ES2928233T3 - Arrangement of a frame profile and a sealing profile for a window or door frame - Google Patents

Abstract

A sealing profile for a frame profile (2, 3), in particular a sealing profile that is designed as a central seal (100) for a frame profile in a groove area (F) between a window frame ( 2) and a window or door frame (3), with a base body (100a) with an outer wall (101) and with at least two wall webs (102, 103, 104, 105) extending in angle from the outer wall (101), in particular completely or nearly at right angles, one or more having a hook section at their ends, characterized in that at least one, two or more sealing spring elements (120) are formed or arranged in the base body (100a). (Automatic translation with Google Translate, without legal value)

Description

DESCRIPTION

Arrangement of a frame profile and a sealing profile for a window or door frame

The present invention relates to an arrangement of a frame profile and a sealing profile and to a window or a door with such an arrangement.

Document EP 2754842 describes a sealing profile that can be used as a central sealing. It has a first wall on which a leg part for fastening to a frame profile is formed, and a second wall that is arranged at a certain distance from the first wall and connected to the first wall via a plurality of intermediate walls. In this context, a rim-shaped sealing projection is additionally formed on the second wall, which optimizes the sealing behavior, and the second inner wall is accommodated with the rim-shaped sealing projection through the intermediate walls in such a way that it is movable relative to the first wall in the manner of a parallelogram link.

The document EP 20 2010 008 921 also describes a sealing profile that can be used as a central sealing. It again has a first wall on which a leg part for fixing to a frame profile is configured, and a second wall that is arranged at a certain distance from the first wall and connected to the first wall via several intermediate walls. . In this context, a first anchoring lug and a second anchoring lug are provided on the first wall for fixing the central seal to the fixed frame. The anchoring lugs are arranged in grooves in the fixed frame and have notches with which they respectively grip one edge of the grooves from behind, so that a robust connection of the anchoring lugs to the fixed frame is ensured as a system. tongue-and-groove, in which the groove is formed in the frame profile and in which the hooked leg forms the tongue element.

As an alternative, it is also known not to fix the central seals to the frame profile by means of a tongue-and-groove system, but instead to form fixing hooks on them which are designed to engage from behind while retaining additionally designed retaining hooks. in the frame profile.

In this way, the fastening interface between the central seal and the frame profile has a particularly simple design. The disadvantage is that, as a rule, the central seal is less firmly seated in this way, so that the sealing is slightly less optimal than according to EP 202010008921. Although attempts have already been made to counteract this effect constructively, these attempts have not been sufficiently successful.

From DE 31 39 559 A1 and DE 10 2014 115 422 A1 spring-leg seals with relatively long spring paths are known which are configured on a base body.

The solution to this problem is the object of the present invention.

This object is achieved with the arrangement of claim 1 and through a window or a door according to claim 16.

A central seal, designed as a sealing profile, is created, which can be attached to the frame profile more easily and better than the known sealing profile, especially since it sits securely in the frame profile with slight pretension after being hooked on. In this context, the central sealing profile preferably also serves as a stop profile for a rebate projection in a profile of a window or a door that is to be arranged in parallel, in order to seal the rebate when the window or door is closed.

In this context, it is provided that one or more of the sealing spring elements between the central seal and the frame profile is or are compressed when the central seal is engaged in the frame profile, in order to thus ensure a particularly defined and Sealing of the central seal in the frame profile.

This invention can be advantageously improved in many ways.

The base body can be made of a first plastic and the sealing element(s) can be made of a second plastic, the second plastic being preferably an elastomer. The elastomer is highly suitable for the production of the respective sealing spring element. The first plastic, on the other hand, can also be designed with a lower elasticity.

Provision can advantageously be made for the wall ribs to comprise two outer wall ribs and one, two or more central ribs. In this case, it can also expediently be provided that the central ribs are those wall ribs which have hook sections at their ends. Then, the outer wall ribs preferably rest on the corresponding profile and the actual clamping takes place at a certain distance from this.

In addition, it can preferably be provided that at least one, two or more of the sealing spring elements is or are arranged or configured at one or both free ends of the outer wall ribs of the central seal. Alternatively or optionally, however, it can also be provided that at least one, two or more of the sealing spring elements is/are formed on the transverse rib or on one of the transverse ribs of the central seal.

In addition, it can be provided that at least one, two or more of the sealing spring elements is or are extruded into the central seal. Alternatively, however, it is also conceivable that at least one, two or more of the sealing spring elements is or are stuck and/or clamped in the central seal.

