EP1707727A2 - sealing arrangement and method for producing a seal - Google Patents

Abstract

Sealing arrangement comprises a profile strip (9) assigned to an insertion part and a sealing flat material strip which extends from the profile strip over a joint (23) between the profile strip and the insertion part towards the insertion part and seals the insertion part. Independent claims are also included for the following: (1) Profile strip for forming a sealing arrangement on a door or window frame part; and (2) Method for producing a seal in a door or window frame part. Preferred Features: The profile strip contains a connecting unit for a surface layer of a building wall. The connecting unit is embedded in the surface layer. The flat material strip is arranged with sections spaced from each other in the traverse direction with the edge sections lying opposite each other in the longitudinal direction on the insertion part.

Description

The invention relates to a sealing arrangement, as it is produced at a transition of a mounted in a soffit of a building wall window or door frame to the building wall, a profile strip for such a sealing arrangement and a method for producing a suitable sealing arrangement.

When installing built-in parts such as windows and doors in building exterior walls of a building arise between the intended for mounting frame of the fixture and a surface layer of the building one or more joints. The surface layer of the structure is z. B. wet plaster on solid masonry or a filler layer on an insulating layer on a wall component or a drywall on Ansetzmörtel on a wall component or a tile with a filler coat on wet plaster or a drywall or sheet metal facing on a wall component. A wall component is solid masonry or other wall construction z. As wood or steel, which fulfills the function of a space-limiting element. This also includes the wall components associated sections of ceilings and floors, if they are provided as a mounting base for the horizontal portions of a fixture.

In large built-in parts, in particular made of plastic and aluminum, darker color design and built-in parts on sun-facing sides of the building due to different expansion behavior of adjacent components arise during the useful life of large relative movements or expansion movements between these components. A 3m x 3m large plastic window generates seasonal three-dimensional expansion movements, which can be more than 3 or 6 mm, in the corresponding color and installation position, especially in the corner area. However, window bands or glazing are also carried out in the order of 100 m ² and more, so that correspondingly even larger expansion movements can occur.

Be between the fixture and the surface layer other elements such. B. aluminum shells arranged in wood-aluminum windows and / or guide rails for roller shutters or mosquito lattice, then arise in each case further joints.

The joints or mounting joints are so very different and varied in their nature, arrangement, dimension, combination and in the expansion behavior. Nevertheless, these joints must be permanently sealed in accordance with the applicable standards and regulations, namely airtight on the inside of the room, outside rainproof and windproof / airtight on the outside and vapor-impermeable on the inside of the room as the outside of the room.

For the problem of several particular outside arranged joints and / or comparatively large expansion movements so far no practicable or inexpensive or permanent solution is known.

From DE 202 18 882 U1 a sealing arrangement with sealing connection profiles has become known. These reveal connection profiles are used both on the inside and outside of the room. They use a foam plastic adhesive tape to secure the soffit profile to the fixture. Thus, however, only a single joint between a surface layer applied to a building wall and a built-in part, in particular a door or window frame part to be sealed. If further elements are arranged, which require further joints, then this solution can not be used here. As an additional expense here, the foam tape must be protected from UV radiation to ensure long-term sealing. This happens, for example, by an elastic sealing lip, which causes additional costs. In the case of large expansion movements in the region of the joint, such reveal connection profiles are unsuitable since the known foam adhesive tapes can only permanently absorb movements of up to approximately 3 mm. Additional commitments from individual manufacturers have not been confirmed by test certificates from recognized test institutes, such as B. the "ift" Institute for Window Technology in Rosenheim (Germany) or the Swiss Federal Materials Testing Institute EMPA (Switzerland), are occupied.

In DE 201 21 253 U1 a band-like connecting element used as a sealing tape is described. These sealing tapes are used as a direct connection between a built-in part and an uncovered building exterior wall (shell wall) both inside and outside the room. However, in order to use the usual adhesive device for raw masonry, this must be previously filled with additional cost and optionally also be primed because of the moisture content. In addition, there is the serious technical problem that the sealing tape must be bridged elastically or movably even after the usual plaster application because of the expansion movements that occur between the fitting and the raw structure in order to have a sealing effect. On the other hand, it must also be applied over the entire surface surface layer such. B. rigid plaster or a spatula or Ansetzmörtel wear and go with this a good connection. This contradiction has not yet been solved even with the most diverse stretching devices. Either the plaster dissolves from the sealing tape and crumble or the sealing tape does not move, so that it breaks and is therefore leaking.

This is also a disadvantage that only the area of Bauteilbefestigungsfuge is sealed behind the sealing strip. In the joint in front of the sealing tape, typically in contrast to the thickness of the surface coating, on the other hand, in particular on the outside wall side, water can penetrate into the plaster layer and the masonry and cause damage. This also applies to the arrangement of additional elements such as roller guides on the mounting part, which require further joints. Additional sealing measures with additional costs or even the hitherto frequent impossibility of sealing are the result. Furthermore, due to the spatial arrangement of the sealing tapes, a costly and difficult to implement from the assembly process, in particular in ETICS (external thermal insulation systems) trough formation under a window plate is necessary.

Furthermore, from the generic DE 199 50 130 A1 a profile strip for a reveal connection has become known. The profile strip is attached to the mounting part either room inside or outside the room by means of a foam tape. An attached to the profile strip strip of flat material is applied to a building wall. A thermal barrier coating is then applied to the building wall so that the sheet of flat material extends at the interface between the building wall and the thermal barrier coating and is embedded in an adhesive or the like. However, the proposed arrangement of the flat strip of material is not expedient, since the foam adhesive tape performs the crucial sealing function. For discharging water, the strip of flat material is not needed because neither water nor condensation water may occur in the area of the thermal barrier coating.

From DE 1 866 445 U a sealing arrangement for a joint between a window frame and a building wall has become known. A cover strip is on the one hand attached to the window frame, wherein it is clamped between a sealing rail, which is screwed to the window frame, and the window frame. The cover strip extends over the Bauteilbefestigungsfuge between the window frame and the building wall directly to the building wall and on the other hand it is plastered. Since the sealing rail is firmly attached to the window frame, there is a movement joint between the sealing rail and the building wall, which is filled with permanently elastic putty.

The object of the invention is to provide a sealing arrangement of the type mentioned, which avoids the disadvantages of the known arrangements, as well as to provide an improved profile strip and an improved method for producing a sealing arrangement.

The object is achieved by a sealing arrangement with the features of claim 1.

When installing a fixture in or on a building wall creates a mounting joint. A substantially central portion of the mounting joint is referred to as a component mounting joint and is located z. B. between the window frame and the building wall or the reveal, for example in the screw connection of the window frame to the building wall. The mutual edge regions of the attachment joint, the z. B. a building interior or a building exterior facing, are referred to as joints. Each joint is located substantially between the profile strip and the built-in part and goes on the inside or building wall side in the Bauteilbefestigungsfuge.

Since the profile strip, in particular forms a tight unit together with a surface layer of the building wall and also the built-in part is a dense body, the gap remains to be sealed area. The sealing strip of flat material is sealingly connected on the one hand to the profile strip and on the other hand to the built-in component.

Such a sealing arrangement has the advantage over all previous approaches that it provides with simple components for all installation situations occurring a seal that remains permanently tight in any occurring in practice 3-dimensional expansion and / or compression movements. The processing effort and the cost of materials are low. The solution is visually flawless because the sealing strip of flat material is concealed. The sealing arrangement according to the invention can be prefabricated both on an attachable to a building wall fixture as well as on an already attached to a building wall fixture such as in particular a door or window frame part are used.

