EP1722064A2 - Connecting section member, in particular reveal connecting member - Google Patents

Abstract

Connecting strip comprising a profile body with a fixing side (26) for attaching the strip to a frame or track by means of an adhesive layer (27) has a deformable soft edge section (23) with a corner angle (beta ) of less than 90[deg]C in the vicinity of the fixing side, where the fixing side has an adhesive-free section (25) designed so that the corner (24) of the edge section lies in or beyond the plane of the adhesive layer.

Description

The invention relates to a connection profile strip, in particular soffit connection profile strip, with a profile body with a frame attachment side for attaching the strip to a frame or rail component, in particular a door or window frame or a roller blind rail, via an adhesive surface.

Such moldings are mostly used to produce a transition between a window or door frame or a roller blind rail and the adjoining wall, with known connection profiles are either plastered, or serve the inclusion of cladding panels or the like. On the one hand to ensure a visually clean transition to the door or window frame, and on the other hand to accomplish a tight transition to prevent, especially when using the profile strip in the outdoor area by driving rain or the like conditionally moisture can migrate into the transition region, for example out EP 1 285 143 B1 a profiled strip known, on the profile body, a sealing lip of a soft, deformable material, which is softer than the profile body forming material, is formed. This sealing lip is laterally from the profile body to the frame mounting side down. At the frame mounting side is at the EP 1 285 143 B1 known profile strip a foam tape provided with a lower free adhesive surface over which the profile bar on the door or window frame or the rail can be determined. The sealing lip is in the mounting position on the door or window frame or the rail, and extends from the profile body slightly bent towards the door or window frame. It lies loosely on the door or window frame or the rail, the force that causes the sealing effect, which thus holds the sealing lip on the door or window frame, resulting solely from the assembly-related slight bending of the sealing lip. From the front, located at the free end of the sealing lip bearing point of the sealing lip to the foam tape or the adhesive layer, an open cavity extends.

The disadvantage of such an arrangement that the sealing lip rests relatively easily on the door or window frame or rail, so therefore can be easily lifted. There is also the problem that, as a result of inevitably occurring temperature change or any solar radiation, etc., the material properties of the sealing lip change, the lip becomes brittle, it deforms irreversibly and may be different from the frame or the rail, so that they alone the deformation-related, free edition resulting sealing effect can no longer meet.

The invention is therefore based on the problem of specifying a connection profile strip, which provides a high degree of tightness at the transition to the frame or rail component without a specially shaped sealing lip.

To solve this problem is inventively provided in a connection profile strip of the type mentioned that a deformable soft material existing edge portion of the profile body in the area of the component mounting side at an angle less than 90 ° in the edge expires and executed the component mounting side in the region of a glue layer-free edge portion in that at least the edge, or the edge, and at least part of the edge portion lie in the plane of the adhesive layer or beyond it.

In the profile strip according to the invention, the seal to the door or window frame or the rail is realized solely by the profile body itself, which is specially designed for this purpose in the area of the mounted in the assembly position, for example, the masonry edge and the frame mounting side. The profile body-side edge portion in this edge-side body portion is made of soft material and runs at an angle <90 ° in the edge. This edge also limits the component mounting side on which the adhesive layer is provided, whether it is applied directly to the component mounting side, or with the interposition of a foam tape. In any case, the adhesive layer extends approximately to the edge, only a very narrow adhesive layer-free edge portion of the component mounting side is free of adhesive coating. It preferably runs slightly angled or curved with respect to the plane of the Adhesive layer into which he runs or over which he runs out. The edge, and preferably also at least a part of the adhesive layer-free edge section, is therefore located in, preferably slightly beyond, the adhesive plane, but in the immediate vicinity of the adhesive layer.

In addition to an angled or curved design of the edge portion, it is also conceivable that this easily from the mounting plane, parallel to this, perform protruding, so that he also together with the edge in or beyond the adhesive plane, but parallel to this.

In the mounting position, therefore, the profile strip sits on the adhesive layer in firm adhesion to the frame or rail component, while the soft edge or the soft edge portion rests firmly, flat and tight on the door or window frame or the rail. After the adhesive layer stretches almost directly to the edge and thus therefore the support or sealing area, this sealing edge portion is held in any case with high force in its contact with the frame or the rail. Lifting is, after this edge sealing portion is barely movable after bonding, almost excluded, as well as any aging-related material changes to the outstanding seal do not change, as stated as a result of the almost immediate edge-side bonding is always given a sufficient sealing force. Overall, therefore, the profile strip according to the invention allows a visually highly attractive, at the same time highly dense and in any case, aging and weather-resistant connection to the door or window frame or roller blind rail.

