EP2604160A1 - Sealing profile - Google Patents

Abstract

The sealing profile (100) has left lower strips (3) that are connected with an adjacent left upper strip (10). The right bottom strips (6) are connected to an adjacent right upper strips (13). The folding portion (500) is placed between the left upper strips and the right upper strip at different folding positions. An independent claim is included for method for mounting sealing profile.

Description

The present invention generally relates to sealing tapes, such as those used in the sanitary area when placing shower, bathtubs or similar installation items.

The critical areas in such installation situations in terms of tightness and durability are usually the corner areas.

For the sealing of these corner regions is usually, as well as on the longitudinal edges of the installation object, a sealing tape used, which is placed or glued according to the corner. This sealing tape generally has a first adhesive or sealing surface for a Abbordung of the installation object and a second adhesive or sealing surface for a connection wall or a floor.

Even if the material from which the sealing tape is made, is very elastic and cuddly, so it aligns - albeit only in the near microscopic area - due to its elasticity arcuately from the corner edge again, by a left and a right connecting wall or is formed by a connecting wall and a bottom. In particular, when the corner of the installation object is not extremely precisely fitted into the corner edge.

However, such adaptation work to be carried out as precisely as possible allows the costs to rise. The installer is tempted to cut the sealing tape with a knife for this adjustment work. However, with this he builds up a sooner or later occurring leakage problem from the outset.

Another disadvantage is that such sealing tapes cover only two areas. A seamless or joint-free Sealing a third surface, which basically forms a corner, inevitably leads to a piecework in which the fitter would have to make a cut. However, this is undesirable because of the pre-installed leak problem described above.

The object of the present invention is to eliminate the above-mentioned disadvantages and to provide a sealing tape that provides optimal tightness in the vulnerable corners and also makes no adjustment work on site at the installation more required. Another object of the invention is to provide a sealing tape that can be used as needed for different installation situations.

The solution to the problem consists initially in the design and implementation of a sealing strip, which forms at least one area in addition to the conventional strip, which is different foldable and so makes the sealing tape applicable for different installation situations.

A basic design variant of a foldable sealing strip according to the invention thus forms for insertion or adhesion in a wall corner with a left and a right connecting wall a left lower strip for attachment to a left side of the installation object, a right lower strip for attachment to a right side of the installation item, a left upper strip for attachment to the left terminal wall, and a right upper strip for attachment to the right terminal wall. There, where these four stripes meet, there is a center. This center is ideally positioned in the assembled state of the sealing strip at the corner of the installation object, which is formed by its left, its right side and a surface. According to the invention, the foldable sealing strip in its basic design variant now has a foldable region in addition to the four strips described from this center at an inner edge of the upper left strip and at the same time at an inner edge of the upper right strip connects. The foldable area is thus - if you interpret the sealing strip two-ply folded along a folded edge that goes through the center and approximately congruent or at least parallel to the two inner edges - a double-layered triangle.

The entire sealing strip material can be chosen so soft and flexible that it is arbitrarily foldable, preferably approximately plastic. The fitter puts or sticks the two lower strips on the installation object and then adjusts the upper strips by folding in the corner. For this purpose, adhesive surfaces can be provided directly on the sealing strip or the strips are covered with an adhesive sealing slurry.

Furthermore, it is possible to design the strips of the sealing strip of a relatively inflexible and resistant material, for example as a molded piece fully or partially made of plastic or metal, but the foldable region of a soft, approximately plastically foldable material. The different materials can be glued or welded together.

Whether the sealing band consists of one or different materials, the foldable region, but optionally also the four strips described above, can have folds. These folds may be round or angular, raised or not raised in cross-section and be produced by gluing, welding or pressing, the latter preferably being thermally assisted. In a preferred embodiment, however, the folds are a concave notch - continuous or interrupted - quasi in the form of a desired bending or rather desired folding point. These folds thus define or improve the foldability, the sealing strip However, the foldable area can be folded well even without folds, especially when selecting a good and arbitrarily foldable material.

