EP3026197A1 - Profile strip - Google Patents

Abstract

Profile strip for attachment to a wall at the transition to a ceiling, with a wall leg to be applied to the wall (2) on which a protruding into the space stop leg (7), to which in the mounting position a wall cladding panel (16) or a wall plaster layer (29 ), is arranged, at the free end of a Putzabzugskante (8) is formed, wherein the stop leg (7) is arranged in such a region between the upper and the lower edge (5, 6) of the wall leg (2) that in the assembled position forms a shadow gap (19) in the transition region to the ceiling.

Description

The invention relates to a profile strip for attachment to a wall at the transition to a ceiling.

If a wall or a ceiling is painted, there is a regular problem that accidentally also the adjoining surface is painted. If, for example, the wall is painted, often traces of paint are also found on the ceiling, unless painting is carried out with high precision and accuracy at the transition from wall to ceiling. To avoid this is often the adjacent area immediately at the transition, so the room corner then taped with an adhesive tape, so that when painting the wall can be deleted quickly, since at most the ceiling-side tape is painted, but not the actual ceiling surface. The same applies of course when painting a blanket. The required masking is cumbersome and time consuming.

The invention is therefore based on the problem to provide a way to already building side creation of conditions in the transition region of a wall to a ceiling, which allows easy painting.

To solve this problem, the invention provides a profile strip for attachment to a wall at the transition to a ceiling, with a wall leg to be applied to the wall, on which a projecting into the space stop leg, which abuts in the mounting position, a wall cladding panel or a wall plaster layer, is arranged, at the free end of a plaster removal edge is formed, wherein the stop leg is arranged in such a region between the upper and the lower edge of the wall leg that forms a shadow gap in the transitional position to the ceiling in the mounting position.

The profile strip according to the invention allows the construction side to easily form a shadow gap in the transition from wall to ceiling. That means that in the Mounting position a running in the wall surface joint or groove is formed, therefore, therefore, the wall surface according to the height of the shadow gap is slightly spaced from the ceiling surface. This makes it possible to easily paint the wall without running the risk of accidentally reach the ceiling with the brush or roller, as the wall surface as described not immediately adjacent to the ceiling surface. The same applies in the case of painting a ceiling, again there is no danger that the wall surface will be accidentally deleted.

To form this shadow gap the profile strip according to the invention is attached to the wall directly to the transition to the ceiling then. For this purpose, the profile strip on a wall leg, which is glued to mount the profile strip to the wall. For this purpose, the wall leg may have on its facing the wall back an adhesive application, for example realized by means of a simple double-sided adhesive tape or a foam adhesive tape, or by means of a direct adhesive application or the like, the respective adhesive surface is of course covered with a peelable protective film. The equipment with the adhesive surface can preferably already be done at the factory, that is, that the profile strip is prefabricated in this regard. Alternatively, of course, the adhesive can also be done on site, that is, that a suitable adhesive is applied immediately prior to attaching the profile strip.

In any case, the profile strip with its upper edge is located directly at the transition to the ceiling surface. The lower edge is several centimeters apart, depending on how wide the profile strip respectively the wall legs.

From the wall leg is now in a range between its upper and lower edge of a stop leg in the room. Depending on how far the stop leg is spaced from the top edge, the depth of the shadow gap varies. In the mounting position is located on the stop leg, a wall clad wall cladding panel, such as a plasterboard, or the plaster layer, with which the wall is plastered to. At the free end of the Stop leg is formed a Putzabzugskante. Regardless of whether a wall cladding panel is mounted, or whether the wall is plastered directly, always remove the wall plaster at the free end of the stop leg. Because even in the case of a wall panel mounting the plate is at least partially and in particular in the area of the transition to the stop leg einzuputzen so that there is no level. This plaster layer is easily removed at the plaster removal edge of the stop leg, so that the plasterer can work cleanly in this area and create a smooth transition.

After completion of this plastering then results from the distance of the stop leg to the upper edge of the wall leg in the width dependent shadow gap, which runs in the transition area and on the one hand visually looks very attractive, on the other hand, but also simplifies the subsequent painting the surfaces.