Provision can also be made for at least one of the sealing spring elements to be located between the central seal and one of the retaining ribs of the frame profile. However, optionally or as an alternative, provision can also be made for at least one of the sealing spring elements to lie between the central seal and a point on the frame profile adjacent to one of the retaining ribs of the frame profile. . It is also conceivable that at least one of the sealing spring elements is located between an outer wall rib of the central seal and the frame profile and/or that at least one of the sealing spring elements is located between a rib cross section of the central seal and the frame profile. Finally, it is also conceivable that at least one of the sealing spring elements is located below a sealing projection between the central seal and the frame profile.

Finally, the invention also creates a window or door frame with at least one arrangement according to one of the preceding arrangement claims. Preferably, a sealing projection of the central seal is then slightly preloaded against a corresponding rebate projection of another frame profile, which is configured parallel to the frame profile with the central seal. The window or door can be configured in a wide variety of ways, for example in a fixed frame of a building opening or the like or, for example, also in a façade.

The sealing profile does not become more expensive or considerably more expensive due to these measures, and the mounting of the sealing profile in a frame profile can still be carried out simply and safely. The spring element, in particular an elastomer spring, ensures a firm and defined fit of the protection in this connection, so that the protection can bear against a complementary, opposite sealing surface in an opposite frame profile with a sealing force. This results in an improved tightness, compared to the generic prior art, on this opposite sealing surface and in the region of the clamping interface between the central seal and the frame profile.

In this context, the sealing projection can be designed as a thinner rib or as a sealing skirt, or as a rim-shaped sealing projection. A rim-shaped sealing projection can be considered as a thickening of the material that is formed in the second wall and cooperates with a contact surface of a component that can be moved relative to the sealing profile. The flange-shaped sealing projection can be compressed to a certain extent by virtue of the elasticity of the material, but it is not just rotatable like a thin-walled sealing lip.

According to a refinement, the following object is created: an arrangement consisting of a frame profile of a fixed frame or of a window or door sash frame and a strip, the strip being attached to the rebate side of the frame profile and forming the strip applied to the frame profile on the rabbet side and attached to it together an undercut groove that can be used as a fitting groove.

In this way, a fitting groove can be formed particularly economically in a frame profile, for example configured as a composite profile. Advantageous options of this invention are indicated in the additional dependent claims.

The invention is explained in more detail below using various exemplary embodiments with reference to the accompanying drawings. These are not to be construed as restrictive, but merely show a preferred embodiment. In this connection, within the scope of the claims, other exemplary embodiments included in the scope of protection can also be implemented according to the meaning or equivalently. In particular, it should also be noted that the individual features of the exemplary embodiments explained below can also be carried over to other configurations and exemplary embodiments and can therefore be used to formulate claims. Show:

Figure 1a, a section through two adjacent frame profiles for a window or a door, one of the frame profiles being configured as a fixed frame profile and the other frame profile as a sash frame profile and being a central seal inserted in a rebate area between these frame profiles;

Figure 1b, a section through three adjacent frame profiles for a window or a door, one of the frame profiles being configured as a fixed frame profile and the other two frame profiles as leaf frame profiles and a central seal being inserted in each case in areas of rebate between these frame profiles;

Figures 2a to 2e, sectional views through different sealing profiles and an edge region of a frame profile for a window or a door or the like; Y

Figure 3 a section through two further adjacent frame profiles for a window or a door, one of the frame profiles being configured as a fixed frame profile and the other frame profile as a sash frame profile and a central seal being inserted in a rebate area between these frame profiles; Y

Figure 4, a section through, again, two further adjacent frame profiles for a window or a door, one of the frame profiles being configured as a fixed frame profile and the other frame profile as a sliding profile. sash frame and a central seal being inserted in a rebate area between these frame profiles.

According to Figures 1a and 1b, a frame arrangement 1 for a window or a door comprises at least a first frame profile and a second frame profile, which are oriented parallel to one another. The first frame profile is configured as a fixed frame profile 2 and the second frame profile is configured as a sash frame profile 3.

The two frame profiles run parallel to each other. They can be moved relative to one another in a manner not shown, eg pivot and/or rotate around a horizontal axis, or they can be opened in parallel.

From these frame profiles, in each case peripherally closed frames are formed in a window, one of which is called a sash frame and the other a fixed frame. In a door, the fixed frame can have a peripherally non-closed or a peripherally closed configuration as well.