This profile body formation according to the invention in the edge region can be realized on only one side of the profile body. Alternatively, it is also conceivable to form the edge portions on both opposite profile body sides in the manner according to the invention, so that the high sealing is achieved on both sides, which may be necessary in certain applications.

The angle of an edge section can be between 30 ° -80 °, in particular between 40 ° -60 ° and preferably between 45 ° -55 °, wherein it is expressly pointed out that all intermediate intervals are considered to be essential to the invention.

The width of the adhesive layer-free edge section should be between 1 and 5 mm, in particular between 2 and 4 mm, whereby it should be as small as possible and should preferably be in the range of about 1 to 2 mm. Again, all intermediate values are essential to the invention.

With regard to the specific embodiment of a connection profile strip according to the invention, different embodiments are conceivable. According to a first expedient embodiment, the profile body has a section consisting of a first hard material and a second section comprising a soft second section which has the frame attachment side and the edge section or sections. The first profile body portion made of the hard material is provided, for example with one or more corresponding Einputzstegen, or has the corresponding clamping legs for receiving cladding panels or the like. It is thus located on the side facing away from the frame or the rail side. The second, soft profile body portion, as will be discussed below, be designed in different ways, but in any case has the component mounting side and the soft edges or on the edges. About this soft profile body portion is a mobility of the component mounting side or the entire second profile body portion with respect to the first profile body portion or associated with this plaster layer or cladding panel or the like, whereby corresponding movements between the component and plaster or cladding panel, etc. are compensated. In this case, both longitudinal and transverse displacements of the second soft profile body section, which is defined by the adhesive layer on the component, with respect to the first, fixed to the plaster layer or the like first profile body portion are possible, so that all conceivable relative movements between the frame and plaster layer or cladding panel can be compensated, without causing cracking or detachment, especially in the area of the edge-side seal to the component.

A first concrete embodiment of an invention consisting of different soft profile body sections strip provides that the first portion has a first leg, on which the second portion via at least one connecting web, on which a component mounting side exhibiting second leg is provided, is arranged. Thus, the profile strip has two separate legs, wherein the first leg as executed, for example, has the Einputzstege or clamping webs, while the second soft leg on its underside the component mounting side and laterally, for example, has an edge portion, preferably merges into the connecting web with its outside , It is particularly expedient if two spaced connecting webs are provided, which enclose a hollow chamber between them. These connecting webs are therefore as well as the second leg made of soft material, so they form a quasi-U-shaped cross section and include in conjunction with the first leg a hollow chamber. The soft connecting webs offer the already described above displaceability of the two legs parallel and perpendicular to each other to realize the damping function as described above. In this case, as an alternative to using only two spaced connecting webs, which are provided on the profiled body sides, it is also conceivable to provide three or more mutually spaced connecting webs next to one another, which thus connect the first and the second leg to one another and which include a plurality of hollow chambers. In this case, the webs may be substantially parallel to each other, but also at different angles to each other. A further alternative of the invention provides that a first connecting web connects the first and the second leg directly and that two connecting webs connecting the two legs are provided, but intersecting to form a plurality of hollow chambers. The two intersecting connecting webs form a kind of damping cross, which in conjunction with the first connecting web in this case enables the parallel and vertical displacement of the legs with respect to each other.

It is particularly expedient if the outside of the one or an outer connecting leg is at an angle> 90 °, in particular between 100 ° - 150 ° to the first leg of the first section and passes directly into the edge portion. An edge portion is thus determined here in its shape directly via the web outside and the adhesive layer-free component mounting side of the second leg, which run pointedly to each other in the edge. Again, all intermediate angle intervals are disclosed as essential to the invention.

As an alternative to forming the profile strip with two separate legs, which are connected to one another via one or more connecting webs, it is also conceivable that the second soft portion is formed from solid material and connects over the entire surface of the first leg of this. The second section is thus a solid material body, which is shaped, for example, with its free outer side running in the edge at an angle> 90 °, in particular between 100 ° - 150 ° to the first leg. In this embodiment, due to the softness of the material also a relative movement of the frame mounting side with respect to the first leg is possible.

Another embodiment of a profile strip according to the invention provides that only the edge portion or portions of a soft material, while the rest of the profile body is made of a hard material. In this last embodiment, after the profile body is almost completely made of hard material, no relative movement or deformability of the profile body itself possible, while nevertheless, after an edge portion which adjoins directly to the adhesive surface is made of soft material and runs in the edge, for the sufficient sealing towards the component ensures.

As already stated in the introduction, it is possible to apply the adhesive layer directly on the component mounting side of the profile body, for example in the form of a sheet adhesive application, which is covered by a peelable masking tape, or in the form of a double-sided adhesive tape, with one side Adhesive is glued to the component mounting side and on the other side the adhesive surface, which is protected by a peelable masking tape has. The adhesive tape should be very thin, and regardless of the adhesive tape thickness there is always excellent sealing and adhesion after the sealing edge lies at least in the adhesive layer plane, but preferably beyond the adhesive layer plane.

