EP3660253B1 - Automatic door system, especially in the form of a sliding door or a telescopic sliding door or a folding door, and a building comprising such an automatic door system - Google Patents

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 to only allow access to the building 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 installation 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 installed on the building using different techniques.

A known door system 100 is, for example Figure 16 refer to. Shown in dashed lines is a door leaf 101 in the form of a sliding door that can be moved in the direction of the arrow. This movable door leaf is arranged parallel to a fixed leaf 102. This fixed wing is fixed with a profile system 103 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 held by a profile system 106. This professional system 106 is firmly connected to the support 104 of the building in particular via a screw connection 107. An isolation element 108 ensures that the carrier 104 is not directly connected to the exterior 109 of the building and at the same time to 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 insulation element 108 is arranged on both profile systems 103 (of the fixed wing 102) and 106 (of the panel 105) and surrounds the carrier 104. The disadvantage of the door system from the prior art is that the installation is complex and the door system is visually strong stands out from the other façade 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 is integrated into the building design in the best possible way. Furthermore, it is the object of the present invention to create a corresponding building with such an automatic door system.

The object is achieved according to the invention by the automatic door system according to claim 1 and by a building with such an automatic door system according to claim 15. Further developments of the automatic door system are specified in claims 2 to 14.

The automatic door system includes 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 along a first section in the longitudinal direction of the door system. This shifting or movement is effected by a drive device which is in operative connection with the movable door leaf. In addition to an electric motor, this drive device can also include a gearbox. The drive device is controlled in particular by a control device and corresponding sensor units (eg radar sensors, IR sensors, etc.). Next to The movable door leaf is also provided with a first fixed door leaf, 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 includes a pane assembly that includes a front, a back opposite the front, an upper edge, a lower edge, a first vertical edge and a second vertical edge opposite the first vertical edge. A first and/or second clamping device is also present. The first clamping device can be attached to a first supporting structure of the building above the fixed door leaf and/or the second clamping device can be attached 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 press the upper edge of the first fixed door leaf directly or via a profile frame arrangement onto the first supporting structure of the building and to clamp it thereto. By means of the first clamping device, a first panel of the building can also be pressed onto the first supporting structure of the building and clamped thereto. This ensures that the first fixed door leaf fits optimally into the building image and the front of the pane arrangement of the first fixed door leaf is in the same plane as a front of the first panel of the building. This means there is no abrupt transition from the building's glass surfaces to the automatic door system. The second clamping device is designed to press the first vertical edge of the first fixed door leaf, which comprises a first leaf clamping section, onto the second supporting structure of the building via this first leaf clamping section and to clamp it thereto.

By pressing and clamping, the fixed door leaf can be integrated into a building in a particularly simple way. It is therefore possible to install the automatic door system from the inside to the outside.

It is particularly preferred that the second clamping device can also grasp or encompass a second panel of the building (eg another window pane) and also press it against the second supporting structure of the building and clamp it with it. This ensures that the first fixed door leaf fits optimally into the building image and the front of the pane arrangement of the first fixed door leaf is in the same plane as a front of the second panel of the building. This gives There is no abrupt transition from the building's glass surfaces to the automatic door system. Tolerances in manufacturing are of course included in the scope of protection. For example, a double lens has tolerances of approx. +- 1mm and a triple lens of +2/-1 mm. The tolerances are in particular smaller than 5 mm.

Optionally, the upper edge of the first fixed door leaf is attached to an underside of the profile frame arrangement. In this case, the upper edge of the fixed door leaf is pressed against the first supporting structure of the building via the profile frame arrangement. The profile frame arrangement includes 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.

In this case, 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 via which the profile frame arrangement and thus the first fixed door leaf is attached to a support structure (e.g. T-beam). of the building and can be jammed with it. The profile frame arrangement is in particular pressed against the first supporting structure of the building without screws and clamped to it. The wording “screwless” is to be understood to mean that no screw is pushed through the profile frame arrangement itself, which is used for jamming. However, such a screw can have the first clamping device. Furthermore, it is 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 leaf can in turn be pressed without screws onto a second supporting structure of the building and clamped to it. This clamping takes place in particular without screws, which does not mean that the second clamping device must not have a screw either. In the state of the art, which also includes the DE 102 59 924 B4 belongs, it is not shown that the fixed door leaf is pressed against the respective supporting structure of the building. On the contrary, here the housing of the movable door leaf is attached to the supporting structure of the building. Pressing it has positive effects on the seal. This makes the building design appear more uniform. At the same time, the structure 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 constructed from the outside to the inside as before (because of the necessary insulation), but from the inside to the outside. Installation times can be significantly reduced by using the automatic door system according to the invention.

The use of a profile frame arrangement is not mandatory. It is also possible for the upper edge of the first fixed door leaf to be pressed directly against the first supporting structure of the building. In this case, at least part of the upper edge of the pane arrangement of the first fixed door leaf is covered by the first clamping device. The first clamping device preferably has direct contact with a front and a back at the upper edge of the pane assembly of the first fixed door leaf. However, one or more sealing elements and/or a panel arrangement could also be arranged between (e.g. a front side) of the disk arrangement and the first clamping device. Nevertheless, in this case, the first clamping device encompasses the disk arrangement directly and covers it at least partially in the area of the upper edge in a plan view of the front of the disk arrangement.

In the context of the present invention, the first clamping device preferably has direct contact with the first support structure. Additionally or alternatively, the second clamping device preferably has direct contact with the second support structure.

In a preferred embodiment, the profile frame arrangement comprises on its top 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 leaf clamping section is formed by areas of the front and rear of the pane arrangement on the first vertical edge of the first fixed door leaf.

Particularly preferably, the projecting profile frame flange is screwed to the top of the profile frame arrangement. In principle, it could also be an integral part of it.

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

In a preferred embodiment, the protruding profile frame flange is made of plastic or includes 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 includes a profile extension (which can be flange-shaped, for example), which is arranged on the first end face of the profile frame arrangement and is screwed to it and extends from the underside of the profile frame arrangement towards the top, in particular towards 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 protruding profile frame flange and runs parallel to it. This widens 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 onto the first supporting structure of the building and clamps it to it, with the panels of the building (e.g. window panes) often being thicker, i.e. 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, with these two elements being the same in order to introduce an optimal clamping force on the profile clamping section and on the first panel of the building should be thick. For this reason, the thickness (width) of the profile clamping section is increased by an additional first compensation element. Alternatively, a third compensation element can be used. This is arranged at the upper edge of the first fixed door leaf, which widens an upper clamping section.

A second compensation element can also be present. This is arranged on the first vertical edge of the first fixed door leaf, which widens the first leaf 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 in total corresponds to a thickness of the first panel of the building, which can be mounted above the profile frame arrangement. The same would also apply if a third compensation element was used. The second compensation element, on the other hand, is selected in terms of its thickness such that the thickness of the pane arrangement and the thickness of the second compensation element in total corresponds 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. In principle, the respective compensation elements are preferably arranged closer to the respective supporting structure of the building than the profile clamping section or an upper 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 includes 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 support 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 plurality of openings which extend in the longitudinal direction (preferably in the middle of the head part). The headboard includes a first and a second support surface, which in turn are located on both sides of the plurality of openings parallel to these extend 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 dips 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, i.e. the head part and the foot part, are preferably extruded profiles and 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 that 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) to be secured 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, with 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 from one another and extend in the longitudinal direction of the U-shaped receiving profile.

The respective contact surfaces can still have resilient properties. In principle, sealing elements can also be used that rest on the respective support 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 building's supporting structure over a large area with 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 is designed to adapt to the building design.

