 , characterized by the following features: - the first movable door leaf (2a) comprises a profile frame (75) which is arranged on a secondary closing edge of the first movable door leaf (2a); - The first protective wing (70a) comprises a profile frame which is arranged on a vertical edge of the first protective wing (70a); - The profile frame (75) of the first movable door leaf (2a) is arranged in a closed position next to the profile frame of the first protective leaf (70a); - A sealing element (72) is arranged on the profile frame (75) of the first movable door leaf (2a) and / or on the profile frame of the first protective leaf (70a). Automatic door system (1) according to one of the preceding claims, characterized by the following features: - a second movable door leaf (2b) is provided which can be moved in the longitudinal direction of the door system (1) on a second section (3b); - A second fixed door leaf (5b) is provided, which is arranged in a stationary manner, the second movable door leaf (2b) being displaceable relative to the second fixed door leaf (5b); - The second fixed door leaf (5b) comprises a pane arrangement (6) which comprises a front side, a rear side opposite the front side, an upper edge, a lower edge, a first vertical edge and a second vertical edge opposite the first vertical edge; - The upper edge of the second fixed door leaf (5b) is attached to an underside (7a) of the profile frame arrangement (7); - The first vertical edge of the second fixed door leaf (5b) comprises a second leaf clamping section; - The first clamping device (30a) can be fastened to a first supporting structure (25a) of the building above the second fixed door leaf and / or there is a third clamping device available on a third supporting structure of the building next to the first vertical edge of the second fixed door leaf (5b ) can be fastened, the third clamping device being designed to press the first vertical edge of the second fixed door leaf (5b) via the second leaf clamping section against the third supporting structure of the building and to clamp it together with the latter. Building with an automatic door system (1), which is constructed according to one of the preceding claims, characterized by the following features: a first and / or a second support structure (25a, 25b) is provided; - The first support structure (25) runs in the longitudinal direction of the profile frame arrangement (7) above the profile frame arrangement (7) and / or the second support structure (25b) runs next to the first vertical edge (6e) of the first fixed door leaf (5a) in the direction of the profile frame arrangement ( 7); - The first clamping device (30a) is attached to the first supporting structure (25a) of the building above the fixed door leaf (5a) and / or the second clamping device (30b) is attached to the second supporting structure (25b) of the building next to the first vertical edge (6e ) of the first fixed door wing (5a) attached; - The first clamping device (30a) is designed to press the profile frame arrangement (7) via the profile clamping section (8) against the first supporting structure (25a) of the building and to clamp it with the latter; and / or the second clamping device (30b) is designed to press the first vertical edge (6e) of the first fixed door leaf (5a) via the first leaf clamping section (9) against the second supporting structure (25b) of the building and to press it with it jam; - The first clamping device (30a) is further designed to press a first panel (60) of the building against the first supporting structure (25a) of the building and to clamp it with it, and / or the second clamping device (30b) is further designed to to press a second panel (61) of the building against the second supporting structure (25b) of the building and to clamp it together. Building with an automatic door system (1) Claim 28 , characterized by the following feature: - the front (6a) of the pane arrangement (6) of the first fixed door leaf (5a) runs in the same plane as a front (60a, 61a) of the first and / or second panel (60, 61) of the Building.

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