As an alternative to the direct arrangement of the adhesive layer on the component mounting side, the component mounting side can also be designed stepped and arranged in the stepped recess a the adhesive surface exhibiting or the adhesive surface exhibiting adhesive tape carrying foam tape, wherein the or the adjoining the step recess edge portions of the component mounting side run into the edge , In this embodiment, which offers a damping possibility, for example, in conjunction with an exclusively hard profile body and only a soft, elastic edge portion, the profile body is formed profiled on its underside, so that the closed-cell foam tape can be integrated into the stage.

The materials used are various types of plastic. Useable as hard material is a hard PVC and as soft material a soft PVC. Alternatively, a hard PU can be used as a hard material and a soft PU as a soft material. Both materials can be adjusted according to their hardness or elasticity properties, so that depending on the requirements profile in particular the elasticity of the soft material can be selected appropriately.

Advantageously, a laterally extending Folienanklebesteg is provided on the profile body on one or both sides, which is connected to the profile body, in particular the hard first section via a material weakening, a predetermined breaking point or a perforation. After mounting the profile strip and before applying the plaster layer usually the door or the window is covered with a film, which, if an inventive Folienanklebesteg is provided on the profile body, are attached directly to this can, so that when plastering or when setting, for example, the reveal panel damage to the window or door is excluded. After completion of the work, the film is removed and the Folienanklebesteg on the separation point, realized via a material weakening or a predetermined breaking point or perforation separated, so that only the outer side of the profile body can be seen. It is expedient if at least one in the mounting position to the component outwardly supporting projection is provided on the side facing the component mounting side of a Folienanklebesteg so that in the mounting position of the door or window frame or rail slightly spaced Folienanklebesteg is securely supported on the component and the film can be pressed firmly to the Folienanklebesteg.

As already described, it is conceivable on the profile body, in particular the first hard leg, any work aids such as one or more legs, as Einputzschenkel or as clamping legs for receiving a plate-shaped trim part or for receiving or attaching reinforcing inserts, fabrics or other plaster-enhancing materials serve, or to provide a plaster holder, in particular in the form of a surface profiling or a plaster removal edge. The list is not exhaustive.

Fig.1 1

eine erfindungsgemäße Anschlussprofilleiste in Form eines Laibungsanschlussprofils in montierter Stellung,

Fig. 2

eine erfindungsgemäße Profilleiste einer ersten Ausführungsform mit einer Hohlkammer,

Fig. 3

die Profilleiste aus Fig. 2 in montierter Stellung,

Fig. 4

eine erfindungsgemäße Profilleiste einer zweiten Ausführungsform mit mehreren Verbindungsstegen, von denen sich zwei kreuzen,

Fig. 5

eine erfindungsgemäße Profilleiste einer dritten Ausführungsform mit einem stärker dimensionierten Verbindungssteg,

Fig. 6

eine erfindungsgemäße Profilleiste einer vierten Ausführungsform mit einem Mehrkammeraufbau,

Fig. 7

eine erfindungsgemäße Profilleiste einer fünften Ausführungsform mit einem weichen Profilkörperabschnitt aus einem Vollmaterial,

Fig. 8

eine erfindungsgemäße Profilleiste einer sechsten Ausführungsform mit einer gestuften Befestigungsseite,

Fig. 9

eine erfindungsgemäße Profilleiste einer siebten Ausführungsform mit einem aus hartem Material gebildeten Profilkörper mit angeformtem Kantenabschnitt aus weichem Material,

Fig. 10

eine erfindungsgemäße Profilleiste einer achten Ausführungsform mit einem aus hartem Material gebildeten Profilkörper mit angeformten Kantenabschnitt aus weichem Material mit einer gestuften Bauteilbefestigungsseite,

Fig. 11

eine erfindungsgemäße Profilleiste einer neunten Ausführungsform mit zwei beidseits vorgesehenen, und einem spitzen Winkel zulaufenden weichen Kantenabschnitten mit einer Hohlkammer,

Fig. 12

eine erfindungsgemäße Profilleiste einer zehnten Ausführungsform mit zwei unter einem spitzen Winkel zulaufenden Kantenabschnitten mit einer gestuften Bauteilbefestigungsseite,

Fig. 13

eine erfindungsgemäße Profilleiste einer elften Ausführungsform mit zwei unter einem spitzen Winkel zulaufenden weichen Kantenabschnitten, wobei der zweite weiche Profilkörperabschnitt aus Vollmaterial gebildet ist, und

Fig. 14

eine erfindungsgemäße Profilleiste einer zwölften Ausführungsform, die der Profilleiste aus Fig. 13 ähnlich ist, jedoch eine gestufte Bauteilbefestigungsseite aufweist.