In a preferred embodiment, the automatic door system includes a drive frame arrangement in addition to the profile frame arrangement. This includes a guide rail, with the first movable door leaf being suspended in this guide rail. The drive frame arrangement can be screwed to the first support structure of the building, whereas the profile frame arrangement is attached to the drive frame arrangement without screws, in particular is suspended in it. The drive frame arrangement runs parallel to the profile frame arrangement but preferably closer towards the interior of the building. By hanging the profile frame arrangement on the drive frame arrangement, the automatic door system can be constructed from the inside out.

In a preferred embodiment, the automatic door system further includes a floor track assembly that extends longitudinally. The floor rail arrangement includes at least two floor 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 floor rails and consists of or includes plastic. The floor rails serve to guide the at least one first movable door leaf.

In a special embodiment, the at least one connecting and/or functional element is arranged in the floor rail in such a way 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 results in a high heat transfer resistance. The inside of the building therefore does not cool down as quickly in winter and does not heat up as much in summer.

In a particularly preferred embodiment, which can also be an independent, inventive idea, a stationary first protective wing is also provided. This first protective wing runs parallel but at a distance from the first fixed door wing, with between the first Protective wing and the first fixed door wing, a space is formed into which the first movable door wing can be retracted. Particularly preferably, a plurality of sealing elements are provided and arranged in such a way that gaps 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 wing can be sealed. Such a seal to increase the heat transfer resistance has never been implemented in protective wings before. The sealing can be done using brushes or rubber elements, for example.

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

Figuren 1A, 1B:

verschiedene Darstellungen des erfindungsgemäßen automatischen Türsystems;

Figuren 2A, 2B, 2C:

vergrößerte Darstellungen von Bereichen der Figuren 1A und 1B;

Figur 3:

eine räumliche Darstellung eines feststehenden Türflügels;

Figur 4:

eine vergrößerte Darstellung eines Bereichs aus Figur 3;

Figuren 5, 6:

Querschnitte durch Ausführungsbeispiele des erfindungsgemäßen automatischen Türsystems im Bereich einer Profilrahmenanordnung ;

Figur 6A:

einen Querschnitt eines weiteren Ausführungsbeispiels des erfindungsgemäßen automatischen Türsystems, wobei die erste Klemmvorrichtung direkt den Oberen-Klemmabschnitt des feststehenden Türflügels an die erste Tragstruktur des Gebäudes drückt;

Figuren 7A, 7B:

verschiedene Ansichten der ersten und/oder zweiten Klemmvorrichtung;

Figur 8:

einen Schnitt durch eine an einer zweiten Tragstruktur des Gebäudes montierte zweite Klemmvorrichtung;

Figur 9:

eine räumliche Darstellung eines weiteren Ausführungsbeispiels des automatischen Türsystems mit einem ersten und zweiten Kompensationselement;

Figur 10:

eine vergrößerte Darstellung eines Bereichs aus Figur 9;

Figur 11:

einen Schnitt durch eine an einer ersten Tragstruktur des Gebäudes montierte erste Klemmvorrichtung mit einem ersten Kompensationselement;

Figur 11A:

einen Schnitt durch eine an einer ersten Tragstruktur des Gebäudes montierte erste Klemmvorrichtung mit einem ersten Kompensationselement, wobei die erste Klemmvorrichtung direkt den Oberen-Klemmabschnitt des feststehenden Türflügels an die erste Tragstruktur des Gebäudes drückt;

Figur 12:

einen Schnitt durch eine an einer zweiten Tragstruktur des Gebäudes montierte zweite Klemmvorrichtung mit einem zweiten Kompensationselement;

Figur 13:

einen Schnitt durch eine an einer zweiten Tragstruktur des Gebäudes montierte zweite Klemmvorrichtung mit einem zweiten Kompensationselement und einem Schutzflügel;

Figur 14:

eine räumliche Darstellung eines weiteren Ausführungsbeispiels des automatischen Türsystems mit einem Schutzflügel;

Figur 15:

eine räumliche Darstellung der Bodenschienenanordnung mit einer ersten und einer zweiten Bodenschiene, die über ein Verbindungs- und/oder Funktionselement miteinander verbunden sind; und

Figur 16:

einen Schnitt durch ein Teil eines automatischen Türsystems aus dem Stand der Technik.

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

Figures 1A, 1B:

various representations of the automatic door system according to the invention;

Figures 2A, 2B, 2C:

Enlarged representations of areas of the Figures 1A and 1B ;

Figure 3:

a spatial representation of a fixed door leaf;

Figure 4:

an enlarged view of an area Figure 3 ;

Figures 5, 6:

Cross sections through exemplary embodiments of the automatic door system according to the invention in the area of a profile frame arrangement;

Figure 6A:

a cross section of a further embodiment of the automatic door system according to the invention, wherein the first clamping device directly presses the upper clamping portion of the fixed door leaf to the first supporting structure of the building;

Figures 7A, 7B:

different views of the first and/or second clamping device;

Figure 8:

a section through a second clamping device mounted on a second supporting structure of the building;

Figure 9:

a spatial representation of a further embodiment of the automatic door system with a first and second compensation element;

Figure 10:

an enlarged view of an area Figure 9 ;

Figure 11:

a section through a first clamping device mounted on a first support structure of the building with a first compensation element;

Figure 11A:

a section through a first clamping device mounted on a first supporting structure of the building with a first compensation element, the first clamping device directly pressing the upper clamping section of the fixed door leaf onto the first supporting structure of the building;

Figure 12:

a section through a second clamping device mounted on a second supporting structure of the building with a second compensation element;

Figure 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;

Figure 14:

a spatial representation of a further embodiment of the automatic door system with a protective wing;

Figure 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

Figure 16:

a section through a part of a prior art automatic door system.

The Figure 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 Figure 1B shows a spatial view of a back of the automatic door system 1 Figure 1A . The Figures 2A , 2 B and 2C show different views of a dashed area in the Figures 1A and 1B is marked.

The automatic door system includes a first movable door leaf 2a, which can be moved along a first section 3a in the longitudinal direction X of the door system 1.

There is also at least a first drive device 4 (see Fig. Figures 6 , 6A ) is provided, which is in operative connection with 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.

Furthermore, a first fixed door leaf 5a is provided, which is arranged in a stationary manner. In this case (sliding door leaf), the first movable door leaf 2a is arranged parallel to the first fixed door leaf 5a and can be moved relative to it.

The first fixed door leaf 5a comprises a pane arrangement 6, which comprises a front side 6a, a back 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. The front 6a of the first fixed door leaf 5a is preferably closer to an outside 10 of the building than a back 6b, which is preferably closer to an inside 11 of the building. Figure 3 shows the first fixed door leaf 5a in more detail.

Furthermore, in many exemplary embodiments, a profile frame arrangement 7 is provided, with 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, whereas the first vertical edge 6e of the first fixed door leaf 5a comprises a leaf clamping section 9. However, this profile frame arrangement 7 is with regard to Figures 6A , 11A optional.

The profile clamping section 8 is formed by a profile frame flange 8a. This is arranged on the top 7b of the profile frame arrangement 7 and protrudes upwards or extends the profile frame arrangement 7 upwards.

This protruding profile frame flange 8a runs along the entire length of the profile frame arrangement 7. In principle, it would be possible for the profile frame flange 8a to only run along a partial length or along the majority of the length of the top side 7b of the profile frame arrangement 7.

In the exemplary embodiments shown, the protruding profile frame flange 8 is screwed to the top 7b of the profile frame arrangement 7. In principle, it could also be an integral part of it.

The protruding profile frame flange 8a preferably has a smaller thickness than the profile frame arrangement 7 (at least the top 7b of the profile frame arrangement 7). This is for example Figure 5 refer to.