The stop leg is preferably at right angles from the wall leg. Of course, it is also conceivable that the wall leg is at an angle slightly larger or smaller than 90 ° relative to the wall leg.

The plaster removal edge is preferably formed by means of a projecting from the stop leg Anputzschenkels. This plaster leg can be very short, so that there is a kind of cleaning nose. But it can also be slightly longer, so that there is an L-shaped configuration. Is the Anputzschenkel longer, so a kind of groove is formed, for example, allows the inclusion of a wall panel, which will be discussed below.

The plastering leg itself, as far as it is slightly longer, is preferably at right angles to the stop leg, but it can also extend at an angle <90 ° to the stop leg. If the plastering leg is at right angles to the stop leg, then the plaster layer directly adjoins it, it runs at an angle <90 ° to the stop leg so it dips into the plastered plaster layer, as it were. In this case, it is useful if the Anputzschenkel is perforated and / or has a surface structuring, which allows a better clawing of the plaster layer on Anputzschenkel.

As already described, it is expedient if the wall limb, the stop leg and the stop leg, which is at right angles to the stop and several millimeters long, delimit a U-shaped insertion groove for receiving a wall cladding panel. This makes it possible, as I said, to insert after fitting the profile strip to be mounted wall cladding panels from below into this Einstecknut and fix the wall side. At the upper end of the panel, the wall cladding panel, such as a gypsum board, overlapped on the top side of the stop leg and the front of the short or, if necessary, a little longer Anputzschenkel. The groove width of the U-shaped insertion groove should be in the range of 12-13 mm, and in particular approximately 12.5 mm. This width range corresponds to the thickness of a commercial plasterboard, so that it can be used more or less backlash in the insertion. In principle, it is also conceivable to dimension the groove width with a multiple thereof, for example about 25 mm, so that when two superimposed plasterboard panels are installed, both plasterboard panels can be inserted into the insertion groove.

The Einputzschenkel may have a length of 2 - 25 mm, in particular from 3 - 20 mm. Is the Anputzschenkel very short, for example, only about 2 - 4 mm, it is almost executed as a simple Anputznase, the depth of the resulting insertion is relatively low. If it is longer, a much greater attack on a plasterboard to be used or the like is possible.

In particular, in the case of the formation of a plastering leg extending at right angles to the stop leg, it is expedient for a plastering leg, which is preferably perforated or has a surface structuring, to protrude from the stop leg, essentially parallel to the wall limb. If no wall cladding panel set, but the masonry is plastered directly, so the wall plaster layer extends to the stop leg, the front side forms the plaster removal edge of the trigger plane. Around firmly anchoring the wall plaster plane with the profile strip, it is expedient to provide an additional Einputzschenkel, which penetrates quasi from above, so coming from the stop leg in the plaster layer. It is preferably perforated or has a surface structuring in order to allow an even better clawing in the wall plaster layer.

According to an expedient development of the invention may be provided projecting from the wall leg retaining leg, which is spaced from the stop leg so that an open towards the space insertion slot is formed, wherein the profile strip a substantially L-shaped strip element with a plug-in slot to be inserted leg and a covers in the mounting position, the shadow gap overarching cover legs. The holding leg, which is virtually in the shadow gap and, so that it is not visible, a little shorter than the stop leg is dimensioned, forms together with the stop leg together a slot open towards the room. In these, the Einsteckschenkel an additional strip element can be inserted, which overlaps with its second leg, a cover leg, the shadow gap. The cover leg thus extends to almost directly to the ceiling or even in Appendix to this. This means that with the help of this strip element is possible to close a shadow gap when needed, for example, if this is no longer desired or was not desired by the house, but the profile strip according to the invention was installed to facilitate the cleaning and painting ,