A flat element such as a glass plate G is inserted into the leaf frame 3 . This can be attached to the respective sash frame profile 3 with holding and sealing means, such as a window holding strip 4 and one or more sealings 5, 6.

The glass plate G extends in one plane (X/Z plane), which is also called the principal plane. The direction perpendicular to this principal plane is defined as the X direction. When viewed this way, the direction perpendicular to the page plane is, for example, the Z direction.

In the installed state, in which the window is installed in a wall opening of a building, the glass plate G, or more generally the flat element, separates a first space I from a second space II, or a space in a building (interior) from the environment (exterior).

The two frame profiles that can be moved relative to one another can touch or almost touch inwards and/or outwards in one or more stop areas A1 and A2, where they overlap one another. The rebate zone F extends between this buffer zone. This can also be used as a shoe chamber.

In order to achieve good thermal insulation and good tightness between space I and space II in the rebate zone F, a stop zone is also configured in this zone, which is called the central stop zone A ^m . In this central stop area A ^m , a central seal 100, which is attached to one of the frame profiles, and a rabbet projection 10, which protrudes from the opposite frame profile in the raft area, are located adjacent to each other. . In this connection, a seal 11 can be arranged in the rebate projection 10 of the other frame profile (FIG. 1) or the same frame profile (FIG. 3, FIG. 4), which can additionally seal a gap between the central seal 100 and the overhang 10, or this zone A ^m of contact. The central seal 100 can be, with a sealing/folding projection 106, in contact with the rebate projection 10 and/or with the seal 11. According to FIGS. 3 and 4, the seal 11 of the central seal 100 is in contact in each case with the projection 10 of rebate.

According to FIG. 1a, the central seal 100 is configured on the fixed frame profile 2 and the rebate projection 10 is configured on the sash frame profile 3. It extends perpendicular to the image plane of Figures 1 and 2 and is configured as a sealing profile.

However, the arrangement can be "in reverse", in the sense that the central seal 100 is configured in the sash frame profile 3 and the rebate projection 10 is configured in the fixed frame profile 2, as is. represented in Figure 4.

The concept of a fixed frame profile should not be understood too strictly. A building-side profile, such as a central stop profile of a double window with two panes (see FIG. 1b), can also form a fixed frame profile 2 within the meaning of this document. In this fixed frame profile 2, one of the central seals 100 can then also be provided in each case on two mutually opposite sides, in order to seal the corresponding rebate area F1, F2 towards each sash.

Between the central seal 100 and the corresponding frame profile to which it is fixed, a fixing interface is formed. It has first fixing means on the central seal and corresponding second fixing means on the frame profile to which it is fixed.

In the two exemplary embodiments represented in FIG. 1, the frame profiles 2, 3 are respectively designed as composite profiles, which have a first and a second shell of material, for example metal shells 7, 8, and located between the themselves an insulating zone composed of insulating profiles 9 made of plastic. In this context, the second fixing means of the frame profile are configured on the insulating profile 9 or on one of the insulating profiles 9 that connects the two metal casings 7, 8 to each other. This is a preferred layout, but not required. The second fixing means can be distributed to a large extent arbitrarily over the rebate area in its frame profile. In addition or alternatively, they could also be formed wholly or partly on one or both metal housings/profiles 7, 8 or wholly or partly on one or both metal housings 7, 8. One or more of the metal housings could also be made of another material, such as wood.

The frame profile for fixing the central seal 100 (and also the other frame profile in the rebate) may or may also have a different structure than the structure shown, for example, it may or may only consist of metal or plastic. It could also be composed of a single metal casing and a single plastic casing. What is essential is that there is sufficient space in the rebate area to distribute the second fixing means therein.

In a corner area of the sash frame or fixed frame, the sealing profile forming the central sealing 100 can be curved with a small radius or be mitered or overlapped.

Before the first and second fixing means are explained in more detail, a preferred structure of the central sealing profile 100 should be described.

The sealing profile or central seal 100 of Figures 1a and 1b is represented or represented separately in Figure 2d.

The central seal 100 has a base body 100a. This base body 100a can consist of a (first) plastic, which does not have to be an elastomer. The basic body 100a has an outer wall 101. This here essentially extends from the inside to the outside in the Y-direction. In the assembled state, this outer wall 101 faces the opposite frame profile. The base body 100a may have been produced by an extrusion process (see also Figures 2a to 2e). It is preferably in the form of a ribbon.