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

Fig.1 1

a connection profile strip according to the invention in the form of a reveal connection profile in the mounted position,

Fig. 2

a profile strip according to the invention of a first embodiment with a hollow chamber,

Fig. 3

the profile strip of Fig. 2 in the mounted position,

Fig. 4

a profile strip according to the invention of a second embodiment with a plurality of connecting webs, two of which intersect,

Fig. 5

a profiled strip according to the invention of a third embodiment with a more strongly dimensioned connecting web,

Fig. 6

a profile strip according to the invention of a fourth embodiment with a multi-chamber structure,

Fig. 7

a profile strip according to the invention of a fifth embodiment with a soft profile body section of a solid material,

Fig. 8

a profile strip according to the invention of a sixth embodiment with a stepped attachment side,

Fig. 9

a profile strip according to the invention of a seventh embodiment with a profile body formed from hard material with molded edge portion of soft material,

Fig. 10

a profiled strip according to the invention of an eighth embodiment with a profile body formed from hard material with integrally formed edge portion of soft material with a stepped component mounting side,

Fig. 11

a profile strip according to the invention of a ninth embodiment with two provided on both sides, and an acute angle tapered soft edge portions with a hollow chamber,

Fig. 12

a profile strip according to the invention of a tenth embodiment with two tapering at an acute angle edge portions with a stepped component mounting side,

Fig. 13

a profile strip according to the invention of an eleventh embodiment with two tapering at an acute angle soft edge portions, wherein the second soft profile body portion is formed of solid material, and

Fig. 14

a profile strip according to the invention a twelfth embodiment, which is similar to the profile strip of FIG. 13, but has a stepped component mounting side.

Fig. 1 shows a component in the form of a window or door frame 1, and a window or door 2 in a conventional manner. On the window or door frame 1, a connection profile strip 3 according to the invention is glued on which a Folienanklebesteg 4 projects to the soffit inside, on which a film 5 is glued to protect the window or the door. The profile strip 3 according to the invention also has two plaster webs 6, which are plastered in a plaster layer 7 in the example shown. The basic use of such a soffit connection profile is known in the art and need not be explained in detail.

The profile rail 8 has a profile body 9 consisting of a first profile body portion 10 made of a hard material, such as hard PVC or hard PU, comprising a first leg 11, and from a second profile body portion 12 a soft material, depending on the material used in the first section of a soft PVC or a soft PU. In the example shown, a plastering web 13 with a tissue profile 13a (fabric core) arranged thereon is provided on the first profile body section 10; the first leg 11 has a plastering aid 14 in the front region in the form of a surface profiling. On the first section 10 is also a Folienanklebesteg 15 via a material weakening 16, over which the web can be separated after assembly provided. The Folienanklebesteg shows a projection 15a, with which it is supported on the component. Shown is also the adhesive layer 17th the Folienanklebestegs 15, which is covered by a not shown peelable masking tape.

The second soft profile body section comprises two connecting webs 18, 19 and a second leg 20 connected via the connecting webs to the first leg 11, the connecting webs 18, 19 and the first leg 11 and the second leg 20 enclosing a hollow chamber 21. As a result, after the connecting webs 18, 19 are made of a soft plastic material, they offer a damping possibility, that is, the second leg 20 is displaceable parallel and perpendicular with respect to the first leg 11, thus compensating for any relative movements between the frame and the plaster layer or the like can be.

Visibly, the first connecting leg 19 extends at an angle α> 90 °, here about 125 °, from the underside of the leg 11. He or his outer side 22 runs directly into an edge portion 23, which necessarily consists of soft material and an edge 24th which is bounded on the other side by an edge portion 25 of the frame attachment side 26 of the second leg 20, wherein the edge portion 25 is free of adhesive coating, that is, the attachment to the frame adhesive layer 27 extends over the entire surface of the component mounting side 26, except the very narrow edge portion towards the edge 24. The angle β, which has the edge portion 23 is in the example shown about 55 °, but can take any angle between preferably 30 ° - 80 °.

As can be seen, the edge portion 25 of the frame mounting side 26 extends in the non-adhesive area at an angle to the plane of the component mounting side. In this case, this angle or the length of the edge portion 25 is selected so that the edge 24 is at least in the plane of the adhesive layer 27, but preferably beyond this, the edge portion thus also runs out of the adhesive layer plane and is partly beyond this. The adhesive layer-free edge portion 25 is dimensioned as narrow as possible, preferably its width is about 1 - 2 mm, but can, if necessary, depending on the dimensions of the entire Profils also be slightly larger. As can be seen, the adhesive layer 27 thus extends approximately to the edge 24, wherein these or the edge portion 23 can be easily deformed upon application to the frame as a result of the angled guide of the edge portion 25 after they protrude. However, it would also be conceivable to easily pull the edge section out of the fastening side plane parallel to it so that a slight step results in which the adhesive layer or the adhesive tape would be. The edge section then runs parallel to the adhesive layer plane and preferably beyond it. He would not be angled here.