In principle, it would also be possible for the protruding profile frame flange 8a to have interruptions along its longitudinal direction (X-axis) and to be divided into different segments by these.

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

Figure 2C , which is an enlarged view of the dashed area Figure 1A shows that the pane arrangement 6 of the first fixed door leaf 5a protrudes with its first vertical edge 6e over a first end face 7c of the profile frame arrangement 7. The profile frame arrangement 7 therefore comprises a profile extension 9a, which is arranged on the first end face 7c of the profile frame arrangement 7 and is in particular screwed to it. The profile extension 9a extends from the bottom 7a of the profile frame arrangement 7 towards the top 7b of the profile frame arrangement 7. 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 to extends to the top 7b of the profile frame arrangement 7.

The first wing clamping section 9 is shown in dashed lines. The profile clamping section 8 is shown in dotted lines.

Out of Figure 2B It can be seen that the profile extension 9a has the same thickness as the disk arrangement 6.

In the Figures 9 , 10 , 11 , 12 and 13 a further embodiment of the profile clamping section 8 and the wing clamping section 9 is shown. Referring to Figure 10 , which enlarges the dashed area Figure 9 shows, a first compensation element 8b is provided, which is arranged next to the projecting profile frame flange 8a, whereby the profile clamping section 8 widens.

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

The second compensation element 9b is also 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.

In Figure 11A a third compensation element 8c is shown, the exemplary embodiments of Figures 6A , 11A dispense with the use of a profile frame arrangement 7.

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

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

Based on Figures 4 and 5 The functionality of the profile frame arrangement 7 is described in more detail below. Comments on items that are explained in connection with the description of the profile frame arrangement 7 and which are also included in the exemplary embodiments that do not require a profile frame arrangement 7 ( Figures 6A , 11A ), also apply to these Examples of embodiments. 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 which are connected to one another via a connecting element 16a. The connecting element 16a has a lower thermal conductivity than the two profile parts 15a ₁ , 15a ₂ . The connecting element 16a is preferably clamped to both profile parts 15a ₁ , 15a ₂ , in particular inserted into a corresponding receiving groove in the two profile parts 15ai , 15a ₂ . The connection of the two profile parts 15a ₁ , 15a ₂ via the connecting element 16a is preferably carried out without screws.

The disk arrangement 6 of the first fixed wing 5a is held by the two profile parts 15ai, 15a ₂ . These surround the disk arrangement 6 at its upper edge 6c.

The two profile parts 15a ₁ , 15a ₂ are preferably extruded parts and are further preferably made of metal, in particular aluminum. The connecting element 16a is preferably also an extruded part and preferably consists of a plastic. The two profile parts 15a ₁ , 15a ₂ preferably do not touch each other, and are therefore arranged without contact with one another.

The second profile device 15b (see Figure 5 ) also includes two profile parts 15b ₁ , 15b ₂ . Both profile parts 15b ₁ , 15b ₂ are connected to one another via at least one connecting element 16b. The at least one connecting element 16b also has a lower thermal conductivity than the two profile parts 15bi, 15b ₂ of the second profile frame device 15b. The two profile parts 15bi, 15b ₂ preferably do not touch each other, and are therefore arranged without contact with one another.

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

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

The profile clamping section 8 of the profile frame arrangement 7 is arranged on a top side 17 of the second profile frame device 15b of the profile frame arrangement 7. This top side 17 is also the top side 7b of the profile frame arrangement 7.

A screw connection 18 is provided in order to screw the profile clamping section 8, which is in particular the protruding profile frame flange 8a, to the second profile frame device 17b. This screw connection 18 passes through both the profile frame flange 8a and the top 17 of the second profile frame device 17b.

The first compensation element 8b (see Figure 11 ) can also be screwed to this top side 17 of the second profile frame device 15b. However, it can also be jammed. It would also be possible to screw it to the protruding profile frame flange 8a.

In Figure 5 A drive frame arrangement 20 is also shown, which has a guide rail, the first movable door leaf 2a being suspended in this guide rail. The drive frame arrangement 20 is screwed to the first support structure 25a of the building (see Fig. Figure 6 or 6A ). Shown in dashed lines is, in addition to the first movable door leaf 2a, a housing 21 in which, for example, the guide rail and/or the drive device 4 are arranged.

The profile frame arrangement 7 is attached to the drive frame arrangement 20 without screws. This attachment can be done by hanging. For this purpose, the profile frame arrangement 7 includes a locking projection 22, which engages in a locking recess 23 of the drive frame arrangement 20.

The profile frame arrangement 7 is therefore in particular free of a screw arrangement which passes through the profile frame arrangement 7 and at the same time engages in the first support structure 25a of the building.

In addition to the explained locking between the profile frame arrangement 7 and the drive frame arrangement 20, with regard to the Figures 7A and 7B a first and/or second clamping device 30a, 30b is described. The first clamping device 30a is attached to a first support structure 25a of the building, which is arranged above the fixed door leaf 5a (see Figure 6 or 6A). The second clamping device 30b, on the other hand, is attached to a second support structure 25b of the housing, which runs next to the first vertical edge 6e of the first fixed door leaf 5a (see Figure 8 ). The respective clamping device 30a, 30b is preferably in physical contact (eg touch) with the respective support structure 25a, 25b.

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

The first clamping device 30a is designed to press the profile frame arrangement 7 via the profile clamping section 8 onto the first support structure 25a of the housing and to clamp it thereto. In this case, the upper edge 6c of the first fixed door leaf 5a is indirectly pressed against the first support structure 25a of the building (via the profile frame arrangement 7) and clamped to it. This situation is, for example, in the Figures 6 and 11 shown. In terms of Figures 6A and 11A the first clamping device 30a is designed to press the upper edge 6c of the first fixed door leaf 5a directly onto the first support structure 25a of the building and to clamp it with it. In this case, the first clamping device 30a encompasses the upper edge 6c.

In contrast, 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 onto the second support structure 25b of the housing and to clamp it thereto.

The first or second clamping device 30a, 30b comprises a foot part 31a or 31b, at least one connecting element 32a or 32b and a head part 33a or 33b.

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

The foot part 31a, 31b of the first and second clamping devices 30a, 30b comprises a U-shaped receiving profile 35 which extends along the longitudinal axis of the first and second clamping devices 30a, 30b.

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

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

The at least one connecting element 32a, 32b of the first or second clamping device 30a, 30b extends through at least one opening 38 of the respective head part 33a, 33b and into the U-shaped receiving profile 35 of the respective foot part 31a, 31b, whereby the head part 33a , 33b and the respective foot part 31a, 31b are connected to one another.

The at least one connecting element 32a, 32b is preferably a screw. This can be made of a metal or a dielectric such as plastic. In particular, a large number of screws are used, which preferably penetrate into each opening 38 of the respective head part 33a, 33b. The screw head is larger than the respective opening 38.

The U-shaped receiving profile 35 includes several corrugations that are arranged one above the other and extend in the longitudinal direction. One can also speak here of connecting grooves 41, which are arranged offset from one another in relation to a height of the U-shaped receiving profile 35.

An external thread of the screw 32a, 32b can then be screwed to the U-shaped receiving profile 35, whereby the head part 33a, 33b can be moved towards the respective foot part 31a, 31b and is mechanically (releasably) connected to it.

Because the U-shaped receiving profile 35 extends along the entire longitudinal axis of the respective foot part 31a, 31b, the corresponding screw 32a, 32b, which is inserted into the opening 38 of the respective head part 33a, 33b, can always be in contact with the foot part 31a, 31b reach and establish a mechanical connection.

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

The same also applies to the first and/or second support surfaces 39, 40 of the head part 33a, 33b.

