DE202015009035U1 - Strip arrangement with connecting elements - Google Patents

Abstract

Wall connection profiled strip arrangement (1) for a floor covering (7) comprising at least two profiled strips (2) profiled in cross-section adjoining each other by their ends (4), characterized in that the profiled strips (2) are designed as Hamburger profiled strip or as Berliner profiled strip or as Viennese Profile strip are formed and a thin-walled connecting element (13, 14, 15, 16) is glued to both profile strips (2) which engages the ends (4) of the profile strips (2) in the longitudinal direction (L) sections.

Description

The present invention relates to a wall connection profile strip arrangement for a floor covering according to the features in claim 1.

From the prior art it is known, as a conclusion or transition from a floor covering to a wall to attach a baseboard to the wall. A skirting board is also known as a skirting board or wall finishing profile. The baseboards have a variety of different surface finishes and profiles. Also, worktops or ceiling panels are provided with such a wall connection profile strip arrangement in the transition to a wall.

In particular, variants are known which have a cross-sectional profile, wherein the cross-sectional profile is contoured. This means that first the skirting board is fastened to a wall and then the top side and / or the front side of the skirting board are profiled at least in sections, in cross-section.

For this purpose, various grooves and / or chamfers are introduced in the longitudinal direction on the baseboard in order to produce a desired profile to achieve a visual impression on the baseboard. Such baseboards are often used in old buildings or in the interior design to produce a corresponding dignified living flair. The baseboards are usually kept in white and either solid and / or made in a composite material and painted or provided with a coating or foil, preferably kept in white. Also known names are Altbaufußleisten or Hamburger profile, Viennese profile or Berlin profile.

In order to provide room lengths or room widths of several meters with a baseboard, it may be necessary to string together at least two baseboards. Also on inner or outer corners, two baseboards must adjoin immediately adjacent to each other to ensure a continuous ledge in the corner area. For this purpose, the previously described baseboards are mitered in the area of inner or outer corners or when juxtaposed two strips these put together on impact or put together miter.

Especially with miter cuts it requires sufficient experience of an applying mechanic as well as professional tools for exact setting of a miter angle. However, it is also the case in the lower wall connection area that sometimes the wall surface, for example by the plaster applied there, runs unevenly at an angle of up to a few degrees, so that even if an exact miter cut of both strips is made on an inner or outer corner to an uneven course in the miter cut contact surfaces comes.

Also, due to different expansions of the various baseboards or the bases to which the baseboards are mounted to relative movements that create a gap in the transition area of adjacent baseboards and thus the appearance of a room thus created, which is equipped with the aforementioned baseboards , can tarnish. The bright, especially white color of the baseboards in conjunction with a shadow in the area of the gap enhances this impression.

One known from the prior art solution are so-called corner towers, in which rectangular bodies are provided at a corresponding height of such so to be laid skirting and the skirting board are placed in shock to the corner tower. The disadvantage here is that different expansions of skirting the corner towers in turn can lead to the emergence of a gap between the corner tower and baseboard and the corner tower is always an optical interruption of a baseboard to the next baseboard.

Also, corner joints are known from the prior art, which are positively inserted at or in the end face of the profile strip and overlap the profile strip in the longitudinal direction thereof at least partially. Here, a quick installation is recorded as well as the ability to visually hide an unclean section of the front side of the profile strip by the overlap in the longitudinal direction. The disadvantage, however, is that due to the positive engagement again in a transition between the connecting element and profile strip a gap is formed and the installation can not be done later from the outside, but must always be done directly when laying the profile strip itself, so that the connecting element with the profile strips in a corner must be pressed. A subsequent exchange is not possible, for example.

Object of the present invention is therefore to provide a way to be laid visually appealing and easy to work with the wall connection profile strips in the transitions.

The aforementioned object is achieved with a Wandanschlussprofilleistenanordnung according to the features in claim 1.

Advantageous embodiments of the present invention are the subject of the dependent claims.