However, such an additional strip element still offers a number of other advantages. The strip element is preferably made of plastic, as of course the profile strip as a whole is preferably made of plastic, and therefore is a strand extrusion profile. It is now readily possible to manufacture the strip element of a colored plastic. This opens up the opportunity to overlap the shadow gap with a colored cover leg, so that there is a color line in the transition from wall to ceiling. Since plastics are given in any colors, therefore, such Strip element can also be made in any color, so that a wide range of color variations is given, which can be used advantageously for design reasons. Depending on how short or long the retaining leg, there is a corresponding positioning possibility for the strip element. This can be arranged so that the covering leg is almost flush with the wall surface, thus therefore the shadow gap has completely disappeared and only the possibly colored Abdeckschenkelstreifen can be seen. It is also conceivable, however, to position the strip element in such a way that, as before, a shadow gap remains but now much flatter, which, however, is lined or defined on the bottom side by the optionally colored cover leg. The color plane is therefore set back slightly into the wall, which is also attractive for visual reasons.

In addition, it is possible to produce at least the cover leg, preferably of course also the whole strip element of a translucent or transparent plastic. This offers the possibility of laying, for example, a light-emitting strip at the bottom of the shadow gap, which has, for example, a multiplicity of individual LEDs. These bulbs emit their light out of the shadow gap into the room. Now, if the strip element is set, so is the translucent or transparent plastic, which of course can be colored slightly in this case, in front of the light-emitting strip. The emitted light radiates through the transparent or translucent covering leg, so that, depending on its color, a corresponding light band results at the transition from wall to ceiling.

The Einstecknut can be designed as a simple clamping groove in which the Einsteckschenkel is fixed by clamping. It is useful if the stop leg, the holding leg and / or the Einsteckschenkel locking or clamping portions are provided which allow even better locking or jamming. These locking or clamping portions may be simple along the bar running projections respectively surveys, which are preferably formed on the stop leg or on the holding leg and the Einsteckschenkel in the case of locking portions.

It is also expedient if a connection lip for installation on the ceiling is provided on the wall limb and / or on the cover leg in the region of the free end. This connecting lip, which is made of soft PVC or a similar soft plastic or rubber, for example, creates a homogeneous transition to the ceiling. If the profiled strip together with the strip element is made of plastic, such a connection lip can easily be formed in a coextrusion process.

As already described, an adhesive layer, which is expediently formed by means of a glued double-sided adhesive tape or a foam adhesive tape, but may also be formed by means of a butyl tape, as well as by means of another adhesive, is preferably provided on the rear side of the wall leg. The adhesive layer is of course covered with a peelable protective film, so it is only exposed immediately on site.

It is also expedient if a peelable protective film is provided on the wall leg in the region above the stop leg, if appropriate, if provided, above the holding leg. This covers the wall legs, which is quite visible depending on the ceiling height and depth of the shadow gap, after mounting the profile strip during subsequent assembly, cleaning and painting work, so that contamination or damage to the wall leg is avoided. Only when all work is completed is the protective film removed.

Finally, the wall leg is preferably perforated at least in the region below the stop leg or has a surface structure. This perforation or surface structure is expedient to allow, when the wall is plastered directly, a good adhesion of the plaster also on the wall leg.

The profile strip is, as stated, preferably made of plastic, for example PVC or PP. The plastic version even allows the profile strip to be made to spray two differently colored plastics. For example, the wall leg in the area that is virtually under the plasterboard or the wall plaster, are made of a simple white plastic, and the portion of the wall leg, which forms the bottom of the shadow gap, made of a different colored plastic. As I said, the wall leg in the upper area, in which he defines the shadow gap, sometimes be visible. If it is made of a colored plastic, the result is a corresponding shadow joint color, which may also be appealing for visual reasons. As an alternative to the plastic version, it is of course possible to manufacture the profile strip and, if provided, also the strip element also of metal, for example aluminum.

Finally, it is expedient if the stop leg or the holding leg, if provided, a provided via a predetermined breaking point foil retaining web is provided. At this film retaining web a cover film is fixed, on the example, the previously finished plastered or painted wall can be suspended when the ceiling is then to be painted. By means of the film it is avoided that splashes of paint hit the wall. It is also conceivable, of course, to guide the film up to the ceiling, so therefore to overlap the shadow gap to achieve protection of the adjacent ceiling surface when painting on the wall.