Furthermore, according to a further optional embodiment variant of a foldable sealing profile according to the invention, it is possible to make the folds dense but at the same time as tear-off edges, that is to say as the intended break-off point. This is done by empiricism and a corresponding selection of the material thickness of the folds. In order to avoid unnecessary overlaps of the foldable area, thus excess folding material can be demolished. The demolition edges can preferably be re-welded or glued on site.

The folding of the foldable area creates a sealing band that extends in at least three planes. However, the basic design variant can also be applied only in two levels, in which case the foldable area is folded to one side. In this case, it is optionally provided that the portion of the upper strip which is overlapped by the foldable portion folded to the side has a recess. Optionally, the material thickness of this recess is preferably approximately selected so that, together with the two-ply material thickness of the foldable and folded-away region, it approximately gives the material thickness of the upper strips. In this way, a recessed receiving area for the folded away foldable area is created and the sealing strip has in the mounted state on such large differences in material thickness, which in turn can lead to leaks.

The described folds may be arranged out of the center at one or more arbitrary angles. Further optionally, folds may also be provided out of the center between the described four strips. Of Furthermore, further folds, not only out of the center, can be arranged on the four strips, for example parallel to their edges or else obliquely, for example corresponding to a desired gradient of the installation object.

A further embodiment variant of a foldable sealing profile according to the invention forms not only three levels, but four or more, due to the unfolding of the folding area. The folding area results in the mounted state, a step with different levels, which may be aligned parallel to each other, but also at an angle.

A foldable sealing profile according to the invention realized in this way can have full or partial adhesive strips on the front sides or on the back sides or both on the front sides and on the back sides of the respective surfaces, which are preferably provided with peelable protective strips, for example with (gloss) paper strips.

The material which forms the individual surfaces, referred to below as support material, may be the same for all surfaces of the foldable sealing profile, but may also be chosen with different hardness and elasticity. In principle, it is preferably a plastic or foam film or a fabric structure, which may be loose, coated, or may also be poured or woven into synthetic, foam or resin. There are also mesh-like fabric structures into consideration, which are applied by means of a sealing slurry. The carrier material may also consist of a Kevlar, a carbon fiber fabric or metal.

The foldable sealing profile or a sealing lip of the foldable sealing profile can furthermore be arranged by means of a bead, preferably arranged on the lower strip, in FIG a groove of the installation object taken or be poured into such a.

A foldable sealing profile according to the invention can have a corner compensation profile at any corner edges which it forms, as described in an application of the same applicant for the first time on 09.07.2010 in the Austrian utility model AT GM 437/2010 , converted into Austrian patent AT A 8017/2011 , has been disclosed.

A foldable sealing profile according to the invention can, instead of corner edges between its surfaces, partially or exclusively also form rounded edges which correspond to a certain rounding off of a dismantling of a built-in object or a corresponding installation situation. Furthermore, the surfaces themselves may have rounded or bulges, and even a one-piece molded Eckausgleichs profile or arbitrarily shaped compensation profiles. All of these shapes are preferably thermoformed and are furthermore preferably thermally or / and plastically deformable and adaptable on site at the installation site.

Furthermore, a foldable sealing profile according to the invention may have a cut protection which is glued over the whole surface or else only partially, or a cut protection which is cast over the entire surface or only partially into the support material. Such a cut protection is in a further application of the same applicant for the first time also on 09.07.2010 in the Austrian utility model AT GM 438/2010 , converted into Austrian patent AT A 8018/2011 Have been disclosed and can be for example a thin metal foil, a tough, cut-resistant fabric (eg Cordura ^®, Kevlar or carbon) or a corresponding grid.

The support material may further comprise a sandwich structure, the entire surface or even only partially is realized.

A further object of the invention is to provide a prefabricated foldable sealing profile for typical, recurring and dimensionally identical or similar installation situations. There are left, right or mirrored design variants into consideration. Or, if necessary, a foldable sealing profile according to the invention can be manufactured individually according to the customer's request. In principle, all conceivable dimensions can be realized, for example by molding, gluing or welding.