The Wandanschlussprofilleistenanordnung for a floor covering, has at least two profile rails profiled in cross-section, which adjacent to each other with their ends. According to the invention, the wall connection profile strip arrangement is characterized in that a thin-walled connection element is adhesively bonded to both profile strips, which overlaps the ends of the profile strips in sections.

In the context of the invention can thus be provided a Wandanschlussprofilleistenanordnung consisting of different moldings and connecting elements, which can be used for a wall connection of a floor covering. This is particularly preferably used for the wall connection of a floor covering and is described below using the example of this, which is why the term skirting is used in particular for the moldings. In the context of the invention it is thus possible that the at least two baseboards in an inner corner or in an outer corner or rectilinear adjoin and by the thin-walled, preferably profiled connecting element, an approximately continuous optical transition is produced. In this case, the ends of the baseboards when laying abutting each other, whereby they are immediately adjacent or it may also remain a gap or space between the two ends. The gap may be formed with a width of 0 mm and less than 50 mm, preferably 1 mm to 20 mm. Due to the fact that the thin-walled connecting element is adhesively bonded from the outside to the baseboards, there is no need for an exact abutting connection of the ends of the baseboards and also no miter cuts. The baseboards to be mounted can be shortened in the desired length, preferably with a straight cut on the front side. Subsequently, the baseboards are mounted and the connecting element is glued from the outside in the region of the two ends of the end faces, so that the ends of the baseboards are overlapped in sections in each longitudinal direction of the baseboards. In particular, for this purpose the connecting element overlaps one end of a baseboard in the longitudinal direction between 1 mm and 20 mm, preferably between 1 mm and 10 mm and in particular 1 mm to 7 mm, very particularly preferably 1 mm to 5 mm.

The connecting element itself is made of plastic, in particular of a brushable or paintable plastic. The connecting element itself has a wall thickness greater than 0 mm to 5 mm, in particular 0.5 mm to 3 mm and most preferably from 1 mm to 2 mm. The connecting element itself has a certain ductility, so that a possible minimal offset of both ends of the baseboards to be joined can be compensated by the connecting element. In particular, the connecting element can thus be painted or painted in a color that corresponds to the surface of the profile strip. Also, the moldings can even be painted or painted with a color and at the same time the patch on the moldings fasteners are then also painted or painted with this color.

According to the invention, it is provided that the connecting element is glued to the skirting, so that a kind of cap or panel is glued to the skirting. Preferably, an adhesive strip on the production side or factory is already provided on the connecting element, which then gives the user simply by removing a protective film, the connecting element without further aids set up directly to the baseboards to be coupled and glued to these. This results in turn, in turn, the two advantages that no additional assembly tool or auxiliary aids are required in the form of adhesive, on the other hand is ensured by the already provided adhesive film that no pressure between the outer surface of the skirting and connecting element protrudes when pressed. A simple and clean installation is guaranteed.

In the context of the invention, it is also possible that a thermally activatable adhesive is used. Alternatively, it is conceivable that a micro-encapsulated adhesive is used, which pops when pressing the connecting element on the baseboard and thus produces an adhesive layer.

Furthermore, an adhesive is used which compensates for different expansions of the baseboards relative to one another and / or expansions of the respective baseboard to the connecting element. Thus, an adhesive is used which has an at least residual ductility after curing, so that the adhesive bond is durable and does not lead to gaps between skirting and connecting element or due to different expansion of both baseboards to each other or skirting to fastener.

With the connecting element according to the invention, it is possible to couple baseboards, which are known as Hamburg profile strip, Berlin profile strip or as a Viennese profile strip. These baseboards have in comparison to conventional baseboards higher heights up to 50 mm, in particular up to 60 mm sometimes more than 80 mm, preferably more than 100 mm and most preferably 120 mm up to 150 mm or up to 200 mm. In cross-section, these baseboards pointing in the mounted state on a wall to the ceiling in the upper part of a profiling in the form of different radii and chamfers. The lower area is mostly smooth. The connecting element is provided in the context of the invention with an inner profiling, which is complementary to the outer profiling of the skirting and thus form fit with this comes to rest. This means that the internal profiling of the connecting element is the negative for external profiling of the skirting.

