EP1213430A2 - Strip-like connecting element - Google Patents

Abstract

The connecting band is based on a first layer of diffusion-proof film (1) with an extensible reserve part (R) and a tear-off layer (17) without extension reserve or else of shorter reserve than that on the main layer (1,R). The film (1) is folded (19) normal to the reserve (R), or again the film layer (1) is pleated or crimped normal to the reserve (R). The fold edges (19) fold out at right angles to the adhesive covering (6) as masked by protective strip. The band fits into a recessed part (26) of the window etc frame (7) for fixing by strip (6).

Description

The invention relates to a band-like connecting element between a frame component, for example a window frame, and masonry, with one Adhesive connectivity to the frame component, and one subsequent limp strip element, the connecting element on the flat side on the one hand has a strip of permanent adhesive for connection with the masonry and on the other hand, distanced of the permanent adhesive, a pressure sensitive adhesive coating wearing.

A band-like connecting element of this type is through the DE-GM 298 07 620 known. This connector is universally assignable, so not to fit Counter features of the frame component or certain reasons for liability. In addition, there is one high-grade sealing due to the diffusion-tight Foil, including the advantage of lobbed mobility.

The object of the invention is a generic band-like Connection element with regard to mechanical Strains such as possible expansion in the masonry and / or to advantageously equip the frame component.

This task is initially and essentially at a band-like connecting element with the features of claim 1, with the focus being that the connecting element has a triggerable extension reserve having.

As a result of such a configuration is a connecting element increased use and safety value: Hiking due to expansion is well compensated. Both the adhesion / sealing point of the permanent adhesive as well as the adhesive connection to the frame part load reduced. The integrated extension reserve occurs only after a certain threshold, the can be set quite low. Before triggering the extension reserve has the band-like connecting element a basic form that is binding in terms of packaging, etc. is, which corresponds to the usual bandwidth. Prefers is the connection element based on a diffusion-tight Slide created. A structurally advantageous solution embodies that the connecting element is formed in two layers, one layer here the film, which has an extension reserve, against it the other position as the predetermined tear position without a substantial extension reserve is trained. In other words: The extension reserve of the other location is clear less than one layer, i.e. the slide. The expansion memory achieved can be solved in terms of material, for example via an elastic film; prefers however, the procedure is such that the film is useful made of aluminum, one running across the extension reserve Envelope fold has. On the other hand, can also be done in such a way that the other situation is a Envelope fold running across the extension reserve having. Such an overlapping envelope fold is not particularly bulky and takes away from that The connecting element is also not the one generally sought Roll-up or roll-off ability as a means of one space-saving storage and handling. A solution is also conceivable in that the Foil, or one layer, one across the extension reserve has pleating. thought is on a more shingled corrugated structure. Dehnvorratsbildend would also be a solution in that the one layer or film one across the extension reserve has running crepe. Here would come with one particularly frizzy structure added the advantage that the extension reserve also in the transverse direction of the band-like connecting element could act. The opens up evasive mobility in this direction too the moisture barrier. An advantageous one Another characteristic is that the other layer is a continuous non-woven layer, with corresponding tear strength understood. Giving priority would be one Cellulose fleece, also because of the good plaster adhesion the common types of mortar. Then there is a characteristic the invention in that the connecting element a has detachable folding with folded edges, with a Unfolding perpendicular to the direction of extension of the adhesive coating, where the pressure sensitive adhesive coating, if necessary covered by a protective strip, exposed for use band-like fastener material can be Placed in an orderly manner, i.e. the frame component assign. The removable fold is ready for use secured. On the one hand to achieve a quasi stackable folding, but also under Taking into account a sought-after double-track, better double-rail permanent adhesive, it is useful that two separate but aligned to each other running strips of permanent adhesive are provided are. With regard to the releasable folding brings the invention in proposal that the arrest by a punctiform or strip-like gluing between individual fold sections is reached. This stacking Measure requires only a small amount of adhesive, whose adhesive effect can be overcome with emphasis on will. The folding is advantageously carried out in a zigzag fashion.