A foldable sealing profile according to the invention may be formed as a corner profile to which sealing tapes are preferably non-applied (not increasing the overall material thickness), or the foldable sealing profile forms a complete one-piece sealing profile frame.

The surfaces or strips of a foldable sealing profile according to the invention can be freely designed with regard to their shape in the respective plane. They can be square, rectangular, triangular, trapezoidal or rhombic or even circular, semicircular or oval. Individual surfaces may be tapered in their dimensions or tapered out, so that the foldable sealing profile adapts to a desired gradient of the subfloor and / or the installation object.

An embodiment variant of a foldable sealing profile according to the invention has a preferably flexible sealing lip, which is connected to one of the surfaces of the foldable sealing profile and serves to underlay or overlap a specific installation area.

A further embodiment variant of a foldable sealing profile according to the invention has surfaces which serve as a protective strip or as an assembly aid and can be torn off after installation along a perforation.

The portion of such a surface which has such a perforation and after tearing remains can simultaneously be configured as a joint backfill profile. Such a joint backfill profile facilitates the attachment of a final silicone seal and is for example in the European patent EP 0 748 179 B1 shown, which was filed on 23.12.1995 also by the same applicant. Or it is provided at any surface of an inventive foldable sealing profile from home a joint-Hinterfüllprofil, without perforation.

The adhesive surfaces are preferably lined with a soundproofing strip of sound-absorbing material. A similarly good soundproofing effect can optionally also be achieved in that the adhesive has a viscous consistency at the adhesive surfaces, which results in a layer which results in approximately one to several millimeters.

A foldable sealing profile according to the invention can optionally be equipped on any surfaces with one or more capillary protection strips.

• a) - Setzen des Abdichtungsprofils auf einen Unterboden und an eine Anschlusswand oder auf einen Unterboden und an mehrere Anschlusswände oder an mehrere Anschlusswände;
• b) - Auf- und/oder Zuklappen eines Faltbereichs;
• c) - Befreien von Klebeflächen von einem Schutzstreifen oder Bestreichen von Dichtlippen mit Dichtschlämme;
• d) - Andrücken der Klebeflächen mittels einer Rolle;
• e) - Setzen des Einbaugegenstandes;
• f) - Verlegen von Platten oder Fliesen;
• g) - Abreissen eines Schutzstreifens entlang einer Perforation;
• h) - Verfugen mittels einer Abschluss-Silikonfuge.

The present application discloses a method for arranging a foldable sealing profile according to the invention with the following basic method steps:

• a) - placing the sealing profile on a subfloor and on a connecting wall or on a subfloor and on a plurality of connecting walls or on a plurality of connecting walls;
• b) - opening and / or closing a folding area;
• c) - freeing of adhesive surfaces from a protective strip or Coating sealing lips with sealing slurry;
• d) - pressing the adhesive surfaces by means of a roller;
• e) - setting the installation object;
• f) - laying tiles or tiles;
• g) - tearing a protective strip along a perforation;
• h) - grouting by means of a sealing silicone joint.

The process steps a) and e) can also be reversed, ie, the foldable sealing profile can also be first set or glued to the corner sides of the installation object, then placed together with the installation object in the corner, so only then the upper strips and to attach the folding area to the connecting walls.

• In den gefährdeten Eckbereichen wird eine sichere Dichtigkeit erreicht, die mindestens drei Flächen nahtlos bzw. fugenfrei abdeckt.
• Der Monteur ist zu keinen aufwändigen und schlechte Dichtigkeits-Ergebnisse liefernde Anpassungsarbeiten gezwungen, sondern hat eine Lösung selbst für komplizierteste Einbausituationen.
• Die Abdichtungsprofile sind vorgefertigt und benötigen eine kurze Einbauzeit.
• Das Abdichtungsprofil ist vor Ort am Montageort plastisch falt-, verform- und anpassbar.
• Das Abdichtungsprofil kann mindestens ein Eckausgleichs-Profil aufweisen.
• Das Abdichtungsprofil kann mindestens einen Schnittschutz aufweisen.
• Das Abdichtungsprofil kann mindestens eine Schalldämmung aufweisen.
• Das Abdichtungsprofil kann mindestens eine Montagehilfe bzw. einen Schutzstreifen aufweisen, der an einer Perforation abreissbar ist.
• Das Abdichtungsprofil kann mindestens ein Fugen-Hinterfüllprofil aufweisen.