The main reason for the quality of this sealing arrangement is the strip of flat material, which essentially no longer has to carry a surface layer, as a result of which many technical impediments (that is to say the plaster does not hold and flakes off) and processing specifications are dispensed with. For the perfect or sealing and / or non-positive connection with the building surface in the present invention, the respectively suitable and highly specialized profile strip is responsible, which in turn is connected to the strip of flat material. The strip of flat material assumes the task of sealing in comparison to previous arranged between the profile strip and the insert sealing materials such. As foam tapes, with a novel greater movement, so that the profile bar is completely different than before from the built-in in the spatial motion and the still applied sealing materials primarily only ensure the spatial fixation of the profile during the processing time.

Advantageous embodiments of the invention are specified in the dependent claims.

Preferably, the profile strip is sealingly connected to a profile portion formed as a connecting device with the surface layer of the building wall. With this profile strip a particular non-sagging sealing strip of flat material is sealingly connected. This strip of flat material is in turn sealingly connected to a built-in part attached to the building wall. As a result, this flat material strip extends over the joint and seals it regardless of its dimension and arrangement and of any expansion movements that occur. Such a sealing arrangement is universally applicable, standardized, simple in construction and inexpensive to manufacture, since it can be produced with known components.

In a further preferred embodiment, the profile strip has a connection device for a connection to the surface of the building wall. The surface of the building wall can basically be any surface, i. H. the surface of the building wall and the surface of the surface layer. Furthermore, it should be emphasized that the surface or the surface layer itself has a sealing function for the building wall.

In order to ensure the spatial fixation of the profile strip during the processing time, instead of a further applied sealing material, the connection device can be used. In this case, the connection device by means of a fastening product such. As attachment mortar, Ansetzkle, assembly adhesive, plaster, spatula, adhesive tape, adhesive, screws, nails and the like at least in sections fixed to the building wall connected. In plastic fasteners thereby supporting recesses of the connection device such. As a punching or punching the intimate connection between the profile strip and building wall. After attachment or after the possibly necessary curing time of a plastic fastening material, the profile strip can be further processed. The connection device fulfills its task of stabilizing mounting fixture better when it is arranged with its flat side on the building wall, as it forms a wider mounting base in this way.

The surface layer of the structure is z. As wet plaster on solid masonry or a filler layer and / or plaster layer on an insulating layer (ETICS thermal insulation composite system) on a wall component or a drywall, which in turn may have a spatula or a fine plaster on topping on a wall component or a tile with a leveling coat on wet plaster or a drywall or sheet metal facing on a wall component.

It is assumed that at least one suitable for fixing a profile strip portion of the surface layer layer itself has the standard properties of wind or airtightness and / or watertightness.

The property, according to which the seal inside the room should be more vapor-tight than room outside, is required for solid masonry, in contrast to thermally insulated wood or steel structures, not for the building wall, but especially only for the spatially narrow area of the mounting joint.

It is also assumed that the connection of the profile strip with the building wall is intended not only for the duration of installation or for a short period of use, but for the entire duration of use.

For maintaining the sealing connection of the profile strip and the building wall, it is important that the connection is made non-positively or force-transmitting and thus in particular rigid or stiff.

Surface layers are usually between 1 mm to 25 mm thick. Insulating plasters usually have thicknesses of up to 80 mm. Fillings on concrete or old plaster or drywall can be 1 mm to 4 mm thick. Fillers and / or plasters in ETICS are preferably 4 to 10 mm thick. Wet plaster is usually 10 to 25 mm thick. Usual sheet thicknesses range between 0.4 and 1.2 mm.

The sealing connection device for a surface layer of the building wall, for example, a perforated leg of the profile strip or attached to the profile strip Armierungsgewebeabschnitt for plastering or troweling or a profile leg to plug on a drywall or sheet, in which case an additional sealing material such as to support the seal a sealant or a foam tape may be interposed therebetween. The connection is made in particular by plaster, mortar, filler, sealant such as hybrid sealant, acrylic, silicone or adhesive, adhesive tape, foam tape.

The profile strip is made for example of metal or plastic or other known profile material. The profile strip is for example in one piece or in several parts and in particular in two parts. The profile strip is, for example, a plaster profile, soffit profile, plaster finish profile, drywall profile, end profile, tile profile or filler profile. On the profile strip preferably profile components such as a plaster removal edge, a Einputzschenkel, a peel strip, a soft lip, a ETICS fabric or a mounting base for a protective film, as a release strip with adhesive device are provided.

It is particularly advantageous if a mounting device is provided on the profile strip, in particular in the arrangement of additional elements, for example an adhesive device, in particular a foam adhesive tape (SKB), an adhesive tape or an adhesive, for attachment to the installation part (eg window - or door frame) or an element arranged thereon. The advantages of a mounting fixture directly on the fixture are well known from the Leibungsanschlußprofile ago. When attaching the profile strip on the mounting part or on additional elements forces that initiate the above-mentioned profile parts for their correct function, especially during the processing time or transport at factory pre-assembly in the profile strip, forwarded by the mounting device directly to the mounting part, without the Surface layer must already be applied. This allows, in particular, a pre-assembly of the sealing arrangement as far as possible already z. B. in the factory of the insert. This mounting device assists after installation, the seal, at least until the time of their overuse by excessive expansion movements. Since the profile strip is more firmly connected to the building surface via the connecting device than via the mounting device with the built-in part, the overstress leads to a tearing or separation of the mounting device. However, the seal is ensured by the both sides of the profile strip and the mounting part sealingly arranged flat material section or strip.

Such a mounting device can be specialized for the usual assembly requirements. It is advantageous if the mounting device can safely, quickly and reliably establish the connection to the installation part or the profile strip at the usual installation temperatures. A specialization of the Adhesive material not only allows for the usual temperature range of + 5 ° to + 30 ° Celsius for assembly and processing. It is an extension to 0 ° or -10 °, in particular -20 ° Celsius and below or to + 35 ° or + 40 °, in particular + 50 ° Celsius or above possible. There are also special adjustments to other environmental conditions such as humidity, certain environmental materials and the like possible.

Such a mounting device does not have to establish a permanent connection like a sealing device. It is sufficient if, during assembly, the profile strip is fixed sufficiently rigidly and securely in the installation position, in particular on the installation part (eg window or door frame) or an element arranged thereon. It is advantageous if the profile strip can be used here as a trigger edge for surface materials or adhesive materials, in particular for connecting the profile strip to the building wall. The usability of, for example, a known stripping strip of the profile strip for attaching, for example, protective films, is advantageous. At the same time, the mounting device should be usable for assembly tasks at least until the connection between the connection device of the profiled strip and the surface layer or the surface of the building wall is completely established. Thereafter, the connection of the profile strip with the built-in part by means of the mounting device is no longer necessary and may be solved.

The prerequisite for this mode of operation is that the connection force between the profile strip and the surface layer or surface of the building wall is greater than the connection force between the profile strip and the built-in part. The force which can be transmitted by the connection device must in particular be greater than the connecting force generated or generated by the mounting device and, consequently, greater than the adhesive force or breaking force of the connecting material or carrier material of the mounting device. Thus, the mounting device is preferably a weaker link in the power flow between the mounting part and the building wall. In the case of overstressing, the carrier material preferably ruptures or fails the at least one adhesive bond.