The foot part 31a, 31b or the head part 33a, 33b are preferably made of metal or include the same. The respective foot part 31a, 31b and the respective head part 33a, 33b are preferably extruded parts.

It can also be seen that the first and second clamping devices 30a, 30b also have a respective cover arrangement 45a and 45b. This cover arrangement 45a, 45b is connected to the respective head part 33a, 33b of the first or second clamping device 30a, 30b via a clip and/or snap connection. When the cover arrangement 45a, 45b is mounted, the respective connecting elements 32a, 32b are not visible from the outside. A seal (not shown) can also be arranged between the cover arrangement 45a, 45b and the respective head part 33a, 33b.

In principle, it is also possible for the first clamping device 30a to also have sealing elements 50 (see Fig. Figure 6 , 6A ), which are arranged between the respective support surfaces 36, 37 or 39, 40. In this case, the sealing elements 50 are arranged on the first clamping device 30a between the respective first support surface 36, 39 and the profile clamping section 8 of the profile frame arrangement 7. The first support surface 36 of the foot part 31a and the first support surface 39 of the head part 33a of the first clamping device 30a encompass the profile clamping section 8a of the profile frame arrangement 7. In the exemplary embodiments Figures 6A and 11A On the other hand, the first support surface 36 of the foot part 31a and the first support surface 39 of the head part 33a of the first clamping device 30a surround the upper clamping section 19, which is formed by the upper edge 6c of the first fixed door leaf 5a. Furthermore, the sealing elements 50 are also arranged on the first clamping device 30a between the respective second support surface 37, 40 and the first panel 60 (eg window pane) of the building. But this is optional. The second support surface 37 of the foot part 31a and the second support surface 40 of the head part 33a of the first clamping device 30a are attached to a second panel 60 of the building and surround it (see for example Figures 6 , 6A ).

The same also applies to the second clamping device 30b (see Figure 8 ). This also includes sealing elements 50, which are arranged between the respective first support surface 36, 39 and the first leaf clamping section 9 of the first vertical edge 6e of the first fixed door leaf 5a.

The first support surface 36 of the foot part 31b and the first support surface 39 of the head part 33b of the second clamping device 30b surround the first wing clamping section 9 of the first vertical edge 6e of the first fixed door leaf 5a. The second support surface 37 of the foot part 31b and the second support surface 40 of the head part 33b of the second clamping device 30b are attached to a second panel 61 of the building (see Fig. Figure 8 ).

Both panels 60, 61 are gripped by the respective clamping device 30a, 30b.

In Figure 8 is further shown that a front side 6a of the pane arrangement 6 of the first fixed door leaf 5a lies in the same plane as a front side 61a of the second panel 61. The second panel 61 is a pane arrangement, which in this case preferably consists of several glass panes. In this case, the second panel 61 is the same thickness as the pane arrangement 6 of the first fixed door leaf 5a. By tightening the at least one connecting element 32b of the second clamping device 30b, which is designed as a screw, the head part 33b is pressed further in the direction of the foot part 31b, whereby the second panel 61 is gripped or gripped by the second support surfaces 37 and 40 of the head part 33b and the foot part 31b . is clasped or clamped around. The same also applies to the leaf clamping section 9 on the first vertical edge 6e of the first fixed door leaf 5a. This is gripped or clamped around by the first bearing surfaces 36 and 39 of the head part 33b and the foot part 31b.

The second clamping device 30b is only attached to one side of the second support structure 25b.

Both the second panel 61 of the building and the pane arrangement 6 of the first fixed door leaf 5a are arranged closer to the outside 10 of the building than the second support structure 25b.

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

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

In Figure 6 is also shown that a front side 6a of the pane arrangement 6 of the first fixed door leaf 5a lies in the same plane as a front side 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 is the same thickness as the pane arrangement 6 of the first fixed door leaf 5a. By tightening the at least one connecting element 32a of the first clamping device 30a, which is designed as a screw, the head part 33a is pressed further towards the foot part 31a, whereby the first panel 60 is gripped or gripped by the second support surfaces 37 and 40 of the head part 33a and the foot part 31a . is clasped or clamped around. The same also applies to the profile clamping section 8 of the first fixed door leaf 5a. This is gripped or clamped around by the first bearing surfaces 36 and 39 of the head part 33a and the foot part 31a. In Figure 6A On the other hand, the first contact surfaces 36 and 39 of the head part 33a and the foot part 31a, respectively, surround the upper clamping section 19, which is formed by the upper edge 6c of the first fixed door leaf 5a.

The first clamping device 30a is only attached (directly) to one side of the first support structure 25a.

Figure 12 shows a similar view as Figure 8 . In contrast, the second panel 61 is thicker than the pane arrangement 6 of the first fixed door leaf 5a. The pane 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. In contrast, the second panel 61 of 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.

In order to still be able to use the same second clamping device 30b, the second compensation element 9b is provided, which is arranged on the first vertical edge 6e of the first fixed door leaf 5a and extends along it, thereby widening the first leaf clamping section 9. 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 corresponds to a thickness of the second panel 61 of the building, which can be mounted next to the first vertical edge 6e of the first fixed door leaf 5a.

The second compensation element 9b is preferably glued to the disk arrangement 6. It preferably does not protrude beyond the disk arrangement 6 in the direction of the connecting element 32b of the second clamping device 30b or in the direction of the second panel 61, but rather ends preferably flush with the disk arrangement 6.

The second compensation element 9b preferably does not protrude beyond the second clamping device 30b, in particular over the foot part 31b of the second clamping device 30b in the direction of the passage (inside 11 of the building) of the door system 1. 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 clamping device 30b preferably does not protrude beyond a first or second side region 25b ₁ , 25b ₂ of the second support structure 25b, but preferably ends flush with this first or second side region 25b ₁ , 25b ₂ of the second support structure 25b.

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

The same also applies to the first compensation element 8b. Figure 11 shows a similar view as Figure 6 . In contrast, the first panel 60 is thicker as the pane arrangement 6 of the first fixed door leaf 5a. The pane 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. In contrast, the first panel 60 of 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. Nothing else applies to the exemplary embodiment Figure 11A . A third compensation element 8c is shown there (instead of the first compensation element 8b).

In order to still be able to use the same first clamping device 300, the first compensation element 8b is provided, which is arranged on the profile frame flange 8a and thereby widens the first profile clamping section 9. 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 corresponds to a thickness of the first panel 60 of the building, which can be mounted above the profile clamping section 8.

The first compensation element 8b is preferably glued to the profile frame flange 8a. It preferably does not protrude beyond the profile frame flange 8a in the direction of the connecting element 32a of the first clamping device 30a or in the direction of the first panel 60, but preferably ends flush with the disk arrangement 6 or in front of it.

The first compensation element 8b preferably does not protrude beyond the first clamping device 300, in particular over the foot part 31a of the first clamping device 30a. 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 transverse to the direction of the longitudinal axis of the door system 1.

The first clamping device 30a preferably does not protrude beyond a first or second side region 25a ₁ , 25a ₂ of the first support structure 25a, but preferably ends flush with this first or second side region 25a ₁ , 25a ₂ of the second support structure 25a.

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

In Figure 11A the third compensation element 8c is preferably glued to the disk arrangement 6. In particular, it is glued to the back 6b of the pane arrangement 6 of the fixed door leaf 5a. In particular, it is glued to the back 6b in the area of the upper edge 6c. It preferably does not protrude beyond the disk arrangement 6 in the direction of the connecting element 32a of the first clamping device 30a or in the direction of the first panel 60, but rather preferably ends flush with the disk arrangement 6.

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

The third compensation element 8c 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 (Y-axis) of the door system 1.