An inventive sealing profile has the following advantages:

• In the endangered corner areas, a secure seal is achieved that covers at least three surfaces seamlessly or without joints.
• The installer is forced to no elaborate and poor tightness results providing adjustment work, but has a solution even for the most complicated installation situations.
• The sealing profiles are prefabricated and require a short installation time.
• The sealing profile can be plastically folded, deformed and adapted on site at the installation site.
• The sealing profile may have at least one Eckausgleichs profile.
• The sealing profile may have at least one cut protection.
• The sealing profile may have at least one sound insulation.
• The sealing profile may have at least one mounting aid or a protective strip which can be torn off at a perforation.
• The sealing profile may have at least one joint backfill profile.

The disclosed different design variants of a foldable sealing profile according to the invention can be combined with one another. Thus, for example, the design variants without folds can be combined with those with folds, as well as the design variant in which the entire carrier material has the same hardness, with that design variant in which the fold areas or parts thereof are of different hardness. This means that a foldable sealing profile according to the invention can have a hard, rigid part and a softer, more flexible part depending on the installation situation. Furthermore, the previously mentioned design variants can be combined with those made of different materials. Furthermore, the design variants, in which all surfaces are designed to be flexible, can be combined with those in which one or more flexible adhesive surfaces are arranged on a fixed profile. All of these mentioned design variants in turn can be combined individually and reciprocally with those design variant in which a separate corner compensation profile is arranged, as well as with that embodiment variant in which the surfaces themselves integrally form a Eckausgleichs profile or bulges. All of these design variants in turn can be combined with the cut protection design variants, as well as reciprocally with those design variants that have a perforation or a joint backfill profile.

Further or advantageous embodiments of a novel foldable sealing profile form the subject of the dependent claims.

The list of reference numerals is part of the disclosure.

The invention will be explained symbolically and by way of example with reference to figures. The figures are described coherently and comprehensively. They represent schematic and exemplary representations and are not true to scale, even in the relation of the individual components to each other. The same reference symbols denote the same component, reference symbols with different indices indicate functionally identical or similar components.

• Fig. 1 eine erste und einfachste Basis-Ausgestaltungsvariante eines erfindungsgemässen faltbaren Abdichtungsprofils in ungefaltetem und nicht montierten Zustand;
• Fig. 2 die erfindungsgemässe Basis-Ausgestaltungsvariante aus der Fig. 1 in einer ersten Faltposition, die zwei Ebenen ergibt, in denen sich das faltbare Abdichtungsprofil erstreckt;
• Fig. 3 eine erste erfindungsgemässe Ausgestaltungsvariante eines faltbaren Abdichtungsprofils mit einem Faltbereich in einer zweiten Faltposition, die ebenfalls zwei Ebenen ergibt, in denen sich das faltbare Abdichtungsprofil erstreckt;
• Fig. 4 die erfindungsgemässe Basis-Ausgestaltungsvariante aus der Fig. 1 in einer dritten Faltposition, die drei Ebenen ergibt, in denen sich das faltbare Abdichtungsprofil erstreckt;
• Fig. 5 die erfindungsgemässe Basis-Ausgestaltungsvariante aus der Fig. 1 in einer vierten Faltposition, die ebenfalls drei Ebenen ergibt, in denen sich das faltbare Abdichtungsprofil erstreckt;
• Fig. 6 die erfindungsgemässe Basis-Ausgestaltungsvariante aus der Fig. 1 in einer fünften Faltposition, die ebenfalls drei Ebenen ergibt, in denen sich das faltbare Abdichtungsprofil erstreckt;
• Fig. 7 eine weitere Ausgestaltungsvariante eines erfindungsgemässen faltbaren Abdichtungsprofils mit zwei Faltbereichen, wobei sich vier Ebenen ergeben, in denen sich das faltbare Abdichtungsprofil erstreckt;
• Fig. 8 die erfindungsgemässe Basis-Ausgestaltungsvariante aus der Fig. 1, ergänzt um ein Eckausgleichs-Profil und
• Fig. 9 die erfindungsgemässe Basis-Ausgestaltungsvariante aus der Fig. 1, ergänzt um einen Schnittschutz.