Furthermore, the outer profiling of the connecting element is then particularly preferably adapted to the outer profiling of the baseboard, wherein the outer profile of the connecting element is correspondingly larger by the amount of the wall thickness of the connecting element than the outer profiling of the baseboard.

In the context of the invention, it is further conceivable that on the vertically extending sides of the connecting element a chamfer and / or rounding is formed. Characterized in that a projecting in the assembled state in the room side and on a projecting to the ceiling side of the connecting element, the connecting element on the outer circumferential surface of the skirting over the chamfer or rounding a more harmonious transition from the outer circumferential surface of the baseboard to the surface of the connecting element is created.

Furthermore, particularly preferably, the connecting element is designed as an inner corner element or as an outer corner element or as a rectilinear connecting element. Thus, it is possible to cover all imaginable constellations during assembly in the room by means of various fasteners. In the case of an outer corner element and in the inner corner element, it is preferable to provide corner courses of 90 °. However, baseboards are often used also in old buildings, in which the walls sometimes do not run at a right angle to each other, thus at a 90 ° angle to each other, but at angles of for example 80 ° to 100 °, in particular 85 ° to 95 °. Here it is possible according to the invention in the inner and outer corner connecting elements, to create a seamless transition itself due to the inherent conductivity of the connecting element itself. Consequently, the corner connecting elements are preferably designed to be stretchable between 80 ° and 100 °.

Furthermore, it may be particularly preferred that a thinning is provided on the side which shows in the mounting position to the ceiling, so that there is a high ductility or compressibility here. In the context of the invention, it is also possible that the connecting elements for standard corner sizes, for example, 45 ° or 135 ° corners thus diagonally extending walls are also provided as an inner and outer corner element. Any intermediate size that is in high demand is conceivable. In the context of the invention, it is also conceivable that on the inner corner element or outer corner element, but in particular on the outer corner element assembly lines are provided so that the outer corner element is individually einschneidbar, for example, to connect two baseboards on corners of 70 ° or 20 ° with each other.

In a further advantageous embodiment of the present invention, an outer corner element is provided, which is configured in a top view L-shaped. The outer corner element itself can then have a dividing line which is vertical in the installation position, so that an L-leg can be separated off. Preferably, the separation is carried out for example by a sawing. However, the dividing line may also be designed such that it can be easily separated along this with a carpet knife or the parting line may be formed as a predetermined breaking point, so that the L-leg is breakable by kinking. The remaining outer corner element can then be placed as an end cap or Endabschlussleiste on a free end of a baseboard. As a result, an end closure, for example, created at a freestanding end or on a door frame or other conceivable transition.

A further preferred embodiment variant of the present invention provides that the connecting element can be shortened in height relative to the vertical direction. Thus, the connecting element, for example, be kept in the highest possible height and shortened accordingly when using a relative to the vertical direction related lower baseboard. The shortening is preferably carried out in the foot area, wherein predetermined breaking points and / or cut edges are particularly preferably provided for predetermined standard sizes of the height of the baseboards on the connecting elements. This means, for example, that the connecting elements for baseboards of height 150 mm or even 200 mm are held and then can be shortened accordingly when using a skirting board with, for example, a height of only 120 mm by 30 mm. Considered in this height specification is the upper wall thickness of the connecting element, which is resting on a top or protruding, so that there is an overall height of about 151 mm and 121 mm at the respective connecting element.

A further particularly preferred embodiment variant provides that the skirting board has a foliation or coating, wherein the foliation or coating is especially paintable. The connecting element is then preferably made of the same or a highly similar material as the foil or coating of the baseboards to be joined. This ensures that the same color and aging properties are given, while at the same time allowing for the same color picking property in the case of overpainting.