In the Figures 6A and 11A It is also shown that the automatic door system 1 does not have a profile frame arrangement 7. The pane arrangement 6 of the first fixed door leaf 5a is pressed directly onto the first support structure 25a of the building via the first clamping device 30a. The upper edge 6c of the pane arrangement 6 of the first fixed door leaf 5a preferably extends further away from the floor than the first drive device 4. In contrast, in the Figures 6 and 11 the pane arrangement 6 of the first fixed door leaf 5a is pressed indirectly via the profile frame arrangement 7 by the first clamping device 30a to the first support structure 25a of the building.

A first panel arrangement could also be provided between the first clamping device 30a and the front 6a of the pane arrangement 6 of the first fixed door leaf 5a. The first aperture arrangement would be from the upper edge 6c of the first fixed door leaf 5a over a partial height along the front 6a of the pane arrangement 6 of the first fixed door leaf 5a in the direction of the floor. The aperture arrangement preferably extends by more than 5 cm, 10 cm, 20 cm, 30 cm, 40 cm or by more than 50 cm but preferably by less than 60 cm, 45 cm, 35 cm, 25 cm or by less than 15 cm. It preferably consists of or includes plastic and/or metal (e.g. aluminum). It is preferably constructed in one piece and could optionally be penetrated by the at least one connecting element 32a of the first clamping device 30a. Fastening the panel device simply by clamping (between the head part 33a and the disk arrangement 6 or a sealing element 50) would also be conceivable. Further sealing elements can be arranged on the diaphragm device. The aperture device is preferably as long (in the X direction) as the first fixed door leaf 5a.

In the Figures 13 and 14 The use of a first protective wing 70a is also shown. The first protective wing 70a runs parallel but at a distance from the first fixed door wing 5a, with a spacing 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 can be retracted. There are several sealing elements 72 provided and arranged such that gaps 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 towards the first movable door leaf 2a are sealed.

The first movable door leaf 2a includes a profile frame 75 (see Figure 1B ), which is arranged on a secondary closing edge of the first movable door leaf 2a. The first protective wing 70a also includes 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. This sealing element 72 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 do they protrude) is chosen so that they When moving the first movable door leaf 2a into an open position, brushes do not come into contact with the pane surface of the first protective leaf 70 or the first movable door leaf 2a. A rubber seal can also be used. A fastening profile 76 (see Figure 14 ) is connected, in particular screwed, to the drive frame arrangement 20 of the movable door leaf 2a. Sealing elements are also between a profile frame 77 of the first fixed door leaf 5a, which has the second vertical edge 6f (see Figure 3 ) and attached to the profile frame 75 of the first movable door leaf 2a. This sealing element is in particular one or more brushes that are glued to the corresponding profile frame 75, 77 or inserted into a groove. In the closed position of the first movable door leaf, these sealing elements then seal the distance space 71 from the outside 10 and the inside 11 of the building. These seals can be effective both against splashing water and against temperature compensation.

So that the air is not compressed in the spacing space 71 when the first movable door leaf 2a is opened, openings are provided in the upper area of the fastening profile 76 or in the area of the floor (rail) arrangement.

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

In Figure 15 a floor rail assembly 80 is provided which extends in the longitudinal direction. The floor rail arrangement 80 comprises at least two floor rails 80a, 80b and a connecting and/or functional element 81. The two floor rails 80a, 80b are mechanically 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 floor rails 80a, 80b and consists of or includes plastic. The floor rail arrangement 80 includes a guide groove 82, into which a sword of the first movable door leaf 2a engages, whereby the first movable door leaf 2a is guided.

The at least one connecting and/or functional element 81 is arranged in the floor rail arrangement 80 in such a way 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 is positioned above the at least one connecting and/or functional element 81 is. This achieves particularly good thermal insulation.

The at least one connecting and/or functional element 81 can include a drainage opening 83, for example in Figure 1B is shown and serves to drain away water that penetrates into the guide groove 82 when it rains.

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

The connecting and/or functional element 81 optionally also includes a locking device which has a locking element which can be moved 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, 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 it is locked.

In principle, the connecting and/or functional element 81 can also contain control devices for the automatic door system 1 or a heater in order to prevent the first movable door leaf 2a from icing over. 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 Figure 1A A second movable door leaf 2b is also shown, which is displaceable, i.e. movable, on a second section 3b in the longitudinal direction of the door system 1. There is also a second fixed door leaf 5b provided, which is arranged stationary, the second being movable Door leaf 2b can be moved relative to the second fixed door leaf 5b. The second fixed door leaf 5b in turn comprises a pane arrangement 6, which comprises a front side, a back 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 optionally also attached to the underside 7a of the profile frame arrangement 7. The first vertical edge of the second fixed door leaf 5b also includes a second leaf clamping section. There is also a third clamping device which is constructed like the first and second clamping devices 30a, 30b. The first clamping device 30a is also attached to the first support structure 25a of the building above the second fixed door leaf 5b. It also encompasses the profile clamping section 8 with the protruding profile frame flange 8a. The profile frame arrangement 7 extends over both fixed door leaves 5a, 5b and the opening in between, which can be released by both movable door leaves 2a, 2b. The profile clamping section 8 with the protruding profile frame flange 8a preferably runs continuously over both fixed door leaves 5a, 5b and the opening in between. In the event that no profile frame arrangement 7 is used (see Figures 6A , 11A ), the upper edge of the pane arrangement 6 of the second fixed door leaf 5b is clamped or pressed against the first support structure 25a of the building directly via the first clamping device 30a. Furthermore, the first or third compensation element 8b, 8c and second compensation element 9b can also extend in the area of the second fixed door leaf 5b. There may also be a corresponding profile extension.

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

The front sides 6a of the disk arrangements 6 of both fixed wings 5a, 5b preferably run in one plane.

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

All versions regarding the automatic door system 1, which can also include a second movable door leaf 2b and a second fixed door leaf 5b, can also have a second protective leaf, not shown. This second protective leaf is arranged in the same way with respect to the second movable door leaf 2b and the second fixed door leaf 5b as the first protective leaf 70a with respect to the first movable door leaf 2a and the first fixed door leaf 5a.

Some aspects of the invention are highlighted separately below.

• der vorstehende Profilrahmen-Flansch 8a verläuft entlang einer Teillänge oder entlang der überwiegenden Länge der Oberseite 7b der Profilrahmenanordnung 7; und/oder
• der vorstehende Profilrahmen-Flansch 8a ist mit der Oberseite 7b der Profilrahmenanordnung 7 verschraubt oder integraler Bestandteil von dieser.

A further embodiment particularly develops claim 4 and reads:

• the protruding profile frame flange 8a runs along a partial length or along the majority of the length of the top 7b of the profile frame arrangement 7; and or
• The protruding profile frame flange 8a is screwed to the top 7b of the profile frame arrangement 7 or is an integral part of it.

• der vorstehende Profilrahmen-Flansch 8a hat eine geringere Dicke als die Profilrahmenanordnung 7; und/oder
• der vorstehende Profilrahmen-Flansch 8a umfasst entlang seiner Längsrichtung Unterbrechungen und ist daher in verschiedene Segmente gegliedert.

A further embodiment particularly develops the previous paragraph or claim 4 and reads:

• the projecting profile frame flange 8a has a smaller thickness than the profile frame arrangement 7; and or
• The protruding profile frame flange 8a includes interruptions along its longitudinal direction and is therefore divided into different segments.

• der vorstehende Profilrahmen-Flansch 8a besteht aus oder umfasst Kunststoff.

A further embodiment particularly develops one of the two previous paragraphs or claim 4 and reads:

• the protruding profile frame flange 8a consists of or includes plastic.

