EP2952649A1 - Plastering strip - Google Patents

Abstract

A cleaning strip (2) according to the invention made of plastic or plastic composite material comprises a mesh-like reinforcement fabric section (20) attached thereto, in particular of plastic and / or glass silk or glass fiber fabric, for embedding in or under a plaster layer, in particular a plaster layer on a thermal insulation (28) of a building wall , The Armierungsgewebeabschnitt (20) is pivotally mounted on the cleaning strip, that it is pivotable between a Einputzposition and a Wegschwenkposition.

Description

The invention relates to a cleaning strip, in particular a plaster strip, an outer strip for a closure rail, a plaster corner strip or a plug-in end strip.

External thermal insulation systems represent systems for exterior insulation of buildings and often consist of an insulating board, a plaster base layer, which is also referred to as reinforced flush and a surface layer, for. B. the top coat. Such thermal insulation systems are used both in new buildings and in renovations of old buildings.

In such thermal insulation systems cleaning strips are used at some installation positions. So plaster moldings are positioned at the transition between a window or door frame and the insulation board, which decouple the window or door frame from plaster and at the same time provide a seal between them, as for example. From the EP 0 185 641 A2 is known. Cover rails in the lower end of the heat insulation prevent moisture from entering from below between the building wall and prevent thermal insulation, as for example. From the DE 195 39 526 A1 is known. Putz corner strips serve to ensure a reliable conclusion for the plaster layer on the first side of the building corner and on the second side of the building corner and to avoid the crumbling of plaster on the building corner, as for example. From DE 100 38 279 A1 is known.

Such cleaning strips are often provided with a Armierungsgewebeabschnitt to improve the adhesion of the plaster to the substrate and to ensure a permanent crack-free of the plaster.

The attachment of such cleaning strips at the respective installation position including the application of the reinforcing compound / the concealed plaster and the top coat is often difficult in practice.

When attaching the cleaning strips to the respective installation position and when applying the reinforcing material, there is often damage to the cleaning strip or not optimal working results regarding. The reinforcing material. At such installation positions, moisture can then penetrate in the long term, resulting in damage to the plaster, the thermal insulation or located on the cultivation situation building components, such as the window sash or the door frame can lead, z. B. by crumbling of the plaster and by moisture in the insulation board, the window or door frame.

It is therefore an object of the present invention to provide cleaning strips for a variety of installation situations, which allow a reliable and damage-free installation of the respective installation situation and at the same time facilitate the application of reinforcing material. Furthermore, the plaster, the thermal insulation and the other building components, on which such a cleaning strip is installed, permanently protected against the ingress of moisture and the resulting damage.

These objects are achieved by the subject matter of independent claim 1. Advantageous developments emerge from the dependent claims.

This object is solved by the subject matter of the independent claims. Advantageous developments emerge from the dependent claims.

In a trim strip made of plastic or plastic composite material according to the invention, a net-like Armierungsgewebeabschnitt, in particular made of plastic and / or glass silk or glass fiber fabric, for embedding in or under a plaster layer, in particular a plaster layer provided on a thermal insulation of a building wall, which is pivotally mounted on the cleaning strip in that it is pivotable between a plastering position and a path pivoting position.

The Armierungsgewebeabschnitt is made of plastic and / or glass silk or glass fiber fabric, in particular plastic, glass silk or glass fiber fabric, glass fiber or glass fiber fabric, which is coated or coated with plastic, or plastic or glass silk or glass fiber fabric, the / with alkali-resistant material is coated.

After application of the plaster, the Armierungsgewebeabschnitt is below the plaster surface, in most cases, he is in turn secured by means of reinforcing compound or filler to the ground. The reinforcing fabric section improves the adhesion of the plaster to the substrate and ensures the permanent crack-free of the plaster.

According to a further basic idea of the present invention, it is ensured by the pivotable fastening of the reinforcing fabric section on the cleaning strip itself, which can take place either via a hinge, in particular via a living hinge, via a soft connecting bridge, via a soft connection bridge connection or the like, that the cleaning strip even fixed to the desired installation situation, in particular glued, nailed, screwed or dowelled or can be clamped in a gap that the Armierungsgewebeabschnitt can be pivoted in a Wegschwenkposition to reinforcing material over the entire surface, so reaching to the cleaning strip itself, and at the same time in a simple manner can be applied, and that, after applying the reinforcing compound, the Armierungsgewebeabschnitt can be swung back into the Einputzposition back to come into contact with the reinforcing material. In particular, the Armierungsgewebeabschnitt, when it is pivoted from the Wegschwenk- in the Einputzposition, enter into an adhesive connection with the reinforcing compound or embedded in this. Thereafter, the top coat can be applied.

Compared with cleaning strips, in which the Armierungsgewebeabschnitt is rigidly attached to the cleaning strip, a better and easier processing is achieved by the pivoting away Armierungsgewebeabschnitts for a better because the reinforcing fabric can be applied over the entire surface and up to the cleaning strip itself sufficiently. On the other hand, a better work result is achieved, gaps or omissions of the reinforcing compound, which can lead to an easier entry of moisture, are reliably avoided.

In the case of composite thermal insulation systems, it is stipulated that reinforcement must be present under the reinforcement fabric section. Especially in installation situations in which the cleaning strip must be positioned in the installation situation and only then Armierungsmasse can be applied, thus resulting according to the invention a significant advantage of easier application of the reinforcing compound and a significant advantage in terms of the achieved work result.

According to a further aspect of the present invention, the pivotable attachment of the reinforcing fabric section to the cleaning strip itself prevents kinking or bending of the reinforcing fabric section during the application of the reinforcing compound, thereby damaging the cleaning strip, for example by breaking the reinforcing fabric section or the area of the cleaning strip. where the reinforcing fabric section is rigidly attached or by permanent deformation of the reinforcing fabric section or the area of the cleaning strip to which the Armierungsgewebeabschnitt rigidly secured is reliably prevented.

In addition, the processing, in particular the application of the reinforcement mass also further simplified by the way pivoting the Armierungsgewebeabschnitts in the Wegschwenkposition can be done without significant effort, eg. B. in comparison with the bending away a Armierungsgewebeabschnitts which is rigidly attached to the cleaning strip.

The base material of the cleaning strip has plastic or a plastic composite material. Usually, the cleaning bar is made by extrusion and the Armierungsgewebeabschnitt is then attached to it. Under plastic composite material therefore all materials are to be understood, which are suitable for the extrusion of such a cleaning strip and have as a component plastic, in particular plastic composite materials having as a component a renewable raw material, eg. As rice hulls, fibers or flour thereof, wood, especially fibers or flour thereof, or a mixture thereof. A suitable plastic composite material are so-called wood-plastic composites, ie wood-plastic composite materials.

According to a first embodiment of the present invention, the pivotal attachment is adapted to permit pivoting of the reinforcement fabric portion from the plastering position to a pivoting away position which forms an angle of 90 ° to the plastering position.

In the plastering position, the Armierungsgewebeabschnitt extends substantially parallel to that of the surface on which the Armierungsmasse must be applied, ie in particular parallel to the surface of the insulating board. By pivoting away the Armierungsgewebeabschnitts up to an angle of 90 ° to this Einputzposition thus an uncomplicated and full-surface access to this surface is allowed, resulting in a significantly simplified application of the reinforcing compound, especially compared to a vigorous Wegbiegen a rigidly fixed to the cleaning strip Armierungsgewebeabschnitts, and a significantly improved work result, in which the reinforcing fabric reaches up to the cleaning strip itself, leads.

According to another embodiment of the present invention, the reinforcing fabric section is by means of a film hinge or a connecting bridge, the opposite the base material of the bar has softer plastic material, integrally connected to the cleaning strip.

Such a compound of Armierungsgewebeabschnitts with the cleaning strip is easy to prepare, in the case of training as a film hinge by extrusion of the base material of the cleaning strip, and in the case of a connecting bridge of a plastic strip with respect to the softer by coextrusion. Both variants ensure the desired pivoting between the plastering position and Wegschwenkposition.

The cleaning strip itself is usually extruded from hard plastic, in particular PVC, the Armierungsgewebeabschnitt is attached to a suitable area of the cleaning strip, in particular by a welded joint or by a clamp connection. The extruded area of the cleaning strip on which the Armierungsgewebeabschnitt is rigidly mounted, is pivotally connected via a film hinge or a connecting bridge made of softer material with the rest of the cleaning strip.

