ES2902941T3 - Automatic door system, in particular in the form of a sliding door or a telescopic sliding door, and a building with such an automatic door system - Google Patents

Abstract

Automatic door system (1) for a building, comprising in particular a sliding door or a telescopic sliding door, with the following characteristics: - a first movable door leaf (2a) is provided, which is movable along a first partial section (3a) in the longitudinal direction of the door system (1), - at least one first drive device (4) is provided, which is operatively connected to the at least one first movable door leaf (2a) , so that the first movable door leaf (2a) can move along the first partial section (3a); - a first fixed door leaf (5a) is provided, which is arranged in a stationary manner, the movable first door leaf (2a) being displaceable with respect to the first fixed door leaf (5a); - the first fixed door leaf (5a) comprises a panel assembly (6), comprising a front side (6a), a rear side (6b) opposite the front side (6a), an upper edge (6c), a bottom edge (6d), a first vertical edge (6e) and a second vertical edge (6f) opposite the first vertical edge; - a stationary arranged first protection sheet (70a) is provided; - the first protection sheet (70a) runs parallel to, but separate from, the first fixed door sheet (5a), a free space being formed between the first protection sheet (70a) and the first fixed door sheet (5a) (71), to which the first movable door leaf (2a) is movable in an open position; - at least one sealing element (72) is provided and is arranged in such a way that at least one gap (73) between the first protection sheet (70a) and the first sliding door sheet (2a) is sealed.

Description

DESCRIPTION

Automatic door system, in particular in the form of a sliding door or a telescopic sliding door, and a building with such an automatic door system

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

Known automatic door systems are often used at building openings to allow access to the building only at certain times or only for certain people. In this connection, automatic door systems comprise sensor units, which detect persons and automatically open or close a door depending on the detection result. In this respect, the assembly of automatic door systems to date is often difficult, because the installation of these door systems greatly differs from the construction of the rest of the building. Thus, other building elements, such as facade elements or panels, to which window panes also belong, are mounted in the building with other techniques.

A known door system 100 can be drawn, for example, from FIG. 16. A door leaf 101, which can slide in the direction of the arrow in the form of a sliding door, is shown in broken lines. This sliding door leaf is arranged parallel to a fixed leaf 102. This fixed leaf is firmly connected via a profile system 103 with one side of a support structure 104. On another side of the support structure 104 there are 105 panels, in the form of window panes. These panels 105 close building openings other than the door leaf 101 and the fixed leaf 102. This panel 105 is likewise supported by a profile system 106. This profile system 106 is joined, in particular, through a joint with screw 107 firmly with the support 104 of the building. An insulating element 108 ensures that the support 104 is not connected directly to the external area 109 of the building and at the same time to the internal area 110 of the building. Otherwise, a thermal bridge would be generated and the building would cool down very intensely in winter and heat up very intensely in summer. In this regard, the insulation element 108 is arranged in both profile systems 103 (of the fixed leaf 102) and 106 (of the panel 105) and surrounds the support 104.

Disadvantages of the prior art door system are that the installation is laborious and that the door system optically stands out a lot from the remaining façade elements and is often perceived as disturbing and there is often insufficient thermal insulation.

US3992815A and US2013/326973A1 disclose door systems for a building.

Therefore, the aim of the present invention in this case is to create an automatic door system for a building, which is easier to install and integrates in the best possible way in the design of the building. Furthermore, the object of the present invention, in this case, is to create a corresponding building with such an automatic door system.

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

The automatic door system comprises a sliding door leaf, in which case it is in particular a sliding door or a telescopic sliding door. This movable door leaf is movable along a first partial section in the longitudinal direction of the door system. This sliding or shifting is caused by a drive device, which is operatively connected to the sliding door leaf. This drive device can comprise, in addition to an electric motor, also a gear. In this connection, the control of the drive device takes place in particular by means of a control device and corresponding sensor units (eg radar sensors, IR sensors, etc.). In addition to the movable door leaf, a first fixed door leaf is also provided, which is arranged stationary. In this connection, the movable first door leaf can be displaced with respect to the fixed first door leaf. The first fixed door leaf comprises a panel assembly, comprising a front side, a rear side opposite the front side, a top edge, a bottom edge, a first vertical edge and a second vertical edge opposite the first vertical edge. Furthermore, a first protective sheet arranged in a stationary manner is provided. This first protection leaf runs parallel to, but separate from, the first fixed door leaf, a free space being formed between the first protection leaf and the first fixed door leaf, into which the first sliding door leaf can be inserted. an open position. At least one further sealing element is provided and is arranged in such a way that at least one gap between the first protection sheet and the first movable door sheet is sealed. Through the use of a cover leaf, which is necessary in the case of heavy (=thick) sliding door leaves, and its optimum insulation relative to the sliding door leaf, the cooling of the interior of the building is reduced (in winter) or the heating of the interior of the building (in summer).

Preferably, the first movable door leaf comprises a profile frame, which is arranged on a secondary closing edge of the first movable door leaf. The first cover sheet comprises a profile frame, which is arranged at a vertical edge of the first cover sheet. The profile frame of the first sliding door leaf is arranged in a closed position next to the profile frame of the first protection leaf. The at least one sealing element is arranged in the profile frame of the first sliding door leaf and/or in the profile frame of the first protection leaf. In the closed state, the at least one sealing element preferably touches the opposite profile frame. When opening the first sliding door leaf, this sealing element preferably does not come into contact with a glass pane of the first sliding door leaf or the first protection leaf (depending on in which profile frame the at least a sealing element). The same would preferably also apply if an additional sealing element is also arranged between the movable door leaf and the fixed door leaf.

Preferably a profile frame arrangement is further provided, the upper edge of the first fixed door leaf being attached to a lower side of the profile frame arrangement. In this connection, the profile frame arrangement comprises a profile holding section. Alternatively or additionally, the first vertical edge of the first fixed door leaf can also have a corresponding leaf holding section. There is also a first and/or second holding device. In this regard, the first fastening device can be fixed to a first load-bearing building structure above the fixed door leaf and/or the second fastening device can be fixed to a second load-bearing building structure next to the first vertical edge of the door leaf. fixed door leaf. The first clamping device is configured to press the profile frame arrangement through the profile clamping section against the first load-bearing structure of the building and to clamp it therewith and/or the second clamping device is configured to press the first vertical edge of the first door leaf fixed through the first leaf fastening section against the second load-bearing structure of the building and clamped therewith.

It is particularly advantageous if the profile frame arrangement, which is arranged on the upper side of the fixed door leaf and supports it, has a profile holding section, through which the profile frame arrangement can be pressed and thereby the first door leaf fixed against a load-bearing structure (eg a T-bracket) of the building and clamped therewith. In this case, the profile frame arrangement is in particular pressed without screws against the first load-bearing structure of the building and clamped therewith. The expression without screws is to be understood in the sense that no screw is pushed in by the profile frame arrangement itself, which serves for clamping. However, the first holding device can have such a screw. In addition, it is also particularly advantageous if the first vertical edge of the first fixed door leaf also has a corresponding leaf holding section. By means of the second holding device, this first vertical edge of the fixed first door leaf can be pressed without screws against a second supporting structure of the building and clamped therewith. This clamping takes place in particular without screws, which does not mean that the second clamping device cannot have any screws either. In the state of the art, to which DE 102 59 924 B4 also belongs, it is precisely not shown that the fixed door leaf is pressed against the respective supporting structure of the building. On the contrary, in this case the casing of the sliding door leaf is hung from or on the load-bearing structure of the building. A pressure has positive effects in terms of sealing. The design of the building thus appears more uniform. At the same time, the construction of the automatic door system is also possible in a simpler way, because, for example, the same tools can be used for the installation of the building panels that are also used for the installation of the first door leaf. fixed. The construction of the automatic door system does not take place as before from the outside in (due to the necessary insulation), but from the inside out. Installation times can be clearly reduced by using the automatic door system according to the invention.

The use of a profile frame arrangement is not mandatory. It would also be possible for the upper edge of the first fixed door leaf to be pressed directly against the first load-bearing structure of the building. In this case, at least part of the upper edge of the panel assembly of the first fixed door leaf overlaps with the first fastening device. The first fastening device preferably has direct contact with a front side and a rear side at the upper edge of the panel assembly of the first fixed door leaf. However, one or more sealing elements and/or a screen arrangement could still be arranged between the panel assembly and the first holding device. Even so, the first fastening device in this case surrounds the panel assembly directly and overlaps it in a plan view of the front side of the panel assembly at least partially in the region of the upper edge.

Within the framework of a further embodiment of the present invention, the first fastening device preferably has direct contact with the first supporting structure. In a complementary or alternative manner, the second fastening device preferably has direct contact with the second supporting structure.