• die Profilerweiterung 9a hat dieselbe Dicke wie die Scheibenanordnung 6 des ersten feststehenden Türflügels 5a.

A further embodiment particularly develops claim 5 and reads:

• The profile extension 9a has the same thickness as the pane arrangement 6 of the first fixed door leaf 5a.

• es ist ein erstes Kompensationselement 8b vorhanden, das neben dem vorstehenden Profilrahmen-Flansch 8a angeordnet ist und dadurch den Profil-Klemmabschnitt 8 verbreitert.

A further embodiment particularly develops claim 4 and reads:

• There is a first compensation element 8b, which is arranged next to the projecting profile frame flange 8a and thereby widens the profile clamping section 8.

• das erste Kompensationselement 8b ist von seiner Dicke derart gewählt, dass die Dicke der Scheibenanordnung 6 und die Dicke des ersten Kompensationselements 8b einer Dicke eines ersten Paneels 60 des Gebäudes entspricht, das oberhalb der Profilrahmenanordnung 7 montierbar ist.

A further embodiment particularly develops the previous paragraph and reads:

• 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 corresponds to a thickness of a first panel 60 of the building, which can be mounted above the profile frame arrangement 7.

• das erste Kompensationselement 8b oder das dritte Kompensationselement 8c und/oder das zweite Kompensationselement 9b bestehen aus oder umfassen Kunststoff; und/oder
• das erste Kompensationselement 8b oder das dritte Kompensationselement 8c und/oder das zweite Kompensationselement 9b sind näher an einer Innenseite 11 des Gebäudes angeordnet als der Profilrahmen-Flansch 8a der Profilrahmenanordnung 7 oder der obere Rand 6c der Scheibenanordnung 6 und/oder der erste Vertikalrand 6e der Scheibenanordnung 6 des ersten feststehenden Türflügels 5a.

A further embodiment particularly develops the two previous paragraphs or claims 6 and 7 and reads:

• the first compensation element 8b or the third compensation element 8c and/or the second compensation element 9b consist of or include plastic; and or
• the first compensation element 8b or the third compensation element 8c 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 or the upper edge 6c of the pane arrangement 6 and/or the first vertical edge 6e of the Pane arrangement 6 of the first fixed door leaf 5a.

• das zweite Kompensationselement 9b ist neben der Profilerweiterung 9a angeordnet, wodurch der erste Flügel-Klemmabschnitt 9 bis zur Oberseite 7b der Profilrahmenanordnung 7 verbreitert ist.

A further embodiment particularly develops claims 5 and 6 and reads:

• 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.

• die Profilrahmenanordnung 7 umfasst eine erste und eine zweite Profilrahmeneinrichtung 15a, 15b;
• die erste Profilrahmeneinrichtung 15a umfasst zwei Profilteile 15a₁, 15a₂, die über ein Verbindungselement 16a miteinander verbunden sind, wobei das Verbindungselement 16a eine geringere Wärmeleitfähigkeit hat als die zwei Profilteile 15a₁, 15a₂ und wobei die Scheibenanordnung 6 durch beide Profilteile 15a₁, 15a₂ gehalten ist;
• die zweite Profilrahmeneinrichtung 15b umfasst zwei Profilteile 15bi, 15bi, die über zumindest ein Verbindungselement 16b miteinander verbunden sind, wobei das zumindest eine Verbindungselement 16b eine geringere Wärmeleitfähigkeit hat als die zwei Profilteile 15b₁, 15b₂ der zweiten Profilrahmeneinrichtung 15b;
• die erste Profilrahmeneinrichtung 15a ist zumindest teilweise zwischen den zwei Profilteilen 15b₁, 15b₂ der zweiten Profilrahmeneinrichtung 15b an deren Unterseite angeordnet und mit diesen verklemmt und/oder verschraubt;
• der Profil-Klemmabschnitt 8 ist an einer Oberseite 7b, 17 der zweiten Profilrahmeneinrichtung 15b der Profilrahmenanordnung 7 angeordnet.

A further embodiment particularly develops claims 3 to 5 and reads:

• 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 the disk arrangement 6 being connected through both profile parts 15a ₁ , 15a ₂ is held;
• the second profile frame device 15b comprises two profile parts 15bi, 15bi, 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 of 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 and is clamped and/or screwed to them;
• the profile clamping section 8 is arranged on a top side 7b, 17 of the second profile frame device 15b of the profile frame arrangement 7.

• es ist eine Antriebsrahmenanordnung 20 vorgesehen, die eine Führungsschiene aufweist, wobei der erste verfahrbare Türflügel 2a in dieser Führungsschiene eingehängt ist;
• die Antriebsrahmenanordnung 20 ist mit der ersten Tragstruktur 25a des Gebäudes verschraubbar;
• die Profilrahmenanordnung 7 ist an der Antriebsrahmenanordnung 20 schraubenlos befestigt.

A further embodiment particularly develops claims 3 to 5 and reads:

• 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 assembly 20 is screwable to the first support structure 25a of the building;
• the profile frame arrangement 7 is attached to the drive frame arrangement 20 without screws.

• die erste Klemmvorrichtung 30a umfasst eine Deckelanordnung 45a, wobei die Deckelanordnung 45a mit dem Kopfteil 33a der ersten Klemmvorrichtung 30a über eine Clip- und/oder Rastverbindung verbunden ist; und/oder
• die zweite Klemmvorrichtung 30b umfasst eine Deckelanordnung 45b, wobei die Deckelanordnung 45b mit dem Kopfteil 33b der zweiten Klemmvorrichtung 30b über eine Clip- und/oder Rastverbindung verbunden ist.

A further embodiment particularly develops claims 8 to 12 and reads:

• the first clamping device 30a comprises a lid arrangement 45a, the lid 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 lid arrangement 45b, the lid arrangement 45b being connected to the head part 33b of the second clamping device 30b via a clip and/or latching connection.

• das zumindest eine Verbindungs- und/oder Funktionselement 81 ist derart in der Bodenschienenanordnung 80 angeordnet, dass in einer Schließstellung des zumindest einen ersten verfahrbaren Türflügels 2a eine Nebenschließkante des zumindest einen ersten verfahrbaren Türflügels 2a über dem zumindest einen Verbindungs- und/oder Funktionselement 81 positioniert ist.

A further embodiment particularly develops claim 13 and reads:

• the at least one connecting and/or functional element 81 is arranged in the floor rail arrangement 80 in such a way 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 is positioned above the at least one connecting and/or functional element 81 is.

• das zumindest eine Verbindungs- und/oder Funktionselement 81 umfasst eine Zarge, die sich in Richtung der Profilrahmenanordnung 7 erstreckt;
• der erste feststehende Türflügel 5a umfasst eine Befestigungsöffnung in die die Zarge eingreift.

A further embodiment particularly develops the previous paragraph or claim 13 and reads:

• 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 includes a fastening opening into which the frame engages.

• das Verbindungs- und/oder Funktionselement 81 umfasst eine Arretierungsvorrichtung, die ein Arretierungselement aufweist, das von einer Freigabeposition, in welcher der zumindest eine erste verfahrbare Türflügel 2a von einer Offenposition in eine Schließposition und umgekehrt verfahrbar ist, in eine Sperrposition überführbar ist, in welcher das Arretierungselement in eine Arretierungsöffnung des zumindest einen ersten verfahrbaren Türflügels 2a eingreift, sodass dieser verriegelt ist.

A further embodiment particularly develops the two previous paragraphs or claim 13 and reads:

• the connecting and/or functional element 81 comprises a locking device which has a locking element which can be moved 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, 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 it is locked.