To set the profile strip 8, which is shown in Fig. 3 in the assembled position, the cover strip not shown in detail is first removed from the adhesive layer 27, after which the profile strip 8 is glued and pressed onto the frame 1 with the adhesive layer 27. Subsequently, for example, the Folienanklebesteg 15 can be bent slightly upwards to drive for final and secure fixation, for example, with the thumb along the outside 22 and to press on this, as shown by the arrow P in Fig. 3. As a result, the entire profile is pressed firmly against the frame 1 again in each case in the edge region, and thus it is also ensured that in particular the edge region of the adhesive surface 27 is firmly connected to the frame 1. The slightly tilted with respect to the component mounting surface 26 edge portion 23 and the edge 24 are, after it lies beyond the adhesive surface plane, slightly deformed and slightly bent, as shown in Fig. 3. As a result of this deformation of the sealing edge portion 23 is fixed and flat and completely sealed to the frame 1, he is also fixed on the almost to the edge extending adhesive layer 27 against lifting or the like. This ensures an excellent and long-lasting seal.

4 shows a further embodiment according to the invention of a profiled strip 126 with a profile body 127 consisting of a first hard section 28 and a soft section 29. The hard section 28 here has a U-shaped profile with two side legs 30 serving as a plaster leg and a lower section first leg 31. Between the side legs 30 a einzuputzendes fabric profile 30a (fabric piping) is clamped with a lower holding part. The second section 29 of soft plastic material has, as in the previously described embodiment, a second leg 32, which is connected via a first outer connecting web 33, the shape of which corresponds to the connecting leg 19 of FIG. Again, an edge portion 34 is provided with an edge 35, wherein also here the edge portion 34 has an angle of for example about 55 °. The attachment is also made here via an adhesive surface 36 which extends over the entire surface of the component mounting side 37 of the first leg 32 to the angled thereto edge portion 38. Again, as provided according to the invention in all embodiments, the adhesive layer free edge portion 38 is guided angled or curved so that it runs in or beyond the adhesive layer, so that the edge 35 is maximally in, preferably beyond the adhesive layer plane.

In addition to the connecting web 33, two further connecting webs 39, 40 are provided here, which intersect each other and form a multi-cavity profile with a total of three hollow chambers 41. For reasons of stability, the web guide should be such that the right-hand hollow chamber 41 is approximately twice as large as the opposite, lateral and non-closed region 42, that is, the point of intersection of the two connecting webs 39, 40 is moved to the left from the center ,

The operation of this profile strip 26 is the same as described with respect to the profile strip 8. For mounting this bar is glued over the adhesive layer 36 on the frame or, for example, the roller blind rail, whereby the soft elastic edge portion 38 under deformation in the front edge region fixed and flat and adheres to approximately the edge 35 stuck to the frame or rail.

FIG. 5 shows a further profiled strip 43 according to the invention. The profiled element 44 here also has a first hard section 45 with a first web 46 a Einputzsteg 47 and a projecting Abziehsteg 48 is provided, furthermore plaster holder 50 are provided in the form of surface profiling. The second profile body section 51 made of soft material has a leg 52, which connects directly to the first leg 46 via a very wide in the sectional view connecting web 53. The outer side 54 of the connecting web runs here at an angle> 90 ° with respect to the underside of the first leg 46, as is true for all embodiments, and runs directly into the soft elastic edge portion 55 to the edge 56, in which case the edge portion 55 on the it is formed angled towards the bottom edge portion 57 of the component mounting side 58, so that the edge 56 is preferably beyond the plane of the adhesive surface 59. Again, a sufficient mobility of the two legs 46 and 52 and the component mounting side 58 is ensured relative to each other via the one elastic connecting web 53, connected to a high seal due to the deformability of the angled guided profile body edge.

Fig. 6 shows a further profiled strip 60 according to the invention with a profiled body 61 having a first hard section 62 and a soft section 63, the hard section 62 having two clamping legs 64, in one clamping leg inwardly facing sealing elements 65, e.g. Sealing lips made of soft elastic material are formed.