The invention then relates to a frame component, for example Window frame, with an adhesive bonded to it, band-like connecting element for connection with masonry, with a slack strip element, the connecting element on the flat side on the one hand has a strip of permanent adhesive for Connection to the masonry and on the other hand distant of the permanent adhesive, a pressure sensitive adhesive coating carries which frame component is characterized is that the connector is a detachable Has an extension reserve (realized as a fold between the permanent adhesive and the pressure sensitive adhesive coating). The connecting element can also be opened here Be formed the basis of a diffusion-tight film. A pre-assembled unit frame component / connecting element can be to reach. The connecting element is pre-folded in the factory applied by the window manufacturer or the like. The simply happens using the connecting element given pressure sensitive adhesive coating. The mechanic finds the correct moisture barrier on pre-assigned Frame component in front. The previous gluing on the There is no construction site. The folded assignment of the connection element also avoids damage to the same. In this context, it proves to be advantageous for use, that the connector is a Detachable folding with folding edges aligned in the direction of the permanent adhesive strip. That concretizes further that the connecting element has a detachable fold with folded edges, with a development perpendicular to the direction of extension of the Pressure sensitive adhesive coating, the pressure sensitive adhesive coating, if necessary covered by a protective strip, exposed for use. The folded connector can be preferred like leporello. In In certain cases, even a mechanical one Use protection, because with window frames also on the soffit side as a rule, there are profiles, especially at Plastic or metal profiles. It is therefore an advantage that the folded connecting element is in the correct position recorded in a profile recess of the frame component is. It is also advantageous if the connecting element is formed in two layers, one Location, here the film that has an extension reserve, on the other hand, the other position as the predetermined tear position without substantial extension reserve is formed that so here too the extension reserve of the others Location is less than that of the film.

As for the further embodiment of the extension reserve on the frame component, this is how it was done, that the connecting element is formed in two layers is, the one layer, here the film, the extension reserve has the other position than Target tear position without substantial extension reserve is trained. It is envisaged that the extension reserve the other location is less than that one layer, i.e. Foil. The further training is also so that the film, i.e. one position, one across Envelope folding running to the extension reserve having. On the other hand, it can also be done that the other layer is one across the extension reserve has running envelope fold. In structural Modification can also be done so that the one layer, that is the film, one across the extension reserve has pleating. on the other hand the extension reserve can also be achieve that one layer, that is the film, one Crepe running across the extension reserve having. The other equipment is that too here the other layer is a continuous non-woven layer.

The invention further brings to a band-like connecting element according to one or more of the preceding Claims in proposal that a cross fold of the Connection element in the intermediate area between adhesive coatings it is intended that the transverse folding is limited by overarching arrest sections, and that the arrest sections including the interposed fold sections releasably against each other are arrested. The corresponding leporello structure can be held together in a space-saving manner. The overarching sections of arrest are by the outer folding sections of the connecting element or provided with, whether it contributes adhesive, or arresting section in a dry manner. Using practically on-board resources can even special accounted for by an arrest section through an exposed arrest section opposite facing section of the pressure sensitive adhesive coating is formed. The latter towers accordingly cantilevered the corresponding folding section. The the corresponding counterpart is simply thereby achieved a section of arrest by a adhesive-free section of the connecting element is formed The arrest takes place on both longitudinal edges of the Cross folding instead. Then it is suggested that one arresting section is opposite to the other Projective section of the cantilever Has grip section. Since the latter so right is close to the corresponding section of arrest, can unfold the cross fold of the connecting element make it easy from the end. On the one hand the connecting element can be tied in a cross fold train as a sales item, on the other hand but already assign to the respective object in the factory, by proceeding so that the connecting element by means of pre-assembly in a peripheral Profile deepening of the frame part through the pressure sensitive adhesive coating fixed, recorded.