In a preferred embodiment, a first building panel can additionally be pressed against the first load-bearing building structure by means of the first holding device and clamped therewith. In addition or alternatively, by means of the second clamping device, it can be additionally pressed a second building panel against the second supporting structure of the building and clamped therewith. In this connection, it is particularly preferred that the first or second fastening device can additionally encompass or surround a first or second building panel (for example, an additional benefit glass) and likewise press it against the second load-bearing building structure and hold it by itself. tighten with it. In this way it is achieved that the first fixed door leaf optimally matches the appearance of the building and the front side of the panel assembly of the first fixed door leaf lies in the same plane as a front side of the building panel . In this way there is no abrupt transition from glass surfaces of the building to the automatic door system.

In a preferred embodiment, the profile frame arrangement comprises on its upper side an upwardly protruding profile frame rim, which preferably widens the profile frame arrangement upwards, whereby the retaining section is formed Profile. Complementarily or alternatively, the first leaf holding section is formed by zones on the front side and on the rear side of the panel assembly at the first vertical edge of the first fixed door leaf.

Particularly preferably, the protruding profile frame flange is screwed to the upper side of the profile frame arrangement. Basically it could also form an integral part of it.

More preferably, the protruding profile frame rim has a smaller thickness than the profile frame arrangement.

In a preferred embodiment, the protruding profile frame rim is made of plastic or comprises plastic.

Especially preferably, the panel assembly projects with its first vertical edge beyond a first front side of the profile frame arrangement. The profile frame arrangement then further comprises a profile widening (which can be, for example, in the form of a rim), which is arranged on the first front side of the profile frame arrangement and is screwed to it and extends from the lower side of the profile frame arrangement towards the upper side, in particular towards the profile frame rim. The profile flare extends the profile frame arrangement in the longitudinal direction and ends flush with the first vertical edge of the panel assembly. In this way, the first sash holding section also extends to the upper side of the profile frame arrangement.

Especially preferably, the profile widening is the same thickness as the panel assembly.

In a preferred development of the automatic door system, there is still a first compensating element, which is arranged next to the protruding profile frame rim and runs parallel to it. This enlarges the profile clamping section. The first compensation element is preferably made of plastic and is used when the first fastening device additionally presses a first building panel against the first load-bearing building structure and clamps it therewith, often being the building panels ( for example, window panes) thicker, i.e. wider, than the panel assembly of the first fixed door leaf. In this respect, the thickness (width) of the profile clamping section corresponds to the thickness (width) of the panel assembly, these two elements having to have the same thickness to apply an optimum clamping force to the profile clamping section and to the first panel of the building. For this reason, the thickness (width) of the profile holding section is increased by an additional first compensating element. Alternatively to this a third compensation element can be used. This is arranged at the upper edge of the first fixed door leaf, thereby enlarging an upper retaining section.

There may also be a second compensation element. This is arranged on the first vertical edge of the first fixed door leaf, whereby the first leaf holding section is enlarged.

As explained, the first compensation element is selected from the point of view of its thickness in such a way that the thickness of the panel assembly and the thickness of the first compensation element corresponds in sum to a thickness of the first panel of the building, which can be mounted above the profile frame arrangement. The same would also be valid in the case of using a third compensation element. On the contrary, the second compensation element is selected in terms of its thickness in such a way that the thickness of the panel assembly and the thickness of the second compensation element corresponds in sum to a thickness of a second panel of the building, which can be mounted next to the first vertical edge of the first fixed door leaf. Basically, it is valid that the respective compensation elements are preferably arranged closer to the respective supporting structure of the building than the profile holding section or a top holding section and/or the sash holding section.

In a preferred embodiment, the first and/or second holding device comprises a foot part, at least one connecting element and a head part. The foot part of the first or second fastening device can be screwed and/or riveted and/or welded and/or locked with the first or second load-bearing structure of the building. In this regard, the foot piece comprises a U-shaped receiving profile, which extends along the axis longitudinal of the respective clamping device. The foot part further comprises a first and a second support surface, which extend parallel to the U-shaped receiving profile on both sides in the longitudinal direction of the foot part. The head part of the respective holding device is constructed in the form of a plate and comprises a large number of openings, which extend (preferably in the center of the head part) in the longitudinal direction. The head piece comprises a first and a second bearing surface, which in turn extends on both sides of the large number of openings parallel thereto in the longitudinal direction of the head piece. The at least one connecting element extends through at least one opening in the head part and into the U-shaped receiving profile of the foot part, whereby the head part and the foot part foot are attached to each other. The use of the first or second clamping device, which can be constructed inexpensively, is particularly advantageous. Both clamping devices, ie the head part and the foot part, are preferably extruded profiles and are made of metal. Since the U-shaped receiving profile extends along the longitudinal direction, the connecting element can always protrude into the U-shaped receiving profile and a mechanical connection can take place. Support surfaces, which extend on both sides of the U-shaped receiving profile of the foot part or on both sides of the openings of the head part, allow both the first sash of a fixed door (via the profile fastening section or the leaf fastening section) as a building panel and clamped to the respective load-bearing structure of the building.

In the case of the connection element, it is preferably a screw, the screw head being larger than the respective opening of the head part and not fitting through it. In this case, the U-shaped receiving profile of the foot part of the respective holding device still 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 elastic properties. Basically, sealing elements can still be used, which are in contact with the respective support surface and press against the profile holding section or the sash holding section and the respective building panel. By means of such sealing elements excellent thermal insulation can be achieved with minimal effort. It is no longer necessary to surround the load-bearing structure of the building by a large area with an insulation arrangement.

Optionally, the respective holding 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 clamping and/or latching connection. This cover arrangement can then be seen from outside the building and is designed in such a way that it is adapted to the design of the building.

In a preferred embodiment, the automatic door system further comprises a drive frame arrangement in addition to the profile frame arrangement. This comprises a guide rail, the first movable door leaf being hung on this guide rail. The drive frame arrangement can be screwed to the first load-bearing structure of the building, while the profile frame arrangement is fastened without screws to the drive frame arrangement, in particular, is hung on it. In this connection, the drive frame arrangement runs parallel to the profile frame arrangement, but preferably closer in the direction of the interior of the building. By this hanging of the profile frame arrangement from the drive frame arrangement, the automatic door system can be built from the inside out.

In a preferred embodiment, the automatic door system further comprises a floor rail arrangement, which extends in the longitudinal direction. The floor rail arrangement comprises at least two floor rails and a connecting and/or functional element. The at least two floor rails are connected to each other via the connecting and/or functional element. The connecting and/or functional element has a lower thermal conductivity than the two floor rails and is made of or comprises plastic. In this connection, 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 on the floor rail in such a way that, in a closed position of the at least one first movable door leaf, a closing edge side of the at least one first movable door leaf is located above the at least one connecting and/or functional element. Thereby a high resistance to heat transmission is implemented. Therefore, the interior of the building does not cool down as quickly in winter and does not heat up as quickly in summer.

In a particularly preferred embodiment, which can also be an autonomous inventive idea, a stationary arranged first protective sheet is still provided. This first protection leaf runs parallel to, but separate from, the first fixed door leaf, a free space being formed between the first protection leaf and the first fixed door leaf, into which the movable first door leaf can be inserted. In this connection, particularly preferably several sealing elements are provided and arranged in such a way that gaps between the first protective sheet towards the floor rail arrangement and/or towards a ceiling arrangement and/or towards the second structure of the building and/or towards the first sliding door leaf can be sealed. Such a seal, in order to increase the resistance to heat transmission, has so far never been implemented in protective sheets. Sealing can take place, for example, at through brushes or rubber elements.

The building itself comprises the automatic door system, which is inserted into an opening in the building. The building itself has at least one first and/or second load-bearing structure, which are preferably oriented at right angles to each other. The first supporting structure (in some embodiments can also be called a lintel) 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 or the second supporting structure runs along the first vertical edge of the first fixed door leaf in the direction of the profile frame arrangement. The first fastening device is fixed (directly) to the first load-bearing structure of the building above the fixed door leaf and/or the second fastening device is fixed (directly) to the second load-bearing structure of the building next to the first vertical edge of the first fixed door leaf. The first clamping device is then configured to press the profile frame arrangement (indirectly) through the profile clamping section against the first load-bearing structure of the building and clamp it therewith. In the case of omitting the profile frame arrangement, the first fastening device is configured to directly press the upper edge of the panel assembly of the first fixed door leaf against the first load-bearing structure of the building and clamp it with the same . On the contrary, the second fastening device is configured to press the first vertical edge of the fixed first door leaf through the first leaf fastening section against the second load-bearing structure of the building and clamp it therewith. The first fastening device is further configured to press a first building panel against the first supporting structure of the building and clamping therewith and the second fastening device is configured to press the second building panel against the second supporting structure of the building. building and fasten it by tightening with it. In the case of such a construction, the transition from the panel (eg window glass) of the building to the first fixed door leaf can no longer be recognized.

