EP3173568A1 - Door having improved shadow joint drainage - Google Patents

Abstract

Shown and described is a door or a window, in particular with aluminum profiles, comprising a frame frame (1, 1 ') composed of individual frame profiles (2, 22) and a hinged door leaf (3, 3') comprising a circumferential sash profile (4 , 24), between the frame profile (2, 22) and sash profile (4, 24) inner and outer stop seals (9i, 9a) are arranged made of elastic material and wherein between the frame (1,1 ') and door (3, 3' ) is formed a shadow gap (SF). In order to be able to discharge the accumulated surface water in the area of the shadow joints (SF) in a controlled manner and thus to improve the watertightness, it is provided that at least one guide element (19A, 19A) acts on the respective lower end of the outer stop seal (9A) in the shadow joint (SF) and 19B).

Description

The present invention relates to a door, in particular aluminum front door with a composite of individual frame profiles frame and a hinged door mounted therefrom of a revolving sash profile, wherein between the frame profile and sash profile inner and outer stop seals are arranged made of elastic material and wherein between frame and door a Shadow joint is formed.

A generic door consists essentially of a frame construction, a 3-sided circumferential frame profile with a stop on the outside or inside (depending on the type of opening), as well as a door, consisting of a 3-sided circumferential door leaf profile and a door base profile (door sill) or a 4-sided circumferential door leaf profile ( DE 10 2012 111005 A1 ).

The term 'door' is in the context of the entire claims expressly on windows, especially floor to ceiling windows, extend, as they have a similar structure and therefore the same technical problem is based.

Both in residential as well as in the construction of buildings, outdoor access doors, hereinafter referred to as exterior doors, are more and more frequently used for real accessibility in the lower threshold area, i. a nearly thresholdless design, colloquially referred to as a zero barrier called. The threshold version currently used most frequently on exterior doors, a stop threshold with a maximum height of 20 mm is only a compromise solution to meet the requirements for the watertightness of the outside door.

Exterior doors and windows disrupt the hull of a building and present a potential vulnerability to wind and rain. In addition to the connecting joint of the Outside door, there is another joint, the so-called 'shadow gap' between the frame and the wing of the outer door. Such a shadow gap is in good weather conditions quickly a "channel" for rainwater, which completely fills the cavities of the shadow gap and "shoots" along the shadow gap quickly down.

Between the frame and the door is formed by design both inside and outside the aforementioned shadow gap, which is also referred to as Systemfuge. The sealing takes place in the region of the shadow gap via a seal, also called stop seal, which can be arranged both in the frame and in the sash profile. The stop seal is arranged on different levels, hereinafter referred to as sealing levels.

In the case of an inwardly opening outer door, the outer sealing plane is formed vertically and horizontally in the frame by an abutment seal, the inner sealing plane is located vertically on the wing by a stop seal and horizontally above.

In the case of an outward-opening external door, the arrangement of the seals is exactly the opposite, that is in the frame is formed by a stop seal vertically and horizontally above the inner sealing level, the outer sealing level is located on the wing by a stop seal vertically and horizontally above.

In both cases, the important for the watertightness outer sealing layer accordingly only 3 sides circumferentially act. In order to achieve a seal and a sufficient storage height, (ie the height which is necessary to achieve sufficient driving rain in the floor area) in the region of the threshold, it is necessary to use a stop threshold horizontally below.

• Zum einen, in dem die Dichtebene aus dem senkrechten Bereich waagerecht unten über die Anschlagdichtung, bei Sockeltüren durch die Verwendung einer zusätzlichen Anschlagleiste oder bei einem umlaufenden Türflügelprofil durch den entsprechenden Anschlag weiter geführt wird.

In this case, there are two ways of making a seal to the stop threshold:

• On the one hand, in which the sealing plane from the vertical area horizontally below on the stop seal, in pedestal doors by the use of an additional stop bar or a peripheral door leaf profile by the corresponding stop is continued.

The second possibility is a centrally arranged, usually centered (relative to the tread depth) arranged bottom seal, with the ability to seal laterally to the frame. This can be realized both by means of a per se known automatic lowering seal, magnetic seal or drag seal or a combination thereof, such a seal is also referred to as a threshold seal. This results in the three inner, middle and outer sealing planes which are separated from each other by the plane intersection, so that a potential weak point with respect to the watertightness of the roadway arises, above all, at the ends of the respective seal.