The foil retaining web is break off via a predetermined breaking point, that is, it can be easily removed after completion of all work. The predetermined breaking point can be realized by a simple material weakening. Of course, the film retaining web is also made of a corresponding plastic material and molded directly, that is, it is formed directly in the production of the profile strip with.

To fix the film, the film itself can be provided on the edge side with a corresponding adhesive application, via which it is fixed to the film retaining web. Preferably, however, the film retaining web under and / or upper side an adhesive, in particular in the form of a direct adhesive application or a double-sided tape on. This adhesive, no matter how it is applied, is covered with a corresponding protective film, for example a silicone paper, which is peeled off before the film is glued.

Fig. 1

eine Perspektivansicht einer erfindungsgemäßen Profilleiste einer ersten Ausführungsform,

Fig. 2

die Profilleiste aus Fig. 1 in einer perspektivischen Rückseitenansicht,

Fig. 3

ein Montagebeispiel der Profilleiste aus Fig. 1,

Fig. 4

eine Prinzipdarstellung einer erfindungsgemäßen Profilleiste einer zweiten Ausführungsform in einer Schnittansicht,

Fig. 5

eine Prinzipdarstellung einer Profilleiste einer erfindungsgemäßen dritten Ausführungsform,

Fig. 6

eine Prinzipdarstellung einer Profilleiste einer erfindungsgemäßen vierten Ausführungsform mit zusätzlichem Leistenelement,

Fig. 7

eine Ansicht der Profilleiste aus Fig. 6 mit eingesetztem Leistenelement,

Fig. 8

ein Montagebeispiel einer solchen mehrteiligen Profilleiste,

Fig. 9

eine Prinzipdarstellung einer Profilleiste einer erfindungsgemäßen fünften Ausführungsform,

Fig. 10

eine Prinzipdarstellung einer Profilleiste einer erfindungsgemäßen sechsten Ausführungsform,

Fig. 11

eine Prinzipdarstellung einer Profilleiste einer erfindungsgemäßen siebten Ausführungsform,

Fig. 12

eine Perspektivansicht einer Profilleiste einer erfindungsgemäßen achten Ausführungsform ohne Klebemittelauftrag an der Rückseite,

Fig. 13

ein Montagebeispiel der Profilleiste aus Fig. 12 unter Verwendung von Ansetzmörtel an der Wand, und

Fig. 14

eine Prinzipdarstellung einer erfindungsgemäßen Profilleiste einer neunten Ausführungsform mit angeformten Folienhaltesteg.

Further advantages and details of the invention will become apparent from the embodiments described below and with reference to the drawings. Showing:

Fig. 1

a perspective view of a profile strip according to the invention of a first embodiment,

Fig. 2

the profile bar Fig. 1 in a perspective rear view,

Fig. 3

an example of installation of the profile strip Fig. 1 .

Fig. 4

a schematic representation of a profile strip according to the invention of a second embodiment in a sectional view,

Fig. 5

a schematic representation of a profile strip of a third embodiment according to the invention,

Fig. 6

a schematic representation of a profile strip of a fourth embodiment according to the invention with additional strip element,

Fig. 7

a view of the profile bar Fig. 6 with inserted strip element,

Fig. 8

an installation example of such a multi-part profile strip,

Fig. 9

a schematic representation of a profile strip of a fifth embodiment according to the invention,

Fig. 10

a schematic representation of a profile strip of a sixth embodiment according to the invention,

Fig. 11

a schematic representation of a profile strip of a seventh embodiment according to the invention,

Fig. 12

a perspective view of a profile strip of an eighth embodiment according to the invention without adhesive application on the back,

Fig. 13

an example of installation of the profile strip Fig. 12 using mordant mortar on the wall, and

Fig. 14

a schematic representation of a profile strip according to the invention a ninth embodiment with molded foil retaining web.

Fig. 1 shows a schematic representation of a profile strip 1 according to the invention, for example made of plastic, for. B. PVC or PP is designed as extruded Strangextrusionsteil. The profiled strip 1 comprises a wall limb 2, which is provided on its rear side with an adhesive layer 3, here exemplarily formed by means of an adhesive tape 4 (for example a double-sided adhesive tape, a foam adhesive tape or a butyl tape) Fig. 2 , About this adhesive layer 3, the profile strip 1 is fixed to a wall, as will be described below.