Wall ribs 102, 103, 104, 105 extend from the outer wall 101 of the base body 100a at an angle, in particular oriented completely or almost at right angles to this wall. In the assembled state, these are oriented towards the frame profile to which the central seal 100 is attached.

In this context, two outer wall ribs 102, 103 are provided. Thus, the outer contour of the central seal 100 visible in the rebate in the open state is formed by the outer wall 101 and the two outer wall ribs 102, 103 forming an angle therewith. This creates the impression of a trapezoidal shutter structure when the window or door is open.

A sealing protrusion 106 preferably projects from the outer sealing skirt. This can be configured as a rim or as a rib. It preferably serves as a contact element for contact with the shoulder projection 10 of the opposite frame profile 3 .

In this sense, the central seals of Figures 2a, b, c, d and e are the same.

Between the two outer wall ribs 102, 103 two central ribs 104, 105 can be seen according to Figures 1a and 1b, as well as 2d).

These central ribs 104, 105 are designed as retention ribs of the central seal. They have hook sections 110, 111 at their free ends, that is, at the ends opposite the first wall 101. The hook sections 110, 11 are also synonymously called retaining hooks.

The hook sections 110, 111 at the free ends of the central seal retention ribs may point in opposite directions according to the preferred design shown.

The midribs 104, 105, which are designed as retaining ribs of the midseal, are provided in all variants of the midseals shown in FIGS. 2a,b, c, d and e.

The central ribs, or in this case the ribs 104, 105 for retention of the central seal, can be connected to each other and/or to the outer ribs 102, 103 between the wall 101 and its free ends through one or more ribs. cross sections 107. In this way, one or more hollow chambers H1, H2, H3, ... can also be formed in the central seal 100 (see FIGS. 2c, 2d, 2e). The transverse rib(s) 107 can also be attached to one of the outer ribs 102, 103 or to one of the central ribs 104, 405 and not extend to another wall or another rib. In this way, hollow chamber-like zones are created which, however, do not have a peripherally closed configuration.

Two or more corresponding retaining ribs 201, 202, 203 and/or 204 are provided on the corresponding frame profile - in FIG. 1a on the fixed frame profile 2 - which project into the rebate space F from the frame profile. . These retention ribs 201, 202, 203 and/or 204 can - but do not have to - also form one or more grooves in their interaction. At their free ends in the rebate space F, they have hook sections or retaining hooks 210, 211 .

In this context, the design is such that, when the central seal 100 is placed on the profile of the frame to which it is to be attached (here "2"), the corresponding hook sections 110, 210 or 111,211 on the central seal 100 and on the frame profile they are hooked together. In this way, the central seal 100 is hooked and securely attached to the frame profile to which it is to be attached.

In order to optimize this type of fastening, provision is made for at least one sealing spring element 120 to be arranged between the central seal 100 or its base body and the frame profile. It can also be provided that two or more sealing spring elements 120, 121 are arranged and distributed between the central seal 100 and the frame profile.

In this way, the separation area between the central seal and the frame profile 2 is initially additionally sealed at at least one point. According to a preferred design, the shutter spring element 120 can be configured on the central seal 100 or its base body. Thus, provision can be made for the sealing spring element 120 to be configured as an elastomeric spring 100 attached to the central seal 100, which can otherwise consist of a non-elastomeric plastic. This fixing can be carried out by means of a coextrusion, in which, for example, in a two-component extrusion process, the sealing spring element(s) 120 are formed in the central seal 100 together during its production, the central seal 100 being able to itself and the shutter spring element 120 formed therein consist of different plastics. The sealing spring element(s) 120 could also be made by means of an elastic adhesive stretched like a cord along the central seal or the base body.

Alternatively, the sealing spring element 120 can be designed as a sealing profile or sealing bead, which is engaged in a groove in the central seal. It is also conceivable that the sealing spring element 120 is configured as a sealing profile or sealing cord that has been glued to the central seal. The sealing spring element can also be attached to the base body in a subsequent extrusion process or attached thereto by foaming. It must present an elastic material behavior.