Due to the design of the lateral frame seal the middle sealing level in the threshold area here a special role, as this is at the lowest point of all sealing levels, so that water (possibly caused by leaks further above in the door construction) accumulate before this point and the threshold seal in addition can burden.

To make matters worse, that by the often complex profile contours in the door rebate area at the same time required longevity of such a bottom seal hardly or only very difficult a positive sealing is possible. Additional components such as sealing wedges and brushes are used to counteract this. These measures can at best minimize but not eliminate completely the weakening of the sealing function at the respective ends since the sealing plane offset can never be completely closed thereby.

Another both known and effective measure is the use of a weatherboard in the door threshold, which is arranged at the bottom of the door base profile or door leaf profile over the entire wing width. The projection, the depth of the weatherboard and a drip edge, the running down from the top of the door water is led further forward, so that the amount of water dripping onto the threshold is significantly reduced.

However, due to the design, the weatherboard or the weathershank end caps necessary for the covering of the open profile cutting edges terminate in each case on the surface flanking the shadow gap in the door leaf profile, so that water which flows down from above over the cross section of the shadow joints can bypass the weatherstrip. The profile edge at the end of the shadow gap then allows part of the water to drip directly down to the threshold - with the drip point offset by the depth of the shadow inside the door construction.

Another possibility results from the capillary action of the water in the case of an inwardly opening outer door around the lower profile edge or the profile sectional area of the vertical door leaf profile.

In an outwardly opening outer door, the water by design first runs around the weatherboard end cap to the lower edge of the weatherboard and from there to the lower profile edge or the profile sectional area of the vertical door leaf profile, and migrates along the lower profile edge or the profile section surface of the door leaf profile in Direction middle sealing plane, where it comes then just before the threshold seal due to the edge tear to drip on the threshold.

The drip points are in close proximity to the side seal ends of the threshold seal (which is the weak point of the sealing plane). With increasing irrigation time, both outer and outer collects also more center on the threshold more and more water, which can not flow through the very low or non-existent slope of the threshold, resulting from the very low threshold height. This increases the risk that the middle sealing level at the two ends will sooner or later be under- or over-migrated by the capillary action of the water, which in turn is equivalent to a failure of the sealing function of the entire door closure.

In order to minimize the above problem and to ensure the drainage of the collecting water, a known measure is the direct drainage through openings in the door sill in the area of the middle sealing level. The water is discharged to the outside within the sleeper construction. The disadvantage is especially the associated with increasing use of the outer door natural and hardly avoidable pollution of the door sill and thus also the drainage system, which can lead to a reduction in drainage performance to complete failure of the drainage system. For this reason, this principle will not be discussed further below.

Of course, the problem described above also applies to a completely threshold-free external door (so-called 'zero barrier'). In this embodiment, even the problem is aggravated, as by the complete lack of storage height and the lack of gradient in the threshold profile a water-tightness without extensive additional measures, such as a canopy, can not be achieved.

Another situation connected with the subject of water flow via the shadow gap (channeling) occurs in the case of outward-opening external doors in combination with roller belts. Due to the design, roller belts are fastened in the door rebate, so that the hinge flap extends from outside to outside the profiles stored tape roll (fulcrum) and thus inevitably penetrates the shadow gap area, ie the stop seal in the door leaf profile, interrupts.

This creates a similar situation above the roller band at the end of the stop seal as in the threshold area. Water, which flows down from above the mentioned cross-section of the shadow joints, runs at the end of the stopper seal on the upper surface of the hinge and from there by the capillary action inwards into the door rebate, where it uncontrolled shortly before or in the worst case already behind the middle sealing plane runs down the profiles in the Türfalzbereich and thus can overcome the threshold seal.

On this basis, the invention is based on the object, an outer door cover for stop doors with threshold or threshold-free stop doors or interruption of the outer Schattenfugenabdichtung (for example, roller belts) to design and refine that the resulting surface water discharged controlled in the joints and thus the watertightness is improved. Furthermore, it is desirable that a solution to this problem can be retrofitted to existing exterior doors.

This object is achieved in a door according to the preamble of claim 1, characterized in that in the shadow gap at the respective lower end of the outer stop seal at least one acting as a sealing closure guide element is arranged.

According to the invention, a water drainage-improving guide element is used at the respective end of the outer stop seal.

The degree of advancement of the leg of the baffle should not be greater than the depth of the weather leg used for optical reasons, but large enough to the drip point no longer above the actual threshold but ideally directly above one of the outer door upstream drainage system position so that the water can get directly into the designated drainage without any detours.