The sealing connection between the profiled strip and the flat material strip is or is preferably produced by means of an adhesive material. In this case, the adhesive material is particularly adhesive on both sides or a self-adhesive material. Adhesive surfaces are often provided with a weakly adhering and thus removable protective cover for the delivery and assembly process. This can z. As silicone papers or PE films. For thick adhesive material, a longitudinally elastic protective cover is preferable. This prevents the formation of notches in the adhesive material in rolls or spools. The adhesive material may be a sealing adhesive tape or a sealing adhesive or a permanently elastic sealing adhesive. Sealing adhesive tapes typically consist of a carrier material with a one- or two-sided adhesive device and are in particular double-sided mass adhesive tapes or foam adhesive tapes (SKB). As a carrier material in particular foams and elastic compositions, for. As acrylate, EPDM, TPE, PVC, polyurethane, rubber or sponge rubber used. The adhesives include, in particular, hybrid adhesives, acrylate adhesives, PU adhesives and butyl rubbers. The permanently elastic adhesives include, in particular, silicones, acrylics and PU compounds.

Also, clamping, screwing and welding are suitable techniques for a sealing connection. By extruding even a unit of the profile strip and at least a portion of the strip of flat material is achieved.

Due to the technical design or selection of the flat material strip, the standard-compliant technical property can be produced. The respective standards (eg DIN 4108), regulations (eg EnEV, RAL guidelines for assembly) and test specifications specify which values are required and must be complied with in order to be assigned to a specific tightness class. The respectively required absorbable expansion movements are known. Since both the profile strip and the built-in part, including the connections to the flat material strip, are dense and comparatively immovable, the respectively required property is determined by the flat material strip. For a rain-proof and / or a windproof or airtight and / or a inside space with respect to the space outside the vapor-tight seal and / or the ability to absorb expansion movements, is a variety of known flat material strips, with or without coating such. As non-stick coating available, which are suitable for the Abdichtfunktion. Especially the known sealing tapes, which are hitherto used as a direct connection between a built-in part and an uncovered building exterior wall or used in the sealing of timber structures or drywall, have the required properties, but are so far arranged in a technically unsatisfactory manner.

The flat material strip is, for example, a foam plastic strip, strip material, fleece, fabric or plastic strip. It can have different thicknesses, preferably between 0.2 and 2 mm, and in particular in the case of foamed plastic, the thickness can also be 10 mm or more.

Depending on the requirements or arrangement - outside or inside the room - the strip of flat material is permeable to diffusion or very diffusible or diffusible, or hardly diffusible or conforming to standards (see DIN 4108). For the preparation of the respective property are preferably single or multilayer flat material strips and / or different coatings z. Example of aluminum, various resins or the like. Or materials such as Goretex® or the like used, which have a certain certain μ value (water vapor diffusion resistance number) or S _d value (vapor diffusion resistance) (see to further explain these values, the EP 1 426 540 A2).

There are flat strips of material with a carrier material which is at least partially equipped with an adhesive layer. Flat material strips are preferably made at least in part from butyl rubber, EPDM, TPE, PVC, polyurethane, rubber, sponge rubber, a three-dimensionally embossed and / or perforated polyolefin film, a nonwoven such as cellulose fleece or continuous filaments, meltblown microfibers, copolyesters, a metallised poliolefin film, a metallized polyester film, a metal foil such as a Aluminum foil, or made of a soaked with a water repellent foam rubber material. They are often in one or more layers, for example, formed as a multilayer composite web.

These flat strips of material preferably have a lamination and / or a lamination, an applied release agent, one or both sides a protective fleece, for example of Poliolefinfasern and / or filaments and / or tissue, a scrim, a knit, wires or a Gitterarmierung such as a by laminating assigned plastic net on.

Furthermore, these flat material strips can have one or more adhesive structures which are adhesive on one and / or two sides and have one or more peelable protective films.

Folding arrangements such as an envelope fold with or without bond sections and / or a pleat and / or a corrugation structure and / or a creping of the strips of flat material are a widely used means for forming and / or increasing absorbable stretching movements.

The basis weights of strips of flat material like to move in the range of 20 - 300 g / m ² and above.

To distinguish its properties or its spatial assignment (outside or inside space) the flat material strip may have a color coding. Reference is made here to DE 103 14 001 A1, which is hereby expressly made part of this application.

To absorb the occurring expansion movements of the strip of flat material is stretchable or elastic and can thus accommodate 3-dimensional movements of the respective joint or mounting joint. The flat material strip has one or more folds and / or consists, for example, wholly or partially of a pliable and / or stretchable or elastic material.

To compensate for an increased relative movement between the profiled strip and the built-in part, the flat material strip may have increased elasticity and / or increased elongation at break and / or a reduced Shore hardness. Reference is made here to EP 1 469 139 A1, which is hereby expressly made part of this application.

It is advantageous if the profile strip is connected by means of the flat material strip with the built-in part in the installation position movable for an expansion movement. In continuous use occur, especially due to weather significant relative movements between the mounting part and the building wall. Three-dimensional movements of the respective joint or fastening joint of +/- 0.5 to +/- 1.0 mm occur regularly. Expansion movements up to +/- 2.0 or even +/- 3.0 mm are rarer in the new year and depend in particular on the component size, the material, the color and the weathering. Relative movements along and / or transverse to the sealing device of +/- 6 mm, +/- 9 mm or occur less frequently, but are quite likely to be expected. The thickness movement is usually due to the rigid boundary of the building surface such. B. plaster or filler layers on both sides of the fixture and is from +/- 0.5 mm or +/- 1.0 mm or even +/- 2.0 mm to mostly +/- 3 mm as the upper limit. In order to be able to absorb such movements, the elongation at break value and / or the mobility for a further sealing connection must be designed accordingly.

For the perfect sealing function of the flat material strip, a high connection force with the built-in part or the profile strip or other connection points arranged therebetween is of particular importance. The bonding force of the flat material strip with the profiled strip and / or the built-in part is preferably greater than the inner expansion force of the flat material strip.

Furthermore, it is advantageous if the connection of the flat material strip to the mounting part or to the profile strip can be made safely or permanently at the usual continuous service temperatures. A specialization the material of the flat material strip or of the adhesive material in the case of adhesive bonds allows continuous use temperatures not only in the usual temperature range of -20 ° to + 60 ° Celsius. It is possible to extend to -30 ° or -40 °, in particular -60 ° C and below or to + 75 ° or + 90 °, in particular + 110 ° C or above. There are also special adjustments to other environmental conditions such as humidity, certain environmental materials and the like possible.

During processing, the material strips, at least on one side, are assigned, for the most part or in whole, to all materials occurring in the attachment joint, such as joint foam or plaster or spatula. Depending on the stability of the material, this could hinder the extensibility of the strip of flat material. A wholly or partially repellent coated or multilayer flat material strip, which prevents a firm connection of the sealing and the expansion movements receiving portion with the associated materials, thus acts as a release liner or a sliding bearing and favors the elongation of the strip of flat material

It may happen that z. B. in the processing between the bare building exterior wall and the built-in part and / or an additionally arranged element substantially non-compressible material, in particular plaster or putty, passes. So that no destructive resistance arises in the occurring expansion movements, it is advantageous if the flat material strip is compressible with respect to its thickness. A flat material strip made of a compressible material of several mm thickness makes it possible, in the case of hard, uncompressible backfill material between the fitting and / or elements and structural elements arranged thereon, to expand the fitting or the elements arranged thereon, for example according to the thickness and compressibility of the flat material strip. As aluminum trays or shutter guide rails.