• der erste verfahrbare Türflügel 2a ist ein Flügel einer Schiebetür oder ein Flügel einer Teleskopschiebetür;
• es ist noch ein stationär angeordneter erster Schutzflügel 70a vorgesehen;
• der erste Schutzflügel 70a verläuft parallel aber beabstandet zu dem ersten feststehenden Türflügel 5a, wobei zwischen dem ersten Schutzflügel 70a und dem ersten feststehenden Türflügel 5a ein Abstandsraum 71 gebildet ist, in den der erste verfahrbare Türflügel 2a einfahrbar ist;
• es sind mehrere Dichtelemente 72 vorgesehen und derart angeordnet, dass Spalte 73 zwischen dem ersten Schutzflügel 70a und der Bodenanordnung und/oder der Deckenanordnung und/oder der zweiten Tragstruktur 25b des Gebäudes und/oder dem ersten verfahrbaren Türflügel 2a abdichtbar sind.

A further embodiment particularly develops one of the claims and reads:

• the first movable door leaf 2a is a leaf of a sliding door or a leaf of a telescopic sliding door;
• There is also a stationary first protective wing 70a provided;
• the first protective wing 70a runs parallel but at a distance from the first fixed door wing 5a, with between the first protective wing 70a and the first fixed door leaf 5a is formed with a spacing space 71 into which the first movable door leaf 2a can be retracted;
• There are several sealing elements 72 provided and arranged in such a way 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 leaf 2a can be sealed.

• der erste verfahrbare Türflügel 2a umfasst einen Profilrahmen 75, der an einer Nebenschließkante des ersten verfahrbaren Türflügels 2a angeordnet ist;
• der erste Schutzflügel 70a umfasst einen Profilrahmen, der an einem Vertikalrand des ersten Schutzflügels 70a angeordnet ist;
• der Profilrahmen 75 des ersten verfahrbaren Türflügels 2a ist in einer Schließposition neben dem Profilrahmen des ersten Schutzflügels 70a angeordnet;
• ein Dichtelement 72 ist am Profilrahmen 75 des ersten verfahrbaren Türflügels 2a und/oder am Profilrahmen des ersten Schutzflügels 70a angeordnet.

A further embodiment particularly develops the previous paragraph and reads:

• 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 includes a profile frame 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.

• es ist ein zweiter verfahrbarer Türflügel 2b vorgesehen, welcher auf einer zweiten Teilstrecke 3b in Längsrichtung des Türsystems 1 verschiebbar ist;
• es ist ein zweiter feststehender Türflügel 5b vorgesehen, der stationär angeordnet ist, wobei der zweite verfahrbare Türflügel 2b gegenüber dem zweiten feststehenden Türflügel 5b verschiebbar ist;
• der zweite feststehende Türflügel 5b umfasst eine Scheibenanordnung 6, die eine Vorderseite, eine der Vorderseite gegenüberliegende Rückseite, einen oberen Rand, einen unteren Rand, einen ersten Vertikalrand und einen dem ersten Vertikalrand gegenüberliegenden zweiten Vertikalrand umfasst;
• die erste Klemmvorrichtung 30a ist dazu ausgebildet, den oberen Rand des zweiten feststehenden Türflügels 5b direkt oder indirekt an die erste Tragstruktur 25a des Gebäudes zu drücken und mit dieser zu verklemmen und/oder eine dritte Klemmvorrichtung ist vorgesehen und dazu ausgebildet, den ersten Vertikalrand des zweiten feststehenden Türflügels 5b, der einen ersten Flügel-Klemmabschnitt umfasst, über diesen ersten Flügel-Klemmabschnitt an eine dritte Tragstruktur des Gebäudes zu drücken und mit dieser zu verklemmen.

A further embodiment particularly develops one of the claims and reads:

• a second movable door leaf 2b is provided, which can be moved along a second section 3b in the longitudinal direction of the door system 1;
• 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 assembly 6 which includes a front side, a back 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 first clamping device 30a is designed to press the upper edge of the second fixed door leaf 5b directly or indirectly onto the first support structure 25a of the building and to clamp it with it and / or a third clamping device is provided and designed to clamp the first vertical edge of the second fixed door leaf 5b, which has a first Wing clamping section includes pressing this first wing clamping section onto a third supporting structure of the building and clamping it with this.

Claims (15)

1. An automatic door system (1) for a building, in particular comprising a sliding door or a telescopic sliding door or a folding door, with the following characteristics:

   - a first displaceable leaf (2a) is provided, which is movable along a first section (3a) in the longitudinal direction of the door system (1),

   - at least one first driving device (4) is provided, operatively connected to the at least one first displaceable leaf (2a) so that the first displaceable leaf (2a) is movable along the first section (3a);

   - a first fixed leaf (5a) is provided, which is stationary, the first displaceable leaf (2a) being movable relative to the first fixed leaf (5a);

   - the first fixed leaf (5a) comprises a pane structure (6) comprising a front side (6a), a reverse 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;

   characterized in that the door system has the following additional characteristics:

   - a first and/or second clamping device (30a, 30b) is present;

   - the first clamping device (30a) is attachable on a first supporting structure (25a) of the building above the fixed leaf (5a) and/or the second clamping device (30b) is attachable on a second supporting structure (25b) of the building beside the first vertical edge (6e) of the first fixed leaf (5a);

   - the first clamping device (30a) is formed to press the upper edge (6c) of the first fixed leaf (5a), directly or via a profile frame structure, against the first supporting structure (25a) of the building and to clamp it to the same, whereby a first panel (60) of the building is additionally pressable against the first supporting structure (25a) of the building and clampable with the same by the first clamping device (30a), and/or the second clamping device (30b) is formed to press the first vertical edge (6e) of the first fixed leaf (5a), comprising a first leaf clamping section (9), via said first leaf clamping section (9), against the second supporting structure (25b) of the building and to clamp it to the same.
2. The automatic door system (1) according to claim 1, characterized by the following characteristic:

   - a second panel (61) of the building is additionally pressable against the second supporting structure (25b) of the building and clampable with the same by the second clamping device (30b).
3. The automatic door system (1) according to claim 1 or 2, characterized by the following characteristics:

   - the upper edge (6c) of the first fixed leaf (5a) is attached to a lower side (7a) of the profile frame structure (7) ;

   the profile frame structure (7) comprises a profile clamping section (8);

   the first clamping device (30a) is formed to press the profile frame structure (7) via the profile clamping section (8) against the first supporting structure (25a) of the building and to clamp it to the same, whereby the first fixed leaf (5a) is pressed against the first supporting structure (25a) of the building and clamped with the same; or

   - an upper clamping section (19) is formed by sections of the front side (6a) and the reverse side (6b) of the pane structure (6) on the upper edge (6c) of the first fixed leaf (5a) and the first clamping device (30a) encompasses the upper clamping section (19), whereby the first fixed leaf (5a) is pressed directly against the first supporting structure (25a) of the building and clamped with the same.
4. The automatic door system (1) according to claim 3, characterized by the following characteristics:

   - the profile frame structure (7) on its upper side (7b) comprises a profile frame flange (8a) projecting upward, forming the profile clamping section (8); and/or

   - the first leaf clamping section (9) is formed by sections of the front side (6a) and the reverse side (6b) of the pane structure (6) on the first vertical edge (6e) of the first fixed leaf (5a).
5. The automatic door system (1) according to claim 3 or 4, characterized by the following characteristics:

   - the pane structure (6) with its first vertical edge (6e) projects beyond a first front face (7c) of the profile frame structure (7);

   - the profile frame structure (7) comprises a profile extension (9a) that is arranged on and screwed to the first front face (7c) of the profile frame structure (7) and extends from the lower side (7a) of the profile frame structure (7) to the upper side (7b) of the profile frame structure (7);