Preferably, the connecting element is made of a plastic material, in particular of an ABS plastic (acrylonitrile-butadiene-styrene) or ASA plastic (acrylic ester-styrene-acrylonitrile). However, it is also possible to use plastics based on renewable raw materials or WPC plastics (wood-plastic composites).

The connecting elements can also be printed with a motif or a decor or the foil of the connecting elements can be printed with a corresponding motif or decor. It is also possible to use different decorative films. In the case of the use of decorative films is then preferably the same decorative film, which is also used on the corresponding skirting.

In the context of the invention, furthermore, the connecting element is particularly preferably formed in two parts in the vertical direction. This results in the advantage that different heights in the range of a few millimeters or up to 10 mm or 20 mm is made by overlapping the lower part of the connecting element by the upper part. This means that the upper part overlaps in the mounting position, the lower part. Thus, the two indirectly or immediately adjacent sides of the baseboards are optically coupled to each other by the lower part of the connecting element by gluing the lower part of the connecting element and then the upper part of the connecting element also glued. According to the invention, the upper part of the connecting element overlaps the lower part, so that slight height differences of a few millimeters are compensated for, without a gap being created in the transition region from the outer circumferential surface of the skirting board to the connecting element. This also ensures a simple and visually appealing installation. The division into two can also be used to be able to couple different heights of, for example, 80 mm, 100 mm or 120 mm of the baseboard arrangements with the same connecting elements without having to shorten them. In the overlap area, the upper part is glued to the lower part.

The present invention further relates to a connecting element for a wall terminal strip profile arrangement, in particular for skirting boards. For this purpose, two profile strips are arranged with their ends adjacent to each other. This can be done for example in a Inneneckverbindung, Außeneckverbindung or in a longitudinal connection. According to the invention it is now provided that a thin-walled connecting element in the longitudinal direction of the profile strips this is glued sections outstanding. So that the resulting air gap, which arises due to the incorporation of the adhesive between the connecting element and the profile strip, as low as possible, the invention provides that on the back of the connecting element, a groove is provided, in which the adhesive is arranged. This adhesive is arranged in particular as an adhesive strip in the groove. As a result, the air gap between the surface of the profile strip and the back of the connecting element is minimized. If the connecting element has a plurality of rear sides, preferably each rear side has a groove.

This advantage according to the invention can be applied as desired to profile strips provided with a smooth surface in cross-section, but also to the profile strips profiled in cross section described above. The groove extends in a vertical direction of the connecting element only partially over this.

This invention can also be applied to an end cap, so that only one profile strip is partially covered in the longitudinal direction.

Further advantages, features, characteristics and aspects of the present invention are part of the following description. Preferred embodiments are shown in the schematic figures. These are for easy understanding of the invention. Show it:

1 the outer corner joint of two miter-cut profile strips, known from the prior art,

2 the inner corner joint of two profile strips, which are connected according to the prior art via a corner tower,

3 a profiled strip arrangement according to the invention an exploded view,

4 the profiled strip arrangement in installation situation,

5a to c an inventive outer corner element, which can be shortened as end cap,

6 a rectilinear connecting element in rear view,

7 a linear connection of two moldings,

8th an inventive connecting element in two-part variant and

9a to 14c Connectable fasteners with adhesive back.

1 shows a known from the prior art Wandanschlussprofilleistenanordnung 1 in which two moldings 2 , in particular baseboards, forming an outer corner 3 at their respective ends 4 mitred 5 are cut. The respective profile strip 2 is on a wall 6 mounted to a transition between floor covering 7 as well as the wall 6 to accomplish. The respective miter cut at the end 4 every skirting board 2 may be skewed and / or the two on the outside corner 3 tapered walls 6 can run in the vertical direction V in a mutually different angle and / or the two profile strips 2 may expand or contract due to different temperatures and humidity conditions, leaving it at the outer corner 3 To form a gap and so the visual impression of the manufactured corner joint is impaired.