If the flat material strip is arranged on the building wall side, then it is located at a relevant distance from the weather, in particular UV radiation, and therefore requires, depending on the installation situation, little or no corresponding one Protective device. This expands the selection of materials suitable for the strip of flat material and reduces costs.

Depending on the requirement from the respective processing sequence of the strip of flat material is one or more parts, the one-piece strip of flat material is usually cheaper to produce. In the case of multipart strips of flat material, these must again be sealingly connected. This is made for example by gluing. Suitable materials for this purpose are, for example, adhesive, adhesive tape, foam adhesive tape, permanently elastic sealant, hybrid sealant, acrylic and silicone. Also, clamping, screwing and welding are suitable techniques for a sealing connection.

The flat material strip is designed in one piece, in particular in factory assembly over two sealing arrangements, preferably in the combination of a room outside with a space inside sealing arrangement. This simplifies processing and reduces costs.

The sealing connection between the flat material strip and the built-in part is produced for example by gluing. In this case, the adhesive material is particularly adhesive on both sides or a self-adhesive material. Adhesive surfaces are often provided with a weakly adhering and thus removable protective cover for the delivery and assembly process. This can z. As silicone papers or PE films. For thick adhesive material, a longitudinally elastic protective cover is preferable. This prevents the formation of notches in the adhesive material in rolls or spools. The adhesive material may be a sealing adhesive tape or a sealing adhesive or a permanently elastic sealing adhesive. Sealing adhesive tapes typically consist of a carrier material with a one- or two-sided adhesive device and are in particular double-sided mass adhesive tapes or foam adhesive tapes (SKB). As a carrier material in particular foams and elastic compositions, for. As acrylate, EPDM, TPE, PVC, polyurethane, rubber, sponge rubber used. The adhesives or sealing adhesives include in particular hybrid adhesives, acrylate adhesives, PU adhesives, butyl rubbers. The permanently elastic adhesives or sealants include in particular silicones, acrylics and PU compositions.

Also, clamping, screwing and welding are suitable techniques for a sealing connection. By extruding even a unit of the built-in part and at least a part of the strip of flat material is achieved.

A built-in part is, for example, a frame base body (not the wing) of a window or a door or a component such as a beam. Standard wood, aluminum and plastic windows and windows are used. Often other elements are attached to it, e.g. an aluminum shell or aluminum cladding in wooden or plastic star or guide rails for blinds or mosquito nets, Aufsatzrolladenkasten and the like.

The invention is suitable for both interior space as well as space outside joints.

Preferably, the profile strip is arranged or mounted on an inner or outer side of the built-in part or an additional element of the fixture and the strip of flat material is located on a part of the fixture or a building wall facing portion of the fixture or towards the fixture sealingly arranged additional element of the fixture, which is also a Another profile strip can be on or attached to it.

The invention is also suitable for the joints of elements that are associated with a fixture and thus directly or indirectly connected to the fixture and in particular screwed or glued such as window panels and their liners, aluminum shells or aluminum panels in wood or plastic windows or guide rails for roller shutters or mosquito nets, tower roller shutter box and the like.

The invention is also suitable for a plurality of joints, which, for example, by other elements such as aluminum shells or aluminum panels in Holz- or plastic windows or guide rails for roller shutters or mosquito nets, attachment roller shutter box and the like arise.

The flat material strip can be made in one piece or even in several parts, if this z. B. should be required by the mounting order. The flat material strip is often made single-layer for cost reasons. He can but z. B. as a release liner or sliding bearing to a possibly underlying rigid layer such as plaster or spatula or for a particular technical property such as vapor diffusion tightness also be multilayer or coated accordingly.

According to a preferred embodiment, the strip of flat material extends over a junction of two angularly arranged legs of the insert without interruption sealing. Built-in parts such. B. windows usually have a rectangular basic shape. If a space inside and / or outside the surface of the insert used for sealing, so the seal must also be arranged rectangular. In the case of profile strips with attached adhesive sealing devices, the profile strips in the corners of the installation part are butted against one another for a circumferential seal or a miter is cut. This creates an interruption that causes a leak. In the proposed solution, the strip of flat material can be circumferentially mounted in one piece and thus produce an increased tightness.

The object is achieved by a profiled strip with the features of claim 17. The profile strip can be made in one piece with the strip of flat material or connected thereto. Since the flat material strip is made of a sealing material, it can fulfill its sealing function perfectly. According to an alternative solution, the strip of flat material is bendable transversely to its longitudinal direction, at least in sections, so that it can execute compensation movements which can avoid damage.

Another alternative solution provides that the strip of flat material sections, d. H. in particular with a section in its transverse extent, a connecting device for sealing fixing to the mounting part. The connecting device of the flat material strip may be an adhesive tape, a foam adhesive tape or a latching device or it is merely a surface with suitable properties z. B. for an adhesive connection.

The feature groups of claim 17 thus provide a profile strip according to the invention individually or in combination as well as in combination with all disclosed in this application with respect to the profile strip and the strip of flat material features. Preferred embodiments are specified in the dependent claims.

Furthermore, the object is achieved by a method having the features of claim 21. In the method for producing a sealing arrangement of attachable to a building wall fixture, in particular a door or window frame part, a sealing strip of flat material with a strip portion at a fixing joint associated region of the insert is tightly secured and spaced in the transverse direction of the flat strip portion in a sealing position arranged in which it is either prepared for connection to a profile strip to be attached or is connected to a arranged on an outer side or an inner side of the insert in sealing position profile strip. With this method can be produced in a particularly simple and economical way an optimal seal at the actual required locations. Preferably, the profile strip is set for sealing down on the surface or in the surface layer of the building wall.

Fig. 1

in einer horizontalen Querschnittansicht eine rauminnenseitige und eine raumaußenseitige Abdichtungsanordnung zwischen einem Fensterrahmen und einer Gebäudewand;

Fig. 2 bis 34

jeweils in einer horizontalen Querschnittansicht eine rauminnenseitige und eine raumaußenseitige Abdichtungsanordnung zwischen einem Fensterrahmen und einer Gebäudewand;

Fig. 35 bis 38

in einer vertikalen Querschnittansicht eine rauminnenseitige und eine raumaußenseitige Abdichtungsanordnung zwischen einem Fensterrahmen und einer Gebäudewand im Brüstungsbereich mit Fensterbrett bzw. Fensterblech;

Fig. 39 und 40

in einer vertikalen Querschnittansicht eine rauminnenseitige und eine raumaußenseitige Abdichtungsanordnung zwischen einem Fensterrahmen und einer Gebäudewand im Sturzbereich mit Rolladenkasten;

Fig. 41 und 42

jeweils in einer horizontalen Querschnittansicht eine Abdichtungsanordnung zwischen einem Fensterblech bzw. einem Bordstück und einer Gebäudewand;

Fig. 43 bis 45

jeweils in einer horizontalen Querschnittansicht eine rauminnenseitige und eine raumaußenseitige Abdichtungsanordnung gemäß weiterer Ausführungsbeispiele; und

Fig. 46

in einer perspektivischen Ansicht einen Eckbereich eines Einbauteils bzw. Fensters mit einer umlaufend ausgeführten Abdichtungsanordnung.