   - the profile extension (9a) extends the profile frame structure (7) in the longitudinal direction and ends flush with the first vertical edge (6e) of the pane structure (6), whereby the first leaf clamping section (9) extends to the upper side (7b) of the profile frame structure (7).
6. The automatic door system (1) according to any one of claims 3 to 5, characterized by the following characteristics:

   - a third compensation element (8c) is present, which is arranged on the upper edge (6c) of the fixed leaf (5a), thereby widening the upper clamping section (19); and/or

   - a second compensation element (9b) is present, which is arranged on the first vertical edge (6e) of the fixed leaf (5a), thereby widening the first leaf clamping section (9).
7. The automatic door system (1) according to claim 6, characterized by the following characteristics:

   - the third compensation element (8c) has a thickness chosen so that the thickness of the pane structure (6) and the thickness of the third compensation element (8c) corresponds to a thickness of the first panel (60) of the building, which is mountable above the pane structure (6); and/or

   - the second compensation element (9b) has a thickness chosen so that the thickness of the pane structure (6) and the thickness of the second compensation element (9b) corresponds to a thickness of a second panel (61) of the building, which is mountable beside the first vertical edge (6e) of the first fixed leaf (5a).
8. The automatic door system (1) according to any preceding claim, characterized by the following characteristics:

   - the first and/or second clamping device (30a, 30b) comprises a foot piece (31a, 31b), at least one connecting element (32a, 32b), and a head piece (33a, 33b);

   - the foot piece (31a, 31b) of the first and/or second clamping device (30a, 30b) is screwable to and/or rivetable to and/or weldable to and/or interlockable with the first and/or second supporting structure (25a, 25b);

   - the foot piece (31a, 31b) of the first and/or second clamping device (30a, 30b) comprises a U-shaped receiver profile (35), which extends along the longitudinal axis of the first and/or second clamping device (30a, 30b);

   - the foot piece (31a, 31b) comprises first and second supporting surfaces (36, 37), extending on both sides of the U-shaped receiver profile (35), parallel to it in the longitudinal direction of the foot piece (31a, 31b);

   - the head piece (33a, 33b) of the first and/or second clamping device (30a, 30b) is plate-shaped and comprises a plurality of openings (38) extending in the longitudinal direction;

   - the head piece (33a, 33b) comprises first and a second supporting surfaces (39, 40), extending on both sides of the plurality of openings (38), parallel to them in the longitudinal direction of the head piece (33a, 33b);

   - the at least one connecting element (32a, 32b) extends through at least one opening (38) of the head piece (33a, 33b) and into the U-shaped receiver profile (35) of the foot piece (31a, 31b), whereby the head piece (33a, 33b) and the foot piece (31a, 31b) are connected to each other.
9. The automatic door system (1) according to claim 8, characterized by the following characteristics:

   - the at least one connecting element (32a, 32b) is a screw;

   - the U-shaped receiver profile (35) comprises multiple connecting grooves (41) arranged on the interior walls and extending in the longitudinal direction of the U-shaped receiver profile (35);

   - the connecting grooves (41) in reference to a height of the U-shaped receiver profile (35) are offset against each other;

   - an external thread of the screw is screwable to the U-shaped receiver profile (35), whereby the head piece (33a, 33b) is movable towards the foot piece (31a, 31b).
10. The automatic door system (1) according to claim 8 or 9, characterized by the following characteristics:

    - the cross-section of the first and/or second supporting surface (36, 37) of the foot piece (31a, 31b) is formed as V-shaped spring elements; and/or

    - the cross-section of the first and/or second supporting surface (39, 40) of the head piece (33a, 33b) is formed as V-shaped spring elements; and/or

    - the foot piece (31a, 31b) and/or the head piece (33a, 33b) consist of or comprise metal and are extrusions.
11. The automatic door system (1) according to any one of claims 8 to 10, and any one of claims 3 to 7, characterized by the following characteristics:

    - the first supporting surface (36) of the foot piece (31a) and the first supporting surface (39) of the head piece (33a) of the first clamping device (30a) encompass the profile clamping section (8) of the profile frame structure (7) or the upper clamping section (19) of the pane structure (6);
    the second supporting surface (37) of the foot piece (31a) and the second supporting surface (40) of the head piece (33a) of the first clamping device (30a) are attachable on a first panel (60) of the building;
    and/or

    - the first supporting surface (36) of the foot piece (31b) and the first supporting surface (39) of the head piece (33b) of the second clamping device (30b) encompass the first leaf clamping section (9) of the first vertical edge (6e) of the first fixed leaf (5a);
    the second supporting surface (37) of the foot piece (31b) and the second supporting surface (40) of the head piece (33b) of the second clamping device (30b) are attachable on a second panel (61) of the building.
12. The automatic door system (1) according to claim 10 or 11, characterized by the following characteristics:

    - the first clamping device (30a) comprises sealing elements (50) arranged between the respective first supporting surface (36, 39) of the foot piece (31a) and the head piece (33a) and the profile clamping section (8) of the profile frame structure (7) or the upper clamping section (19) of the pane structure (6); and/or

    - the second clamping device (30b) comprises sealing elements (50) arranged between the respective first supporting surface (36, 39) of the foot piece (31b) and the head piece (33b) and the first leaf clamping section (9) of the first vertical edge (6e) of the first fixed leaf (5a).
13. The automatic door system (1) according to any preceding claim, characterized by the following characteristics:

    - a floor track structure (80) is provided, extending in the longitudinal direction;

    - the floor track structure (80) comprises at least two floor tracks (80a, 80b) and a connecting and/or functional element (81) ;

    - the two floor tracks (80a, 80b) are connected to each other by the connecting and/or functional element (81);

    - the connecting and/or functional element (81) has a lower thermal conductivity than the two floor tracks (80a, 80b) and is made of or comprises plastic.
14. The automatic door system (1) according to any preceding claim, characterized by the following characteristics:

    - a first cover structure is provided;

    - the first cover structure is arranged between the first clamping device (30a) and a front side (6a) of the pane structure (6) of the first fixed leaf (5a) and extends from the upper edge (6c) of the first fixed leaf (5a) down over a partial height along the front side (6a) of the pane structure (6) of the first fixed leaf (5a).
15. A building with an automatic door system (1) constructed according to any preceding claim, characterized by the following characteristics:

    - a first and/or second supporting structure (25a, 25b) is provided;

    - the first supporting structure (25) lies above the first fixed leaf (5a) and/or the second supporting structure (25b) lies beside the first vertical edge (6e) of the first fixed leaf (5a) ;

    - the first clamping device (30a) is attached to the first supporting structure (25a) of the building above the fixed leaf (5a) and/or the second clamping device (30b) is attached to the second supporting structure (25b) of the building beside the first vertical edge (6e) of the first fixed leaf (5a);

    - the first clamping device (30a) is formed to press the upper edge (6c) of the first fixed leaf (5a), directly or via the profile frame structure, against the first supporting structure (25a) of the building and clamp it to the same; and/or the second clamping device (30b) is formed to press the first vertical edge (6e) of the first fixed leaf (5a), via the first leaf clamping section (9), against the second supporting structure (25b) of the building and clamp it to the same;

    - the first clamping device (30a) is further formed to press a first panel (60) of the building against the first supporting structure (25a) of the building and clamp it to the same and/or the second clamping device (30b) is further formed to press a second panel (61) of the building against the second supporting structure (25b) of the building and clamp it to the same;

    - the front side (6a) of the pane structure (6) of the first fixed leaf (5a) lies in the same plane as one front side (60a, 61a) of the first and/or second panel (60, 61) of the building.

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