In the area between the upper edge 5 and the lower edge 6 of the wall limb 2, here in the example shown substantially centrally, a stop leg 7 is formed, which is perpendicular to the wall leg 2 in the example shown. At the free end of the stop leg 7, a plaster removal edge 8 is formed, for which purpose a plaster leg 9 is formed on the stop leg 7, which is substantially perpendicular to the stop leg 7.

The wall leg 2 is separated via the stop leg 7 in two equal or different lengths sections 10 and 11. The lower section 10, the extends to the lower edge 6, may be perforated in the example shown with a plurality of holes 12, a surface structuring 13 is exemplified. The holes 12 and the surface profiles 13 are shown only by dashed lines, as only optional. The holes 12 and the surface structuring 13 serve to better anchoring a plaster layer, which optionally covers the portion 10 of the wall leg 2, to allow the profile strip 1.

Fig. 3 shows in the form of a schematic representation of an assembly view of the profile strip 1 Fig. 1 , Obviously, the wall leg 2 is glued to a wall 14 via the adhesive layer 3. The upper edge 5 is flush with a ceiling 15 at. On the wall 14 is a wall cladding panel 16, such as a plasterboard, set, z. B. glued or screwed. This engages in the wall leg 2 respectively the lower portion 10, the stop leg 7 and the plaster leg 9 formed U-shaped Einstecknut 17 a. The upper cladding plate end is visible on the stop leg 7. Dressed on the plaster leg 9 is a plaster layer 18, which compensates for the given stage between the wall cladding panel 16 and the plastering leg 9. The plaster layer 18 is peeled off at the plaster removal edge 8 of the plastering leg 9, so that a simple and clean work in this area is possible.

Obviously, the arrangement of the profiled strip 1 in the region of the transition from the wall 14 to the ceiling 15 results in a shadow gap 19. This shadow gap enables a simple painting of both the wall and the ceiling, since there is no danger of touching the respective adjoining surface with the brush ,

Fig. 4 shows a schematic diagram of another embodiment of a profiled strip according to the invention, wherein the same reference numerals are always used below for the same parts. The profiled strip 1 also has a wall leg 2, a stop leg 7 and a plaster leg 9 with a cleaning edge 8. Obviously, however, the Anputzschenkel 9 is essential here longer than the plastering leg according to Fig. 1 , It follows that consequently the insertion 17 is also significantly lower than the insertion 17 in accordance Fig. 1-3 ,

According to the profile strip Fig. 4 is at the upper end of the wall leg 2, that is formed on the upper edge 5, a connection lip 20. This may for example consist of soft PVC, while the profiled strip 1 and the other profile bar body made of rigid PVC. Of course, other, sufficiently elastic materials for forming the connection lip, for example a thermoplastic elastomer or a rubber used.

Fig. 5 shows a profiled strip 1 according to the invention, the structure of essentially the profile strip 1 from Fig. 4 equivalent. However, the stop leg 7 projecting at right angles from the wall leg 2 is also significantly longer than the stop leg 7 according to FIG Fig. 4 , This makes it possible, as shown by the dashed lines, to mount quasi two wall cladding panels 16 wall side. While the width of the Einstecknut 17 according to the embodiments of the Fig. 1 - 4th For example, 12.5 mm, which corresponds to the standard width of a commercial plasterboard, the width of the male 17 according to fig. 5 a width of 25 mm, which corresponds to the width of two successive plasterboard.