According to one aspect of the invention, the cleaning strip is as a plastering strip for placement at a transition between a first component of a building, in particular a window or door frame, a window sill, a beam, a metal connection or a Lisene, and a second component of a building, in particular one Thermal insulation and / or a plaster layer, formed and further comprises a fixing area, with which the plaster strip is fastened to at least one component of the transition; and a plastering area, which is intended for plastering in the plaster layer and / or for firm connection with the thermal insulation. The reinforcing fabric portion is attached to the grooming area; and the reinforcing fabric portion is pivotally attached to the rendering area such that it is pivotable between a plastering position in which the reinforcing fabric portion extends substantially parallel to the top surface of the second building component to be topped and a swept-away position providing access to the top surface of the body to be plastered second building component allows.

The plaster strip according to the invention ensures a permanently tight transition to a building component.

For the plaster molding according to the invention, the advantages and embodiments given above with reference to the plaster molding line are met, these are not listed again to avoid repetition.

If a plaster strip is fastened to the transition between two building components, according to the invention the plaster strip can now first be positioned at the transition, and then, after swinging away the reinforcing fabric section, the reinforcing material can be applied over the entire area in a simple manner and with good work result, so that it reaches as far as the Grout bar comes up. Subsequently, the Armierungsgewebeabschnitt can be pivoted back into the Einputzposition so that it rests on the armor or embedded in this, and finally the top coat can be applied. For the attachment of the plaster molding at the transition between two building components, there are various possibilities, all of which are encompassed by the present invention.

According to one embodiment of the plaster molding, the fixing region has an adhesive strip for attachment to the first building component. Material movements, for example as a result of temperature fluctuations between the first and the second building component can be compensated by the adhesive strip. In this variant, therefore, the plaster molding is glued to the first building.

According to a further embodiment of the plaster strip, the plastering area, in particular its Wegragschenkel, at least one opening for fixing the plaster strip to the second building component by means of a nail or a screw, in particular by means of a plastic nail or a plastic screw. In this variant, the definition of the plastering area takes place on the second building component, in particular on the insulation.

According to a further embodiment of the plaster molding a expansion strip with delayed expansion is provided, which is designed so that it - possibly after releasing a Einperrbereichs - expands in the direction of one of the two building components out and applies it. Material movements, for example as a result of temperature fluctuations between the first and the second building component can be compensated by the expansion strip. In this variant, the determination of the plaster strip can be done by clamping in a gap between the first and second building component.

According to a further embodiment of the plastering strip, the fixing area and the plastering area are formed separately from one another such that a relative movement between the fixing area and the plastering area is made possible by means of a guide connection, if appropriate after separating a strip-shaped protective strip. In this case the plaster strip is formed in two parts, wherein a part of the Festlegungsbereich and the other part is formed by the Anputzbereich. By such a relative mobility between Festlegungs- and Anputzbereich material movements, for example as a result of temperature fluctuations or dwindling between the fixedly connected to the first building component fixing area and the permanently connected to the plaster layer Anputzbereich can be easily and reliably compensated by a relative movement of the Anputzbereichs to Fixing area allows. At the same time, the sealing function of the plaster molding is maintained without damaging the plaster or the plaster.

According to a further embodiment of the plaster molding, the fixing area and the plastering area are connected to one another via a flexible material section, which is also referred to as a loop, which permits a relative movement between the fixing area and the plastering area. Also in this embodiment, the grout bar material movements, for example due to temperature fluctuations between the first and the second building component compensate, by a movement, such as an elongation of the flexible material portion. At the same time the sealing function of the plaster molding is maintained without the plaster being damaged.

According to a further embodiment of the plaster molding a detachable or breakable strip-shaped protective flap is provided. At this protective tab on which an adhesive strip can be provided, a film can be attached, which spans the window frame and the window or the door frame and the door, or the like, and protects during the plastering from dirt and damage. After the plastering has taken place, this protective strip is removed and disposed of by separating or breaking off the remaining plastering strip.

According to a further embodiment of the plaster molding, the pivotable fastening has a pivotable leg, to which the reinforcement fabric section is fastened substantially rigidly, and a flexible transition region, which connects one end of the pivotable leg to a location of the plastering region. Such a pivotable attachment of Armierungsgewebeabschnitts represents a simple manufacturable design that allows pivoting of the Armierungsgewebeabschnitts between Wegschwenkposition and Einputzposition reliable.

According to a further embodiment of the plaster molding, the plastering area is provided with a groove profiling area for improved adhesion to the plaster. The spot of the plastering area, to which the flexible transitional area is connected, can be arranged in the channel profiling area, which represents a particularly suitable and advantageous location for the integral connection of the plastering area with the pivotable area.

According to a further embodiment of the plaster molding, the plastering area has a Wegragschenkel whose back is provided for abutment against the second building component. The Wegragschenkel can, seen in the installed state, extend substantially parallel to the surface of the second building component. The location of the plastering area, with which the flexible transitional area is connected, can be arranged on the Wegragschenkel, in particular at its end, which is a particularly suitable and advantageous location for the integral connection of the Anputzbereichs with the pivoting area.

According to a further aspect of the invention, the cleaning strip is designed as an outer strip of a cover rail for a building thermal insulation or building sound insulation, wherein the end rail further comprises an angle rail, the first leg for attachment to the building and the second leg to rest against a conclusion -Interior of the insulation is provided. The outer strip is intended for attachment to the end region of the second leg of the angle rail and has an outer leg to rest against the outside of the insulation. The reinforcing fabric portion is pivotally attached to the outer leg so as to pivot between a fitted position in which the reinforcing fabric portion extends substantially parallel to the outer surface of the insulation to be insulated and a Wegschwenkposition that allows access to the outside of the insulation. Alternatively, the outer bar has another leg which forms a drip tip for water, and the Armierungsgewebeabschnitt is pivotally mounted on the further leg such that it extends between a Einputzposition in which the Armierungsgewebeabschnitt extends substantially parallel to the einzuputzenden outside of the insulation , and a Wegschwenkposition is pivotally, which allows access to the outside of the insulation.

This further leg can protrude, for example, in the installation situation at the lower end of the insulation down and reduce the proportion of water that passes from the outside in the direction of thermal insulation and towards the building. This keeps the angle rail drier and also prevents, in the case that the outer bar is glued to the angle rail, that too much water gets to the adhesive strip. This further Leg may also be provided in the case that the Armierungsgewebeabschnitt is pivotally attached to the outer leg.

By a cover rail with an outer strip according to the invention a permanent and secure conclusion for a building insulation or structural sound insulation is ensured.

For the outer strip according to the invention, the advantages and embodiments given above with reference to the cleaning strip meet, these are not listed again to avoid repetition.

The invention also relates to a cover rail with an outer strip according to the invention, which in addition to the outer strip comprises an angle rail, the first leg is provided for attachment to the building and the second leg to rest against a termination end side of the insulation. The angle rail and the outer strip may be formed as a common extrusion or as a separate extrusion parts.

With a separate formation of outer bar and angle rail, the outer bar can be glued to the angle rail or attached to the angle rail. Both types of connection can be z. B. perform easily at the site and give a lasting, even under adverse weather conditions resistant connection.

The cover rail and / or the outer bar can / can be attached to the lower end of an insulating board, z. B. by gluing or by nail-on with nails, especially plastic nails, or by screwing with screws, especially plastic screws. Then, the reinforcing compound can be applied to the outside of the insulation particularly advantageous by the Armierungsgewebeabschnitt is simply swung away, so that a full-surface simple application of the reinforcing material is up to the outer bar out and thus an improved work result is possible. Then the Armierungsgewebeabschnitt can be swung back into the Einputzposition so that it rests on the reinforcing compound, connects to this or is embedded in this, and finally the topcoat can be applied.

According to a further embodiment of the outer strip, the outer leg has at least one opening for fastening the outer strip to the insulation by means of a nail or a screw, in particular by means of a plastic nail or a plastic screw.

According to a further embodiment of the outer strip, the outer strip has a closure end-side limb which is provided for abutment against a closure end face of the insulation. With such a front-end leg, the outer bar can be attached to the insulation easily and accurately positioned.