When using roller belts in an outwardly opening outer door can therefore also be positioned above each band at the end of the interrupted stop seal in the wing, such a seal closure, which then intercepts the flowing down from above the shadow gap water, controls discharged to the outside and at a drain unproblematic spot. It is also conceivable to form the chute for water discharge not only based on the outer surface of the door construction in the orthogonal direction, but to position the drip point next to the roll of tape, rotated by an angle ≠ 90 ° relative to the outer surface of the door structure and / or a or several changes of direction within the slide contour.

By an advantageous use of basically known techniques (molding for stop seal, sealing wedge) can be achieved in the closed state of the door visually harmonious transition with the end cap of the weatherboard. There is a controlled discharge of flowing over the shadow gap water to achieve a minimization of stagnant water on the threshold and thus within the door construction (problematic especially at very shallow thresholds or zero barrier), as a result, follows a relief of the actual threshold seal. This leads to a process-reliable increase in the watertightness of the door construction and additional minimization of the design-related leakage in outwardly opening roller belts.

According to a further teaching of the invention it is provided that the door opens inwardly and the outer stop seal in the frame profile, that is arranged stationary. Alternatively, however, it is also conceivable that the door opens to the outside and the outer stop seal is arranged in the sash profile, so when moving the door away from the window frame profile.

According to another embodiment of the invention, the base portion of the door is designed with a threshold with a low threshold height, wherein the door can also be designed as a so-called., Zero barrier door ', d. H. without a threshold (sticking out of the ground). Despite appropriate arranged before the threshold drainage facilities occur here the biggest problems in persistent rainfall situations.

According to a further embodiment of the invention, it is provided that the door leaf outside in the region of the door threshold has a weather leg for discharging rainwater. In this case end caps are preferably arranged at both ends of the weatherboard in order to minimize the proportion of the rainwater penetrating laterally under the weatherboard, in particular during driving rain, as far as possible.

Another embodiment according to the invention provides that a, preferably lowerable, threshold seal is provided between the lower frame profile and the door threshold. Such a seal can exist as 'automatic' Absenkdichtung, magnetic seal or drag seal as well as a combination of the solutions mentioned.

A further teaching of the invention provides that each guide element is firmly connected at its respective connection region with the outer stop seal. In this case, the guide element and the lower surface of the stopper seal can be glued together or vulcanized together.

In a further embodiment of the invention, it is possible that the guide element has an upwardly projecting connecting web for facilitating the connection with the outer stop seal disposed above. With such a configuration, the area available for gluing or vulcanization also increases accordingly.

According to another teaching of the invention, the door is hinged by means of several roller bands on the frame profile and above each roller belt, a guide element is provided. It is expedient if the guide element projects so far out of the shadow gap that the rainwater can flow away via the upper end of the roller belt.

In a further embodiment of the invention, the guide element in the lower region has a collecting and Ableitkragen embracing the extended outer stop seal. It is of particular advantage if each guide element, as well as the other stop seals, are made of elastic material.

Finally, another teaching according to the invention provides that the guide element can be formed in one piece with the end cap of the weatherboard.

The invention will be explained in more detail with reference to a purely exemplary embodiments illustrative drawing.

Fig. 1

eine erfindungsgemäße nach innen öffnende Tür in einer Ansicht von außen,

Fig. 2

einen Horizontalschnitt entlang der Linie II-II aus Fig. 1 auf der Schlossseite der Tür,

Fig. 3A

einen Vertikalschnitt entlang der Linie III-III aus Fig. 1 im Schwellenbereich der Tür,

Fig. 3B

eine Vergrößerung des Bereichs IIIB aus Fig. 3A,

Fig. 4A

in perspektivischer Ansicht, eine vergrößerte Darstellung der linken unteren Ecke oder des linken unteren Eckbereiches der Tür aus Fig. 1,

Fig. 4B

den Gegenstand aus Fig. 4A in anderer perspektivischer Ansicht, bei dem zur besseren Darstellung der Türflügel angehoben dargestellt ist,

Fig. 4C

in weiterer perspektivischer Ansicht, eine Darstellung des Blendrahmens aus den Fig. 4A und 4B,

Fig. 5A

ein erfindungsgemäßes Leitelement in perspektivischer Ansicht,

Fig. 5B

das Leitelement aus Fig. 5A in Seitenansicht,

Fig. 5C

das Leitelement aus Fig. 5A in einer Ansicht von hinten,

Fig. 6

eine erfindungsgemäße nach außen öffnende Tür in einer Ansicht von außen,

Fig. 7

einen Horizontalschnitt entlang der Linie VII-VII aus Fig. 6 auf der Schlossseite der Tür,