Fig. 6 shows an embodiment of a profiled strip 1 according to the invention, which is here in several parts. The profiled strip 1, in addition to the actual strip component with the wall leg 2, the stop leg 7 and the Anputzschenkel 9 an additional strip element 21, comprising a Einsteckschenkel 22 and a cover leg 23. On the wall leg 2, an additional support leg 24 is formed, which is slightly shorter than He is the top edge 5 is slightly spaced from the stop leg 7, so that there is a Einstecknut 25. The length of the Einsteckschenkels 22 corresponds to a maximum of the length of the stop leg 7, so that the Abdeckschenkel 23, which covers the shadow gap 19 in the mounting position, flush with the Anputzschenkel 9 runs. The mounting situation in this regard is in Fig. 7 shown. As can be seen, the insertion leg 22 engages in the insertion groove 25. Between the holding leg 24 and the stop leg 7 of the Einsteckschenkel 22 is held clamped.

Of course, the strip element 21 is also preferably made of plastic, it is also a simple Strangxtrusionsbauteil. But it can be made for example of a different colored plastic than the wall side to be determined profile strip component with the wall leg 2 and the Einstecknut 25. Because the cover leg 23 is always visible. If, for example, the strip element 21 or only the cover leg 23 is made of a red or blue plastic, a red or blue strip line is visible in the mounting position in the transition from wall to ceiling. Since the strip element 21 can be easily removed from its holder in the Einstecknut 25 again, a corresponding optical variation can be achieved on the one hand by simple exchange against a differently colored strip element. In addition, the strip element 21 can be easily removed for repainting, so that the shadow gap is open again and wall and ceiling can be painted in a simple manner, after which the strip element 21 is set again.

If the insertion leg 22 is shorter than the stop leg 7, then there is the possibility that the cover leg 23 is positioned in the shadow gap. So there is still a residual shadow gap, however, the cover leg 23 is visible.

Fig. 8 shows a further mounting example of a profile strip 1, which in turn is in two parts. The wall leg 2 is in turn glued to the wall 14, with the upper edge 5 he is on the ceiling 15 at. In the insertion groove 17, a wall cladding panel 16 is in turn used in the example shown, on the plastering leg 9, the level compensating plaster layer 18 is also deducted here.

On the upper portion 11 of the wall leg 2, a light-emitting strip 26 is glued or otherwise arranged in the example shown, which thus has a plurality of individual small light-emitting elements such as LEDs. These emit their light, as shown, towards the interior of the room, ie out of the shadow gap 19. The strip element 21 is positioned, the cover leg 23 engages over the light-emitting strip 26. Obviously, here the plug-in leg 22 is somewhat shorter, so that the cover leg 23 is set back relative to the plastering leg 9.

The cover leg 23 is now made of a transparent or translucent plastic material. He can also be colored. In any case, it is permeable to the light emitted by the light-emitting strip 26 light, so that it can radiate into the room. It thus results in the mounting position, a light band in the transition from wall to ceiling, which can be either white when the cover leg of a white or milky plastic, but which can also be colored, depending on how the transparent or translucent cover legs 23rd is colored.

Fig. 9 shows a further embodiment of a profiled strip 1 according to the invention, which in turn is in several parts. The structure corresponds to the extent of the profile strip 1 Fig. 6 , In this embodiment, however, locking elements 27, 28 are provided on the retaining leg 24 and on the Einsteckschenkel 22 which engage in the mounting position to each other respectively lock one behind the other. This fixation of the strip element 21 on the wall-side fixed strip body is further improved.

Fig. 10 shows an embodiment of a profiled strip 1 according to the invention, in which the Anputzschenkel 9 not, as in the previously described embodiments, is perpendicular to the stop leg 7, but at an angle <90 ° thereto. This profile strip 1 is preferably used when, as indicated by dashed lines, a wall plaster layer 29 is applied, so no wall cladding panel 16 is mounted. The plastering leg 9 in turn forms the plaster removal edge 8, but it extends in the finished plastered position in the wall plaster layer 29 into it and is in this, since it is perforated holes 30, firmly anchored.

Finally shows Fig. 11 a profile strip 1, which in turn is the turn off Fig. 6 equivalent. However, an additional Einputzschenkel 31 is substantially perpendicular projecting therefrom of the stop leg 7, which is perforated with holes 32. These, again two-piece profiled strip 1 is used when a plaster layer 29 is applied instead of a wall cladding panel.