It show here

• Fig. 1 a first and simplest basic embodiment variant of a novel foldable sealing profile in unfolded and unassembled state;
• Fig. 2 the inventive basic design variant of the Fig. 1 in a first folding position, which results in two planes in which the foldable sealing profile extends;
• Fig. 3 a first inventive embodiment variant of a foldable sealing profile with a folding area in a second folding position, which also results in two levels in which extends the foldable sealing profile;
• Fig. 4 the inventive basic design variant of the Fig. 1 in a third folding position, yielding three planes in which the foldable sealing profile extends;
• Fig. 5 the inventive basic design variant of the Fig. 1 in a fourth folding position, which also results in three planes in which the foldable sealing profile extends;
• Fig. 6 the inventive basic design variant of the Fig. 1 in a fifth folding position, which also results in three planes in which the foldable sealing profile extends;
• Fig. 7 a further embodiment variant of an inventive foldable sealing profile with two Fold areas, resulting in four levels in which the foldable sealing profile extends;
• Fig. 8 the inventive basic design variant of the Fig. 1 , supplemented by a corner balance profile and
• Fig. 9 the inventive basic design variant of the Fig. 1 , supplemented by a cut protection.

In the Fig. 1 a first and simplest basic embodiment variant of a foldable sealing profile 100 according to the invention is illustrated schematically and in perspective in the unassembled and unfolded state. The foldable seal profile 100 is prepared to be inserted in a corner 1 formed of a left terminal wall 300 a, a right terminal wall 300 b, and a floor 400. Depending on the height of a built-in object 200, however, the foldable sealing profile 100 can also be used only in a corner edge 2, which is formed only from the left connection wall 300a and the right connection wall 300b.

The foldable sealing profile 100 comprises a left lower strip 3 which preferably has an adhesive surface 5 on a front side 4. This adhesive surface 5 sticks in the mounted state of the foldable sealing profile 100 on a left Abba 18a of the installation object 200. Furthermore, the foldable sealing profile 100 has a right lower strip 6, which preferably also has an adhesive surface 8 on a front side. This adhesive surface 8 sticks in the mounted state of the foldable sealing profile 100 on a right Abbderung 18 b of the installation object 200. The left lower strip 3 and the right lower strip 6 are connected by means of a fold 9, which is preferably formed concave.

At the left lower strip 3, a left upper strip 10 adjoins, which preferably has an adhesive surface 12 on a rear side 11. By means of this adhesive surface 12 is the foldable sealing profile 100 glued in the assembled state to the left connection wall 300a. The lower left strip 3 and the upper left strip 10 are connected by means of a fold 16, which is preferably also concave. At the right lower strip 6, by means of a fold 17, a right upper strip 13 adjoins, which preferably has an adhesive surface 15 on a rear side 14. By means of this adhesive surface 15, the foldable sealing profile 100 is glued in the mounted state to the right connection wall 300b.

The foldable seal profile 100 further includes a fold region 500 that would yield a double-ply triangle in a developed, planar state. The fold region 500 is defined by folds 19a-19c, which are preferably likewise concave. The folds 16, 17 and 19a-19c meet in a center 20 and give desired folding points at which the foldable sealing profile 100 is more easily - virtually predefined - foldable, preferably approximately plastic, while ensuring tightness.