Different 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 of the drawings show in detail:

Figures 1A, 1B: different representations of the automatic door system according to the invention;

Figures 2A, 2B, 2C: enlarged representations of areas of Figures 1A and 1B;

Figure 3: a three-dimensional representation of a fixed door leaf;

figure 4: an enlarged representation of an area of figure 3;

FIGS. 5, 6: cross sections through exemplary embodiments of the automatic door system according to the invention in the region of a profile frame arrangement;

Fig. 6A: a cross section of a further embodiment of the automatic door system according to the invention, the first clamping device pressing the upper clamping section of the fixed door leaf directly against the first load-bearing structure of the building;

Figures 7A, 7B: different views of the first and/or second holding device;

Figure 8: a cross-section of a second fastening device mounted on a second load-bearing structure of the building;

FIG. 9: a three-dimensional representation of a further exemplary embodiment of the automatic door system with a first and second compensation element;

figure 10: an enlarged representation of an area of figure 9;

Figure 11: a cross section of a first fastening device mounted on a first load-bearing structure of the building with a first compensation element;

Figure 11A: a cross-section of a first fastening device mounted on a first bearing structure of the building with a first compensating element, the first fastening device directly pressing the upper fastening section of the fixed door leaf against the first structure building load-bearing;

Figure 12: a cross section of a second fastening device mounted on a second load-bearing structure of the building with a second compensation element;

Figure 13: A cross section of a second clamping device mounted on a second load-bearing structure of the building with a second compensation element and a protection sheet;

FIG. 14: a three-dimensional representation of a further exemplary embodiment of the automatic door system with a protection sheet;

FIG. 15: a three-dimensional 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; Y

Figure 16: A cross-section of a part of a state-of-the-art automatic door system.

Figure 1A shows a front view of the automatic door system 1, which can be inserted in a building. In this case it is an automatic door system 1 with sliding doors. Figure 1B shows a three-dimensional view of a rear side of the automatic door system 1 of Figure 1A. Figures 2A, 2B and 2C show different views of an area marked with a dashed line, which is drawn in Figures 1A and 1B.

The automatic door system comprises a first movable door leaf 2a, which is movable along a first partial section 3a in the longitudinal direction X of the door system 1.

In addition, at least one first drive device 4 (see FIG. 6) is provided, which is operatively connected to the at least one first movable door leaf 2a, so that the first movable door leaf 2a can be moved along of the first partial section 3a.

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

The first fixed door leaf 5a comprises a panel assembly 6, comprising a front side 6a, a rear side 6b opposite the front side 6a, an upper edge 6c, a lower edge 6d, a first vertical edge 6e and a second vertical edge. portrait 6f. The front side 6a of the first fixed door leaf 5a is preferably directed closer to an external side 10 of the building than a rear side 6b, which is preferably directed closer to an internal side 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, the upper edge 6c of the first fixed door leaf 5a being attached to a lower side 7a of the profile frame arrangement 7. The profile frame arrangement profile 7 comprises a profile holding section 8, while the first vertical edge 6e of the first fixed door leaf 5a comprises a leaf holding section 9. However, this profile frame arrangement 7 is optional in view of Figures 6A, 11A.

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

This protruding profile frame rim 8a runs along the entire length of the profile frame arrangement 7. Basically it would be possible for the profile frame rim 8a to also run only along a partial length or along most of the length of the upper side 7b of the profile frame arrangement 7.

In the illustrated exemplary embodiments, the protruding profile frame flange 8 is screwed to the upper side 7b of the profile frame arrangement 7. Basically, it could also form an integral part of it.

The protruding profile frame rim 8a preferably has a smaller thickness than the profile frame arrangement 7 (at least the upper side 7b of the profile frame arrangement 7). This can be deduced, for example, from figure 5.

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

The protruding profile frame flange 8a is made of or comprises plastic.

Figure 2C, which represents an enlarged representation of the broken line area of Figure 1A, shows that the panel assembly 6 of the first fixed door leaf 5a protrudes with its first vertical edge 6e beyond a first front side 7c of the profile frame arrangement 7. The profile frame arrangement 7 thus comprises a profile widening 9a, which is arranged on the first front side 7c of the profile frame arrangement 7 and is in particular screwed with the same. The profile widening 9a extends from the lower side 7a of the profile frame arrangement 7 towards the upper side 7b of the profile frame arrangement 7. The profile widening 9a extends the profile frame arrangement 7 in the longitudinal direction and ends flush with the first vertical edge 6e of the assembly of panel 6, whereby the first sheet holding section 9 extends to the upper side 7b of the profile frame arrangement 7.

The first sheet holding section 9 is represented with a dotted line. The profile holding section 8 is represented with a dotted line.

From figure 2B it is clear that the profile widening 9a has the same thickness as the panel assembly 6.

In figures 9, 10, 11, 12 and 13 a further embodiment of the profile holding section 8 and the sheet holding section 9 is shown. Referring to figure 10, which shows an increase in the broken line area of Fig. 9, a first compensating element 8b is provided, which is arranged next to the protruding profile frame rim 8a, thereby enlarging the profile holding section 8.

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

The second compensating element 9b is further arranged next to the profile widening 9a, whereby the first sash holding section 9 is enlarged up to the upper side 7b of the profile frame arrangement 7.

A third compensation element 8c is shown in FIG. 11A, the exemplary embodiments of FIGS. 6A, 11A dispensing 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 are made of or comprise plastic.

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

By means of FIGS. 4 and 5, the mode of operation of the profile frame arrangement 7 is described in more detail below. The embodiments with respect to objects, which are explained in connection with the description of the profile frame arrangement 7 and which are also contained in the exemplary embodiments, which manage without a profile frame arrangement 7 (FIGS. 6A, 11A), are also valid for these exemplary embodiments. The profile frame arrangement 7 comprises a first profile frame unit 15a and a second profile frame unit 15b. The first profile frame unit 15a comprises two profile parts 15a-i, 15a2, which are connected to each other via a connecting element 16a. The connecting element 16a has a lower thermal conductivity than the two profile parts 15a-i, 15a2. The connecting element 16a is preferably clamped with both profile parts 15a-i, 15a2, in particular it is inserted into a corresponding receiving groove of the two profile parts 15a-i, 15a2. The connection of the two profile parts 15a-i, 15a2 via the connecting element 16a preferably takes place without screws.

The panel assembly 6 of the first fixed leaf 5a is supported by the two profile parts 15a-i, 15a2. These surround the panel assembly 6 at its upper edge 6c.

The two profile parts 15a-i, 15a2 are preferably extruded parts and are furthermore preferably made of metal, in particular aluminum. The connecting element 16a is also preferably an extrusion and is furthermore preferably made of a plastic. The two profile parts 15a-i, 15a2 preferably do not touch, ie they are arranged without contact with each other.

The second profile unit 15b (see figure 5) also comprises two profile parts 15b-i, 15b2. Both profile parts 15b-i, 15b2 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 15b-i, 15b2 of the second profile frame unit 15b. The two profile parts 15b-i, 15b2 preferably do not touch, ie they are arranged without contact with each other.

The two profile parts 15b-i, 15b2 of the second profile frame unit 15b are preferably extruded parts and are further preferably made of or comprise metal, in particular aluminum. The connecting element 16b is preferably made of or comprises plastic and is furthermore preferably an extruded part.

The first profile frame unit 15a is arranged at least partially between two profile parts 15b-i, 15b2 of the second profile frame unit 15b on its underside and is clamped and/or screwed with the second profile unit. profile frame 15b. In particular, the first profile parts 15a-i, 15b1 of both profile frame units 15a, 15b are clamped or screwed together. The same also applies to the second profile parts 15a2, 15b2 of both profile frame units 15a, 15b, which are preferably equally clamped or screwed together.

The profile holding section 8 of the profile frame arrangement 7 is arranged on an upper side 17 of the second profile frame unit 15b of the profile frame arrangement 7. In the case of this upper side 17 it is also from the upper side 7b of the profile frame arrangement 7.

A screw connection 18 is provided for screwing the profile holding section 8, in which case it is in particular the protruding profile frame flange 8a, with the second profile frame unit 17b. This screw connection 18 passes through both the profile frame flange 8a and the upper side 17 of the second profile frame unit 17b.

The first compensation element 8b (see FIG. 11) can likewise be screwed to this upper side 17 of the second profile frame unit 15b. However, it can also be clamped. A screw connection with the protruding profile frame flange 8a would also be possible.