According to a further embodiment of the terminal rail, the angle rail and the outer strip are connected to one another by means of an adhesive strip, in particular by means of an adhesive strip provided between the second leg of the angle rail and the end-face leg of the outer strip. This adhesive tape, which also includes a quantity of adhesive applied, reliably and permanently bonds the angle rail and the outer panel, providing a good seal therebetween.

According to a further embodiment of the outer strip, a flexible transition region and / or an insertion region in the transverse direction for a connector is provided at the transition between the outer leg and the end-side leg of the outer strip. This flexible transition region can allow a change in position between the outer leg and the end face leg in a certain angular range, so that the end rail according to the invention can be used for different installation situations. Thus, a connector can be transversely inserted into the transition region, and the terminus can be connected and aligned with a transversely disposed terminus. In the adjacently arranged end rail is then preferably also provided a plug-in area in the transverse direction, in which the connector can be inserted. Thus, a fixation of the two adjacent end rails can be ensured.

According to a further embodiment of the end rail, the second leg of the angle rail forms a step-shaped profile, which is arranged in particular in its outer end region. In particular, the outer end region may be at a height level below the height level of the remaining portion of the second leg of the angle rail. On the outer end portion of the second leg, the outer bar is often glued or plugged. It can thus be achieved that the upper side of the second leg of the angle rail and the upper side of the end front side leg of the outer strip are at the same height level, which allows a favorable connection to the heat insulation arranged above it.

According to a further embodiment of the outer strip, the pivotal attachment has a pivotable leg to which the Armierungsgewebeabschnitt is substantially rigidly fixed, and a flexible transition region which connects one end of the pivotable leg with a location of the outer leg or the other leg. Such a pivotable attachment of Armierungsgewebeabschnitts represents a simple manufacturable design that allows pivoting of the Armierungsgewebeabschnitts between Wegschwenkposition and Einputzposition reliable.

According to a further aspect of the invention, the cleaning strip is designed as plaster corner strip for placement on a vertical or a horizontal building corner, in particular provided with thermal insulation building corner, and further comprises a first leg for abutment against the building on the first side of the building corner; and a second leg for engagement with the structure on the second side of the building corner. The reinforcing fabric portion is pivotally mounted on one of the legs so as to pivot between a fitted position in which the reinforcing fabric portion extends substantially parallel to the surface of the building corner to be cleaned and / or parallel to that leg, and a Wegschwenkposition, the access to the einzuputzenden side of the building corner allows. Alternatively, a transitional area is provided between the first and second legs, and the reinforcing fabric portion is pivotally attached to the leg-adjacent portion of the transition area such that it is between a fitted position in which the armor fabric portion is substantially parallel to the side of the building corner to be cleaned and / or parallel to this leg, and a Wegschwenkposition is pivotally, which allows access to the einzuputzenden side of the building corner.

By a plaster corner strip according to the invention a permanently dimensionally stable corner is guaranteed.

For the plaster cornice according to the invention, the advantages and embodiments given above with respect to the plaster strip are met, these are not listed again to avoid repetition.

A plaster corner strip according to the invention can be attached to a building corner, z. B. are attached to a building corner provided with an insulation, in particular by gluing, by nailing with nails, in particular plastic nails or by screwing with screws in particular plastic screws. Then takes place after previous pivoting away the Armierungsgewebeabschnitts or the two Armierungsgewebeabschnitte the application of the reinforcing compound. This is simplified according to the invention by pivoting away the Armierungsgewebeabschnitts / Armierungsgewebeabschnitte. The work result is improved because the reinforcing compound better over the entire surface and can be applied up to the Putzeckleiste out. Then, the Armierungsgewebeabschnitt or the Armierungsgewebeabschnitte is pivoted back into the Einputzposition so that they rest on the reinforcing compound, with this bond or embedded in it, and then the top coat can be applied.

According to a further embodiment of the plaster cornice, the plaster cornice further comprises a second Armierungsgewebeabschnitt, which is pivotally mounted on the other leg or on the adjoining leg on the other part of the transition region, that it is between a Einputzposition in which the Armierungsgewebeabschnitt substantially parallel to the einzuputzenden side of the building corner and / or extends parallel to this leg, and a Wegschwenkposition is pivotally, which allows access to the einzuputzenden side of the building corner.

According to a further embodiment, a plastering area is formed by at least one of the legs. This facilitates the plastering of the plaster molding.

According to a further embodiment of the plaster corner molding, the transition region is provided with a groove-like profiling at least on the side facing the plastering region. The transition region may have a transverse insertion region for a connector. Thus, a connector can be inserted in the transverse direction in the transition area, and the plaster molding can be connected to an adjacent, or above / below arranged plaster corner molding. In the adjacently arranged plaster corner strip is then preferably also provided an insertion in the transverse direction, in which the connector can be inserted. Thus, a fixation of the two adjacent plaster corner strips can be ensured.

In accordance with another embodiment of the trim molding, the pivotal attachment includes a pivotable leg to which the reinforcement fabric section is substantially rigidly secured, and a flexible transition region connecting one end of the pivotable leg to a location of the leg or transition region. Such a pivotable attachment of Armierungsgewebeabschnitts represents a simple manufacturable design that allows pivoting of the Armierungsgewebeabschnitts between Wegschwenkposition and Einputzposition reliable.

According to a further aspect of the invention, the cleaning strip is designed as a plug-in end strip for insertion into a reveal plate, in particular a reveal plate on a thermal insulation of a building reveal, and further comprises a Einsteckschenkel, with the plug-in end strip in a final end face of the reveal plate can be pushed in and fastened to the reveal plate; a terminal end-side leg which is provided for abutment against the end face of the reveal plate; and a grooming area intended for plastering into the plaster layer. The reinforcing fabric section is pivotably mounted to the grooming area or to the end face leg such that it extends between a fitting position in which the reinforcing fabric section extends substantially parallel to the terminating end face of the reveal board and / or to the terminal face leg, and a Wegschwenkposition is pivotally, which allows access to the einzusutzenden end-front side leg.

By means of a plug-in end strip according to the invention, a permanently sealed closure for a reveal plate is ensured.

For the plug-in end strip according to the invention, the advantages and embodiments given above with reference to the plaster strip meet, these are not listed again to avoid repetition.

Now, if a plug-in end strip in a reveal plate, in particular a reveal plate is placed on a thermal insulation of a building reveal, so the Einsteckschenkel is inserted into a final face of the reveal plate that the final frontal leg against the end face of the reveal plate is applied. Then, the reinforcing compound is applied after previously the Armierungsgewebeabschnitt has been pivoted away in its Wegschwenkposition. As a result, both the application of the reinforcing compound is simplified, and also improves the work result, because now the reinforcing compound can be better applied up to the plug-in end strip. After applying the reinforcing compound Armierungsgewebeabschnitt is swung back so that it rests on the reinforcing compound or embedded in these and thus forms a connection with it. Finally, the top coat can be applied.

By plastering a Putzabzugskante can be formed and a Putzaufnahmeraum be defined. The plastering leg may have a straight shape, but also a convex or a concave shape.

If the plaster leg is arranged obliquely with respect to the end face leg and the insertion leg, a particularly favorable conclusion can be achieved, in particular the oblique orientation of the plaster leg can correspond to a corresponding bevel of the reveal plate, so that the plaster leg rests on this bevel of the reveal plate ,

According to one embodiment of the plug-in end strip, the plug-in leg and the end-side leg enclose an angle of 90 °.

According to a further embodiment of the plug-in end strip, the plastering area is designed as a plastering leg, which attaches to one end of the end face leg, in particular to a transition area between the end face leg and the insertion leg.

According to a further embodiment of the Einsteck- final strip of Anputzschenkel from the plane in which the end-face leg is outwardly directed away from Einsteckschenkel, and closes an angle with the plane of the Einsteckschenkels of 100 ° to 180 °, in particular 130 ° to 140 °.

In accordance with another embodiment of the male end cap, the pivotal attachment includes a pivotable leg to which the armor tissue section is substantially rigidly secured, and a flexible transition region connecting one end of the pivotable leg to a location of the trim zone or endface leg , Such a pivotable attachment of Armierungsgewebeabschnitts represents a simple manufacturable design that allows pivoting of the Armierungsgewebeabschnitts between Wegschwenkposition and Einputzposition reliable.