The Fig. 2 shows in a schematic and perspective view of the foldable sealing profile 100 of the Fig. 1 in a first folding position in which the left lower strip 3 and the right lower strip 6 are arranged at an angle W ₁ which is approximately 90 degrees. As a result, the lower strip 3 is in a plane E ₁ and the right lower strip 6 in a plane E ₂ , wherein the planes E ₁ and E _{2 are} therefore also approximately at a right angle to each other. The left upper strip 10 is in extension of the left lower strip 3 also in the plane E ₁ and the right upper strip 13 in extension of the right lower strip 6 in the plane E _2nd

It would also be possible to have an angle W ₂ which is approximately 180 degrees in the illustration shown, approximately 90 degrees to choose and then correspondingly the angle W ₁ approximately 180-grader.

The folding area 500 is folded away into the plane E ₂ in a folding position P ₁ .

In the Fig. 3 a first inventive embodiment variant of a foldable sealing profile 100a is shown schematically and in perspective, which has a left lower strip 3a with a front side 4a and an adhesive surface 5a arranged thereon, and a right lower strip 6a with a front side 7a and an adhesive surface 8a arranged thereon. The lower left strip 3a and the right lower strip 6a are connected by a fold 9a and are at an angle W ₁ ', which is approximately right. The left lower strip 3a and the right lower strip 6a are thus each in a plane E ₁ 'and a plane E ₂ ', which are also arranged approximately at right angles to each other. In the plane E ₁ ', in extension to the left lower strip 3 a, that is, at an angle W ₂ ' of approximately 180 degrees, a left upper strip 10 a is arranged, connected to a fold 16 a and having a back side 11 a, at the one Adhesive surface 12 a is arranged. In the plane E ₂ ', in extension to the right lower strip 6a, a fold 17a connects thereto a right upper strip 13a, which also has a back side 14a and an adhesive surface 15a arranged thereon.

The foldable sealing profile 100a further has a folded portion 500a that is folded into the plane E ₁ 'in a folding position _P2. In addition, the foldable sealing profile 100a has a respective recess 21a and 21b, so that the folding region 500a - depending on whether he as shown in the plane E ₁ 'or in the plane E ₂ ' folded away - a total thickness D of the foldable sealing profile 100a not significantly increased.

The Fig. 4 shows in a schematic and perspective view of the foldable sealing profile 100 of the FIGS. 1 and 2 with the folding area 500 in a folding position P ₃ . The folding area 500 is now also in the plane E ₁ , but in extension of the left upper strip 10 and the right upper strip 13 thereto at an approximately right angle W _3rd The foldable sealing profile 100 thus extends by means of this folding position P ₃ not only in the planes E ₁ and E ₂ , but also in a third plane E ₃ .

In the Fig. 5 is schematic and perspective view of the foldable sealing profile 100 of the FIGS. 1 . 2 and 4 shown, but this time with the folding area 500 in a folding position P ₄ , in extension of the right upper strip 13. The left lower strip 3 is thus still in the plane E ₁ , the right lower strip 6, the right upper strip thirteenth and the fold region 500 in the plane E ₂ and the left upper strip 10 in an approximately horizontal plane E ₃ '.

The Fig. 6 shows schematically and in perspective again the foldable sealing profile 100 of the FIGS. 1 . 2 . 4 and 5 However, this time with the fold region 500 in a folded position P ₅ , which causes the lower left strip 3 is still in the plane E ₁ , the lower right strip 6 still in the plane E ₂ , but both the left upper strip 10, as well as the folding area 500 and also the upper right strip 13 in the plane E _3rd

In the Fig. 7 a further embodiment variant of an inventive foldable sealing profile 100b is shown schematically and in perspective. This is characterized by the fact that two further folds 22a and 22b are added to folds 9b, 16b, 17b and 19a "-19c" previously disclosed in analogy. As a result, in addition to a folding area 500b, which has been shown as previously analog, in a folding position P ₆ , another folding area 500c is provided Thus, a left upper strip 10b, but also a left lower strip 3b can optionally adopt two different folding positions P ₇ and P ₈ , the folding position P _{7 being} shown and the folding position P _{8 being} the folding position P ₈ Fig. 6 would correspond.