Fig. 1

das bandartige Verbindungselement als Abschnitt eines aufroll- und abrollfähigen Bandes, und zwar gegen die einen Streifen an Dauerklebemasse tragende Flachseite gesehen,

Fig. 2

den Schnitt gemäß Linie II-II in Figur 1,

Fig. 3

das bandartige Verbindungselement in Ansicht gegen die Flachseite, welche die Haftkleber-Beschichtung trägt,

Fig. 4

einen vergrößerten Querschnitt durch das bandartige Verbindungselement, wobei die Dicke der einzelnen Schichten aus Verständnisgründen übertrieben dargestellt ist, verdeutlichend die noch unausgelöste Verlängerungsreserve,

Fig. 5

das bandartige Verbindungselement im Anwendungsfall, und zwar zeigend die Verbindung mit einem Rahmenbauteil und einem Mauerwerk,

Fig. 6

einen Schnitt wie Figur 4, jedoch begrenzt auf den Bereich der Verlängerungsreserve, hier in der Auslösephase begriffen,

Fig. 7

eine Darstellung wie Figur 6, darstellend den völligen Verbrauch der Verlängerungsreserve,

Fig. 8

eine Variante der die Verlängerungsreserve stellenden Mittel, hier in Form einer geschindelten Plissierung, in Darstellung wie Figur 6,

Fig. 9

eine diesbezüglich Variante in Form einer Kreppung, in gleicher Darstellung wie Figur 6,

Fig. 10

das bandartige Verbindungselement in einem anderen Anwendungsfall, und zwar zeigend die Verbindung mit dem Rahmenteil und dem Mauerwerk, wobei die Vlieslage putzbar dargeboten ist,

Fig. 11

einen weitestgehend schematisierten Querschnitt durch dieses bandartige Verbindungselement, ungefaltet,

Fig. 12

dasselbe leporello-artig zu einem Lagenpaket gefaltet,

Fig. 13

einen Schnitt wie Figur 11, jedoch mit einem doppelten Dauerklebemasse-Streifen, zeigend den zu einem zickzackförmigen Lagenpaket führenden Faltenabschnitte-Rapport,

Fig. 14

dasselbe gefaltet,

Fig. 15

den Querschnitt durch ein Rahmenbauteil mit im Wege der Vorkonfektionierung bestücktem Verbindungselement mit Verlängerungsreserve, welches Verbindungselement zu einem Lagenpaket geordnet ist, im Wege der Zuordnung begriffen,

Fig. 16

den Querschnitt durch ein Rahmenbauteil mit im Wege der Vorkonfektionierung bestücktem Verbindungselement mit Verlängerungsreserve, darstellend eine Weiterbildung der Lösung gemäß der Figuren 11ff, und zwar in zugeordnetem Zustand und bei Entfalten des Faltenpakets unter Lösung gegenseitig wirkender Verhaftungsabschnitte des Verbindungselements.

The subject matter of the invention is explained in more detail below with the aid of illustrative exemplary embodiments and applications. It shows:

Fig. 1

the band-like connecting element as a section of a roll-up and roll-off band, as seen against the flat side carrying a strip of permanent adhesive,

Fig. 2

the section along line II-II in Figure 1,

Fig. 3

the band-like connecting element in view against the flat side which carries the pressure-sensitive adhesive coating,

Fig. 4

2 shows an enlarged cross section through the band-like connecting element, the thickness of the individual layers being exaggerated for reasons of understanding, illustrating the still unexplained extension reserve,

Fig. 5

the band-like connecting element in the application, namely showing the connection with a frame component and masonry,

Fig. 6

4 shows a section as in FIG. 4, but limited to the area of the extension reserve, here in the triggering phase,

Fig. 7

6 shows a representation like FIG. 6, showing the total consumption of the extension reserve,

Fig. 8

6 shows a variant of the means providing the extension reserve, here in the form of a shingled pleating, as shown in FIG. 6,