Fig. 8

einen Vertikalschnitt entlang der Linie VIII-VIII aus Fig. 6 im Schwellenbereich der Tür,

Fig. 9A

in perspektivischer Ansicht, eine vergrößerte Darstellung der linken unteren Ecke oder des linken unteren Eckbereiches der Tür aus Fig. 6,

Fig. 9B

die Ecke des Türflügels aus Fig. 9A ohne Blendrahmen in einer perspektivischen Ansicht von unten innen,

Fig. 9C

den Gegenstand aus Fig. 9A in anderer perspektivischer Ansicht, bei dem zur besseren Darstellung der Türflügel angehoben dargestellt ist,

Fig. 10A

eine teilgeschnittene perspektivische Darstellung der Tür aus Fig. 6 im Bereich ihrer Rollenbänder,

Fig. 10B

eine vergrößerte Darstellung des oberhalb jedes Rollenbandes angeordneten Leitelements in perspektivischer Ansicht,

Fig. 11A

ein erfindungsgemäßes Leitelement in perspektivischer Ansicht und

Fig. 11B

das Leitelement aus Fig. 11A in Seitenansicht,

In the drawing show:

Fig. 1

an inwardly opening door according to the invention in a view from the outside,

Fig. 2

a horizontal section along the line II-II Fig. 1 on the lock side of the door,

Fig. 3A

a vertical section along the line III-III Fig. 1 in the threshold area of the door,

Fig. 3B

an increase in the range IIIB Fig. 3A .

Fig. 4A

in perspective view, an enlarged view of the left lower corner or the left lower corner portion of the door Fig. 1 .

Fig. 4B

the object out Fig. 4A in another perspective view, in which the door leaf is shown raised for better illustration,

Fig. 4C

in a further perspective view, a representation of the frame from the Fig. 4A and 4B .

Fig. 5A

an inventive guide element in perspective view,

Fig. 5B

the guide element Fig. 5A in side view,

Fig. 5C

the guide element Fig. 5A in a view from behind,

Fig. 6

an outward-opening door according to the invention in a view from the outside,

Fig. 7

a horizontal section along the line VII-VII Fig. 6 on the lock side of the door,

Fig. 8

a vertical section along the line VIII-VIII Fig. 6 in the threshold area of the door,

Fig. 9A

in perspective view, an enlarged view of the left lower corner or the left lower corner portion of the door Fig. 6 .

Fig. 9B

the corner of the door Fig. 9A without frame in a perspective view from below inside,

Fig. 9C

the object out Fig. 9A in another perspective view, in which the door leaf is shown raised for better illustration,

Fig. 10A

a partially cut perspective view of the door Fig. 6 in the area of their roller belts,

Fig. 10B

an enlarged view of the above each roller belt arranged guide element in a perspective view,

Fig. 11A

an inventive guide element in perspective view and

Fig. 11B

the guide element Fig. 11A in side view,

In the drawings, two embodiments are shown, in which show the Fig. 1 to 5C in a first embodiment, an inwardly opening door and the Fig. 6 to 11B an outwardly opening door as a second embodiment.

Fig. 1 shows in a view from the outside a front door with a peripheral window frame 1, which is composed of three frame profiles 2 and a threshold profile 15 and a hinged thereto door 3 from a circumferential sash profile. 4

In horizontal section according to Fig. 2 It is readily apparent that the frame profile 2 is composed of an inner profile 2i and an outer profile 2a and that the two profiles 2i, 2a are interconnected by means of two web elements 5A and 5B. Door leaf side, the web element 5B is covered by a clipped on it aperture 6A. The cavity between the web elements 5A and 5B is filled with an insulating body 7A.

Also, the sash profile 4 consists of an inner profile 4i and an outer profile 4a, which in turn spaced by means of web elements 5C and 5D connected to each other. The web element 5C is covered by a clipped-on aperture 6B. The cavity between the inner profile 4i and the outer profile 4a is filled by a further insulating body 7B. Inside the sash 4 a filler 8 is provided, which also acts insulating.

Between the inwardly-opening door leaf 3 and the fixed frame 1, an inner stop seal 9i and an outer stop seal 9a ensure the necessary tightness. In addition to the seals 9i and 9a one recognizes in each case an unspecified but hereinafter described shadow joint SF, which extends over the entire height of the door leaf.