Otherwise, the foldable sealing profile 100b as disclosed hitherto has a right lower strip 6b, a right upper strip 13b and a center 20b in which the folds 9b, 16b, 17b and 19a "-19c" converge. The overlap that results in the area of the fold 9b can also be arranged in reverse, that is, the left lower strip 3b does not overlap the lower right strip 6b as shown, but the lower right strip 6b overlaps the lower left strip 3b.

The Fig. 8 shows a schematic and perspective view of a foldable sealing profile 100c, the basic design variant 100 of the Fig. 1 corresponds, but is supplemented with a separate Eckausgleichs profile 23. The foldable sealing profile 100c, as previously disclosed, has a left lower strip 3c with a left upper strip 10c adjacent thereto, and a lower right strip 6c and a right upper strip 13c adjacent thereto. Between the left upper strip 10c and the right upper strip 13c is a folding area 500c.

The corner balance profile 23 is preferably adhered to the left lower strip 3c with a left rear side 24a and to the right lower side strip 6c with a right rear side 24b. The Eckausgleichs profile 23 further includes a front side 25 which is rounded and preferably itself designed as an adhesive surface. The Eckausgleichs profile 23 may extend over the entire height of the lower strips 3c and 6c, but also only over one Part.

In the Fig. 9 schematically and perspectively another embodiment variant of a novel inventive foldable sealing profile 100d is shown, which as before also essentially comprises a left lower strip 3d with an adjacent left upper strip 10d, and a lower right strip 6d with an adjacent right upper strip 13d. Between the left upper strip 10d and the right upper strip 13d, a folding area 500d is also arranged as previously disclosed. The foldable sealing profile 100d is characterized in that, for example, at the proximal halves of the respective lower strips 3d and 6d, as well as the upper strips 10d and 13d, a cut protection 26 in the preferred form of a thin metal foil, a durable, cut-resistant fabric or grid glued or preferably is poured.

LIST OF REFERENCE NUMBERS

1 -

corner

2 -

corner edge

3, 3a-3d -

left lower strip

4, 4a -

Front of 3

5, 5a -

adhesive surface

6, 6a-6d -

right lower strip

7, 7a -

Front of 6

8, 8a -

adhesive surface

9, 9a, 9b -

Fold, notch

10, 10a-10d -

left upper strip

11, 11a -

Back of 10

12, 12a -

adhesive surface

13, 13a-13d -

right upper strip

14, 14a -

Back of 13

15, 15a

- adhesive surface

16, 16a, 16b

- fold, notch

17, 17a, 17b -

Fold, notch

18a -

left deviation of 200

18b -

right deviation of 200

19a-19c, 19a'-19c ', 19a' '- 19c' '-

Fold, notch

20, 20a, 20b -

center

21a, 21b -

recess

22a, 22b -

Fold, notch

23 -

Eckausgleichs profile

24a -

left back of 23

24b -

right back of 23

25 -

rounded front of 23

26 -

cut protection

100, 100a-100d -

foldable sealing profile

200 -

Installation object

300a -

left connection wall

300b -

right connection wall

400 -

ground

500, 500a-500d -

fold area

D -

Total thickness of 100a

E ₁ -E ₃ , E ₁ '-E ₃ ' -

level

P ₁ -P ₈ -

folding position

W ₁ -W ₃ , W ₁ ', W ₂ ' -

angle

Claims (16)