Hereinafter, embodiments of sealing arrangements will be explained in more detail with reference to the drawing. It shows:

Fig. 1

in a horizontal cross-sectional view of a space inside and a space outside sealing arrangement between a window frame and a building wall;

FIGS. 2 to 34

each in a horizontal cross-sectional view of a room inside and a room outside sealing arrangement between a window frame and a building wall;

FIGS. 35 to 38

in a vertical cross-sectional view of a room inside and a room outside sealing arrangement between a window frame and a building wall in the sill area with windowsill or window;

FIGS. 39 and 40

in a vertical cross-sectional view of a room inside and a room outside sealing arrangement between a window frame and a building wall in the lintel area with roller shutter box;

FIGS. 41 and 42

each in a horizontal cross-sectional view of a sealing arrangement between a window or a piece of board and a building wall;

FIGS. 43 to 45

in each case in a horizontal cross-sectional view of a space inside and a space outside sealing arrangement according to further embodiments; and

Fig. 46

in a perspective view of a corner region of a fitting or window with a circumferentially executed sealing arrangement.

A list annexed to the specification contains a brief description of the essential components of the sealing arrangements illustrated in FIGS. The first two pages of the list describe the re of the built-in part or of the entire component, respectively, of the outer sealing arrangement of FIGS. 1 to 42, while the last two pages of the list describe the respective inner sealing arrangement of FIGS. 1 to 40 with respect to the built-in component or entire component.

In the figures, identical or similar components are provided with the same reference numerals. The sealing arrangements shown in each case a figure can be used in any combination.

A building contains a building wall 1, the z. B. is an existing masonry exterior wall. In a wall opening or reveal 2 is a component in the form of a window 3, z. B. a wooden window installed, which separates the building exterior or the building exterior 4 of a building interior 5. An existing between a window frame 6 of the built-in window 3 and the building wall 1 Bauteilbefestigungsfuge 7 is largely filled by means of a heat-insulating foam 8.

A sealing arrangement for the window 3 and the window frame 6 with respect to the building wall 1 includes an outer profile strip 9 which is arranged on the outside of the window frame 6 and as a profile connection profile in principle z. B. from DE 100 23 697 A1, as well as a strip of flat material 10, the z. B. is formed of a one-piece flexible foam tape and with respect to the window frame 6 and the profile bar 9 gebäudewandseitig in its transverse direction of the profile strip 9, to which it is tightly mounted via a first connection 11, to the window frame 6, where he has a second connection 12 is tightly mounted extends.

The profile strip 9 is glued to its base 13 at least in sections in its longitudinal extent with a double-sided adhesive foam tape 14 on the outside of the window frame 6, wherein the foam adhesive tape 14 is provided substantially for the profile strip 9 at least during the period of assembly or manufacture the seal assembly on the window frame 6 to keep safe. A soft sealing lip 15 of the profile strip 9 covers that Foam adhesive tape 14 in a known manner (see DE 100 23 697 A1). An outer leg 16 protruding at right angles from the base 13 forms a plaster leg and thus a connecting device of the profile strip 9 for a surface layer 17 of the building wall 1. The surface layer 17 is e.g. B. applied as a two-layer wet plaster with a base coat 18 and a fine plaster 19 on the masonry, wherein the outer leg 16 provides a trigger edge for a cleaning tool.

An inner leg 20 protruding at right angles from the base 13 of the profiled strip 9 forms both a connection device of the profiled strip 9 for the surface layer 17 of the building wall 1 and a connection or a connection surface as the basis for the first connection 11, which is e.g. B. by means of an adhesive tape the strip of flat material 10 on the inner leg 20 tightly and firmly attaches. The tight fastening of the flat material strip 10 on the window frame 6 via the second connection 12 by means of an adhesive 21 which is received in a recess or groove 22 on the building wall 1 facing peripheral side of the window frame 6, so that the strip of flat material 10 in the Bauteilbefestigungsfuge 7 extends. Thus, extending along the profile strip 9 flat material strip 10 extends in its transverse direction on the building wall 1 facing side of the profile strip 9 and the window frame 6 from the profile strip 9 to the window frame 6, wherein he filled one of the foam adhesive tape 14 gap 23 between the profile strip and the window frame 6 bridged on the inside or Gebäudewandseitig and separated from the filled by the foaming 8 Bauteilbefestigungsfuge 7 or from the foaming 8 itself tight.

The sealing arrangement thus formed prevents the ingress of air or wind and / or moisture from the outside through the joint 23 to the component mounting joint 7 or to the base plaster 18 or the building wall 1, if the self-adhesive foam tape 14 itself or its bonding should be leaking ,

Conveniently, the sealing arrangement is prefabricated on the window frame 6 by the flat material strip 10 and / or the profile strip 9 is attached to the building wall 1 even before the installation of the window frame 6. This can be a dense and reliable connection of the flat material strip 10 on the window frame 6 and the profile strip 9 z. B. in the window manufacturer under favorable environmental and production conditions are produced, which may not be given at the installation site.

A further sealing arrangement forms a sealing of the fastening joint of the window frame 6 assigned to the building interior 5 and contains a profile strip 30 and a flat material strip 31 connected thereto. The flat material strip 31 is bonded to the peripheral edge 33 of the peripheral side by means of an adhesive layer 32 which produces the inner connection the window frame 6 mounted tightly, extends in its transverse direction as a bent fold in a groove 34 on the peripheral side of the window frame 6 in the Bauteilbefestigungsfuge 7 and extends between the foaming 8 of the Bauteilbefestigungsfuge 7 and the window frame 6 back and beyond the inside of the window frame. 6 out to the profile strip 30, which is formed as a flat Putzabschlußprofil. The protruding beyond the window frame 6 portion of the flat material strip 31 rests on a waste plaster layer 35 and is connected by means of an adhesive layer 36 with a connecting device forming Einputzschenkel 37 of the profile strip 30. The profile strip 30 is sealingly embedded in a filler layer 38, which forms the inner surface layer 40 of the building wall 1 together with the old plaster layer 35, wherein recesses 39 in Einputzschenkel 37 improve the embedding in the filler layer 38. During assembly, the profile strip 9 is first connected by means of filler at least partially in its longitudinal extent with the surface of the old plaster layer 35 and arranged relative to the window frame 6 functionally. After hardening of the putty, the filler layer 38 is created as shown in FIG. The flat material strip 31 preferably has an anti-adhesion layer 41 (shown in dotted lines) on the side facing the foaming 8 or the old plaster layer 35, with the exception of the region of the gluing on the window frame 6. Since the non-stick layer 41 a Adhesion of the flat material strip 31 to a plaster or the foaming prevented, the flat material strip 31 is compensated for relative movements of the components on the sealing arrangement allows so that tearing of the strip of flat material 31 is prevented and thus its sealing function is guaranteed long term.

The profile strip 30 has a sealing lip 42 which rests flexibly on the inside of the window frame 6. A firm connection of the profile strip 30 with the window frame 6, z. B. by a foam adhesive tape according to the outside profile strip 9, is not provided, but could, if necessary, be executed.

The groove 34 may be an arbitrarily shaped recess or a step and allows a soft bending of the flat material strip 31 in the form of a fold without sharp folding edge and thus serves the durability of the flat material strip 31st

Thus, this sealing arrangement also prevents penetration of air and / or moisture from the inside through the joint 43 covered by the sealing lip 42 to the component fastening joint 7 or to the old plaster layer 35 or to the building wall 1, if the sealing lip 42 can not provide sufficient sealing. This can also hinder the penetration of water vapor.