In the illustrated preferred embodiment, the door panel consists of a triple glass pane 10, which is secured by means of retaining strips 11 A and 11 B in the door profile 4.

Furthermore, one recognizes a weather strip 12 with an end plugged end cap 13, wherein the arrangement of the weather strip 12 in the lower part of the door leaf 3 from the best Fig. 1 is apparent.

Fig. 3A first shows a vertical section in the base area along the line III-III in Fig. 1 , The structure of the sash profile 4 corresponds to the previously based Fig. 2 described. Below this casement profile 4 can be seen a threshold seal 14, which is lowered in the illustrated embodiment, down to the underlying door sill 15. The door sill 15 initially consists of an inner profile 16i and an outer profile 16a, which are spaced apart by means of a web member 17. The upper termination is formed by an inner threshold seal 18i, an outer threshold seal 18a, and a ridged surface threshold grating 18r to improve slip resistance. Clearly recognizes the weatherboard 12, which is mounted in the lower region of the outer sash profile 4a and ensures that the door leaf running out water is led away from the door sill 15. in the Weather legs 12 is also a brush seal 12 B arranged in front of the threshold 15, which intercepts high-splash water.

As described above and in Fig. 3B represented, forming between frame 1 and door leaf 3 shadow gap SF is a particular problem in extreme weather situations, since falling on the outside of the door falling rain is channeled in the shadow gap SF, while the shadow gap SF completely fills, flows down, such as with the arrows (partly dashed partly visible) is shown. For this reason, in the illustrated embodiment of a 'Nullbarrieretür' an upstream drainage (not specified) indispensable.

In Fig. 4A you can see the lower part of the shadow gap SF at the lower left corner of the door Fig.1 in enlarged and partially cut representation. It can be seen clearly that the shadow gap SF is internally sealed by the outer stop seal 9a, but this can lead to difficulties in the base area if a part of the down-shooting water reaches the threshold area. For this reason, the present invention provides that at the respective lower end of the outer stop seal 9a in the shadow gap SF each acting as a seal closure guide element 19A is provided. This guide element 19A ensures that the downflowing water is discharged in the direction of the upstream connection area in order not to be able to get between the outer and middle sealing levels, as in FIG Fig. 3B is shown, in which no guide element is present.

Fig. 4B shows a further perspective view of the area Fig. 4A , wherein the door is shown raised for better illustration, so that the guide element 19A is also recognizable from the inside. It can be clearly seen that the guide element has a collection and Ableitkragen 20 embracing the extended outer stopper seal 9a to also absorb such water that overcomes the outer stopper seal 9a and at this inside the profile runs down. When installed, this collecting and Ableitkragen 20 is covered by the weatherboard 12. This construction is in Fig. 4C to recognize even more clearly, in which the corresponding frame area is shown in perspective enlarged from the inside.

The Figs. 5A to 5C Now show the first embodiment of a guide element 19A according to the invention in various representations, namely in perspective in Fig. 5A , as well as in a side view ( Fig. 5B ) and in a back view ( Fig. 5C ). In addition to the actual "slide" in the deflecting element within the shadow gap (not shown), the guide element 19A has a vertically extending fastening body which corresponds to the stop seal 9a from its cross section. This area ends at the top with a flat surface 19A ', which forms the connection area to the outer stop seal 9a. A corresponding connecting web 19A "provides an even better connection in which a further surface is created with which the lower region of the stop seal 9a can be connected, preferably glued or vulcanized, to the guiding element 19A and Ableitkragen 20, wherein by the Figs. 5B and 5C It quickly becomes clear that water flowing downwards on the stopper seal 9a is deflected via this collecting and discharging collar 20 in the direction of the upstream connecting region.

Fig. 6 Now shows a further embodiment of a front door according to the invention with a frame 1 ', in turn composed of frame profiles 22. Attached thereto, this time outwardly opening, a door 3' from a circumferential sash profile 24th

Out Fig. 7 shows that - with largely the same structure in comparison with Fig. 2 - By the outwardly opening door 3 ', the position of the stop seals 9i and 9a is "reversed", so that here the inner stop seal 9i is stationary and the outer stop seal 9a together with the door 3' when opening the door from the frame. 1 'moved away.