In this context, the design is such that the sealing spring element 120 has been compressed as a result of the engagement of the central seal 100 in the frame profile 2, so that in the region of one or both of the retaining ribs it acts a force on the retaining connection, which pushes the central seal 100 in the opposite direction to the frame profile 2, which presses the corresponding hook sections against each other. This improves the seating of the central seal 100 in the frame profile 2 in a simple manner. For this, it is again advantageous if the elastic path of the sealing spring element parallel to the main direction of extension of the flat element G is relatively small. In this respect, elastic paths of less than 2 mm, preferably less than 1.5 mm, more preferably less than 1.0 mm and particularly preferably less than 0.5 mm have proven effective.

If only a single sealing spring element 120 is provided, this is preferably located in the region of or close to the retaining connection, for example between corresponding wall ribs, which is closest to the sealing/detent projection 106. rebate. In this way, it can then be achieved that the sealing projection is pushed into a position that is located at a maximum distance from the frame profile 2, which improves the sealing effect in the area of contact of the sealing projection with the corresponding sealing surface. on the other frame profile in a simple way.

In this context, provision can preferably be made for the or one of the sealing spring elements 120 to lie below one of the outer wall ribs 102, 103 at its end facing the frame profile. However, it is also conceivable that the or one of the sealing spring elements 120 is located between a cross rib of the central seal 102 or a central rib of the central seal 100 and one of the wall ribs of the fixed frame 2 of in such a way that, in the assembled state, it exerts pressure on the free end of one of the hook-section wall ribs of the frame profile. Thus, the elastic force between the central seal 100 and the frame profile - here the fixed frame profile 2 - act particularly advantageously directly in the area of this wall rib or retaining rib.

The central ribs 104, 105 configured as retention ribs - configured with a straight extension or in stepped form - are again provided in all the depicted variants of the central seals of FIGS. 2a, b, c, d and e.

As already explained, according to FIGS. 3 and 4, the seal 11 of the central seal 100 is in each case in contact with the rebate projection 10 .

Regardless of this, Figure 4 discloses other advantageous design options. Thus, the sealing profile 100 configured as a central seal according to FIG. 4 is not arranged in the fixed frame profile 2, but in the sash frame profile 3. The rebate projection 10 is then configured on the fixed frame profile 2. In this sense, it is a kind of inversion of the solutions of Figures 1 and 3. The sealing profile is again configured as a central sealing 100.

Furthermore, Figure 4 discloses another advantageous feature, which can also be considered separately as an invention in itself.

According to this feature, the frame profile - here the sash frame profile 3 - and a strip attached to the frame profile and attached to it together form a groove 300, in particular an undercut groove. This slot can be used as a hardware slot. Then, one or more hardware (not shown here) can be placed and fastened.

The strip can be, and is according to FIG. 4, configured as a base body 100a in the form of a strip. In this context, the base body 100a can form the base body 100a of a central seal 100 (eg in the manner of FIG. 2 plus an additional rib). In this context, one or more of the shutter spring elements 120 can be arranged on the base body 100a. This is advantageous, but not required for this further invention.

According to Figure 4, the fitting slot 300 is formed as a whole by one of the metal casings - here the metal casing 7 - (if present:) an insulating profile 9, which faces the rabbet and to which it is fixed. the base body 100a, and two ribs 301, 302 facing each other on the metal casing 7 and the base body 100a. These ribs 301, 302 can preferably extend perpendicular to the main plane of extension of the flat element G in the rebate area.

In summary, it is highly advantageous if a strip (base body 100a and/or central seal 100) that can be retrofitted into a frame profile - in particular a sash frame profile 3, which can also be designed as a composite profile - on its rabbet side it is also used in this way to form a fitting slot.

Reference symbols

frame 1

Fixed frame profile 2

Leaf frame profile 3

Glass fixing strip 4

Fillings 5, 6

Metal casing 7, 8

Insulating profiles 9

rebate ledge 10

shutter 11

Center seal 100

basic body 100a

outer wall 101

External wall ribs 102, 103

Sealing boss 106

Cross rib 107

Central nerves 104, 105

Hook sections 110, 111

Retention ribs 201,202, 203, 204

Hook sections 210, 211

Hardware slot 300

Nerves 301,302

Stop zones A1, A2

Central zone of stop A3

Reversal zone F, F1, F2

glass plate G

Hollow chambers H1, H2, H3, ...