The first leg 66 is movably connected to the second leg 67 of soft elastic material in the example shown via four connecting webs 68 including three hollow chambers 69. Again, the connecting web 68 shown on the right runs at an angle to the first leg 66 in the edge portion 70, its outer side 71 defines the edge 72 in conjunction with the adhesive layer-free edge portion 73 of the component mounting side 74, with an adhesive layer 75, which extends almost into the Edge area extends, is occupied. Also in this embodiment, an excellent seal alone on the profile body, resulting from the angled configuration of the edge portion 70 in conjunction with the large and immediately hitherto drawn adhesive surface 75 is realized. The individual connecting bridges are visible in each case at different angles to each other, but they can also - apart from the right connecting leg 68 - parallel to each other.

FIG. 7 shows a further embodiment of a profile strip 76 according to the invention. There, the profile body is formed from a first section 77 of hard material comprising a first leg 78 and a second section 79 made of soft material. However, this section 79 is made of solid material, so has no hollow chamber or the like. It adjoins the first leg 78 directly and over the entire surface. The outside 80 also runs at an angle of> 90 ° to the first leg 78 and merges into the edge 81 of the edge portion 82. As with all other embodiments also here, the component mounting side 83 is performed slightly angled in the edge portion 84, so that the edge 81 is beyond the plane of the adhesive layer 85. In this embodiment, PU is preferably used as the material for forming the hard as well as the soft portion, after PU can be adjusted extremely soft, so that therefore the required elasticity properties can be achieved despite solid material formation.

A further embodiment according to the invention of a profiled strip 86 is shown in FIG. 8. The profile body 87 also has a first hard section 88 and a soft section 89, the embodiment substantially corresponds to that according to FIG. 2, for which reason reference is made to the relevant embodiments. However, unlike the profiled strip 8 from FIG. 2, here the component fastening side 90 of the second soft leg 91 is stepped to form a step 92. At this stage, the edge portion 93, which merges into the edge 94, closes. In step 92, a closed-cell foam tape 95 is arranged, which is glued as a double-sided adhesive tape in the stage and has an adhesive layer 96 on its free side. This adhesive layer or the foam tape 95 extends directly to the edge portion 93, so that therefore also the adhesive layer directly to the adhesive layer-free edge portion 97 of the component mounting side 90 runs. Here, too, can be seen in consequence of the formation of the edge portion 93, the edge beyond the adhesive layer plane, so that when attaching the edge portion 93 and with the edge portion 97 flat and close to the frame or the rail or the like applies.

A further embodiment according to the invention of a profiled strip 98 is shown in FIG. 9. The profiled body 99 there is made of a hard material as a whole. Only the edge portion 100 is formed of soft material. Again, the edge 101 is beyond the plane of the adhesive layer 102, which is attached to the component mounting side 103 of the hard profile body, so that even in this embodiment results in a dense contact with the ground, caused solely by the corresponding formation of the profile body with the edge portion 100th In the illustrated example, the profile body 99 in the upper region 2 clamping webs 104, wherein the sealing web 104 shown on the left two sealing beads 105 are formed of soft plastic material, while at the bottom of the clamping portion a foam sealing tape 106 is attached to a male cladding panel or the like seals.

10 shows a further embodiment of a profile strip 107 according to the invention. In this case too, the profile body 108 consists of hard material, whereas the edge section 109 is made of soft material and has the shape as already described with regard to all other embodiments. Unlike the embodiment of FIG. 9, here, the component mounting side 110 is profiled to form a step 111. In step 111, similar to the embodiment of FIG. 8, a foam tape 112 with a free adhesive layer 113 is used. The adhesive layer 113 also extends here directly to the edge portion 109, so that in the assembly position, the bonding is ensured almost to the edge 114.

FIG. 11 shows a profiled strip 115 according to the invention, whose profile body 116 likewise consists of a hard first section 117 (here by way of example tissue section to be fitted on the vertical plaster web) and a soft second section 118, which has two connecting webs 119 and a second web 120, which Component mounting side 121 on which an adhesive layer 122 is provided has. The profile strip 115 shown has a hollow chamber.

Unlike in the previously described embodiments, the two-sided edge portions 123 of the soft profile body portion 118 are pointed here, that is, tapering at an angle <90 ° in cross-section. Again, as a result of the angled guide of the two lateral adhesive layer-free edge portions 125, the edges 124 and the edge portions 125 are partially preferred beyond the adhesive layer plane. In this profile strip so a seal according to the invention is obtained by the profile body edges on both sides profile.

FIG. 12 shows a further embodiment of a profile strip 128 according to the invention, comprising a profile body 129 having a first hard profile body section 130 and a second soft profile body section 131, which is designed similarly to the profile body 118 from FIG. 11. However, here, the component mounting side 132 of the second leg 133 is executed stepped, it is a step recess 134 is provided to which in turn connect the soft, deformable edge portions 135 with their respective edge 136. In the stepped recess 134, there is also a closed-cell foam tape 137 which has on its free side an adhesive layer or an adhesive tape 138 which, in this embodiment, even extends slightly beyond the angled edge portion 139, which is otherwise free of adhesive coating. Again, a double-sided sealing is possible.