Finally, at the in Fig. 11 shown strip element 21 at the top, in the mounting position on the ceiling side positioned end of the Abdeckschenkels 23 integrally formed a connection lip 33, for example, again made of soft PVC or other elastomer to ensure a homogeneous transition to the ceiling.

Fig. 12 shows a further embodiment of a profiled strip 1 according to the invention, the basic structure of the profiled strip 1 from Fig. 1 equivalent. It has, by way of example, a wall leg 2 and a stop leg 7 with a plaster removal edge 8. Although not shown, of course, a corresponding holding leg and an additional strip element could be provided.

Unlike the types of strip described above, no adhesive coating is provided here on the back of the wall leg. Rather, here several holes 12 are provided on the wall leg 2 in the area below the stop leg 7, which in Fig. 1 are merely indicated. Since no adhesive application is provided here, the profile strip 1 is to be fixed to the masonry with a setting or plastering mortar, which is the case in particular when the masonry itself is not plastered, that is to say is structured relatively coarse.

Fig. 13 shows an example of installation of such a profile strip 1 Fig. 12 , The wall leg 2 is on a layer of Ansetz- or plaster 34 on Masonry wall 14 attached. To fix this mortar bed is first placed, against which then the profile strip 1 is pressed with its back. Here it presses the plaster 34 through the respective hole 12, as in Fig. 13 is shown as an example. Over this, therefore, the bonding of the profile strip 1 is achieved on the wall 14.

Once the profiled strip 1 is anchored sufficiently firmly, either a plasterboard already shown in the above embodiments can be set or - as in Fig. 13 shown - the wall 14 are plastered directly with a wall plaster 35, wherein the wall plaster 35 is guided to below the stop leg 7 and deducted at the plaster removal edge 8.

As described, the profiled strip 1 could also have a holding leg and an associated strip element, although not shown here in detail. Also, a connection lip could be provided at the upper end of the wall leg 2, as well as - if provided - on the strip element to provide a seamless transition to the ceiling.

Fig. 14 Finally, shows an embodiment of a profiled strip 1 according to the invention, in turn comprising a wall leg 2 and a stop leg 7. Either holes 12 are provided, or there is provided a backside adhesive application, that is, it may ultimately be any of the described strip molds.

The profile strip 1 shown here is characterized by a foil retaining web 36, which is formed on a predetermined breaking point 37 in the form of a material weakening directly on the stop leg 7, this extending, is formed. About this breaking point 37, the foil retaining web can be stopped if necessary.

In the exemplary embodiment shown, an adhesive 38, 39 is applied both to the upper side and to the lower side of the film-holding web 36, which is either a direct adhesive application or a double-sided, thin adhesive tape, etc. The respective adhesive 38, 39 is about one Protective film or a protective paper covered, so it is exposed if necessary. This need is given when, for example, after plastering the wall, the ceiling should be painted. Because then a hanging of the wall by means of a film is required to avoid splashing the ceiling color on the wall. For this purpose, a film 40 shown only in dashed lines is glued to the lower adhesive application 39, which hangs down along the wall. After completion of the work, the film 40 can be deducted, after which the film retaining web 36 is stopped.

Shown is also the ability to stick a foil 41 on the upper adhesive 38, after the protective paper is peeled off. This film 41 runs up to the ceiling and overlaps on the one hand, resulting in the installation case shadow gap, on the other hand, it covers the ceiling a bit far away to protect the ceiling during painting or plastering work by the wall. To fix the film 41 on the ceiling, a simple adhesive tape is used, with which the film is adhered to the ceiling. After completion of the work, the film 41 is also removed and the film retaining web 36 is stopped.

Of course, within the described embodiments still possible variations. For example, a Einputzsteg 31 also on the profile strip 1 Fig. 9 be provided with the locking elements 27, 28. Also, the profile strip 1 off Fig. 10 be executed without the locking elements 27, 28 shown there, so allow a simple clamping bracket of the strip element 21. In addition, there is the possibility of the Fig. 1 - 4th to inject known profile strip 1 of different colored plastic material, so the upper portion of the wall leg 2, which may be visible in the shadow gap 19, for example, to inject a different colored plastic than the usually made of white plastic rest of the profile body. Finally, the respective profile elements, even if not shown in the drawing, can be provided with corresponding connection lips 20 or 33. Furthermore, the profile strip can either have a back adhesive application for attachment to the wall, or be perforated by means of several holes through which holes the plaster, over which the strip on the wall is glued, presses. Also, although not shown in all examples, a foil retaining web can be formed either on the stop leg or on the retaining leg.