According to a further embodiment of the plaster molding, the outer strip, the plaster molding and the plug-in end strip, the flexible transition region is formed as a film hinge or as a connecting bridge, which has a plastic material softer compared to the base material of the strip.

If the flexible transition region is designed as a film hinge, the plaster molding or the outer strip or the plaster molding or the Einsteck-terminating strip can be easily and inexpensively extruded, wherein the film hinge is formed as a thinner material portion.

If the flexible transition region is designed as a connecting bridge, which has a plastic material which is softer compared to the base material of the strip, the production of the plastering strip or the outer strip or the plaster corner strip or the plug-in end strip is also possible in a simple manner by the strip is coextruded from a hard plastic such as PVC together with the connecting bridge of a softer plastic, z. B. of a thermoplastic elastomer TPE. Such a connection bridge is also called a soft connection bridge.

The material and / or the strength of the connecting bridge is chosen so that it gives the connection bridge on the one hand enough rigidity, so that the attached to the pivotable leg Armierungsgewebeabschnitt remains in the position, in particular in the Wegschwenkposition or in the Einputzposition, and that the other Armierungsgewebeabschnitt from the Einputzposition in the Wegschwenkposition and can be swung back.

The softness of this connection bridge can be adjusted in the production of the Shore hardness.

The invention also relates to a building section with an attached plaster molding of the type described above, in particular a building corner with a plaster molding of the type described above, which is fixed with its fixing area on at least one component of the building corner and plastered with the plastering area and Armierungsgewebeabschnitt, and a lower end of an insulation with a closure rail or an outer strip, which is attached thereto and their Anputzbereich / Armierungsgewebeabschnitt is plastered into a plaster layer, and a building corner with an attached plaster corner molding, the legs of which rest on the sides of the building corner and their Armierungsgewebeabschnitt (s) each is plastered / are, as well as a building corner with applied soffit plate, in which a plug-in end bar is inserted with its plug-in leg and so fixed to the reveal plate, with its end-face tavern l rests against the end face of the soffit plate and is plastered with her Anputzbereich in a plaster layer.

For such building sections, the advantages and embodiments described above with respect to the cleaning strip, the plaster molding, the outer strip or end rail, the plaster molding and the Einsteck-terminating strip, which are not listed here to avoid repetition.

• Fig. 1 zeigt anhand ihrer Teilfiguren 1 (a) und 1 (b) Seitenansichten einer an einer Dämmplatte positionierten ersten Anputzleiste gemäß einem ersten Ausführungsbeispiel der Erfindung, mit dem Armierungsgewebeabschnitt in der Wegschwenkposition und in der Einputzposition;
• Fig. 2 zeigt anhand ihrer Teilfiguren 2 (a) und 2 (b) Seitenansichten einer an einer Dämmplatte befestigten zweiten Anputzleiste gemäß einem zweiten Ausführungsbeispiel der Erfindung, mit dem Armierungsgewebeabschnitt in der Wegschwenkposition und in der Einputzposition;
• Fig. 3 zeigt anhand ihrer Teilfiguren 3 (a) und 3 (b) Seitenansichten einer an einer Dämmplatte befestigten Außenleiste gemäß einem dritten Ausführungsbeispiel der Erfindung, mit dem Armierungsgewebeabschnitt in der Wegschwenkposition und in der Einputzposition;
• Fig. 4 zeigt anhand ihrer Teilfiguren 4 (a) und 4 (b) Seitenansichten einer an einer Gebäude-Ecke befestigten Putz-Eckleiste gemäß einem vierten Ausführungsbeispiel der Erfindung, mit den Armierungsgewebeabschnitten in der Wegschwenkposition und in der Einputzposition; und
• Fig. 5 zeigt anhand ihrer Teilfigur 5 (a) eine Seitenansicht einer an einer Laibungsplatte befestigten Einsteck-Abschlussleiste mit dem Armierungsgewebeabschnitt in der Wegschwenkposition, anhand ihrer Teilfigur 5 (b) eine Seitenansicht der Einsteck-Abschlussleiste mit dem Armierungsgewebeabschnitt in der Einputzposition, und anhand ihrer Teilfigur 5 (c) eine Seitenansicht der Einsteck-Abschlussleiste mit dem Armierungsgewebeabschnitt in der Wegschwenkposition, gemäß einem fünften Ausführungsbeispiel der Erfindung.

The invention is explained in more detail by means of embodiments with reference to the accompanying figures.

• Fig. 1 shows on the basis of their sub-figures 1 (a) and 1 (b) side views of a first plastering strip positioned on an insulating board according to a first embodiment of the invention, with the Armierungsgewebeabschnitt in the Wegschwenkposition and in the Einputzposition;
• Fig. 2 shows on the basis of their partial figures 2 (a) and 2 (b) side views of a second plastering strip attached to an insulating board according to a second embodiment of the invention, with the Armierungsgewebeabschnitt in the Wegschwenkposition and in the Einputzposition;
• Fig. 3 shows on the basis of their sub-figures 3 (a) and 3 (b) side views of an outer panel attached to an insulating board according to a third embodiment of the invention, with the Armierungsgewebeabschnitt in the Wegschwenkposition and in the Einputzposition;
• Fig. 4 shows, with reference to its sub-figures 4 (a) and 4 (b), side views of a plaster molding fixed to a building corner according to a fourth embodiment of the invention, with the reinforcing fabric sections in the Wegschwenkposition and in the Einputzposition; and
• Fig. 5 shows on the basis of its partial figure 5 (a) a side view of a soffit plate fastened plug-in end strip with Armungsgewebeabschnitt in the Wegschwenkposition, based on their part of Figure 5 (b) a side view of the Einsteck-terminating strip with the Armierungsgewebeabschnitt in the plaster position, and based on their part figure (c) is a side view of the Einsteck-terminating strip with the Armierungsgewebeabschnitt in the Wegschwenkposition, according to a fifth embodiment of the invention.

The first plaster strip 2, the second plaster strip 30, the outer strip 50, the plaster molding 62 and the plug-in end strip 76 are described below representative of any plaster strips, outer strips, plaster corner strips and plug-in end strips, in which the Armierungsgewebeabschnitt pivotally between a Einputzposition and a Wegschwenkposition is formed.

In the FIG. 1 The first plastering strip 2 comprises a fixing area 4 and a plastering area 8 with a reinforcing fabric section 20 pivotally attached thereto and a strip-like protective strip 16. The fixing area 4 and the plastering area 8 are formed integrally with each other, so that the present plastered strip 2 can also be referred to as a one-piece plastering strip 2 ,

The strip-shaped protective flap 16 is connected by means of a break-off material bridge 18 with a plaster end side 12 of the plastering area 8. The strip-shaped protective flap 16 also has a spacer web which, in the assembled state of the plastering strip 2, can rest on the outside of a first building component.

The fixing area 4 is presently of a in FIG. 1 formed horizontally extending base wall and a fixed thereto adhesive strip 6, which is intended for attachment to a first building component, eg. A window or door frame. The first building component to which the adhesive strip 6 rests can also be designed as a window sill, as a beam, as a metal connection or as a lisse. The first building component is not shown here.

The adhesive strip 6 may have a certain expansion and shrinkage ability to compensate for changes in the distance between the bottom of the base wall 4 and the surface of the window or door frame within certain limits, which ensures a good seal under changing conditions.

As an alternative to providing an adhesive strip 6, the element 6 can also be designed as an expansion strip with a certain expansion and shrinkability, without having to be glued on its side facing the window or door frame. In this case, insertion and tensioning in the gap or attachment to the insulation can take place. As a result, distance changes between the underside of the base wall 4 and the surface of the window or door frame can also be compensated within certain limits, which ensures a good seal under changing conditions.

The plastering area 8 is formed by the outer side of the Wegragschenkels 10, by the window or door frame directed away plaster end side 12 and the Armierungsgewebeabschnitt 20 with pivoting leg 22 and with ultrasonic welding 24.

In the FIGS. 1 (a) and 1 (b) is the plaster strip 2 with the back of the Wegragschenkels 10 and the top of the right of the Wegragschenkels 10 located portion of the base wall 4 on a thermal insulation board 28, in particular at a corner thereof.

If you now imagine that it is in the representations of the FIGS. 1 (a) and 1 (b) is a horizontal section through a building transition, in which a window frame in FIG. 1 seen from below rests against the adhesive strip 6, and that right of the window frame and the heat insulation plate 28, the right side surface of a window opening in a building wall, so you can imagine the installation situation well.