Fig. 9

a variant in this regard in the form of a creping, in the same representation as Figure 6,

Fig. 10

the band-like connecting element in another application, showing the connection to the frame part and the masonry, the fleece layer being presented cleanable,

Fig. 11

a largely schematic cross section through this band-like connecting element, unfolded,

Fig. 12

folded the same like a leporello into a layer package,

Fig. 13

11 shows a section as in FIG. 11, but with a double permanent adhesive strip, showing the fold section repeat leading to a zigzag-shaped layer package,

Fig. 14

folded the same,

Fig. 15

understand the cross section through a frame component with a connecting element with extension reserve, which connecting element is arranged in a layer package, which is assembled by way of pre-assembly, by way of assignment,

Fig. 16

the cross-section through a frame component with pre-assembled connecting element with extension reserve, representing a further development of the solution according to Figures 11ff, in the assigned state and when unfolding the fold package with the solution of mutually acting arresting sections of the connecting element.

The connecting element V shown is based a diffusion-tight film 1 realized. It deals a metal foil, preferably an aluminum foil.

The film 1 is a carrier of arresting elements. their Equipment is at the same time that appropriate structural tightness against a high degree of tightness is present. Accordingly, taking into account the Base material and the connection zones due to the diffusion density Slide 1 a moisture barrier.

The said arrest elements are spread out laterally assigned on the flat side. So the one wearing, labeled a Flat side a strip of permanent adhesive 2. This is characterized by good mobility turns the direction of the limp limp, flag-like connecting element, i.e. the slide 1, best with.

Regarding the permanent adhesive 2 is on butyl rubber resorted. The thickness of the layer or strip the permanent adhesive 2 is between two and five Millimeters. Such material can be used at the same time already hinted for an immediate adhesive connection use. This takes place opposite a masonry 3. Reference is made to FIGS. 5 and 10. Kicks there the permanent adhesive in question 2 against a mostly rough inner wall surface 4, for example a window opening 5 as a wall recess of a building.

On the other flat side, marked with b a pressure sensitive adhesive coating 6. Its layer or Stripe is much thinner. It is used for arrest with a mostly smooth surface frame component 7, which is inserted into the window opening 5. At the The exemplary embodiment is a window frame. The associated window sash is for understanding shown in Figure 10 with and designated 8 there. The usual seals, stiffeners etc. are only shown in Figure 15, but should not explained in more detail.

The pressure sensitive adhesive coating 6 is placed in such a way that a Middle area of the connecting element V in this regard remains free. In any case, care is taken that the strip of pressure sensitive adhesive coating 6 and the Strips of permanent adhesive 2 without overlap and distant from each other, preferably in the area the strip edges of the film 1 lying. Outside of Range of the slightly surface stiffening effect of the thicker permanent adhesive 2 is formed on one corresponding transition point according to the use of figure 5 a kink 10. The frame component 7 facing Back 9 of the film 1 is definitely glue-free in relation to the underlying foam S.

For example, dusting the adhesive surfaces of permanent adhesive 2 and pressure sensitive adhesive coating 6, the permanent adhesive 2 is one Protective cover 11 and the adhesive coating 6 covered by a protective strip 12. Such about the Effective storage times can be emphasized pull it off. They usually consist of wax paper or silicone-coated layers of other materials.

The adhesive bond of the permanent adhesive 2 and the pressure sensitive adhesive coating 6 with the one acting as the carrier Slide 1, on the other hand, is high grade, so it's always a priority or only to loosen the protective covers mentioned comes. They can do the layers that protect them protrude at the edge so that there are free protrusions, which are peripheral for a pull-off grip suitable.

The film 1 can be kept quite thin-walled, so that there is good mobility. In return, one Lattice structure 13 be laminated. It is a matter of a net made of a fiberglass fabric. The whole can Take up the width of the band-like connecting element V. The flat side a or the flat side can be occupied b. Even double-sided assignment can be made be, so that the film 1 is particularly stable.