Claims (18)

Profile strip for attachment to a wall at the transition to a ceiling, with a wall leg to be applied to the wall (2) on which a protruding into the space stop leg (7), to which in the mounting position a wall cladding panel (16) or a wall plaster layer (29 ), is arranged, at the free end of a Putzabzugskante (8) is formed, wherein the stop leg (7) is arranged in such a region between the upper and the lower edge (5, 6) of the wall leg (2) that in the assembled position forms a shadow gap (19) in the transition region to the ceiling. Profile strip according to claim 1, characterized in that the stop leg (7) projects at right angles from the wall leg (2). Profile strip according to claim 1 or 2, characterized in that the plaster removal edge (8) by means of a stop leg (7) projecting Anputzschenkels (9) is formed. Profile strip according to claim 3, characterized in that the Anputzschenkel (9) is arranged at right angles to the stop leg (7) or at an angle <90 ° to the stop leg (7). Profile strip according to claim 4, characterized in that at an angle <90 ° to the stop leg (7) arranged Anputzschenkel (9) is perforated and / or has a surface structuring. Profile strip according to claim 4, characterized in that the wall limb (2), the stop leg (7) and the right angles to the stop leg (7) standing Anputzschenkel (9) define a U-shaped insertion groove (17) for receiving a wall cladding panel (16). Profile strip according to claim 6, characterized in that the groove width has a width in the range of 12 - 13 mm or a multiple thereof. Profile strip according to one of claims 3 to 7, characterized in that the plastering leg (9) has a length of 2 to 25 mm, in particular of 3 to 20 mm. Profile strip according to one of the preceding claims, characterized in that the stop leg (7), substantially parallel to the wall limb (2), a Einputzschenkel (31), which is preferably perforated or has a surface structuring protruding. Profile strip according to one of the preceding claims, characterized in that a holding leg (24) projecting from the wall limb (2) is provided, which is so jammed by the stop limb (7) that an insertion slot (25) open towards the space is formed, wherein the Profile strip (1) comprises a substantially L-shaped strip element (21) with a insertion leg (22) to be inserted into the insertion slot (25) and a covering leg (23) which overlaps the shadow gap (19) in the assembly position. Profile strip according to claim 10, characterized in that at least the cover leg (22), in particular the whole strip element (21) is made of a translucent or transparent plastic or of a colored plastic. Profile strip according to claim 10 or 11, characterized in that the stop leg (7), the holding leg (24) and / or the Einsteckschenkel (22) locking or clamping portions (27, 28) are provided. Profile strip according to one of the preceding claims, characterized in that the wall limb (2) and / or on the covering arm (23) in the region of the free end a connecting lip (20, 33) is provided for abutment against the ceiling. Profile strip according to one of the preceding claims, characterized in that on the back of the wall leg (2) an adhesive layer (3) is provided, wherein the adhesive layer (3) is preferably formed by means of a glued double-sided adhesive tape (4) or foam adhesive tape or Butylbandes. Profile strip according to one of the preceding claims, characterized in that on the wall limb (2) in the region above the stop leg (7), optionally above the retaining leg (24) a peelable protective film is provided. Profile strip according to one of the preceding claims, characterized in that the wall limb (2) is perforated at least in the region below the stop leg (7) or has a surface structure. Profile strip according to one of the preceding claims, since it is made of plastic, in particular PVC or PP, or metal. Profile strip according to one of the preceding claims, characterized in that on the stop leg (7) or on the holding leg (24) via a predetermined breaking point (37) tailed foil retaining web (36) is provided, preferably on the foil retaining web (36) under and / or top an adhesive (38, 39), in particular in the form of a direct adhesive application or a double-sided adhesive tape, is provided.

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