This sealing arrangement has its effect, in particular in the interior of the associated attachment area, wherein over the end of the flat material strip 31 also water vapor can penetrate into the old plaster layer 35 and this process can be obstructed if necessary by other measures.

In the case of the sealing arrangements illustrated in the following figures, features which differ from the embodiment according to FIG. 1 are essentially discussed.

The sealing arrangement shown in Fig. 2 contains on the outside a profiled strip 9, to which the flat material strip 10 is tightly secured by means of a linear weld 44. The flat material strip 10 is attached to the window frame 6 by means of a foam adhesive tape 14 as shown in FIG. The inside profile strip 30 is also secured by means of a foam adhesive tape 14 on the inside of the window frame 6 and it contains a Kompriband 45 which holds the foam adhesive tape 14 under tension against the window frame 6. The connection between the inner strip of flat material 31 and the inner profile strip 30 takes place by means of an adhesive 46. The two profile strips 9 and 30 contain connection devices to the building surface according to the embodiment of FIG. 1.

In the sealing arrangement shown in Fig. 3, the outside profile strip 9 is mounted and sealed by means of a sealing compound 47 relative to the window frame 6. The flat material strip 10 is fastened by means of a line-shaped welding 44 on the profile strip 9 and arranged in a double fold in a receiving space 48, so that it can optionally perform unimpeded compensating movements. The inner flat material strip 31 is a soft plastic part with a latching device 49 made of hard plastic, which cooperates with a counterpart 50 of the profile strip 30 sealingly. The connection of the flat material strip 31 on the window frame 6 takes place with a double-sided foam adhesive tape.

4 shows a sealing arrangement with an outer profiled strip 9 and an inner profiled strip 30 and only one flat material strip 10 ', which connects the two profiled strips 9 and 30 on the building wall side, is elastically stretchable and can have a one-sided adhesive coating for bonding by means of foam adhesive tapes to the Moldings 9 and 30. The inner profile strip 30 is a plastered plaster finish profile with an attached plastic cap 51, the z. B. has a white surface.

In the inner sealing arrangement shown in FIG. 6, the flat material strip 31 is connected to the inner leg 20 of the profile strip 30 by means of an adhesive 83, which may also be used to embed a drywall 62. The flat material strip 31 has in the region of its sealing connection with the leg 20 of the profile strip 30 recesses 82, which receive the adhesive 83 and thereby improve the connection.

In the exemplary embodiment illustrated in FIG. 7, only one flat material strip 10 'connects the outer profile strip 9 to the inner profile strip 30. On the outside, the building wall 1 has an insulating material 52 of a thermal insulation composite system (ETICS) which partially covers the outside of the window frame 6. The flat material strip 10 'extends through a gap 84 which is formed between the insulating material 52 and the window frame 6, and is z. B. by means of a foam adhesive tape 14 attached to the component mounting joint 7 facing peripheral side of the window frame 6.

In the exemplary embodiment illustrated in FIG. 12, the flat material strip 10 is sealingly arranged on the outer profile strip 9 by means of an adhesive 21 (first or outer connection 11). The profile strip 9 is connected to the installation support via the adhesive 21 indirectly to the window frame 6. The rigid plastered profile strip 9 is arranged to form a very small gap on the window frame 6, so that movement of the window frame 6 is limited to the profile strip 9 back to the extent of the gap and reduced. The inner second connection 12 takes place by means of an adhesive on the window frame 6.

In the embodiment shown in Fig. 13, a wooden window with a window frame 6 and an additional element attached thereto in the form of an aluminum shell 59 is shown. Upon expansion of the aluminum shell 59, this moves in the direction of the building wall 1. The flat material portion 10 'consists of compressible material such as foam and takes, in contrast to the underlying rigid plaster material 18, occurring expansion movements of the aluminum shell 59 according to its thickness and compressibility. This will damage the expanding fixture 6 avoided at constant dimensions of the opening in the building wall 1. At the same time, the flat material section 10 'prevents portions of the cleaning material 18 from entering the aluminum shell 59 during plastering. Cleaning material 18 in the aluminum shell 59 would lead to constraints. In addition, the aluminum shell 59 is ventilated to protect the wood of the window frame 6 from damage caused by condensation. The gap 23 would no longer be sealed without the flat material strip 10 '. Thus, the joint 23 would no longer be airtight and the cleaning material 18 without protective structural plaster or paint with the weather. Driving rain could penetrate into the cleaning material 18 and thus into the joint 23 and cause damage.

In the embodiment shown in Fig. 15, a wooden window with a window frame 6 and an aluminum shell 59 attached thereto is shown again. The aluminum shell 59 and an insulating material 52 of a WDVS form a cavity 85. In this, a part of the flat material strip 10 'is arranged with wrinkles, whereby the possibility of movement absorption is improved. For the production of such a sealing arrangement, the flat material strip 10 'is provided for different manufacturers of built-in parts 6 and combinations of the built-in parts 6 with additional elements 59 in different width variants. Through this hollow or storage space 85, the number of required different widths of the flat strip 10 'can be reduced, thereby saving costs.

In the case of the outer sealing arrangement shown in FIG. 19, two flat material strips 10 and 10a are provided, which are connected tightly to one another via an adhesive layer 11a.

Fig. 25 shows a sealing arrangement in a thermal insulation composite system (ETICS), wherein a particular brittle rigid insulating material 52 is provided with a filler layer 53. A shutter guide rail 54 is attached to the window frame 6 as an additional element. On the shutter guide rail 54, a one-piece profile strip 9 is attached. The flat material strip 10 formed as a foam strip is on the one hand on the profile strip 9 and on the other hand on the window frame 6 tightly connected by means of an adhesive layer 11 '. The insulating material 52 of the ETICS may be elastic such. B. polystyrene foam or he is rigid such. B. a mineral foam board.

FIG. 26 shows a sealing arrangement in which the inner profiled strip 30 is arranged on a plaster layer 55 and is fastened by means of a tile adhesive 57 holding a tile 56. Joint filling material 58 closes the joint to the tile 56. The flat material strip 31 is extruded onto the profiled strip 30.

Fig. 30 shows a sealing arrangement in which on the window frame 6 as an additional element an aluminum cup 59 and a shutter guide rail 54 is attached. Building walls are formed on the additional elements cavities 60 and 61, can penetrate into the water. The flat material strip 10 extends from the outer profile strip 9 adjacent to a drywall 62 along these cavities 60 and 61 and inner wall components 63 to the window frame 6, to which it is tightly attached by means of a foam adhesive tape 14.

FIG. 31 shows on the outside a sealing arrangement comparable to FIG. 30, webs 64 projecting on the roller shutter guide rail 54, which can elastically penetrate the flat material strip 10 formed as a comparatively thick foam strip when the relative movement of the roller shutter guide rail 54 towards the building wall 1 is effected without damaging it , Its sealing function is thus retained. The inside profile strip 30 is formed by a surface coating representing a sheet metal covering 65. The inner flat material strip 31 is a particularly elastic plastic strip, which is glued both to the window frame 6 as well as to the sheet metal cover 65.