2 shows an inner corner connection, in which case two profile strips 2 not mitred 5 are cut and immediately adjacent to each other, but under inclusion of a corner tower 9 indirectly coupled with each other. The resulting advantage is that the respective end 4 a profile bar 2 does not have to be mitred, but with a straight cut or related to the longitudinal direction L of each profile strip 2 can be separated with an orthogonal to the longitudinal direction L section. The cutting or measuring is thereby considerably simplified. The corner tower 9 However, it forms as it were a visual interruption, since the moldings 2 not permanently laid. In particular, in the cross-sectional view shown here by a respective profile strip 2 , which with respect to the vertical direction V in the upper region 11 has a profiling. The profile strip has this 2 a variety of radii 10 in their upper area 11 as well as a chamfer 12 , Especially the continuous in the longitudinal direction L extending visual impression, which by grooves 10 and bevels 12 is achieved by the corner tower 9 interrupted.

This is where the present invention starts, resulting in the wall connection profile strip arrangement 1 in the 3 and 4 is shown. The individual profile strips 2 , in particular baseboards, can in this case via connecting elements in the form of an outer corner connecting element 13 , a straight-line connecting element 14 , an inside corner connector 15 and a graduation cap 16 be educated. Each connecting element is thin-walled, so that it has only a small wall thickness W of up to a few millimeters. This makes it possible for the connecting elements according to the invention 13 . 14 . 15 . 16 on the outer surface 17 the profile strips 2 be glued and doing so in the longitudinal direction L of the baseboards 2 overlap these sections. This is clearly visible in 4 , For this purpose, an internal profiling 18 of each connecting element, wherein the inner profiling 18 at the outer corner element and the end cap 16 is not shown, to the external profiling 19 the profile strips 2 customized. When touchdown is thus in 4 clearly visible the respective connecting element 13 . 14 . 15 . 16 positive locking on the external profiling 19 on, therefore, on a side protruding into the room 20 the profile strip 2 and a side projecting to the ceiling 21 the skirting board 2 , The external profiling 22 of each connecting element 13 . 14 . 15 . 16 is in turn designed such that it on the outer profiling 19 the profile strip 2 is adapted, however, to the wall thickness W of the connecting element 13 . 14 . 15 . 16 is formed larger.

The straight-line connection element 14 itself is in an interior view in 6 shown in the form of the rectilinear connecting element 14 , This clearly shows that the connecting element 14 in each case an adhesive strip on its inside 23 has, so that after removing a protective film or a different type of activation of the adhesive of the adhesive strip 23 , the respective connecting element simply on the outer circumferential surface 17 the profile strip 2 can be placed.

Another benefit is that not left and right side end caps 16 must be provided when the outer corner connector 13 , according to 5a to c shown in plan view as L-shape 24 is trained. One leg each 25 the L shape 24 can thus be separated, what in 5b is shown, which then according to 5c due to the severed leg 25 the remaining part of the outer corner element in the form of an end cap 16 according to 3 is shown. Will the on the picture plane in 5 related right-thighs 25 disconnected, one would be too 3 opposite end cap 16 produced. In the context of the invention, however, the outer corner elements can also be designed such that they are in plan view are square, so that no L-shape 24 results. The respective profile strips 2 an outside corner 3 can then be opposite the outside corner 3 be formed slightly overhanging, wherein by the square outer corner element then a transition is made.

Further shown in 5a is the outer corner connector 13 with an overall height H. This can be done on a particular inside predetermined breaking point or height marking 28 be shortened, so that on the other hand smaller height H2 results.

7 shows two with the rectilinear connecting element according to the invention 14 coupled profile strips 2 , Between the respective ends 4 the profile strips 2 is one as a gap 26 formed, wherein the gap 26 through the rectilinear connecting element 14 is covered. The straight-line connection element 14 thus covers for a particular section 27 in the longitudinal direction L the ends 4 the profile strips 2 and is according to 6 glued to this inclusion of a corresponding adhesive.