The approximately hand-wide connecting element V is used in the application according to Figure 5 in a jumping, about Z-shaped profile folded and so the wall recess and associated with the frame member 7 that it is both with the inner wall surface 4 as well as with the frame component 7 can be connected or glued to it. The gluing to the frame component 7 takes place on the outside 15 of the frame member 7 instead.

To the indicated expansion behavior between the Masonry 3 and the frame component 7 to take into account is the band-like connecting element V designed so that changes in gap width 16 between the two not to damage the diffusion-proof film 1 can lead.

Damage in the sense of loosening the arrest points the connecting element V is also switched off. This is achieved in that the connecting element V a releasable extension reserve R having. The is from a certain threshold effective. This can be solved on the film side by the Foil itself is stretchable. A stretchable one is sufficient here Intermediate section between the arrests of adhesive coatings, of permanent adhesive 2 and So pressure sensitive adhesive coating.

The stretch reserve or extension reserve is preferred R, however, from a shirred zone of the metal Slide 1 provided. As a control means of triggerability serves a two-ply applied here. It points the film 1, forming the first layer, the activatable Extension reserve R on; the second or other layer is a predetermined tear position 17. It has no significant stretching reserve or extension reserve R. In in any case, the extension reserve R is the other Position, the predetermined tear position 17, less than that of Slide 1.

The predetermined tear position 17 is in the cross section of the connecting element V seen, arrested with slide 1. For this serves an adhesive layer 18. This is on the b designated flat side of the film 1.

The adhesive layer 18 ends at a sufficient distance from the Extension reserve R. The freely spanning one Section 17 'of the predetermined tear layer 17 is accordingly free from arrest.

According to the basic version of FIG. 5, the film 1 has a cross Envelope fold running to the extension reserve R. 19 on. There are opposing folds, comparable a double hairpin curve. Recognizable forms a three-layer shift package with one Joint course of the direction of extension of the film 1. Die Folded edges of the fold are designated 19 '.

According to variant FIG. 8, the extension reserve R is achieved by a pleating 21. The course of the joints is slanted there, including an angle of approximately 45 ° to a horizontal of the drawing. It lies a shingle-like corrugated structure in front.

Figure 9 shows a variant such that the Slide 1 is a transverse to the extension reserve R. Crepe 22 has. These are irregular Shrinkage extensions, in a simplified representation. Realiter is a rich frizzy structure available.

The other layer, the predetermined tear layer 17, is one continuous fleece layer. The latter has a tensile strength, those with normal mechanical Forces, such as when allocating or building up stocks, does not break. On the other hand, length requirement due to the stretch behavior mentioned or Provision due to shrinkage behavior, this creates in the non-adhesive, bridge-like Section 17 'breakage. It takes place in a free space 20 instead of. The break is in Figure 6 by a 23 given crack. With full use the situation there lies with the extension reserve R there 7 before. The film stretches under consumption the extension reserve R, i.e. the means 19, 21, 22.

The nonwoven layer lies in the type of assignment according to FIG the frame component 7 and a backfill Foam S turned away.

According to the application example in FIG. 10, this is band-like Connecting element V placed so that the fleece layer on the side facing away from the foam S. she is exposed to the plaster. Accordingly, regarding the fleece layer on a plasterable material such as Respected cellulose fleece. The plaster layer bears the reference number 24.

Otherwise, the connecting element shown there V provided with the means of arrest described, and it also has the extension reserve explained in detail R on. The reference numbers are analogous applied.

The band-like connecting element V for Arrangement between a frame member 7 and one Masonry 3 is also designed so that it has a releasable folding with folding edges 19 ', with an unfolding perpendicular to the direction of extension the pressure sensitive adhesive coating 6, which pressure sensitive adhesive coating 6 by pulling off the protective strip 12 exposed for use. The pressure sensitive adhesive coating 6 is also only in the context of stockpiling covered by the protective strip 12. The direction of development is indicated by arrow x.