In FIG. 5, a drive frame arrangement 20 is likewise shown, which has a guide rail, the first sliding door leaf 2a being suspended in this guide rail. The drive frame arrangement 20 is bolted to the first supporting structure 25a of the building (see FIG. 6 or 6A). Next to the first movable door leaf 2a, a housing 21 is shown in broken lines, in which, for example, the guide rail and/or the drive device 4 are arranged.

In this connection, the profile frame arrangement 7 is fastened without screws to the drive frame arrangement 20. This fastening can take place by means of a hanger. For this purpose, the profile frame arrangement 7 comprises a latching projection 22, which engages in a latching depression 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 load-bearing structure 25a of the building.

In addition to the explained interlocking between the profile frame arrangement 7 and the drive frame arrangement 20, a first and/or second clamping device 30a, 30b is still described with reference to FIGS. 7A and 7B. The first fastening device 30a is attached to a first load-bearing structure 25a of the building, which is arranged above the fixed door leaf 5a (see figure 6 or 6A). On the contrary, the second fastening device 30b is fixed to a second bearing structure 25b of the casing, which runs along the first vertical edge 6e of the first fixed door leaf 5a (see figure 8). The respective holding device 30a, 30b is preferably in physical contact with the respective supporting structure 25a, 25b (for example, the cap).

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

The first clamping device 30a is designed to press the profile frame arrangement 7 through the profile clamping section 8 against the first support structure 25a of the housing and to clamp it therewith. On the contrary, the second clamping device 30b is configured to press the first vertical edge 6e of the first fixed door leaf 5a through the first leaf clamping section 9 against the second supporting structure 25b of the casing and clamp it by tighten with it. In this case, the upper edge 6c of the first fixed door leaf 5a is pressed indirectly against the first bearing structure 25a of the building (via the profile frame arrangement 7) and clamped therewith. This situation is shown, for example, in figures 6 and 11. Looking to figures 6A and 11A, the first holding device 30a is configured to press the upper edge 6c of the first fixed door leaf 5a directly against the first bearing structure 25a of the building and fasten it by clamping with it. In this case, the first clamping device 30a surrounds the upper edge 6c.

The first or second holding 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 holding device 30a or 30b can be screwed and/or riveted and/or welded and/or locked with the first or second supporting structure 25a, 25b.

The foot part 31a, 31b of the first or second holding device 30a, 30b comprises a U-shaped receiving profile 35, which extends along the longitudinal axis of the first or second holding device 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, while the second support surface 37 it extends on the opposite side of the U-shaped receiving profile 35 and runs parallel to it in the longitudinal direction of the respective foot part 31a, 31b.

The respective head part 33a, 33b of the first or second holding device 30a, 30b is plate-shaped and comprises a large number of openings 38. These openings 38 are arranged offset from one another and run in the longitudinal direction. They could also be partially attached to each other or completely separate from each other. The respective head part 33a, 33b also comprises a first bearing surface 39 and a second bearing surface 40. The first bearing surface 39 extends on one side, which is arranged adjacent to the openings 38, while the The second support surface 40 extends on a second side of the openings 38 opposite the first side. The two support surfaces 39, 40 are oriented parallel to one another and extend in the longitudinal direction of the head part 33a, 33b.

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

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

The U-shaped receiving profile 35 comprises several grooves, which are arranged one above the other and extend in the longitudinal direction. In this case, one can also speak of connecting grooves 41, which are arranged offset from one another with respect to a height of the U-shaped receiving profile 35.

An external thread of the screw 32a, 32b can then engage with the U-shaped receiving profile 35, whereby the head part 33a, 33b can move towards the respective foot part 31a, 31b and is mechanically (in a mechanical way) connected. separable) with it.

Since 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 foot part head 33a, 33b, can always come into contact with the foot piece 31a, 31b and produce a mechanical connection.

Furthermore, it is shown that the first and second contact surfaces 36, 37 of the respective foot part 31a, 31b are V-shaped in cross-section. In this case, the opening is directed in the direction of the receiving profile. U-shaped 35. The respective first and/or second support surface 36, 37 can also be said to be folded. In this way a spring action is set.

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

The foot piece 31a, 31b or the head piece 33a, 33b are preferably formed of or comprise metal. The respective foot part 31a, 31b and the respective head part 33a, 33b are preferably extruded parts.

Furthermore, it can be seen that the first and second holding devices 30a, 30b still have a cover arrangement 45a or 45b in each case. In this connection, this cover arrangement 45a, 45b is connected to the respective head part 33a, 33b of the first or second holding device 30a, 30b via a clamping and/or latching connection. In the case of a mounted lid arrangement 45a, 45b, the respective connecting elements 32a, 32b are not visible from the outside. Between the cover arrangement 45a, 45b and the respective head part 33a, 33b, a seal (not shown) can also be arranged.

In principle, it is also possible for the first retaining device 30a to still have sealing elements 50 (see FIG. 6, 6A), which are arranged between the respective contact surface 36, 37 or 39, 40. In this case, the sealing elements seal 50 are arranged on the first holding device 30a between the respective first support surface 36, 39 and the profile holding section 8 of the profile frame arrangement 7. In this connection, the first support surface 36 of the foot part 31a and the first support surface 39 of the head part 33a of the first holding device 30a surround the profile holding section 8a of the profile frame arrangement 7. In the exemplary embodiments of FIGS. 6A and 11A, 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 instead surround the upper clamping section 19, which is formed by r the upper edge 6c of the first fixed door leaf 5a. Furthermore, the sealing elements 50 are also arranged in the first holding device 30a between the respective second support surface 37, 40 and the first panel 60 (eg window glass) of the building. However, this is optional. The second bearing surface 37 of the foot part 31a and the second bearing surface 40 of the head part 33a of the first fastening device 30a are fixed to and surround a second building panel 60 (see, for example, the figures 6, 6A).

The same is valid also for the second clamping device 30b (see figure 8). This also comprises sealing elements 50, which are arranged between the respective first support surface 36, 39 and the first sash holding section 9 of the first vertical edge 6e of the first fixed door sash 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 holding device 30b surround the first sheet holding section 9 of the first vertical edge 6e of the first sheet of paper. fixed door 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 fastening device 30b are fixed to a second panel 61 of the building (see Fig. 8).

Both panels 60, 61 are surrounded by the respective holding device 30a, 30b.

In Fig. 8 it is further shown that a front side 6a of the panel assembly 6 of the first fixed door leaf 5a in the same plane is found as a front side 61a of the second panel 61. The second panel 61 is a panel arrangement , which in this case is preferably composed of several glass crystals. In this case, the second panel 61 has the same thickness as the panel assembly 6 of the first fixed door leaf 5a. By tightening the at least one connecting element 32b configured as a screw of the second clamping device 30b, the head part 33b is additionally pressed in the direction of the foot part 31b, whereby the second panel 61 is surrounded or clamped or it is gripped by the second bearing surfaces 37 or 40 of the head part 33b or foot part 31b. The same is also valid for the leaf holding section 9 at the first vertical edge 6e of the first fixed door leaf 5a. It is surrounded or embraced or gripped by the first support surfaces 36 or 39 of the head part 33b or foot part 31b.

In this regard, the second fastening device 30b is attached only to one side of the second supporting structure 25b.

Both the second building panel 61 and the panel assembly 6 of the first fixed door leaf 5a are arranged closer to the external side 10 of the building than the second supporting structure 25b.

The at least one connection element 32b of the second fastening device 30b in the form of a screw does not screw into the second supporting structure 25b.

The second load-bearing structure 25b is thermally insulated with respect to the external side 10 of the building for most of its length only by means of the panel assembly 6 of the first fixed door leaf 5a and the second panel 61 of the building and by means of sealing elements 50, which are arranged (ie the sealing elements 50) between the head part 33b and the foot part 31b of the second holding device 30b. The second supporting structure 25b does not come into contact for most of its length with sealing elements 50, which are made of plastic or foam.

In Figure 6 it is also shown that a front side 6a of the panel assembly 6 of the first fixed door leaf 5a is in the same plane as a front side 60a of the first panel 60. The first panel 60 is a panel arrangement , which in this case is composed of several glass crystals. In this case, the first panel 60 has the same thickness as the panel assembly 6 of the first fixed door leaf 5a. By tightening the at least one screw-shaped connecting element 32a of the first clamping device 30a, the head part 33a is additionally pressed in the direction of the foot part 31a, thereby encircling or embracing or gripping the first panel 60 by means of the second bearing surfaces 37 or 40 of the head part 33a or of the foot part 31a. The same is also valid for the profile holding section 8 of the first fixed door leaf 5a. This is surrounded or embraced or gripped by the first bearing surfaces 36 or 39 of the head part 33a or the foot part 31a. In FIG. 6A, the first support surfaces 36 or 39 of the head part 33a or foot part 31a, on the other hand, surround the upper retaining section 19, which is formed by the upper edge 6c of the first fixed door leaf 5a.