32 shows an inner profiled strip 30, in which a flat material strip 31 is folded on the building wall side behind the profiled strip 30 and is then arranged between the foam adhesive tape 14 and the built-in part 6. The profile strip 30 is for installation support on this portion of the strip of flat material 31 by means the foam adhesive tape 14 glued. During expansion movements, the adhesive bond between the foam adhesive tape 14 and the profile strip 30 dissolves, since it is formed weakly adhesive than the connection of the flat material strip 31 with the built-in part 6. As a result, the seal of the joint 43 is secured.

FIG. 33 shows an inner profile strip 30 with an inside leg 66. The flat material strip 31 is tightly clamped between the leg 66 of the profile strip 30 and an inner plaster leg 20.

A sealing arrangement on a window plate 67, Figs. 35 to 38. The outer strip of flat material 10 (see Fig. 35) on the one hand to the profile strip 9 and on the other hand glued to the underside of the window plate 67. The window plate 67 is screwed to the window frame 6 via an interposed sealing strip 68. The inside sealing arrangement is formed at the end of the window sill 69 via a once folded flat material strip 31, which is extruded on the inner profile strip 30.

39 shows a sealing arrangement on a roller blind box 70, from which a roller blind 71 (shown schematically) can be lowered. The blind box 70 is not weatherproof, so that the seal must seal the entire back of the blind box. For this purpose, the outer strip of flat material 10 extends from the outer profile strip 9 along the rear side of the roller blind box 70 to the window frame 6, to which the flat material strip 10 is tightly attached by means of the gluing 12 '.

A modification is shown in FIG. 40, in which the blind box 70 is weatherproof, so that the outer strip of flat material 10 connects the profile strip 9 with an adjacent portion of the blind box 70 tightly. A compriband 72 establishes a tight connection between the roller blind box 70 and the window frame 6.

FIG. 41 shows a seal on a window plate 67, to which a flange 73 is tightly fastened by two legs 74 with sealing compound 75. The outer one Flat strip 10 connects the profiled strip 9 with the back of the flange 73. In the modification of FIG. 42, the flange 73 is only pushed onto the window plate 67, so that the outer strip of flat material 10 must connect the profile strip 9 with the underside of the window plate 67 tightly.

Further embodiments of sealing arrangements are shown in FIGS. 43 to 45. Here, the outer profile strip 9 (see FIG. 43) is formed without a connection device for embedding in a surface layer, since it rests on a spatula layer 77 via a lip 76. The connection device is formed here by the spatula layer 77 opposite leg 16 of the profile strip 9. The outer strip of flat material 10 is firmly anchored on the one hand in a first compound 11 by means of a sealant 78 on the profile strip 9, which is for example by means of the sealant 78 with the filler layer 77 sealingly connected. On the other hand, the strip of flat material 10 after multiple folding with the window frame 6 in a second compound 12 is sealed. By means of an adhesive layer, the profile strip 9 is held for mounting support on the window frame 6. The outer portion of the inner flat material strip 31 is glued to the profile strip 30 by means of an adhesive tape 36 or a foam adhesive tape (not shown), which in turn is fixed by means of a sealant 79 to the surface 80 of the building wall 1. Both adhesive tapes and foam adhesive tapes and adhesives are well suited for fixing the flat material section 31 to the profile strip 30. In this solution can be dispensed with a costly pre-treatment of the substrate. A special adhesive spatula application or a primer because of the moisture content is eliminated because a profile strip is arranged instead of a plastered band-like connecting element for sealing connection with the building surface 1.

In the case of the outer sealing arrangement of FIG. 44, the profiled strip 9 contains an inner hollow region which is filled with adhesive or sealing compound 78 and sealingly secures the profiled strip 9 to an old plaster layer and the flat material strip 10 which has a perforated fastening section 81 on the profiled strip 9 fixed and tightly fastened. An inside ribbed structure of the profile strip 9 supports the intimate connection with the adhesive or sealant 78. The inner profile strip 30 is fixed to the surface 80 of the building wall 1 by means of an adhesive 79 which also tightly defines the perforated portion of the inner strip of flat material 31 on the profile strip 30. By means of a foam adhesive tape 14, the profile strip 30 is held for mounting support on the window frame 6.

In the embodiment of a peripheral sealing arrangement shown in Fig. 46 is a built-in part 6, z. B. a wooden frame of a wooden window, in a reveal of a building wall (not shown) z. B. attached according to FIG. 1. A profile strip 9 which is arranged towards the outside space is fastened on the outside by means of an adhesive layer or a foam adhesive tape 14, whereby according to the rectangular or square shape of the wood window or the frame a piece of the profile strip 9 on the vertical section 6 'or frame part of the section shown Mounting part 6 and another piece of the profile strip 9 is attached to the horizontal portion 6 "or frame part of the built-in part 6 (of course, also at least on the opposing vertical section, not shown, a profile strip attached.) At the outer corners 6a of the frame or built-in part 6, the individual profiled strips 9 are butted together or they are mitred, which results in an interruption which causes a leakage.In order also to permanently seal the corner regions, the strip of flat material 10 on the entire installation part 6 or frame of the wooden window i n one piece over the outer corners 6a circumferentially mounted. The flat material strip 10 is fastened in a manner already described with a first connection 11 close to the profile strip 9 and with a second connection 12 close to the building wall side facing the insert 6 and thus covers the joint 23 between the profile strip 9 and the built-in part. 6 A corresponding sealing arrangement with a circumferential flat material strip 10 can also be formed on the side of the built-in part or wooden frame facing the interior.

Basically, in the illustrated sealing arrangements of the flat material strips, since it is flexible and elastic, different shapes and heights of different additional elements of the window frame can be adjusted.

For fixing during processing, the respective profile strip can be glued in some of the sealing arrangements by means of a foam adhesive tape on the component or a panel. This bond can additionally support the sealing of the joint, but is not required for the function of the seal.

Figures 1 to 40 each represent two sealing arrangements. For simplicity, the space outside sealing arrangement and the addition I the space inside sealing arrangement is called for the following brief explanations with the addition A behind the figure number.

In Figs. 3A, 4A, 6A, 111, 121, 13A, 131, 14A, 151, 171, 19A, 201, 21A, 21I, 23A, 24I, 27I, 30A, 31A, 39I and 41, one is rigid and substantially incompressible material such. As plaster or spatula between the fixture and the masonry. Compressible material such. As foam plastic and / or wave and / or wrinkling and / or cavitation here make a compression route ago. These techniques are generally well suited to increase the 3-dimensional mobility and thus extensibility of the proposed pliable flat strips of material. This also applies to the proximity of other rigid products, in particular rigid insulation layers in ETICS such. As mineral foam, which, at least partially, have a different movement.

In Figures 11, 10A, 10I, 11A, 19A, 21A, 21I, 23I, 24I, 26A, 29A, 29I, 30A, 30I, 31I, 35A, 36I, 371 and 391, the strip of sheet material is wholly or partially coated with a repellent coating provided that prevents a firm connection between the plaster and / or the filler and / or the filling material of the joint 5. This can also be produced by multilayer strips of flat material become. These techniques act as a release liner or a plain bearing and thus ensure the mobility and thus the 3-dimensional mobility or the extensibility of the proposed pliable flat material strips over relatively rigid materials.

With this technique, simultaneously and / or separately from one another, desired properties such as watertightness and / or airtightness or windproofness and / or diffusion-permeable or highly diffusible or diffusible or diffusion-compatible or standard-compliant diffusion proof can be produced. In FIG. 6I, for example, a coating is applied to the strip of flat material which causes a dimensionally appropriate steam diffusion tightness on the inside of the room. In FIG. 28A, for example, a coating is applied to the strip of flat material, which causes a watertightness that conforms to space outside the standard outside. Both at the same time, for example, in the figure 21I, 23I, 24I, 29A, 29I shown.