Figure 11 shows largely schematically the Foldable layer repeat with regard to the folded edges 19 '. It is an even division of four of folding sections F selected. The dashed vertical lines show the positions of the folded edges to be formed 19 'on. The outer vertical lines form the Ends say edges of the band-like connecting element V.

The variant according to FIGS. 11 and 12 shows according to Basic version only one layer of permanent adhesive 2. The is on the right. The pressure sensitive adhesive coating appears on the left 6 on. Figure 12 illustrates the finished folding of the connecting element V into one Layer package consisting of each other approximately equally wide fold sections F.

The variant according to FIG. 13 represents a solution, according to the two separate, but in Layered package aligned strips of permanent adhesive 2 are provided. This too Stripes are part of the stock with one Protective cover 11 provided. The break between the two adjacent strips serve the larger one Agility and ease of folding and also achieving a defined foldability to create the in Figure 14 shown folding. It is zigzag.

To hold the layer package achieved in this way is an intentionally resolvable arrest applied. This is embodied by a point or stripe-shaped Gluing between the individual fold sections F.

Pointed adhesive spots are shown in FIG. 14 25th

Figure 15 shows an application example in which such Wrinkle or layer package of a connecting element V the frame component 7, here a window frame, is assigned by way of pre-assembly. The Appropriate equipment is factory made and replaced assignment by the fitter on the construction site. This also ensures that the right one Wide connecting element for use comes. The widths are generally 75 mm, 100 mm, 150 mm.

The connecting element V has a detachable fold with folded edges aligned in the direction of the permanent adhesive strip on. The fixation via the adhesive coating 6 happens on the outside of the frame component 7. Folded position extends over folded position, i.e. Folding section F by folding section F, the one Layer package forming film 1, ending in the Permanent adhesive 2 layer, realized here as an adjacent double layer.

In order to place the connecting element V so that it is properly laid Protecting against damage is not only the one described preferred folded shape, but also the Arrangement of the fold or layer package in one Protection area of the frame component 7. The folded connecting element V is in a profile recess according to FIG. 15 26 of the frame member 7 housed. Needless to say, the whole package disappears into it because the layers, as already said above, in exaggerated thickness are reproduced. The U-shaped profile recess 26 is limited by profile projections 27.

Before screwing the window frame, this will be band-like connecting element V unfolds, this while removing the adhesive force of the position-securing Glue spots 25.

Figure 16 shows a development of the connecting element V after the releasable folding is not between the fold sections F engages, but on the edge. This edge fixation takes the place of Glue spots 25.

Nevertheless, the cross-fold of the connecting element lies V in space and location in the intermediate area between adhesive coatings, i.e. the masonry 3 Applicable permanent adhesive 2 and with the frame component 7 connectable adhesive coating 6.

As for the first-mentioned adhesive / sealing coating, So the permanent adhesive 2, also operationally sufficient adhesive power is already available stands, can instead of the pressure sensitive adhesive coating 6 permanent adhesive designated with 2 are used, thus also to secure the space-saving folding position of the connecting element V can be used.

In the illustrated embodiment, the Pressure sensitive adhesive coating 6 applied. To get packet-securing here, Getting adhesive-active areas is structural proceeded in such a way that the cross-folding to form comprehensive Arrest sections is limited, i.e. the folding positions lying between the outer folding sections F. are designed to be shorter. So stay exposed arresting sections 28 on the frame component side Fold section and cantilevered Arresting sections 29 on or in the area of the outside the permanent adhesive 2 supporting fold section F. In Figure 16 is the right-hand side Arrest section 29 the right-hand end of a subsequently used intermediate fold section F.

The former arrest sections 28 are the adhesive active. They are exposed by one opposite arrest section 29 facing Section 6 'of the pressure sensitive adhesive coating 6 is provided.