The facing away from the window or door frame plaster end side 14 and directed by the heat insulation 28 toward the opposite window or door frame side surface of the Wegragschenkels 10 are provided with a channel profiling 14 to improve the adhesion of the plaster.

The pivotable leg 22 is connected via a flexible transition region 26 with the plaster end side 12, in particular a point of the plaster end side 12, which is approximately midway between break-material bridge 18 and left, of the thermal insulation board 28 directed away side of the Wegragschenkels 10. The Armierungsgewebeabschnitt 20 is rigidly secured by means of a Ultraschallverschweißung 24 with the pivotable leg 22.

As an alternative to the ultrasonic welding 24, another attachment between Armierungsgewebeabschnitt 20 and strip-shaped protective tab 16 may be provided, for. As a laser beam welding or a clamping attachment.

In the embodiment of FIGS. 1 (a) and 1 (b) the reinforcing fabric portion is attached to the rear of the pivotable leg 22 directed to the right toward the thermal insulation panel 28. Alternatively, of course, a fastening of the Armierungsgewebeabschnitts 20 at the front of the pivotable leg 22 is possible.

By the plaster end side 12, the height of a plaster receiving space is defined, which is divided by the pivotable leg 22 and the Armierungsgewebeabschnitt 20 in two height ranges, as shown in FIG. 1 (b) good to see, namely a first height range of the plaster receiving space of the left-facing outside of the heat insulation plate 28 and from the left side of the Wegragschenkels 10 up to the Armierungsgewebeabschnitt 20 and a second height range of the Armierungsgewebeabschnitt 20 up to the height of the break-material bridge 18, which forms after withdrawal of the strip-shaped protection tab 16 a trigger edge for the plaster.

The flexible transition region 26 can be as a film hinge, ie as a thinned material portion of the same material as the pivotable leg 22 and the same material as the plaster end side 12, the Wegragschenkels 10 and the base wall 4 (and the strip-shaped protective flap 16). The film hinge can be made so thin that a movement of the pivotable leg 22 attached thereto Armierungsgewebeabschnitt 20 between the in FIG. 1 (a) shown Wegschwenkposition and in FIG. 1 (b) shown Einputzposition is possible, however, the pivotable leg 22 and the Armierungsgewebeabschnitt 20 at the same time a sufficiently large stability is given that they remain firmly on the remaining area of the plastering strip, in particular on the Festlegungsbereich 4 and the plastering area 8.

As an alternative to forming the flexible transitional region 26 as a film hinge, it can also be designed as a connecting bridge made of a plastic material that is softer than the base material of the plastering strip, in particular the material of the fixing region 4, the throwing leg 10, the plaster end side 12 and the strip-like protective strip 16. Such a connection bridge can also be referred to as a soft connection bridge. It integrally connects the plastering area 8 to which it attaches, with the pivotable leg 22. The thickness of such a soft connecting bridge can be compared to the thickness of the pivotable leg 22 is about the same or a little less. A particularly suitable material for such a soft connecting bridge is thermoplastic elastomer TPE.

A common base material for the plaster molding, in particular the base wall 4, the Wegragschenkel 10, the plaster end side 12 and the strip-shaped protective tab 16 is hard plastic, especially PVC. Such a soft connection bridge can be manufactured inexpensively together with this material by means of coextrusion.

At the construction site, first the screed 2 is cut to the appropriate, predetermined by the dimensions of the window or door opening length and then attached to the transition between window / door frame and insulation 28 by the plaster strip 2 with its fixing area 4 in the gap between the window - or door frame and insulation 28 is inserted, so that the plaster strip 2 rests with the top of its base wall 4 on the gap-side end side of the insulation 28, with the back of their Wegragschenkels 10 rests on the outside of the insulation 28, and is glued to the adhesive strip 6 on the surface of the window or door frame.

After overstretching the window with window frame or the door with door frame with a film which is attached to the strip-shaped protection flap 16, in particular glued, the plaster strip 2 is positioned in the installation situation. In the next step, the reinforcing compound must be in the in the FIGS. 1 (a) and 1 (b) to the left upper side of the insulation 28 and on the left side of the Wegragschenkels 10 are applied.

To apply the reinforcing compound to the in FIG. 1 to the left-facing surface of the thermal insulation panel 28 and of the insulation board 28 away in FIG. 1 To facilitate the left-facing Wegragschenkels 10 and at the same time to ensure that the reinforcing material is applied to the plaster end side 12 back, the Armierungsgewebeabschnitt 20 from the in FIG. 1 (b) shown in a plastering position in which the Armierungsgewebeabschnitt 20 extends substantially parallel to the outwardly facing top of the heat insulating panel 28 and the Wegragschenkels 10 are pivoted to the left, virtually about an axis formed by the flexible transition region 6, to the left in a Wegschwenkposition that allows access for an operator to an area behind the Armierungsgewebeabschnitt 20 and in front of the heat insulation plate 28 and in front of the Wegragschenkel 10, as shown in FIG. 1 (a) is shown.

In the Wegschwenkposition the Armierungsgewebeabschnitt 20 forms an angle of about 45 ° to the orientation of the Armierungsgewebeabschnitts 20 in the installed position according to FIG. 1 (b) Of course, other, in particular larger angles are possible, for. B. angles up to 90 °, so that a completely free access to the area to be applied to the reinforcing compound can take place.

After full-surface application of the reinforcing compound up to the plaster end side 12, a pivoting back of the Armierungsgewebeabschnitts 20 toward the plastering position according to FIG. 1 (b) and the reinforcing fabric portion 20 rests on or is pressed into the reinforcing material and embedded a little way, so that the Armierungsgewebeabschnitt 20 connects to the reinforcing compound. Subsequently, the application of the top coat, in particular up to the plaster removal edge, which is defined by the position of the break-off material bridge 18. The strip-shaped protective flap 16 is broken off after removal of the top coat and removed.

The second grout 30 according to the FIGS. 2 (a) and 2 (b) has a fixing area 32, a grooming area 40, a Armierungsgewebeabschnitt 20 and a strip-shaped protection tab sixteenth

The strip-shaped protective tab 16 and the Armierungsgewebeabschnitt 20 correspond to the strip-shaped protective tab 16 and the Armierungsgewebeabschnitt 20 of the first plaster bar 2 from the FIGS. 1 (a) and 1 (b) and are provided with the same reference numerals.

Unlike the first plaster strip 2, the second plaster strip 30 is not glued to the window or door frame, but rather secured with one or more plastic nails 48 on the heat insulation plate 28. For this purpose, the second plaster strip 30 on a Wegragschenkel 42 which is a bit longer than the Wegragschenkel 10 of the first plaster molding 2 and is provided in the remote from the window or door frame area with openings or holes through the plastic nails 48, as shown, or plastic screws can be introduced into the underlying thermal insulation panel 28 to connect the plaster strip 30 fixed to the heat insulation plate 28 and thus to the building transition.

The attachment area 32 of the second grout 30 has a base wall 34 with a delayed expansion expansion strip 36 attached thereto, bordered laterally by sidewalls attaching to the base wall 34, and at the bottom by a containment wall 38 connected to the lower ends of the Side walls is locked, is locked. This blocking wall 38 has a protective lip extending downwardly on the left side, which also forms a handle for unlatching and removing this blocking wall 38.

By the expansion and shrinkage inherent in the expansion strip 36, changes in the distance between the underside of the base wall 34 and the surface of the window or door frame can be compensated within certain limits, which ensures a good seal under changing conditions.

The plastering area 40 has a plaster end face 44 which defines the height of the plaster receiving space defined by the second plastering strip 30 and via the projection leg 42.

In the FIG. 2 right-facing back of Wegragschenkels 42 and in FIG. 2 upwardly facing side of the base wall 34 are intended for abutment on the thermal insulation panel 28, in particular on the outside and to the window / door frame side facing.

The Armierungsgewebeabschnitt 20 is connected via its pivotable leg 22 and the flexible transition region 26 with the Anputzbereich 40 and that at a position on the left, facing away from the heat insulation plate 28 side of the Wegragschenkels 42, in FIG. 2 approximately at one third of the length of Wegragschenkels 42.