Space I

Space II

Claims (16)

1. Arrangement consisting of a frame profile for a fixed frame or a sash frame for a window or a door, which has a flat element with a main extension direction, and a sealing profile which is configured as a central seal (100), wherein the central seal is configured in a rebate area (F) between the fixed frame (2) and the frame (3) of the window or door leaf, with a base body (100a) with an outer wall (101) and with at least two wall ribs (102, 103, 104, 105) extending from the outer wall (101) at an angle, in particular completely or nearly at right angles, where one or more of these wall ribs has or have a hook section at their ends, and where the frame profile has two or more corresponding wall ribs (201, 202, 203 and/or 204) that protrude from the frame profile to the area ( F) rebate and presenting hook sections or hooks (210, 211) of re at their free ends, the corresponding hook sections (110, 210) of the central seal (100) and the frame profile being hooked together in the superimposed state of the central seal (100), so that the The central seal (100) is fixed to the frame profile, characterized in that , in addition, at least one spring-loaded element (120) or several elements (120) are arranged between the central seal (100) and the frame profile. ) of shutter spring, the elastic travel of the shutter spring element (120) being less than 2 mm parallel to the main direction of extension of the flat element (G). Arrangement according to claim 1, characterized in that the sealing spring element(s) (120, 121) between the central seal (100) and the frame profile is or are compressed when the central seal (100) is engaged in the frame profile. Arrangement according to claim 1 or 2, characterized in that at least one of the sealing spring elements (120, 121) is located between the central seal (100) and one of the wall ribs of the frame profile serving as of retaining ribs and/or because at least one of the sealing spring elements (120, 121) is located between the central seal (100) and a point on the frame profile located next to one of the wall ribs of the frame profile that serve as a retaining rib. Arrangement according to one of claims 1 to 3, characterized in that a. at least one of the sealing spring elements (120, 121) is located between an outer wall rib of the central seal (100) and the frame profile and/or b. at least one of the shutter spring elements (120, 121) is located between a transverse rib (106, 107) and the frame profile, and/or c. At least one of the sealing spring elements (120, 121) is located below a sealing projection (106) between the central sealing (100) and the frame profile. Arrangement according to one of Claims 1 to 4, characterized in that the spring travel of the sealing spring element (120) parallel to the main extension direction of the flat element (G) is less than 1.5 mm, more preferably less than 1.0 mm and particularly preferably less than 0.5 mm. Arrangement according to one of the preceding claims, characterized in that the sealing profile is designed as a stop profile for a rebate projection in a window or door profile to be arranged in parallel, in order to seal the rebate in the closed state of the window or door. Arrangement according to one of the preceding claims, characterized in that the wall ribs of the sealing profile comprise two outer wall ribs (102, 103) and one, two or more central ribs, preferably in such a way that the central ribs are those wall ribs (104, 105) that present hook sections at their ends. Arrangement according to one of the preceding claims, characterized in that a. at least one, two or more of the shutter spring elements (120) are arranged or configured at one or both free ends of the outer ribs (102, 103) on the wall of the base body (100a) of the central seal (120 ), I b. at least one, two or more of the shutter spring elements (120) is or are configured in a transverse rib (106, 107) of the central seal (100). Arrangement according to one of the preceding claims, characterized in that a. at least one, two or more of the shutter spring elements (120) is or are extruded in the central seal (100) or by which at least one, two or more of the shutter spring elements (120) is or they are configured in the manner of a sealing cord and are or are glued and/or clamped in the central seal (100). Arrangement according to one of the preceding claims, characterized in that the base body consists of a first plastic and the sealing spring element(s) (120) consists or consists of a second plastic, the second plastic preferably having a behavior of elastic material. Arrangement according to one of the preceding claims, consisting of a frame profile for a fixed frame or a sash frame for a window or door and of the sealing profile, which forms a strip, characterized in that the strip is attached to the side of the frame profile and because the strip applied to the frame profile on the raft side and fixed thereto together forms an undercut groove (300) which can be used as a fitting groove. Arrangement according to claim 11, characterized in that the strip is configured as a strip-shaped base body (100a), preferably in such a way that the strip-shaped base body (100a) forms the base body of a central seal (100). Arrangement according to claim 12, characterized in that one or more shutter spring elements are arranged on the base body (100a). Arrangement according to claim 13, characterized in that the frame profile is designed as a composite profile and that the groove is formed as a whole by a metal housing and optionally by an insulating profile (9) and two ribs (301 , 302) facing each other in the metal casing (7) and the slat-shaped base body (100a). Arrangement according to one of Claims 13 to 14, characterized in that the strip is attached to the frame profile by means of snap hooks and/or other attachment means. Window or door frame with at least one arrangement according to one of the preceding claims.