In this connection, the first holding device 30a is (directly) attached only to one side of the first supporting structure 25a.

Figure 12 shows a view similar to figure 8. Unlike this, the second panel 61 is thicker than the panel assembly 6 of the first fixed door leaf 5a. The panel assembly 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 building panel 61 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 and thereby enlarges the first sheet holding section 9. The second compensation element 9b is selected from the point of view of its thickness in such a way that the thickness of the panel assembly 6 and the thickness of the second compensation element 9b correspond 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 with the panel assembly 6. Preferably it does not protrude beyond the panel assembly 6 in the direction of the connecting element 32b of the second fastening device 30b or in the direction of the second panel 61, but more preferably ends flush with the panel assembly 6.

The second compensation element 9b preferably also does not protrude beyond the second fastening device 30b, in particular beyond the foot part 31b of the second fastening device 30b in the direction of passage (internal side 11 of the building) of the system. door 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 by 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 fastening device 30b preferably also does not protrude beyond a first or second lateral zone 25b-i, 25b2 of the second bearing structure 25b, but preferably ends flush with this first or second lateral zone 25b-i, 25b2 of the second bearing structure 25b.

The second compensation element 9b is preferably arranged closer to the internal side 11 of the building than the panel assembly 6 of the at least one first fixed leaf 5a.

The same is also valid for the first compensation element 8b. Figure 11 shows a view similar to figure 6. Unlike this, the first panel 60 is thicker than the panel assembly 6 of the first fixed door leaf 5a. The panel assembly 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 building panel 60 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. The same also applies to the exemplary embodiment of FIG. 11A. Here a third compensation element 8c is shown (instead of the first compensation element 8b).

In order to still be able to use the same first clamping device 300, the first compensating element 8b is provided, which is arranged on the profile frame rim 8a and thereby enlarges the first profile clamping section 9. The first compensating element compensation 8b is selected from the point of view of its thickness in such a way that the thickness of the panel assembly 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 bonded with the profile frame flange 8a. Preferably it does not protrude beyond the profile frame flange 8a in the direction of the connecting element 32a of the first fastening device 30a or in the direction of the first panel 60, but preferably ends flush with the panel assembly 6 or before. the same.

The first compensating element 8b preferably also does not protrude beyond the first holding device 300, in particular beyond the foot part 31a of the first holding 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 for a length of less than 70 mm, 65 mm, 60 mm, 55 mm, 50 mm, 45 mm, 40 mm, 35 mm, 30 mm transversely to the direction of the longitudinal axis of the door system 1.

The first fastening device 30a preferably also does not protrude beyond a first or second lateral zone 25a-i, 25a2 of the first bearing structure 25a, but preferably ends flush with this first or second lateral zone 25a-i, 25a2 of the second bearing structure 25a.

The first compensation element 8b is preferably arranged closer to the internal side 11 of the building than the panel assembly 6 of the at least one first fixed leaf 5a.

In figure 11A, the third compensation element 8c is preferably glued with the panel assembly 6. In this respect it is glued, in particular, with the rear side 6b of the panel assembly 6 of the fixed door leaf 5a. In particular, it is glued in the region of the upper edge 6c with the rear side 6b. Preferably it does not protrude beyond the panel assembly 6 in the direction of the connecting element 32a of the first fastening device 30a or in the direction of the first panel 60, but more preferably ends flush with the panel assembly 6.

The third compensation element 8c is preferably arranged closer to the internal side 11 of the building than the panel assembly 6 of the at least one first fixed leaf 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 by 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 figures 6A and 11A it is further shown that the automatic door system 1 does not have any profile frame arrangement 7. The panel assembly 6 of the first fixed door leaf 5a is pressed directly through the first clamping device 30a. against the first bearing structure 25a of the building. The upper edge 6c of the panel assembly 6 of the first fixed door leaf 5a preferably extends further from the ground than the first actuating device 4. In contrast to this, in figures 6 and 11 the panel assembly 6 of the first leaf of the fixed door 5a is pressed indirectly through the profile frame arrangement 7 by the first clamping device 30a against the first load-bearing structure 25a of the building.

Between the first holding device 30a and the front side 6a of the panel assembly 6 of the first fixed door leaf 5a a first screen arrangement could still be provided. The first screen arrangement would extend from the upper edge 6c of the first fixed door leaf 5a for a partial height along the front side 6a of the panel assembly 6 of the first fixed door leaf 5a in the direction of the ground. The screen arrangement preferably extends more than 5 cm, 10 cm, 20 cm, 30 cm, 40 cm or more than 50 cm, but preferably less than 60 cm, 45 cm, 35 cm, 25 cm or less than 15 cm. It is preferably made of or comprises plastic and/or metal (eg aluminium). It is preferably made in one piece and, optionally, it could still be crossed by the at least one connecting element 32a of the first fastening device 30a. A fixing of the screen unit only by clamping (between the head piece 33a and the panel assembly 6 or a sealing element 50) would also be conceivable. Additional sealing elements can still be arranged on the display unit. The screen unit is (in the X direction) preferably as long as the first fixed door leaf 5a.

In Figures 13 and 14 the use of a first protection sheet 70a is further shown. The first protection leaf 70a runs parallel to, but separate from, the first fixed door leaf 5a, with a free space 71 being formed between the first protection leaf 70a and the first fixed door leaf 5a, into which the first sliding door leaf 2a. A plurality of sealing elements 72 are provided and are arranged such that the gaps 73 between the first protection sheet 70a towards the floor (rail) arrangement and/or towards the ceiling arrangement and/or towards the second structure bearing 61 of the building and/or towards the first sliding door leaf 2a are sealed. These various sealing elements 72 are preferably arranged on the side of the first protection sheet 70a, which points in the direction of the free space 71. They could also be arranged on the other side, which points, in particular, in the direction of the interior. of the building. The several sealing elements 72 are preferably fixed only to the first protection sheet 72 and touch the floor (rail) arrangement 80 and/or the roof arrangement and/or the second supporting structure 61. In this way it can be opened manually. the protection sheet 72, in order to be able to carry out a cleaning of the inner sides of the protection sheet 72 or of the first fixed door sheet 5a. Therefore, the sealing elements 72 are arranged at the upper or lower end of the protection sheet 72. Complementarily or optionally, these are also arranged at one or both ends running vertically. One of the vertically running ends is also called the open end. The secondary closing edge of the first sliding door leaf 2a rests on this end in a closing position of the first sliding door leaf 2a. The other end that runs vertically is also called the closed end. This end rests on the second bearing structure 25b of the building.

For the case where the at least one sealing element 72 is arranged on the first protection sheet 70a, it extends in the direction of the first movable door sheet 2a. For the case where the at least one sealing element 72 is arranged on the first movable door leaf 2a, it extends in the direction of the first protection leaf 70a.

The first movable door leaf 2a comprises a profile frame 75 (see FIG. 1B), which is arranged on a secondary closing edge of the first movable door leaf 2a. The first cover sheet 70a also comprises a profile frame, which is arranged on a vertical edge of the first cover sheet 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 protection leaf 70a. A sealing element 72 is arranged in the profile frame 75 of the first sliding door leaf 2a and/or in the profile frame of the first protection leaf 70a. This sealing element 72 is, in particular, one or more brushes and/or rubber bands, which are glued to the corresponding profile frame or inserted into a groove. The slot preferably extends over the entire height or most of the height (more than 60%, 65%, 70%, 75%, 80%, 85%, 90% or more than 95% ) of the respective profile frame 75. In the event of a bonding, the sealing elements 72 extend by the same height. The length of the brushes or rubber bands (how much they protrude) is selected in such a way that these brushes or rubber bands during the displacement of the first sliding door leaf 2a to an open position do not come into contact with the glass surface of the first sliding door leaf. protection (opposite, ie adjacent) 70 or of the first sliding door leaf (opposite, ie adjacent) 2a. A rubber gasket can also be used. In this case, the at least one sealing element 72 is placed in the profile frame 75 of the first sliding door leaf 2a and/or in the profile frame of the first protection leaf 70a in such a way that it projects , ie protrudes, in the respective direction from the other profile frame and in a closing position of the automatic door system 1 comes into contact with this other profile frame. A fastening profile 76 (see FIG. 14) is connected, in particular screwed, to the drive frame arrangement 20 of the sliding door leaf 2a. The sealing elements are also placed between a profile frame 77 of the first fixed door leaf 5a, which it comprises the second vertical edge 6f (see Figure 3), and the profile frame 75 of the first movable door leaf 2a. These sealing elements may be constructed and arranged analogously to sealing elements 72 on cover sheet 70a, referred to herein. This sealing element is in particular one or more brushes, which 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 free space 71 with respect to the external side 10 and with respect to the internal side 11 of the building. These gaskets can be effective both against splash water and against temperature compensation.