The section of the plastering area 40, which is directed towards the window or door frame from this connection position, is provided with a channel profiling 46 to improve the adhesion of the plaster. The window or door frame facing away from the region of the Wegragschenkels 42 behind the flexible transition region 26 has no such channel profiling.

The flexible transition region 26 of the second plaster strip 30 is like the flexible transition region 26 of the first plaster strip 2 executed with the difference that this plaster strip side not attached to the plaster end face 44 but rather on the Wegragschenkel 42 and is integrally connected thereto. To avoid repetition, refer to the description of the flexible transition region 26 in FIG FIG. 1 Referenced.

At the construction site, first the screed 30 is cut to the appropriate, predetermined by the dimensions of the window or door opening length and then attached to the transition between window / door frame and insulation by the back of Wegragschenkels 42 on the opposite window or door opening page facing side by the back of the base wall 34 rests against the side facing the window or door frame side of the insulation 28 and by one or more plastic nails 48 are introduced through openings in the Wegragschenkel 42 in the insulation 28. For the introduction of the plastic nails 48, it is advantageous that the Armierungsgewebeabschnitt 20 of the Einputzposition according to FIG. 2 (b) in the Wegschwenkposition according to FIG. 2 (a) can be swung away to the left.

Now, the application of the reinforcing compound on the in FIG. 2 to the left-facing outer side of the thermal insulation panel 28 up to the pivotable leg 22 and the flexible transition region 26, virtually under the Armierungsgewebeabschnitt 20th Then, the pivoting back of Armierungsgewebeabschnitts 20 in the in FIG. 2 (b) shown Einputzposition 20, whereby the Armierungsgewebeabschnitt 20 comes to rest on the reinforcing material or even embedded in this and connects to this. Then comes the application of the top coat to the plaster removal edge, which is formed by the height of the break-off material bridge 18. The strip-shaped protective flap 22 is broken off after the plastering and removed. Likewise, the containment wall 38 is gripped and removed at the protective lip, after which the expanded expansion strip 36 expands and conforms to the inward expansion FIG. 2 not shown below the expansion strip 36 lying surface of the window or door frame applies to make a permanent connection.

In the FIG. 3 shown outer strip 50 may be connected to an angle rail, not shown here, the first leg for attachment to the building (in FIG. 3 located on the right of the thermal insulation panel 28) and the second leg to rest against the in FIG. 3 underlying end face of the thermal insulation panel 28 is provided, are combined to form an outer edge. Such an outer bar 50 and such a finishing rail protects the lower end of a thermal insulation panel 28 of a thermal insulation composite system from the entry of moisture and provides a permanently safe Putzabschluss.

The outer strip 50 has a substantially horizontally extending end face-side leg 52 and a thus connected via a transition region 56, upwardly projecting outer leg 54. The end-face side leg 52 can with a substantially horizontal leg of the angle rail, not shown here be connected, for example, attached to this or connected to this with the help of an adhesive strip.

The transition region 56 extends from the point at which the end face side leg 52 and the outer leg 54 merge into each other a little way down and describes approximately a half or two thirds circle with an opening obliquely inwardly above, so in the transverse direction, an insertion area for a connector, not shown here is formed. The front portion of the transition region 56 forms an extension of the outer leg 54 vertically downwards, at the lower end of a drip nose limb 58 attaches the stepped outwardly, downwardly and again obliquely outwards. By such a drip nose leg 58 is achieved that the underside of the closing rail and the outer bar 50 remains dry and that the proportion of water, the can get to the bottom of the end rail or the outer bar 50 is minimized. For a plug-in connection with the angle rail, the end-face side leg 52 has latching projections on its underside. On the outwardly facing side of the drip nose leg 58 has a channel profiling 60 to increase the surface area, with which the plaster enters into a bond, and thus to improve the adhesion of the plaster to it.

The outer leg 54 is provided in its upper portion with openings / holes through which at least one nail or screw, in particular a plastic nail 48, as shown, or a plastic screw inserted through and inserted into the heat insulation plate 28 / screwed to the outer bar 50 to be attached to the heat insulation plate 28. A reinforcing fabric section 20, which is rigidly connected by means of a UI-traschallverschleißung 24 with a pivotable leg 22 is pivotally connected by means of a flexible transition region 26 with the outer bar.

In the embodiment of FIG. 3 The flexible transition region 26 at the lower end of the outer leg 24 at approximately the point at which the end face side leg 52 merges into the outer leg 54. Alternatively, the flexible transition region 26 may also be located at an upper location of the outer leg 54, or in the extension of the outer leg 54 below the point at which the end face leg 52 merges into the outer leg 54, or on the outside of the drip nose leg 58th begin.

The Armierungsgewebeabschnitt 20, the pivotable leg 22, the ultrasonic welding 24 and the flexible transition region 26 are otherwise the same design as in the Anputzleisten 2 and 30, therefore, these elements are identified by the same reference numerals and, to avoid repetition, not explained again.

When mounting the end rail is usually worked so that, if necessary, after cutting the end rail to the corresponding predetermined length, first the angle rail is attached to the building wall, usually a plurality of angle rails one after the other lengthwise fixed to the wall, said at the transitions with overlap can be worked or where at the transitions connectors that are mounted in the transition areas are mounted, each connecting two adjacent end rails together.

Then, the outer panel 50 is attached to the angle rail, in particular glued or plugged, usually several, one after the other along the length of the angle rails. Then, the heat insulations 28 are introduced, in such a way that they rest with their side of the building on the wall-side leg of the angle rail and above the wall, that it with the bottom on the lower leg of the angle rail and the end-face leg 52 of the outer bar 50th rest. When introducing or placing the insulation 28, the outer leg 54 can be pivoted outwards. The insulation is fixed in the usual way on the wall.

Now, the application of the reinforcing material takes place from the outside to the outside of the thermal insulation 28. This is inventively simplified by the fact that the Armierungsgewebeabschnitt 20 with its pivotable leg 22 of the in FIG. 3 (b) shown Einputzposition in which the Armierungsgewebeabschnitt 20 and the pivotable leg 22 extend substantially parallel to the outer leg 54 and to the outside of the heat insulation plate 28, in the in FIG. 3 (a) shown pivoting position, which allows access to the outside of the insulation 28 and to the outer leg 54, so that the full-surface application of reinforcing compound is facilitated to the flexible transition region 26 and the work result is improved.

The Wegschwenkposition is according to FIG. 3 (a) pivoted to the Einputzposition by about 45 °. Likewise, other, in particular larger Wegschwenkwinkel of up to 90 ° are possible to allow even better access.

After the order of Armierungsmasse the Armierungsgewebeabschnitt 20 with the pivotable leg 22 back into the in FIG. 3 (b) Pivoting pivoted position shown pivoted so that the Armierungsgewebeabschnitt 20 rests on the reinforcing compound or is embedded in this and forms a connection with this. Subsequently, the application of the top coat, in particular up to the step or the end of the drip nose leg 58.

After attachment of the thermal insulation 28 to the wall and the outer leg 54 is attached to the heat insulation 28, for example glued, or it will, as in the present embodiment, one or more plastic nails 48 through the openings at the upper end of the outer leg 54 in the outside of the heat insulation 28 introduced.

The plaster corner 62 of the FIG. 4 has an in FIG. 4 left arranged first leg 64 and a in FIG. 4 arranged on the right second leg 66, which together include approximately a right angle.

In between, a transition region 68 is arranged, which connects the inner ends of the two legs 64 and 66 with each other and which essentially describes the course of a half or two thirds circle, so that the legs 64 and 66 can be pivoted against each other and that a connector or plug in the transverse direction in the Transition region 68 can be inserted to connect two adjacent in the transverse direction Putzeckleisten 62 together.

In FIG. 4 At the transition region-side ends of the legs 64 and 66, a reinforcing fabric section 20, which is connected to a pivotable leg 22 by an ultrasonic welding connection, is integrally connected to the plaster molding 62 via a flexible transitional region 26.

The reinforcing fabric portion 20, the pivotal leg 22, the ultrasonic weld joint 24 and the flexible transition region 26 correspond to those described with reference to FIGS FIGS. 1 to 3 explained elements and are identified by the same reference numerals.

The outer wall region of the transitional region 68, which points to the upper left and the upper right, is in each case provided with a channel profiling 70 for improving the adhesion of the plaster.