LIST OF REFERENCE NUMBERS

1

building wall

2

soffit

3

component

4

Building exterior

5

Building interior

6

window frame

7

Bauteilbefestigungsfuge

8th

foaming

9

Molding

10

Flat strip of material

11

first connection

12

second connection

13

Base

14

foam tape

15

sealing lip

16

Connecting device or outer leg

17

surface layer

18

basic cleaning

19

fine plaster

20

inner thigh

21

adhesive

22

groove

23

Gap

30

Molding

31

Flat strip of material

32

adhesive layer

33

edge section

34

groove

35

Altputzschicht

36

adhesive layer

37

plastering

38

filler layer

39

recess

40

surface layer

41

Non-stick coating

42

sealing lip

43

Gap

44

welding

45

compriband

46

adhesive

47

sealant

48

accommodation space

49

engaging device

50

counterpart

51

Plastic cap

52

insulation

53

filler layer

54

Shutter guide rail

55

Rendering

56

tile

57

tile glue

58

joint filler

59

aluminum dish

60

cavity

61

cavity

62

drywall

63

wall component

64

web

65

Blechverkleidung

66

leg

67

window sheet

68

sealing strips

69

windowsill

70

roller box

71

roller blind

72

compriband

73

board pieces

74

leg

75

sealant

76

lip

77

filler layer

78

sealant

79

sealant

80

surface

81

attachment section

82

recess

83

adhesive

84

gap

85

cavity

Claims (22)

Sealing arrangement on a building wall (1) attachable or attached fitting (6), in particular a door or window frame part,
with a profile strip (9, 30) which is associated with the built-in part (6), and
with a sealing flat material strip (10, 10 ', 31) extending from the profiled strip (9, 30) via at least one joint (23, 43) between the profiled strip (9, 30) and the built-in part (6) to the built-in component ( 6) and is sealingly arranged on the profiled strip (9, 30) and the built-in part (6). Sealing arrangement according to claim 1,
characterized in that the profiled strip (9, 30) comprises a connecting device (16, 20) for a surface layer (17) of the building wall (1) and the connecting device (16, 20) in particular embedded in the surface layer (17) or embedded. Sealing arrangement according to claim 1 or 2,
characterized in that the profiled strip (9, 30) has a connecting device for a connection to the surface of the building wall and the connection with the surface is in particular a screw connection or gluing. Sealing arrangement according to claim 2 or 3,
characterized in that the profiled strip (9, 30) by means of the connecting device sealingly connected to the building wall (1), in particular with the surface layer or the surface of the building wall (1) is connected. Sealing arrangement according to one of claims 1 to 4,
characterized in that the flat material strip (10, 10 ', 31) is arranged with mutually transversely spaced portions and in particular with its two opposite to its longitudinal extension opposite side edge portions on the mounting part (6) or on the profile strip (9, 30). Sealing arrangement according to one of claims 1 to 5,
characterized in that the flat material strip (10, 10 ', 31) Gebäudewandseitig of the profile strip (9, 30) to the mounting part (6). Sealing arrangement according to one of claims 1 to 6,
characterized in that the flat material strip (10, 10 ', 31) by means of a connecting device on the profile strip (9, 30) is mounted or formed integrally therewith and / or by means of a connecting device to the mounting part (6) is mounted or with this is formed in one piece. Sealing arrangement according to one of claims 1 to 7,
characterized in that the profiled strip (9, 30) on an inner or outer side of the mounting part (6) or an additional element (59) of the mounting part (6) is arranged or mounted and the flat material strip (10, 10 ', 31) on a a component mounting joint facing portion of the insert (6) or an additional element (59) of the insert (6) abuts or is attached. Sealing arrangement according to one of claims 1 to 8,
characterized in that the profiled strip (9, 30) by means of a connecting device, in particular a foam adhesive tape (14) on the mounting part (6) is fixed and the flat material strip (10, 10 ', 31), the gap (23) inside behind the connecting device or the foam tape covers. Sealing arrangement according to one of claims 1 to 9,
characterized in that the flat material strip (10, 10 ', 31) is arranged in the installed position with freedom of movement for compensating movements and / or a compensation space (85) is provided in which at least a portion of the flat material strip (10, 10', 31) for a Balancing movement is recorded freely movable. Sealing arrangement according to one of claims 1 to 10,
characterized in that the flat material strip (10, 10 ', 31) on the side of the built-in part (6, 59) bridges a plurality of joints. Sealing arrangement according to one of claims 1 to 11,
characterized in that the flat material strip (10, 10 ', 31) on the building wall (1) side facing a adhesion-reducing or non-adhesive layer or surface. Sealing arrangement according to one of claims 1 to 12,
characterized in that on the mounting part (6) in association with the fixing joint an inner sealing arrangement and an outer sealing arrangement is provided which contain a common flat material strip (10 ') or their own, identical or different flat material strips (10, 31). Sealing arrangement according to one of claims 1 to 13,
characterized in that the Bauteilbefestigungsfuge (7) is at least partially filled with a particular heat-insulating filling material (8) and the flat material strip (10, 10 ', 31) at least partially against the filling material (8), in particular of the filler (8) a contact portion of the insert (6) is pressed. Sealing arrangement according to one of claims 1 to 14,
characterized in that the width of the strip of flat material (10, 10 ', 31) is at least 8 mm, preferably at least 12 mm or at least 20 mm and in particular at least 40 or 100 mm. Sealing arrangement according to one of claims 1 to 15,
characterized in that the flat material strip (10, 10 ', 31) via a connection point or a corner region (6a) of two angularly arranged legs of the mounting part (6) runs without interruption sealing. Profile strip with a strip of flat material for producing a sealing arrangement on an attachable to a building wall fixture, in particular a door or window frame part,
characterized,
that the flat material strip (10, 10 ', 31) is made of a sealing material and / or at least partially bendable transversely to its longitudinal direction and / or transverse to its longitudinal direction sections connecting means for sealingly fixing to the mounting part (6). Profile strip according to claim 17,
characterized in that the flat material strip (10, 10 ', 31) is made up of at least two layers of material which can separate from one another due to shearing force loads of the flat material strip (10, 10', 31) and / or the flat material strip (10, 10 ', 31) has a non-adhesive surface in its non-adherent areas. Profile strip according to claim 17 or 18,
characterized in that the flat material strip (10, 10 ', 31) in the region of its sealing connection with the profiled strip (9, 30) recesses (82) has or is perforated. Profile strip according to one of claims 17 to 19,
characterized in that the connecting means of the strip of flat material (10, 10 ', 31) is an adhesive tape, a foam adhesive tape or a latching device (14, 49). A method for producing a sealing arrangement of attachable to a building wall fitting, in particular a door or window frame part, wherein
a sealing strip of flat material (10, 10 ', 31) with a strip section is fastened tightly to a region of the insert (6) associated with a joint (23, 43) or fixing joint (7) and with a strip section spaced in the transverse direction of the flat material in one Is arranged sealing position in which it is either prepared for connection to a profile strip to be attached (9, 30) or connected to a on an outer side or an inner side of the insert (6) arranged in sealing position profile strip (9, 30). Method according to claim 21,
characterized in that the profile strip is set for sealing down the surface or in the surface layer of the building wall.

Images