So that the air is not compressed in the free space 71 when opening the first sliding door leaf 2a, openings are provided in the upper area of the fixing profile 76 or in the area of the floor (rail) arrangement 80. In particular , the openings are provided in the ceiling arrangement, to which the fixing profile 76 also belongs. The pressure in the free space 71, in the case of a first movable door leaf 2a being opened (the door leaf 2a enters the free space 71), preferably it does not increase above a value, which is greater than 10% or 20% or 30% of the atmospheric pressure in the immediate environment of the automatic door installation 1.

The at least one first protection sheet 70a is manually movable along a longitudinal direction of the door system 1, to clean it. It could also be made to rotate around an axis of rotation. In this way, the free space 71 is accessible from the outside.

In figure 15 an arrangement of floor rails 80 is shown, 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 each other via the connecting and/or functional element. functional 81. The connecting and/or functional element 81 has a lower thermal conductivity than the two floor rails 80a, 80b and is made of or comprises plastic. The floor rail arrangement 80 comprises a guide groove 82, in which an edge 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 al At least one first movable door leaf 2a is located above the at least one connecting and/or functional element 81. In this way, a particularly good thermal insulation is achieved.

The at least one connecting and/or functional element 81 can comprise a drainage opening 83, which is presented, for example, in FIG. 1B and serves to evacuate water, which penetrates in the event of rain in the guide groove 82. .

The at least one connecting and/or functional element 81 can also comprise a skirt, which extends in the direction of the profile frame arrangement 7 and has a length of a few centimeters (for example, less than 10 cm, 5 cm ). The first fixed door leaf 5a comprises a fixing opening corresponding to the skirt, in which the skirt hooks. In this way, the first fixed door leaf 5a can be securely fixed.

The connecting and/or functional element 81 also optionally comprises a retaining device, which has a retaining element, which can be moved from a release position, in which the at least one first movable door leaf 2a can be moved from a open position to a closed position and conversely, to a locked position, in which the retaining element engages in a retaining opening of the at least one first movable door leaf 2a, so that it is locked.

Basically, the connecting and/or functional element 81 can also contain control devices for the installation of the automatic door 1 or a heater, in order to prevent the first movable door leaf 2a from freezing. Corresponding heating wires then run from the connecting and/or functional element 81 along the first and/or second floor rail 80a, 80b.

With reference to figure 1A, a second movable door leaf 2b is also shown, which can be moved, that is to say, move, over a second partial section 3b in the longitudinal direction of the door system 1. A second leaf is also provided fixed door leaf 5b, which is arranged in a stationary manner, the second movable door leaf 2b being able to move with respect to the second fixed door leaf 5b. The second fixed door leaf 5b in turn comprises a panel assembly 6, comprising a front side, a rear side opposite the front side, an upper edge, a lower edge, a first vertical edge and a second vertical edge opposite the front. first vertical edge. The upper edge of the second fixed door leaf 5b is also optionally fixed to the lower side 7a of the profile frame arrangement 7. The first vertical edge of the second fixed door leaf 5b also comprises a second fastening section of leaf. There is furthermore a third clamping device, which is constructed as the first and second clamping devices 30a, 30b. The first fastening device 30a is further fixed to a first load-bearing structure 25a of the building above the second fixed door leaf 5b. It also surrounds the profile holding section 8 with the protruding profile frame rim 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 holding section of profile 8 with the protruding profile frame rim 8a preferably runs continuously through both fixed door leaves 5a, 5b and the opening in between. For the case where no profile frame arrangement 7 is used (see figures 6A, 11A), the upper edge of the panel assembly 6 of the second fixed door leaf 5b is clamped directly through the first fastening device 30a with the first load-bearing structure 25a of the building or is pressed against it. Furthermore, the first or third compensation element 8b, 8c and second compensation element 9b can also extend further into the region of the second fixed door leaf 5b. There may also be a corresponding widening of the profile.

The third fastening device is fixed to a third load-bearing structure of the building next to the first vertical edge of the second fixed door leaf 5b. The third clamping device is configured to press the first vertical edge of the second fixed door leaf 5b by the second leaf clamping section against the third load-bearing structure of the building and clamp it therewith. Furthermore, it is configured to press a third building panel against the third load-bearing structure of the building and clamp it therewith.

The front sides 6a of the panel assemblies 6 of both fixed leaves 5a, 5b preferably run in one plane.

All the statements made for the first sliding door leaf 2a and the first fixed door leaf 5a are also valid for the second sliding door leaf 2b and the second fixed door leaf 5b.

A sealing unit and a moving device are preferably provided. The moving device is configured to press the sealing unit in the closed state of the first movable door leaf 2a against a lower side of the first movable door leaf 2a. In the simplest case, the movement device can be a (reversing) lever, which actuates the first movable door leaf 2a when it moves to or reaches the closed position. The movement device could be part of the connecting and/or functional element 81. The sealing unit would preferably be a sealing strip. During the movement of the first movable door leaf 2a, it would preferably be arranged without contact with the first movable door leaf 2a.

All the embodiments relating to the automatic door system 1, which may also comprise a second movable door leaf 2b and a second fixed door leaf 5b, may also have a second protection leaf, not shown. This second protection sheet is arranged relative to the second sliding door sheet 2b and the second fixed door sheet 5b exactly like the first protection sheet 70a relative to the first sliding door sheet 2a and the first fixed door sheet 5a.

Some aspects of the invention are further highlighted separately below.

A further embodiment refines one of the claims and includes that:

- the at least one sealing element 72 is arranged on the first sliding door leaf 2a and/or on the first protection leaf 70a.

A further embodiment refines one of the claims and includes that:

- the at least one sealing element 72 extends over the entire height of the first protection sheet 70a and/or of the first sliding door sheet 2a;

- the at least one sealing element 72 extends for more than 60%, 65%, 70%, 75%, 80%, 85%, 90% or more than 95% of the height of the first protection sheet 70a and/or of the first sliding door sheet 2a.

A further embodiment refines one of the claims and includes that:

- the at least one sealing element 72 is made in one piece; either

- the at least one sealing element 72 is configured in multiple parts, the multiple parts being arranged without distance next to each other.

A further embodiment refines one of the claims and includes that:

- the at least one sealing element 72 comprises one or more brushes and/or rubber bands.

A further embodiment refines claim 7 in particular and includes that:

- the various additional sealing elements 72 are fixed exclusively to an upper and/or lower and/or closed end of the first protection sheet 70a, in particular, they are glued with it or are inserted in a groove in a profile of the first protection sheet 70a.

A further embodiment refines, in particular, claim 11 or 12 and includes that:

- the profile frame arrangement 7 comprises on its upper side 7b an upwardly protruding profile frame rim 8a, whereby the profile holding section 8 is formed; I

- the first leaf holding section 9 is formed by zones of the front side 6a and the rear side 6b of the panel assembly 6 at the first vertical edge 6e of the first fixed door leaf 5a.

A further embodiment improves in particular the previous paragraph and includes that:

- the protruding profile frame rim 8a runs along a partial length or along the major part of the length of the upper side 7b of the profile frame arrangement 7; I

- the protruding profile frame flange 8a is screwed to the upper side 7b of the profile frame arrangement 7 or forms an integral part thereof.

An additional embodiment improves, in particular, the two previous paragraphs and includes that:

- the protruding profile frame rim 8a has a smaller thickness than the profile frame arrangement 7; and/or - the protruding profile frame rim 8a comprises interruptions along its longitudinal direction and is therefore divided into different segments.

A further embodiment improves, in particular, the previous three paragraphs and includes that:

- the protruding profile frame rim 8a is made of or comprises plastic.

An additional embodiment improves, in particular, claim 12 and includes that:

- the panel assembly 6 protrudes with its first vertical edge 6e above a first front side 7c of the profile frame arrangement 7;

- the profile frame arrangement 7 comprises a profile widening 9a, which is arranged on the first front side 7c of the profile frame arrangement 7 and is screwed thereto and extends from the lower side 7a of the profile arrangement profile frame 7 towards the upper side 7b of the profile frame arrangement 7;

- the profile widening 9a extends the profile frame arrangement 7 in the longitudinal direction and ends flush with the first vertical edge 6e of the panel assembly 6, whereby the first sheet holding section 9 extends to the side top 7b of the profile frame arrangement 7.

An additional embodiment improves, in particular, the previous paragraph and includes that:

- the profile widening 9a has the same thickness as the panel assembly 6 of the first fixed door leaf 5a.