FIG. 13 shows a profile strip 140 according to the invention with a profile body 141 comprising a first hard section 142 and a second soft section 143, which is embodied here as a solid material body. For example, it is made of soft PU, while the hard profile body portion 142 is made of hard PU. Again, the two edge-side edge portions 144 according to the invention at an angle <90 ° to each edge 145 running tapered, the adhesive layer free edge portion 146 runs out of the plane of the adhesive layer 147 on the component mounting side 148 out, so that here too the edge 145 and the adhesive layer-free edge portions 146 beyond the adhesive layer plane lie and a double-sided seal can be realized. In this embodiment, two Folienanklelegege 149 on the first profile body portion 142 are provided on both sides, which can be separated via respective material weakenings 150 or perforations or the like. Such a bar thus allows the attachment of two laterally extending the bar films to protect behind befindlicher objects. Again, two projections 151 are provided on the undersides of the Folienanklebestege 149, which serve to support the frame or the roller blind rail or the like.

14 shows a profiled strip 152 according to the invention with a profiled body 153 consisting in turn of a first hard profile body section 154 and a soft profile body section 155, which is also made of solid material, but has a stepped recess 157 on the component fastening side 156, in which a closed-cell foam tape 158 is provided is, in turn, the adhesive layer 159, eg realized via a sticky tape, carries. Again, in turn close soft edge portions 160, which taper to a point. The adhesive layer-free edge portions 161 again run angled toward the component mounting side out of the adhesive layer plane, so that here too, these edge portions or the corresponding edges lie beyond the adhesive layer plane and consequently rest tightly, flatly and firmly on the component in the assembly position.

All described embodiments are merely exemplary in nature. In particular, of course, there is the possibility to choose the appropriate work aids such as Einputzschenkel, plaster holders, fabric profiles (fabric piping), etc. arbitrarily and to provide as needed and ausgestalten can. Also, it is not mandatory to perform the respective outer side of the profile body, which runs to the edge, straight, it may, for example, be curved towards the profile body. Common to all embodiments, however, is the respectively provided profile body edge section of soft, elastic material, which is preferably guided with its edge and the adhesive layer-free edge section part adjacent thereto beyond the adhesive layer plane. The sealing effect is here alone by the corresponding configuration of the profile body itself or the edge portion realized in connection with the reaching almost to the edge adhesive bond to the frame or rail part, the disadvantages, as they are connected from the formation of a profile body away extending sealing lip are not given in all described embodiments of the profile strip according to the invention.

Claims (19)