The furthest from the legs 64 and 66 located wall portion of the transition region 68 each forms a Putzabzugskannte. By bending the legs 64 and 66 relative to each other, the trim molding 62 can be adjusted to virtually any required angle at a corner.

When plastering building corners, the procedure is as follows. First, the plaster corner strips 62, in practice a plurality of juxtaposed or stacked Putzeckleisten 62 are applied to the building corner and connected in a conventional manner with the building, for example by gluing or by the shooting of bolts. Here you can work with overlap, or it can be connected together by connectors or spigots, which are inserted into the transition areas 68 of the adjacent trim corner strips 62 adjacent to each other plaster trim strips 62.

Then, the application of reinforcing compound, which according to the invention by pivoting the Armierungsgewebeabschnitte 20 of the in FIG. 4 (a) shown Einputzposition in which the Armierungsgewebeabschnitte 20 and the pivotable legs 22 extend substantially parallel to the respective leg 64 or 66 of the plaster molding 62 and substantially parallel to the respective outer side of the building wall, here the thermal insulation board 28, in the in FIG. 4 (b) shown Wegschwenkposition in which an access from the outside to the respective area in which the reinforcing material is to be applied, is facilitated.

According to FIG. 4 (b) closes the Wegschwenkposition with the in FIG. 4 (a) shown Einputzposition an angle of about 45 °, of course, other angles, in particular angles of up to 90 ° can be achieved in order to provide even better access to the area of the building side in which Armierungsmasse is to be applied. After the full-surface application of the reinforcing compound up to the transition regions 26 of the plaster corner strip 62, the pivoting of Armierungsgewebeabschnitte 20 back into the in FIG. 4 (a) shown plastering position. In this case, the Armierungsgewebeabschnitte 20 are on the Armierungsmasse or embedded in them, so that they enter into a connection with it. Subsequently, the order of the top coat, and up to the trigger edges 72 and 74. After hardening let the plaster layer, the building corner is plastered ready.

According to the FIGS. 5 (a), 5 (b) and 5 (c) includes the Einsteck- end strip 76 a Einsteckschenkel 80, with which it can be inserted into a final face of a reveal plate 78 and so fixed to the reveal plate 78, a wegkragenden at the upper end of the Einsteckschenkels 80 to the right end-front leg 82 whose Bottom, after inserting the Einsteckschenkels 80 abuts against the end face of the reveal plate 78 in the reveal plate 78, and one of the upper end of the Einsteckschenkels 80 obliquely upwardly projecting Anputzschenkel 86. This Anputzschenkel 86 closes in the present plug-in end strip 76 at an angle of about 45 ° with the plane of the Einsteckschenkels 80 and with the plane of the end-face leg 82 a.

The obliquely pointing to the top right side of Anputzschenkels 86 is provided with a channel profiling 88 to improve the adhesion of the plaster. To anchor the Einsteckschenkel 80 well in the reveal plate 78 is the Einsteckschenkel 80 at its in FIG. 5 right side provided with projections.

An Armierungsgewebeabschnitt 20 is connected by means of a Ultraschallverschweißung 24 rigidly connected to a pivotable leg 22, which in turn is integrally connected via a flexible transition region 26 with the Anputzschenkel 86, at a position of the Anputzschenkels 86, which is about one-third of its total length away from his Ansetzpunkt on the Einsteckschenkel 80 and at the end-face side leg 82 is located.

The reinforcing fabric portion 20, the pivotal leg 22, the ultrasonic welding 24 and the flexible transition region 26 correspond to the respective elements of the FIGS. 1 to 4 , These elements are therefore identified by the same reference numerals and will not be explained again in order to avoid repetition.

During installation of the reveal plate 78, when inserting the plug-in end strip 76 therein and during plastering, the procedure is as follows.

First, the reveal plate 78 is connected in a manner known to the person skilled in the art to the building embossment, in particular to the thermal insulation panel 28 applied to the building embossment. Then, the plug-in end strip 76 is inserted into the end face of the reveal plate 78, that the Einsteckschenkel 80 is inserted into the end face 78, that the end-face leg 82 comes to rest with its underside on the straight end face of the reveal plate 78 and that the sloping plastering arm 86 comes to rest on the obliquely extending end face region of the reveal plate 78. By the projections on the Einsteckschenkel 80 accidental slipping out of the Einsteckabschlussleiste 76 from the reveal panel 78 is prevented.

Now the Armierungsgewebeabschnitt 20 of the in FIG. 5 (b) shown Einputzposition in which the Armierungsgewebeabschnitt 20 and the pivotable leg 20 extend substantially parallel to the einzuputzenden building side and parallel to the end face legs 82, pivoted to the Wegschenkposition, which is to be applied to the Armierungsmasse an access to the building area , allows.

This Wegschwenkposition can, as in FIG. 5 (a) shown at an angle of about 45 °, or, as in FIG. 5 (c) shown, an angle of 90 ° with the Einputzposition include. Of course, other angles are possible as long as good access to the building area in which the reinforcing compound is to be applied is made possible.

Now, the Armierungsmasse full surface and easily on the in FIG. 5 upwardly facing sides of the thermal insulation panel 28 and the Einsteck-terminating strip 76 are applied to the flexible transition region 26. This results in a simple application and a good work result.

Then pivoting back of Armierungsgewebeabschnitts 20 in the in FIG. 5 (b) shown Einputzposition so that the Armierungsgewebeabschnitt 20 rests on the reinforcing compound or is embedded in this and connects to this.

Subsequently, the application of the top coat takes place, up to a Putzabzugskannte formed by the end portion of the plastering leg 86. After hardening-leave the plaster layer this building corner is ready plastered.

Due to the oblique course of the plastering leg 86, a plaster receiving space is defined, which extends in terms of height from the closure end-side leg 82 to the end of the plastering leg 86. However, such a plaster receiving space is not necessarily provided. Alternatively, the trimming leg 86 may also extend in the plane of the end face leg 82, and the artisan may apply the trim mass and the putty layer to an appropriate thickness in his experience.

LIST OF REFERENCE NUMBERS

2

first plaster bar

4

Fixing area / base wall

6

tape

8th

Anputzbereich

10

Wegragschenkel

12

Putzendseite

14

groove profiling

16

strip-shaped protective flap

18

Break-material bridge

20

reinforcing fabric

22

swiveling leg

24

ultrasonic welding

26

flexible transition area

28

insulation plate

30

second plastering strip

32

area designation

34

base wall

36

expansion strips

38

Locking wall with protective lip

40

Anputzbereich

42

Wegragschenkel

44

Putzendseite

46

groove profiling

48

Plastic nail

50

outside bar

52

Finishing frontal thigh

54

outer leg

56

Transition area / connector insertion

58

Drip leg

60

groove profile

62

Plaster cornice

64

first leg

66

second leg

68

Transition area / connector insertion

70

groove profiling

72

first plaster removal edge

74

second plaster removal edge

76

Push-end strip

78

soffit

80

insert leg

82

Finishing frontal thigh

84

Anputzbereich

86

Anputzschenkel

88

groove profiling

Claims (15)