The counterpart formed by the arrest section 29 is on the other hand "dry", since it is based on adhesive material lies.

The edge gluing that holds the folding package together like a leporello the so space-saving and protected trained Connecting element V is also used for packet formation not missed, according to the vertical (see arrow x) to the extension plane of the adhesive coating 6 including Carrier fold section F going pleating. Said arrest sections 28, 29 are located congruent. Their width y is a few millimeters.

The interposed fold sections F are after shorter on the right. Depending on the width requirement of the connecting element V, however, the free path section still used, each ending before Edge edge or fold reversal of the folding sections F.

The left side of the two adhesive free sections of the Connector V, i.e. Arrest section 29, has one opposite to the opposite, so right-hand arrest section protruding Handle section 30. It goes over the whole Length of the connecting element V is therefore progressive usable in the sense of opening the fold package.

The basic proximity of the handle portion 30 to corresponding arrest section 29 or the Arrest zone 28/29 opens orderly release, first of the one on the left longitudinal edge of the Cross fold and then the other longitudinal edge of the same.

The grip tab 30 can also be longer than shown be carried out, for example also in the sense that they also the front of the permanent adhesive 2 as Protective strips overlaid, with the right side accordingly understands sufficient overhang for grasping there yourself. The protective part of film 1 is then prepared accordingly so that it is sticky from the acting mass 2 is removable.

Regarding the performance area of the arresting sections 28 is the entire width of the profile recess 26 exploited, i.e. the narrow edges of the pressure sensitive adhesive coating 6 extend to the foot of the cross section mushroom-shaped profile projections 27 of the frame component 7th

The transverse overhangs of the mushroom-shaped profile projections 27 protrude into the area of the arrest section 28.29, but not in that of the intermediate, shorter fold sections F. From this the Advantage of also securing the connecting element mechanically Use V on the frame member 7 by the exposed peripheral areas of the arrest sections 28.29 layers in pockets 32 can snap. These are located on the foot or neck of the said Profile projections 27 and are up through a blocking lower flank 33 forming the anchor strips Profile projections 27 limited.

The mushroom-like top, on the other hand, is effective of the layer package can be overflowed. Your sloping turning surface bears the reference number 34.

Such an additional mechanical fuse is above all for connecting elements with a layered transverse fold V useful. Although this version too of the connecting element V in the tied up Cross folding can be offered as a sales unit on the other hand, it is also, as indicated, the frame part 7 from home, just under Use of the adhesive coating 6 as a binding agent.

All of the features disclosed are (in themselves) essential to the invention. In the disclosure of the registration is hereby also the disclosure content of the associated / attached Priority documents (copy of the pre-registration) in full included, also for the purpose of features of these documents in claims of the present application to include.

Claims (31)