Connection profile strip, in particular soffit connection profile strip, with a profile body with a frame attachment side for attaching the strip to a frame or rail component, in particular a door or window frame or a roller blind rail, via an adhesive surface, characterized in that an edge portion consisting of a deformable soft material (23 , 34, 55, 70, 82, 93, 100, 109, 123, 135, 144, 160) of the profile body in the region of the component mounting side (26, 37, 58, 74, 90, 103, 110, 121, 132, 148, 156) at an angle (β) less than 90 ° in the edge (24, 35, 56, 72, 81, 94, 101, 114, 124, 136, 145) expires and the component mounting side (26, 37, 58, 74, 90, 103, 110, 121, 132, 148, 156) in the region of a non-adhesive edge portion (25, 38, 57, 73, 84, 97) is designed such that at least the edge (24, 35, 56, 72, 81 , 94, 101, 114, 124, 136, 145) or the edge (24, 35, 56, 72, 81, 94, 101, 114, 124, 136, 145) and at least one T The edge portion (25, 38, 57, 73, 84, 97) lie in the plane of the adhesive layer (27, 36, 59, 75, 85, 96, 102, 113, 122, 138, 147, 159) or beyond it , Connection profile strip according to claim 1, characterized in that on both sides of the profile body (116, 129, 141, 151) an existing of a deformable soft material edge portion (123, 135, 144, 160) in the region of the component mounting side (121, 132, 148 , 156) at an angle (β) less than 90 ° into the edge (124, 136, 145) and the component mounting side (121, 132, 148, 156) in the region of a non-adhesive edge portion (125, 139, 146, 161) in such a way in that the edge (124, 136, 145) or the edge (136, 145) and at least part of the edge portion (125, 132, 148, 156) are embodied in the plane of the adhesive layer (122, 138, 147, 159) or beyond this. Connection profile strip according to Claim 1 or 2, characterized in that the adhesive-layer-free edge section (25, 38, 57, 73, 14) which runs into the edge (24, 35, 56, 72, 81, 94, 101, 114, 124, 136, 145) 84, 97, 125, 132, 148, 156) of the component mounting side (26, 37, 58, 74, 90, 103, 110, 121, 132, 148, 156) angled or curved in the plane of the adhesive layer (27, 36, 59, 75, 85, 96, 102, 113, 122, 138, 147, 159) or beyond. Connection profile strip according to one of the preceding claims, characterized in that the angle (β) of an edge portion (23, 34, 55, 70, 82, 93, 100, 109, 123, 135, 144, 160) is between 30 ° - 80 °, in particular between 40 ° - 60 °, preferably between 45 ° - 55 °. Connection profile strip according to one of the preceding claims, characterized in that the width of a glue layer-free edge portion (25, 38, 57, 73, 84, 97, 125, 139, 146, 161) is between 1 - 5 mm, in particular between 2 - 4 mm , Connection profile strip according to one of the preceding claims, characterized in that the profile body (9, 27, 44, 61, 77, 87, 116, 129, 141, 151) has a first section (10, 28, 45, 62, 78, 88, 117, 130, 142, 154) and one of a soft component mounting side (26, 37, 58, 74, 90, 121, 132, 148, 156) and the edge portion (s) (23, 34 , 55, 70, 82, 93, 123, 135, 144, 160) having second portion (12, 29, 51, 63, 79, 89, 118, 131, 143, 155). Connection profile strip according to Claim 6, characterized in that the first section (10, 28, 45, 62, 88, 117, 130) has a first limb (11, 31, 46, 66) on which the second section (12, 29 , 51, 63, 89, 118, 131) via at least one connecting web (18, 19, 33, 39, 40, 53, 68, 119) on which a component fastening side (26, 37, 58, 74, 90, 121 , 132) having the second leg (20, 32, 52, 67, 91, 120, 133) is provided, is arranged. Connection profile strip according to claim 7, characterized in that two spaced-apart connecting webs (18, 19, 119) are provided, which enclose between them a hollow chamber (21). Connection profile strip according to claim 7, characterized in that three or more mutually spaced connecting webs (68) to form a plurality of hollow chambers (69) are provided. Connection profile strip according to claim 7, characterized in that a first, the first and the second leg (31, 32) directly connecting connecting web (33) and two the two legs (31, 32) connecting, forming a plurality of hollow chambers (41) crossing Connecting webs (39, 40) are provided. Connection profile strip according to one of claims 7 to 9, characterized in that the outer side (22, 54, 71) of the one or an outer connecting web (19, 33, 53, 68, 119) at an angle (α) greater than 90 °, in particular between 100 ° - 150 °, to the first leg (11, 31, 46, 66, 78) of the first portion (10, 28, 45, 62, 88) and directly into the edge portion (23, 34, 55, 70 , 82, 93, 123, 135). Connection profile strip according to claim 6, characterized in that the second portion (79, 143, 155) is formed of solid material and connects to these over the entire surface of the first leg (78). Connection profile strip according to one of claims 1 to 5, characterized in that only the one or more edge portions (100, 109) consists of a soft material, while the remaining profile body (99, 108) consists of a hard material. Connection profile strip according to one of the preceding claims, characterized in that the adhesive layer (27, 36, 59, 75, 85, 102, 122, 147) directly on the component mounting side (26, 37, 58, 74, 103, 121, 148), in particular via an adhesive tape is provided. Connection profile strip according to one of claims 1 to 13, characterized in that the component mounting side (90, 110, 132, 156) is designed stepped and in the Stufenausnehmung (134, 157) a the adhesive surface (96, 113, 138, 159) exhibiting or a foam tape (95, 112, 137, 158) carrying the adhesive surface is arranged, wherein the edge portion or portions (97, 139, 161) of the component fastening side (90, 110, 132, 156) adjoining the step recess 94, 114, 136). Connection profile strip according to one of the preceding claims, characterized in that the hard material is hard PVC and the soft material is soft PVC, or that the hard material is hard PU and the soft material is soft PU. Connection profile strip according to one of the preceding claims, characterized in that on the profile body (9, 141) on one or both sides of a laterally extending Folienanklebesteg (15, 149) is provided, with the profile body (9, 141), in particular the hard first portion (10) via a material weakening (16, 150), a predetermined breaking point or a perforation is connected. Connection profile strip according to claim 17, characterized in that on the component mounting side (26, 148) facing side of one or both Folienanklebestege (15, 149) at least one in the mounting position to the component supporting projection (15a, 151) is provided. Connection profile strip according to one of the preceding claims, characterized in that on the profile body (9, 27, 44, 61, 77, 87, 99, 108), in particular the first leg, one or more protruding legs (13, 47, 64, 104) , as a Einputzschenkel or as clamping legs for receiving serve a plate-shaped trim part, or a plaster holder (14, 48, 50), in particular in the form of a surface profiling is provided.

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