An additional embodiment improves, in particular, the previous six paragraphs and/or claims 11 and/or 12 and includes that:

- there is a first compensating element 8b, which is arranged next to the protruding profile frame rim 8a and thereby enlarges the profile holding section 8; or there is a third compensation element 8c, which is arranged on the upper edge 6c of the fixed door leaf 5a and thereby enlarges the upper holding section 19; I

- there is a second compensation element 9b, which is arranged on the first vertical edge 6e of the fixed door leaf 5a and thereby enlarges the first leaf holding section 9.

An additional embodiment improves, in particular, the previous paragraph and includes that:

- the first compensation element 8b is selected from the point of view of its thickness in such a way that the thickness of the panel assembly 6 and the thickness of the first compensation element 8b correspond to a thickness of a first panel 60 of the building, which can be mounted above the profile frame arrangement 7; or the third compensation element 8c is selected from the point of view of its thickness in such a way that the thickness of the panel assembly 6 and the thickness of the third compensation element 8c corresponds to a thickness of a first panel 60 of the building, which can be mounted above panel assembly 6; I

- the second compensation element 9b is selected from the point of view of its thickness in such a way that the thickness of the panel assembly 6 and the thickness of the second compensation element 9b corresponds to a thickness of a second panel 61 of the building, which it can be mounted next to the first vertical edge 6e of the first fixed door leaf 5a.

A further embodiment improves, in particular, the previous four paragraphs and includes that:

- the second compensation element 9b is arranged next to the widening of the profile 9a, whereby the first sheet holding section 9 is extended to the upper side 7b of the profile frame arrangement 7.

A further embodiment improves, in particular, the previous five paragraphs and includes that:

- the first compensation element 8b or the third compensation element 8c and/or the second compensation element 9b are made of or comprise plastic; I

- the first compensation element 8b or the third compensation element 8c and/or the second compensation element 9b are arranged closer to an internal side 11 of the building than the profile frame flange 8a of the profile frame arrangement 7 or the upper edge 6c of the panel assembly 6 and/or the first vertical edge 6e of the panel assembly 6 of the first fixed door leaf 5a.

A further embodiment improves, in particular, one of claims 11 to 13 and includes that:

- by means of the first fastening device 30a a first building panel 60 can additionally be pressed against the first load-bearing building structure 25a and clamped therewith; I

- by means of the second holding device 30b a second building panel 61 can additionally be pressed against the second supporting structure 25b of the building and clamped therewith.

An additional embodiment improves, in particular, claim 13 and includes that:

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

- the U-shaped housing profile 35 comprises several connecting grooves 41, which are arranged on the internal walls and extend in the longitudinal direction of the U-shaped housing profile 35;

- the connecting grooves 41 are arranged offset from one another with respect to a height of the U-shaped receiving profile 35;

- an external thread of the screw can engage with the U-shaped receiving profile 35, whereby the head part 33a, 33b can move towards the foot part 31a, 31b.

An additional embodiment improves, in particular, the preceding paragraph and/or claim 13 and includes that:

- the first and/or the second contact surfaces 36, 37 of the foot part 31a, 31b are designed in cross section as V-shaped spring elements; I

- the first and/or the second bearing surfaces 39, 40 of the head part 33a, 33b are designed in cross section as V-shaped spring elements; I

- the foot part 31a, 31b and/or the head part 33a, 33b are made of or comprise metal and are extruded parts.

An additional embodiment improves, in particular, claim 13 and includes that:

- 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 profile clamping section 8 of the profile frame arrangement 7 or the upper clamping section 19 of panel assembly 6;

the second bearing surface 37 of the foot part 31a and the second bearing surface 40 of the head part 33a of the first fastening device 30a can be fixed to a first panel 60 of the building; I

- the first support surface 36 of the foot part 31b and the first support surface 39 of the head part 33b of the second holding device 30b surround the first sheet holding section 9 of the first vertical edge 6e of the first sheet fixed door 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 fastening device 30b can be fixed to a second panel 61 of the building.

A further embodiment refines, in particular, the preceding paragraph:

- the first holding device 30a comprises sealing elements 50, which are arranged between the respective first bearing surface 36, 39 of the foot part 31a and of the head part 33a and the profile holding section 8 of the arrangement of profile frame 7 or the upper fastening section 19 of the panel assembly 6; and/or - the second holding device 30b comprises sealing elements 50, which are arranged between the respective first bearing surface 36, 39 of the foot part 31b and of the head part 33b and the first sash holding section 9 of the first vertical edge 6e of the first fixed door leaf 5a.

An additional embodiment improves, in particular, claim 13 and includes that:

- the first holding device 30a comprises a cover arrangement 45a, the cover arrangement 45a being connected to the head part 33a of the first holding device 30a via a clamping and/or latching connection; I

- the second holding device 30b comprises a cover arrangement 45b, the cover arrangement 45b being connected to the head part 33b of the second holding device 30b via a clamping and/or latching connection.

A further embodiment improves, in particular, one of claims 11 to 13 and includes that:

- a second movable door leaf 2b is provided, which can be moved along a second partial length 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 movable second door leaf 2b being able to move with respect to the second fixed door leaf 5b;

- the second fixed door leaf 5b comprises panel assembly 6, comprising a front side, a rear side opposite the front side, an upper edge, a lower edge, a first vertical edge and a second vertical edge opposite the first vertical edge ;

- the first fastening device 30a is configured to press the upper edge of the second fixed door leaf 5b directly or indirectly against the first load-bearing structure 25a of the building and clamp it therewith and/or a third fastening device is provided and configured to press the first vertical edge of the second fixed door leaf 5b, comprising a first leaf-holding section, through this first leaf-holding section against a third load-bearing structure of the building and clamping it with the same.

An additional embodiment improves, in particular, claim 10 and includes that:

- 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 located above the at least one connecting and/or functional element 81.

An additional embodiment improves, in particular, the previous paragraph or claim 10 and includes that:

- the at least one connecting and/or functional element 81 comprises a skirt, which extends in the direction of the profile frame arrangement 7;

- the first fixed door leaf 5a comprises a fixing opening in which the skirt is hooked.

An additional embodiment improves, in particular, the previous two paragraphs or claim 10 and includes that:

- the connecting and/or functional element 81 comprises a retention device, which has a retention element, which can move from a release position, in which the at least one first movable door leaf 2a can move from a position open to a closed position and vice versa, to a locked position, in which the retaining element engages in a retaining opening of the at least one first movable door leaf 2a, so that it is locked.

A further embodiment improves, in particular, one of claims 12 to 13 and includes that:

- the profile frame arrangement 7 comprises a first and a second profile frame unit 15a, 15b; - the first profile frame unit 15a comprises two profile parts 15a-i, 15a2, which are connected to each other via a connecting element 16a, the connecting element 16a having a lower thermal conductivity than the two profile parts 15a-i, 15a2 and the panel assembly 6 being supported by both profile parts 15a-i, 15a2; - the second profile frame unit 15b comprises two profile parts 15b-i, 15b2, which are connected to each other 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-i, 15b2 of the second profile frame unit 15b;

- the first profile frame unit 15a is arranged at least partially between the two profile parts 15b-i, 15b2 of the second profile frame unit 15b on its underside and is clamped and/or screwed with them ;

- the profile holding section 8 is arranged on an upper side 7b, 17 of the second profile frame unit 15b of the profile frame arrangement 7.

An additional embodiment improves, in particular, the previous paragraph and one of claims 12 to 13 and includes that:

- a drive frame arrangement 20 is provided, which has a guide rail, the first sliding door leaf 2a being hung on this guide rail;

- the drive frame arrangement 20 can be screwed with the first load-bearing structure 25a of the building; - the profile frame arrangement 7 is fastened without screws to the drive frame arrangement 20.

A further embodiment refines one of the claims and includes that:

- a sealing unit and a moving device are provided;

- the moving device is configured to press the sealing unit in the closed state of the first movable door leaf 2a against an underside of the first movable door leaf 2a.

The invention is not limited to the exemplary embodiments described. Within the scope of the invention, all the features described and/or drawn can be combined with one another in any desired manner.