Sealing profile (100, 100a-100d) for a seal in the assembled state between a built-in object (300) and at least one connection wall (300a, 300b) or between the installation object (200) and a bottom (400) of a wet area and at least one connection wall (300a , 300b), wherein the sealing profile (100, 100a-100d) in the assembled state has a left lower strip (3, 3a-3d) with an upper left strip (10, 10a-10d) adjacent thereto, a lower right strip (6, 6a-6d) with a right upper strip (13, 13a-13d) adjoining thereto and a folding area (500, 500a) arranged between the left upper strip (10, 10a-10d) and the right upper strip (13, 13a-13d) -500d) foldable in different folding positions (P ₁ -P ₈ ). Sealing profile (100, 100a-100d) according to claim 1, characterized in that the entire material of the sealing profile (100, 100a-100d) is formed from a plastically foldable material. Sealing profile (100, 100a-100d) according to one of the preceding claims, characterized in that on the left lower strip (3, 3a-3d), on the lower right strip (6, 6a-6d), on the upper left strip ( 10, 10a-10d) and on the right upper strip (13, 13a-13d) adhesive surfaces (5, 5a, 8, 8a, 12, 12a, 15, 15a) are arranged. Sealing profile (100, 100a-100d) according to one of the preceding claims 1 or 3, characterized in that the sealing profile (100, 10a-100d) comprises a rigid molding. Sealing profile (100, 100a-100d) according to one of the preceding claims, characterized in that the folding region (500) and / or the strips (3, 3a-3d; 6, 6a-6d; 10a-10d; 13, 13a-13d) have folds (9, 9a, 9b; 16, 16a, 16b; 17, 17a, 17b; 19a-19c, 19a'-19c ', 19a "-19c", 22a, 22b). Sealing profile (100, 100a-100d) according to claim 5, characterized in that the folds (9, 9a, 9b; 16, 16a, 16b; 17, 17a, 17b; 19a-19c, 19a'-19c ', 19a'' -19c '', 22a, 22b) are designed as tear-off edges. Sealing profile (100a) according to one of the preceding claims, characterized in that the folding region (500a) has recesses (21a, 21b) for receiving overlapping folding material. Sealing profile (100, 100a-100d) according to one of the preceding claims, characterized in that on the lower strip (3, 3a-3d; 6, 6a-6d) a bead is arranged, which can be inserted into a groove of the installation object (200) is. Sealing profile (100c) according to one of the preceding claims, characterized in that the sealing profile (100c) has a Eckausgleichs profile (23). Sealing profile (100d) according to one of the preceding claims, characterized in that the sealing profile (100d) has a cut protection (26). Sealing profile (100, 100a-100d) according to one of the preceding claims, characterized in that the material of the sealing profile (100, 100a-100d) is at least partially a sandwich structure. Sealing profile (100, 100a-100d) according to any one of the preceding claims, characterized in that on the sealing profile (100, 100a-100d) a protective strip is arranged, which during assembly of the sealing profile (100, 100a-100d) on a surface of the Built-in object (200) can be arranged and after assembly of the sealing profile (100, 100a-100d) can be torn off along a perforation in the protective strip. Sealing profile (100, 100a-100d) according to claim 12, characterized in that the perforation in the protective strip is arranged so that a backfilling profile of the protective strip remains. Sealing profile (100, 100a-100d) according to one of the preceding claims, characterized in that at least one soundproofing device is attached to the strips (3, 3a-3d; 6, 6a-6d; 10, 10a-10d; 13, 13a-13d). Strip is arranged. Sealing profile (100, 100a-100d) according to one of the preceding claims, characterized in that at least one capillary protection strip is attached to the strips (3, 3a-3d; 6, 6a-6d; 10, 10a-10d; 13, 13a-13d). Strip is arranged. Method for mounting a sealing profile (100, 100a-100d) having a folding area (500) and adhesive surfaces (5, 5a, 8, 8a, 12, 12a, 15, 15a) according to one of the preceding claims, characterized in that the following method steps are carried out become: a) - Setting the sealing profile (100, 100a-100d) on a subfloor (400) and on a connection wall (300a, 300b) or on an underbody (400) and on a plurality of connection walls (300a, 300b) or to a plurality of connection walls (300a , 300b); b) - opening and / or closing the folding area (500); c) freeing the adhesive surfaces (5, 5a, 8, 8a, 12, 12a, 15, 15a) from a protective strip or coating sealing lips with sealing slurry; d) pressing the adhesive surfaces (5, 5a, 8, 8a, 12, 12a, 15, 15a) by means of a roller; e) - setting the installation object (200); f) - laying tiles or tiles; g) - tearing a protective strip along a perforation; h) - Grouting by means of a final silicone joint.

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