However, the water problem in the area of the shadow gap SF is not different in this alternative embodiment than in the first embodiment, as from Fig. 8 evident. It can be seen that here too, the impact water channeled with the arrows, which is channeled into the shadow joint SF, can be a problem in the threshold region 15, if it is not distracted sufficiently from the threshold region. This serves as if from Fig. 9A can be seen, this time on the outer casement 24 a fixed guide element 19 B, which in turn is arranged in the region of the end cap 13 of the weatherboard 12. The exact arrangement can be clearly the Fig. 9B take a perspective view obliquely from the bottom inside. It can also be seen here that the guide element 19B represents the "extension" of the bottom stop stopper seals 9a. In the enlargement according to Fig. 9C with explosively raised sash profile 4 shows that the guide element is hidden in this illustration by the weatherboard 12 and the end cap 13 plugged thereon.

In the Fig. 10 and 11 It is shown that even further guide elements 19B can be used in the case of an outwardly opening door. Namely, where the stopper seal 9a is interrupted due to the design, above the respectively associated with the frame 22 roller belt 21. It is quickly clear that here the shadow joints are divided into several sections, which each end above a roller belt 21 down. Fig. 10A makes it clear that the guide element 19B, the water from the shadow gap leads such that it can flow over the upper end 23 of the roller belt 21. A corresponding enlarged view is in 10B played.

Finally, in the Figs. 11A and 11B The guide elements 19B to be provided in the area of the roller belts 21 for outward-opening doors are also shown in detail, the connection with the overlying outer stop seal (not shown), as previously described in connection with FIGS Figs. 5A to 5C described guide elements 19B described takes place.

It goes without saying that the illustrated embodiments of the guide elements 19A and 19B - depending on the stop side of the door or the window - can also be performed mirror-inverted.

Claims (17)

Door, in particular aluminum front door, comprising a frame frame (1, 1 ') composed of individual frame profiles (2, 22) and a hinged door leaf (3, 3') comprising a peripheral sash profile (4, 24), wherein between frame profile (2, 22) and sash profile (4, 24) inner and outer stop seals (9i, 9a) are arranged made of elastic material and wherein between the frame (1, 1 ') and door (3, 3') a shadow gap (SF) is formed is
characterized in that
in the shadow gap (SF) at the respective lower end of the outer stop seal (9a) at least one acting as a sealing end guide element (19A, 19B) is arranged. Door according to claim 1,
characterized in that
the door leaf (3) opens inwards and the outer stop seal (9a) is arranged in the window frame profile (2). Door according to claim 1,
characterized in that
the door leaf (3 ') opens to the outside and the outer stop seal (9a) in the sash profile (24) is arranged. Door according to one of claims 1 to 3,
characterized in that
the pedestal area of the door is designed with a door threshold (15) with a low threshold height. Door according to one of claims 1 to 3,
characterized in that
the door is designed as a zero-barrier door. Door according to one of claims 1 to 3 and in particular according to claim 4 or 5, characterized in that
the door leaf (3, 3 ') outside in the region of the door sill (15) has a weathershed (12) for discharging rainwater. Door according to claim 6,
characterized in that
End caps (13) are arranged at both ends of the weatherboard (12). Door according to one of claims 1 to 7,
characterized in that
between the lower frame profile (4, 24) and the door sill (15), a preferably lowerable, threshold seal (14) is provided. Door according to one of claims 1 to 8,
characterized in that
each guide element (19A, 19B) is fixedly connected at its respective connection region (19A ', 19B') to the outer stop seal (9a). Door according to claim 9,
characterized in that
the guide element (19A, 19B) and the lower stopper seal (9a) are glued together. Door according to claim 9,
characterized in that
the guide element (19A, 19B) and the lower stopper seal (9a) are vulcanized together. Door according to one of claims 1 to 11,
characterized in that
the guide element (19A, 19B) has an upwardly protruding connecting web (19A ", 19B") for facilitating the connection to the outer stop seal (9a) arranged above it. Device according to one of claims 3 to 12,
characterized in that
the door leaf (3 ') by means of several roller belts (21) is struck on the frame profile (22) and that above each roller belt (21) a guide element (19B) is provided. Door according to claim 13,
characterized in that
the guide element (19B) protrudes so far out of the shadow gap (SF) that the rainwater can flow off via the upper end (23) of the roller belt (21). Door according to one of claims 1 to 12,
characterized in that
the guide element (19A) in the lower region has a collecting and Ableitkragen (20) encompassing the extended outer stop seal (9a). Door according to one of claims 1 to 15,
characterized in that
each guide element (19A, 19B) is made of elastic material. Door according to one of claims 7 to 16,
characterized in that
the guide element (19A, 19B) is integrally formed with the end cap (13) of the weatherboard (12).

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