Claims (15)

1. Automatic door system (1) for a building, comprising in particular a sliding door or a telescopic sliding door, with the following characteristics: - a first movable door leaf (2a) is provided, which is movable along a first partial length (3a) in the longitudinal direction of the door system (1), - at least one first drive device (4) is provided, which is operatively connected to the at least one first movable door leaf (2a), so that the first movable door leaf (2a) can be moved along of the first partial section (3a); - a first fixed door leaf (5a) is provided, which is arranged in a stationary manner, the movable first door leaf (2a) being displaceable with respect to the first fixed door leaf (5a); - the first fixed door leaf (5a) comprises a panel assembly (6), comprising a front side (6a), a rear side (6b) opposite the front side (6a), an upper edge (6c), a bottom edge (6d), a first vertical edge (6e) and a second vertical edge (6f) opposite the first vertical edge; - a stationary arranged first protection sheet (70a) is provided; - the first protection sheet (70a) runs parallel to, but separate from, the first fixed door sheet (5a), a free space being formed between the first protection sheet (70a) and the first fixed door sheet (5a) (71), to which the first movable door leaf (2a) is movable in an open position; - at least one sealing element (72) is provided and is arranged in such a way that at least one gap (73) between the first protection sheet (70a) and the first sliding door sheet (2a) is sealed. 2. Automatic door system (1) according to claim 1, characterized by the following characteristics: - 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 protection sheet (70a) comprises a profile frame, which is arranged on a vertical edge of the first protection sheet (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 protection leaf (70a); - the at least one sealing element (72) is arranged in the profile frame (75) of the first sliding door leaf (2a) and/or in the profile frame of the first protection leaf (70a). 3. Automatic door system (1) according to claim 2, characterized by the following characteristic: - the at least one sealing element (72) is bonded with the profile frame (75) of the first sliding door leaf (2a) and/or with the profile frame of the first protection leaf (70a); either - the profile frame (75) of the first movable door leaf (2a) and/or the profile frame of the first protection leaf (70a) comprise a groove, the at least one sealing element (72) being inserted in the slot. 4. Automatic door system (1) according to claim 2 or 3, characterized by the following characteristic: - the at least one sealing element (72) is placed in the profile frame (75) of the first sliding door leaf (2a) and/or in the profile frame of the first protection leaf (70a) in such a way so that it projects in the respective direction of the other profile frame and in a closing position of the Automatic Door System (1) comes into contact with this other profile frame. 5. Automatic door system (1) according to any of claims 2 to 4, characterized by the following characteristic: - the at least one sealing element (72) comprises one or more brushes and/or rubbers, the one or more brushes and/or rubbers protruding from the respective profile frame only to the extent that they do not come into contact with the surface of the panel of the first protection sheet (70) or of the first movable door sheet (2a) when the first movable door sheet (2a) is moved to an open position. 6. Automatic door system (1) according to any of claims 2 to 5, characterized by the following characteristics: - at least one additional sealing element is provided; - the first fixed door leaf (5a) comprises a profile frame, which is arranged on a vertical edge of the first fixed door leaf (5a); - the profile frame (75) of the first movable door leaf (2a) is arranged in a closed position next to the profile frame of the fixed door leaf (5a); - the at least one additional sealing element is: a) arranged in the profile frame (75) of the first movable door leaf (2a) and projects towards the profile frame of the first fixed door leaf (5a); I b) arranged in the profile frame of the first fixed door leaf (5a) and projects towards the profile frame (75) of the first movable door leaf (2a). 7. Automatic door system (1) according to any of the preceding claims, characterized by the following characteristic: - a plurality of additional sealing elements (72) are provided and are arranged in such a way that gaps (73) between the first protection sheet (70a) and the floor rail arrangement (80) and/or the arrangement can be sealed roof and/or a second supporting structure (25b) of the building. 8. Automatic door system (1) according to any of the preceding claims, characterized by the following characteristic: - the at least one first protection sheet (70a) is manually movable along a longitudinal direction of the automatic door system (1) or can be rotated around an axis of rotation. 9. Automatic door system (1) according to any of the preceding claims, characterized by the following characteristics: - the free space (71) is bounded upwards by a roof arrangement and downwards by an arrangement of floor rails (80); - openings are provided in the ceiling arrangement and/or the floor rail arrangement (80), whereby air, which is located in the free space (71), can escape in the case of a first door leaf movable (2a) that opens. 10. Automatic door system (1) according to any of the preceding claims, characterized by the following characteristics: - an arrangement of floor rails (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 connected to each other through 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 is made of or comprises plastic. 11. Automatic door system (1) according to any of the preceding claims, characterized by the following characteristics: - the automatic door system (1) comprises a first and/or a second fastening device (30a, 30b); - the first fastening device (30a) can be fixed to a first load-bearing structure (25a) of the building, which runs above the fixed door leaf (5a) and/or the second fastening device (30b) can be fixed to the second bearing structure (25b) of the building, which runs along the first vertical edge (6e) of the first fixed door leaf (5a); - the first clamping device (30a) is configured to press the upper edge (6c) of the first fixed door leaf (5a) directly or through a profile frame arrangement against the first load-bearing structure (25a) of the building and clamping it therewith and/or the second clamping device (30b) is configured to press the first vertical edge (6e) of the first fixed door leaf (5a), which comprises a first leaf clamping section (9 ), through this first sheet fastening section (9) against the second load-bearing structure (25b) of the building and fasten it by tightening with it. 12. Automatic door system (1) according to claim 11, characterized by the following characteristics: - the upper edge (6c) of the first fixed door leaf (5a) is fixed to a lower side (7a) of the profile frame arrangement (7); the profile frame arrangement (7) comprises a profile holding section (8); the first fastening device (30a) is configured to press the profile frame arrangement (7) through the profile fastening section (8) against the first load-bearing structure (25a) of the building and clamp it therewith , whereby the first fixed door leaf (5a) can be pressed against the first load-bearing structure (25a) of the building and can be clamped therewith; either - an upper fastening section (19) is formed by zones on the front side (6a) and on the rear side (6b) of the panel assembly (6) at the upper edge (6c) of the first fixed door leaf (5a) and the first fastening device (30a) surrounds the upper fastening section (19), whereby the first fixed door leaf (5a) can be pressed directly against the first load-bearing structure (25a) of the building and can be fasten by tightening with it. 13. Automatic door system (1) according to claim 11 or 12, characterized by the following characteristics: - the first and/or second fastening device (30a, 30b) comprises a foot piece (31a, 31b), at least one connecting element (32a, 32b) and a head piece (33a, 33b); - the foot part (31a, 31b) of the first and/or second fastening device (30a, 30b) can be screwed and/or riveted and/or welded and/or interlocked with the first and/or second bearing structure (25a, 25b); - the foot piece (31a, 31b) of the first and/or second holding device (30a, 30b) comprises a U-shaped housing profile (35), which extends along the longitudinal axis of the first and/or o second holding device (30a, 30b); - the foot piece (31a, 31b) comprises a first and a second support surface (36, 37), which extend on both sides of the U-shaped housing profile (35) parallel to it in the longitudinal direction of the foot piece (31a, 31b); - the head part (33a, 33b) of the first and/or second holding device (30a, 30b) is plate-shaped and comprises a large number of openings (38), which extend in the longitudinal direction; - the head part (33a, 33b) comprises a first and a second support surface (39, 40), which extend on both sides of the large number 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 enters the U-shaped housing profile (35) of the foot piece (31a, 31b), whereby the head piece (33a, 33b) and the foot piece (31a, 31b) are attached to each other. 14. Automatic door system (1) according to any of claims 11 to 13, characterized by the following characteristics: - a first panel arrangement is provided; - the first panel arrangement is arranged between the first fastening device (30a) and a front side (6a) of the panel assembly (6) of the first fixed door leaf (5a) and extends from the upper edge (6c ) of the first fixed door leaf (5a) going down a partial height along the front side (6a) of the panel assembly (6) of the first fixed door leaf (5a). 15. Building with an automatic door system (1) built according to any of claims 11 to 14, characterized by the following characteristics: - a first and/or a second supporting structure (25a, 25b) are provided; - the first bearing structure (25) runs above the first fixed door leaf (5a) and/or the second bearing structure (25b) runs alongside the first vertical edge (6e) of the first fixed door leaf (5a) ; - the first fastening device (30a) is fixed to the first load-bearing structure (25a) of the building above the fixed door leaf (5a) and/or the second fastening device (30b) is fixed to the second load-bearing structure (25b) of the building next to the first vertical edge (6e) of the first fixed door leaf (5a); - the first clamping device (30a) is configured to press the upper edge (6c) of the first fixed door leaf (5a) directly or through the profile frame arrangement against the first load-bearing structure (25a) of the building and fasten it by tightening with it; and/or the second clamping device (30b) is configured to press the first vertical edge (6e) of the first fixed door leaf (5a) through the first leaf clamping section (9) against the second bearing structure (25b) of the building and fasten it by tightening it; - the first fastening device (30a) is further configured to press a first panel (60) of the building against the first load-bearing structure (25a) of the building and clamp it therewith and/or the second fastening device (30b) it is further configured to press a second building panel (61) against the second supporting structure (25b) of the building and clamp it therewith; - the front side (6a) of the panel assembly (6) of the first fixed door leaf (5a) runs in the same plane as a front side (60a, 61a) of the first and/or second panel (60, 61) of the building.