A further embodiment variant of the present invention provides that the outer corner connecting element 13 itself is divided into two parts 8th is shown with the parts 13a and 13b , The advantage here is that the upper part 13a the lower part 13b telescopically overlap to compensate for differences in height of up to a few millimeters. This in turn also results in a simpler installation, so that initially the lower part 13b is glued and then the upper part 13a the lower part 13b in the vertical direction V and the respective profile strips 2 in its longitudinal direction at least partially overlapping is glued. In the context of the invention, all other connecting elements can also be designed in two parts as described above.

9a and b show two different external corner connectors 13 , The outer corner connector 13 out 9a has a profiled cross-section and has been previously described. 9b shows an outer corner connector 13 with a smooth outer surface 29 ,

A backside 30 is according to 10a and b. Here, however, is a respective back 30 the profiled in cross-section Außeneckverbindungselementes 13 only from 9a shown. The backside 30 thus has an internal profiling 18 on, which corresponds to the corresponding unspecified outer profiling of the profile strip. The internal profiling 18 lies on the outer surface 17 the profile strip 2 on. An intervening adhesive would thus form an air gap, not shown, and in the region of an edge 35 lead to a shadow. So that this is designed to be as small as possible, the invention provides that at least one, preferably two grooves 31 may be formed, with a groove bottom 32 opposite the back 30 is set back.

The effect thus occurring according to the invention is again in the 11a to d shown. 11a and b each show a section line XI-XI 10a and b. Good to see is that the groove 31 with her groove bottom 32 opposite a back 30 is formed set back. This leads in the case of 11a to that when placing two arranged in the vertical direction V adhesive strip 33 the surface 34 of the adhesive strip 33 over the back 30 is overhanging, but not with the full wall thickness W33 of the adhesive strip 33 yourself, but only with a part of it. The design variant, shown in the 11b and d has a two-part groove oriented in the vertical direction V. 31 on, so again turn two separate adhesive strips 33 according to 11d can be used. These too with their adhesive side opposite the back 30 formed of the corner connecting element projecting. The wall thickness W32 of the groove bottom 32 plus the wall thickness W33 of the adhesive strip 33 are greater than the wall thickness W30 of the connecting element.

According to 12a to c is a rectilinear connecting element 14 shown. This also has a groove 31 with one to the back 30 recessed groove base 32 on, so that in this case a continuous adhesive strip 33 with its surface 34 opposite the back 30 is formed above. The external profiling 22 of the connecting element 14 is thereby, according to 12c , not impaired.

According to 13a -C is a rectilinear connection element 14 , but without profiling, thus with a straight or smooth surface 29 shown. This also faces a back 30 a groove 31 with recessed groove bottom 32 on, like in 13b shown, so that a not shown here adhesive strip in the groove 31 can be arranged herein.

According to 14a -C is an inner corner connector 15 shown in different views. Again, it can be seen that on one opposite to a back 30 with a groove bottom 32 recessed groove 31 a non-illustrated adhesive strip can be arranged.

LIST OF REFERENCE NUMBERS

1

Wall connecting profile rail assembly

2

Molding

3

outside corner

4

End to 2

5

miter

6

wall

7

flooring

8th

inside corner

9

Eckturm

10

 radii

11

 upper area

12

 chamfer

13

 Outside corner connecting element

13a

upper part of 13

13b

lower part of 13

14

 rectilinear connection element

15

 Inside corner connecting element

16

 end cap

17

Outer jacket surface too 2

18

Internal profiling too 13 - 16

19

External profiling too 2

20

 Side into the room

21

 Showing side to the ceiling

22

External profiling too 13 to 16

23

 tape

24

 L-form

25

Thighs too 24

26

 gap

27

 section

28

 height marker

29

 straight surface

30

Back to 13

31

 groove

32

 groove base

33

 tape

34

 surface

35

 edge

V

vertical direction

W30

Wall thickness too 30

W32

Wall thickness too 32

W33

Wall thickness too 33

L

 longitudinal direction

V

 vertical direction

W

 Wall thickness

H

Height of 13

H2

 height

Claims (13)