Band-like connecting element (V) between a frame component (7), for example a window frame, and a masonry (3), with an adhesive connection to the frame component (7), and a subsequent limp strip element, the connecting element (V) on the one hand on the flat side Strip of permanent adhesive (2) has a pressure-sensitive adhesive coating (6) for connection to the masonry (3) and, on the other hand, spaced apart from the permanent adhesive (2), characterized in that the connecting element (V) has a triggerable extension reserve (R) having. Band-like connecting element according to claim 1 or in particular according thereto, characterized in that the connecting element (V) is formed on the basis of a diffusion-tight film (1). Band-like connecting element according to claim 1 or in particular according thereto, characterized in that it is constructed in two layers, the one layer, here the film (1), having the extension reserve (R), on the other hand the other position being a predetermined tear layer (17) without a substantial extension reserve is. Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that the extension reserve of the other layer (17) is less than that (R) of the one layer, ie film (1). Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that the film (1) has an envelope fold (19) running transversely to the extension reserve (R). Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that the other layer (17) has an envelope fold running transversely to the extension reserve (R). Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that the one layer, that is, the film (1) has a pleating (21) running transversely to the extension reserve (R). Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that the one layer, that is the film (1), has a crepe (22) extending transversely to the extension reserve (R). Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that the other layer (17) is a continuous non-woven layer. Tape-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that it has a releasable folding with folded edges (19 '), with an unfolding perpendicular to the direction of extension of the pressure-sensitive adhesive coating (6), the pressure-sensitive adhesive coating (6 ) possibly covered by a protective strip (12), exposed for use. Tape-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that two strips of permanent adhesive (2), which are separate from one another but run in alignment with one another, are provided. Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that the attachment is achieved by a punctiform or strip-shaped adhesive bond (25) between individual fold sections (F). Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that the folding is zigzag. Frame component (7), for example window frames, with an adhesive-bonded, band-like connecting element (V) for connection to masonry (3), with a slack strip element, the connecting element (V) on the one hand having a strip of permanent adhesive (2) for connection with the masonry (3) and, on the other hand, spaced apart from the permanent adhesive (2), carries a pressure-sensitive adhesive coating (6), characterized in that the connecting element (V) has a releasable extension reserve (R). Frame component according to claim 14 or in particular according thereto, characterized in that the connecting element (V) is formed on the basis of a diffusion-tight film (1). Frame part according to one or more of the preceding claims 14, 15 or in particular according thereto, characterized in that the connecting element (V) has a releasable folding with folded edges (19 '), with an unfolding perpendicular to the direction of extension of the adhesive coating (6), wherein the pressure-sensitive adhesive coating (6), optionally covered by a protective strip (12), is exposed for use. Frame component according to one or more of the preceding claims 14 to 16 or in particular according thereto, characterized in that the folded connecting element (V) is received in a profile recess (26) in the frame component (7). Frame component according to one or more of the preceding claims 14 to 17 or in particular according thereto, characterized in that the connecting element (V) is formed in two layers, one layer, here the film (1), the extension reserve (R), the other Location is designed as a predetermined tear position (17) without a substantial extension reserve. Frame component according to one or more of the preceding claims 14 to 18 or in particular according thereto, characterized in that the extension reserve of the other layer (17) is less than that of the one layer, ie film (1). Frame component according to one or more of the preceding claims 14 to 19 or in particular according thereto, characterized in that the film (1), ie the one layer, has an envelope fold (19) running transversely to the extension reserve (R). Frame component according to one or more of the preceding claims 14 to 19 or in particular according thereto, characterized in that the other layer (17) has an envelope fold (19) running transversely to the extension reserve (R). Frame component according to one or more of the preceding claims 14 to 19 or in particular according thereto, characterized in that the one layer, that is the film (1), has a pleating (21) running transversely to the extension reserve (R). Frame component according to one or more of the preceding claims 14 to 19 or in particular according thereto, characterized in that the one layer, that is the film (1), has a crepe (22) extending transversely to the extension reserve (R). Frame component according to one or more of the preceding claims 14 to 19 and 21 or in particular according thereto, characterized in that the other layer (17) is a continuous non-woven layer. Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that transverse folding of the connecting element (V) is provided in the intermediate region between adhesive coatings (2,6), that the transverse folding is limited by overlapping adhesive sections (28, 29), and that the arresting sections (28, 29), including the interposed fold sections (F), are detachably arrested against one another. Tape-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that an attachment section (28) is formed by an exposed section (6 ') of the pressure-sensitive adhesive coating (6) facing the opposite attachment section (29). Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that an adhesion section (29) is formed by an adhesive-free section of the connecting element (V). Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized by an attachment on both longitudinal edges of the transverse folding. Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that an arresting section (29) has a handle section (30) projecting in a cantilever manner with respect to the laterally opposite arresting section (29). Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that the connecting element (V) is designed as a sales unit in tied transverse folding. Band-like connecting element according to one or more of the preceding claims or in particular according thereto, characterized in that the connecting element is accommodated in a peripheral profile recess (26) of the frame part (7), fixed by the pressure-sensitive adhesive coating (6), by way of prefabrication.

Images