Cleaning strip (2, 30, 50, 62, 76) made of plastic or plastic composite material on which a net-like Armierungsgewebeabschnitt (20), in particular of plastic and / or glass fiber or glass fiber fabric, for embedding in or under a plaster layer, in particular a plaster layer on a Thermal insulation (28) of a building wall, is attached,
characterized in that
the Armierungsgewebeabschnitt (20) on the cleaning strip is pivotally mounted such that it is pivotable between a Einputzposition and a Wegschwenkposition. A trim strip (2, 30, 50, 62, 76) according to claim 1, wherein the pivotable attachment is adapted to allow pivoting of the reinforcement fabric portion (20) from the plastering position to a pivoting away angle 90 ° to the pivotal position A plastering position forms, and / or wherein the Armierungsgewebeabschnitt (20) by means of a film hinge or a connecting bridge (26) having a relation to the base material of the cleaning strip (2, 30, 50, 62, 76) softer plastic material, with the cleaning strip (2, 30, 50, 62, 76) is integrally connected. Cleaning strip (2, 30) according to claim 1 or 2, as a plaster strip (2, 30) for placement at a transition between a first component of a building, in particular a window or door frame, a window sill, a beam, a metal connection or a Lisene , and a second component of a building, in particular a thermal insulation (28) and / or a plaster layer, is formed and further comprising: a fixing region (4-6, 32) with which the plaster strip (2, 30) can be fastened to at least one component of the transition; and a plastering area (8, 40) intended for plastering into the plaster layer and / or for firm connection with the thermal insulation (28); wherein the reinforcing fabric portion (20) is attached to the grooming area (8, 40); and wherein the reinforcing fabric portion (20) is pivotally attached to the rendering area (8, 40) so as to extend between a plastering position in which the reinforcing fabric portion (20) extends substantially parallel to the top surface of the second building component (28) to be topped, and a Wegschwenkposition is pivotally, the allows access to the einzuputzenden top of the second building component (28). A plaster molding (2) according to claim 3, wherein the fixing portion (4-6) has an adhesive strip (6) for attachment to the first building component; and / or wherein the plastering area (40), in particular its Wegragschenkel (42), has at least one opening for fixing the plaster strip (30) on the second building component (28) by means of a nail (48) or a screw, in particular by means a plastic nail (48) or a plastic screw; and / or wherein a delayed expansion expansion strip (36) is provided which is adapted to expand and abut towards one of the two building components (28), optionally after releasing a containment area (38) ; and / or wherein the fixing area and the plastering area are formed so separated from each other that - optionally after separating a strip-shaped protective tab - by means of a guide connection, a relative movement between the fixing area and plastering area is made possible; and / or wherein the fixing area and the plastering area are connected to one another via a flexible material section, which permits a relative movement between the fixing area and the plastering area. A plaster molding (2, 30) according to claim 3 or 4, wherein the pivotal mounting comprises a pivotable leg (22) to which the reinforcing fabric portion (20) is substantially rigidly secured, and a flexible transition region (26) having one end of the pivotable Leg (22) with a point of Anputzbereichs (8, 40) connects. Plastering strip (2, 30) according to one of claims 3 to 5, wherein the plastering area (8, 40) is provided with a channel profiling area (14, 46) for improved adhesion to the plaster, and / or wherein the location of the plastering area (8, 40), to which the flexible transition region (26) is connected, is arranged in the channel profiling region (14, 46); and / or wherein the plastering area (8, 40) has a Wegragschenkel (10, 42), the rear side is provided to rest against the second building component (28) and / or viewed in the installed state substantially parallel to the surface of the second Building component (28) extends, and / or wherein the location of the Anputzbereichs (8, 40), with which the flexible transition region (26) is connected to the Wegragschenkel (10, 42), in particular at its end, is arranged. Cleaning strip (50) according to claim 1 or 2, which is designed as an outer strip (50) of a cover rail for a building thermal insulation (28) or a building sound insulation is, wherein the closing rail further comprises an angle rail, the first leg is provided for attachment to the building and the second leg for abutment against a closing end face of the insulation (28);
wherein the outer strip (50) is intended for attachment to the end region of the second leg of the angle rail and has an outer leg (54) for engagement with the outside of the insulation (28);
wherein the reinforcing fabric portion (20) is pivotally attached to the outer leg (54) so as to be pivotable between a fitted position in which the armor fabric portion (20) extends substantially parallel to the outer surface of the insulation (28) to be cleaned and a Wegschwenkposition that allows access to the outside of the insulation (28); or
the outer strip (50) having a further leg (58) forming a drip tip for water, and the reinforcing fabric section (20) being pivotally attached to the further leg (58) so as to be interposed between a fitted position in which the Armierungsgewebeabschnitt (20) extends substantially parallel to the einzuputzenden outside of the insulation (28), and a Wegschwenkposition is pivotally, which allows access to the outside of the insulation (28). External strip (50) according to claim 7, wherein the outer leg (54) has at least one opening for fastening the outer strip (50) to the insulation (28) by means of a nail (48) or a screw, in particular by means of a plastic nail (48 ) or a plastic screw; and / or wherein the outer strip (50) has a closing end-side limb (52) which is provided for abutment against a closing end face of the insulation (28); and / or wherein at the transition between the outer leg (54) and the end-face leg (52) of the outer strip (50) is provided a flexible transition region (56) and / or a Einsteckbereich in the transverse direction for a connector. The outer panel (50) of claim 7 or 8, wherein the pivotal attachment comprises a pivotable leg (22) to which the reinforcement fabric portion (20) is substantially rigidly secured, and a flexible transition region (26) having one end of the pivotable leg (50). 22) connects with a location of the outer leg (54) or the other leg (58). Cleaning strip (62) according to claim 1 or 2, which is designed as plaster corner strip (62) for arrangement on a vertical or a horizontal building corner, in particular a thermal insulation (28) provided Bauwerksecke, and further comprising a first leg (64) for engaging the structure on the first side of the building corner; and a second leg (66) for abutment with the building on the second side of the building corner, wherein the reinforcing fabric portion (20) is pivotably attached to one of the legs (64, 66) so as to be between a plastered position in which the armor fabric portion (20) is substantially parallel to the face of the building corner to be cleaned and / or parallel to that leg (64, 66) extends, and a Wegschwenkposition is pivotable, which allows access to the einzuputzenden side of the building corner, or wherein a transition region (68) is provided between the first and second legs (64, 66) and the reinforcing fabric portion (20) is pivotally attached to the portion of the transition region (68) adjacent to a leg (64, 66) such that it between a plastering position, in which the reinforcing fabric section (20) extends substantially parallel to the side of the building corner to be plastered and / or parallel to this leg (64, 66), and a Wegschwenkposition is pivotally accessing the einzuputzenden side of the building corner allows. The trim molding (62) of claim 10, further comprising a second reinforcement fabric portion (20) pivotally attached to the other leg (64,66) or to the portion of the transition region (68) adjacent the other leg such that it between a plastering position, in which the reinforcing fabric section (20) extends substantially parallel to the side of the building corner to be plastered and / or parallel to this leg (64, 66), and a Wegschwenkposition is pivotally accessing the einzuputzenden side of the building corner permits; and / or wherein the transition region (68) is provided with a groove-like profiling (70) at least on the side facing the plastering area, or wherein the transitional region (68) has a transverse insertion region for a plug connector. A trim molding (62) according to claim 10 or 11, wherein the pivotal attachment comprises a pivotable leg (22) to which the reinforcement fabric section (20) is substantially rigidly secured, and a flexible transition region (26) having one end of the pivotable one Leg (20) with a location of the leg (64, 66) or the transition region (68) connects. A cleaning strip (76) according to claim 1 or 2, which is formed as a Einsteck-terminating strip (76) for insertion into a reveal plate (78), in particular a reveal plate (78) on a thermal insulation (28) of a building reveal, and further comprising a Einsteckschenkel (80) with which the Einsteck-terminating strip (76) in a closing end face of the reveal plate (78) can be inserted and so with respect to the reveal plate (78) attachable; a terminal face leg (82) adapted to abut against the termination face of the reveal plate (78); and a grooming area (84) intended for plastering into the plaster layer; wherein the reinforcing fabric portion (20) is pivotally attached to the scrubbing area (84) or the end face leg (82) so as to be between a plastered position in which the reinforcing fabric portion (20) is substantially parallel to the end face to be trimmed the reveal plate (78) and / or to the end-face leg (82) extends, and a Wegschwenkposition is pivotally, which allows access to the einzumutzenden end-front side leg (82). Einsteck-Abschlussleiste (76) according to claim 13, wherein the grooming area (84) is formed as Anputzschenkel (86) which at one end of the end face leg (82), in particular at a transition region between the end face leg (82). and the Einsteckschenkel (80) attaches; and / or wherein the cleaning leg (86) is directed outwardly from the plane in which the end face leg (82) is located away from insertion legs (80) and at an angle with the plane of the insertion leg (80) of FIG ° to 180 °, in particular from 130 ° to 140 ° includes; and / or wherein the pivotable attachment comprises a pivotable leg (22) to which the reinforcement fabric portion (20) is substantially rigidly attached, and a flexible transition region (26) having one end of the pivotable leg (22) with a location of the render portion (84) or the end face leg (82) connects. A plaster molding (2, 30) according to claim 5, outer molding (50) according to claim 9, plaster molding (62) according to claim 12, or plug-in molding (76) according to claim 14, wherein the flexible transition region (26) acts as a film hinge or as Connecting bridge is formed, which has a relation to the base material of the cleaning strip (2, 30, 50, 62, 76) softer plastic material.

Images