Wall connection profile strip arrangement ( 1 ) for a floor covering ( 7 ), comprising at least two profile strips profiled in cross-section ( 2 ) which with their ends ( 4 ) adjacent to each other, characterized in that the profiled strips ( 2 ) are designed as a Hamburg profile strip or as a Berlin profile strip or as a Viennese profile strip and a thin-walled connecting element ( 13 . 14 . 15 . 16 ) on both moldings ( 2 ) which has the ends ( 4 ) of the profile strips ( 2 ) overlaps in sections in the longitudinal direction (L). Wandanschlussprofilleistenanordnung according to claim 1, characterized in that the connecting element ( 13 . 14 . 15 . 16 ) as inner corner connecting element ( 15 ) or as outer corner connector ( 13 ) or as a straight-line connecting element ( 14 ) is trained. Wandanschlussprofilleistenanordnung according to claim 1 or 2, characterized in that the connecting element ( 13 . 14 . 15 . 16 ) made of plastic, in particular of a paintable plastic is formed. Wandanschlussprofilleistenanordnung according to one of claims 1 to 3, characterized in that an inner side of the connecting element ( 13 . 14 . 15 . 16 ) on an outer circumferential surface ( 17 ) of the profile strip ( 2 ) is glued. Wandanschlussprofilleistenanordnung according to any one of the preceding claims, characterized in that the adhesive bond produced different extensions of profile strip ( 2 ) and connecting element ( 13 . 14 . 15 . 16 ) and / or that the connecting element ( 13 . 14 . 15 . 16 ) different expansions of the profile strips ( 2 ) Compared to each other. Wall connection profile strip arrangement according to one of the preceding claims, characterized in that the connecting element ( 13 . 14 . 15 . 16 ) on its inside an internal profiling ( 18 ), the complementary form-fitting with an external profile ( 17 ) of the profile strip ( 2 ) comes to rest and / or that the external profiling ( 22 ) of the connecting element ( 13 . 14 . 15 . 16 ) to the external profiling ( 17 ) of the profile strip ( 2 ) is adjusted. Wall connection profile strip arrangement according to one of the preceding claims, characterized in that an outer corner element as end termination on a profile strip ( 2 ) can be placed. Wandanschlussprofilleistenanordnung according to the preceding claim, characterized in that the outer corner element is formed in plan view L-shaped, wherein a leg ( 25 ) of the L-shape ( 24 ) is separable. Wandanschlussprofilleistenanordnung according to any one of the preceding claims, characterized in that the connecting element on at least one joining surface with the profile strip ( 2 ) on its inside an adhesive strip ( 23 ) having. Wall connection profile strip arrangement according to one of the preceding claims, characterized in that the profile strip ( 2 ) has a coating or coating, wherein the connecting element ( 13 . 14 . 15 . 16 ) is made of the same material or a highly similar material of the foil or coating. Wall connection profile strip arrangement according to one of the preceding claims, characterized in that the connecting element ( 13 ) is formed in two parts in the vertical direction (V), wherein an upper part ( 13a ) the lower part ( 13b ) is arranged in the vertical direction (V) at least partially overlapping in the mounting position. Wall connection profile strip arrangement according to one of the preceding claims, characterized in that the connecting element ( 13 . 14 . 15 . 16 ) can be shortened in relation to the vertical direction (V) and here indirectly has a predetermined breaking point and / or a cutting line. Wall connection profile strip arrangement according to one of the preceding claims, characterized in that on at least one rear side ( 30 ) of the connecting element ( 13 . 14 . 15 . 16 ) an adhesive strip ( 33 ) in one opposite the back ( 30 recessed groove ( 31 ) is arranged.

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