DE102015119366A1 - Plug-in seal and plug-in sealing arrangement - Google Patents

Abstract

Plug-in seal (1) for forming a plug-in sealing arrangement by inserting the plug-in seal in an already existing gap (S) between a frame profile (20) and a surface element (30), which is in particular an insulating glass pane, a window, a door or a facade element, the at least comprising: a base region (1a, 17) having a side facing the frame profile (20) and a side facing the surface element; at least one or more sealing lips (10, 12; 10, 14, 15) on the side facing the surface element (20); a retaining groove (3) on the side of the frame profile (20), which serves for engagement of a latching web (24) of the frame profile (20); a latching web (5) as a boundary of the retaining groove (3) on the side lying to the frame profile; and a spaced apart from the latching web (5) securing web (8) on the frame profile (20) lying side, which is designed to project over a contact web (22) of the frame profile (20) in the direction of the frame profile (20).

Description

The invention relates to a plug-in seal for forming a plug-in sealing arrangement according to the preamble of claim 1 and to a plug-in sealing arrangement according to the preamble of claim 24.

Generic - and also according to the invention - plug-in seals are in an existing gap between a frame profile - which is, for example, a glass retaining strip of a parent composite profile of a frame - and a surface element - which may be in particular a lsolierglasscheibe - pressed, whereby a plug-in seal arrangement is formed, which the gap seals. In the assembly process, the plug-in seal is compressed at the same time (in an assembly step) for positioning and for sealing in the end position. For this purpose, special structural configurations of the plug-in sealing profile of the plug-in sealing arrangement are required.

Plug-in seals are to be distinguished in particular from plant seals. The latter seals is a strong or large-volume holding foot together, which is also referred to as anchoring foot. Usually, the holding foot of the plant sealing profile is used in a first assembly step in an undercut groove of the frame profile. The plant seal profile is then securely anchored. Only in a second assembly step is the surface element, such as an insulating glass pane, then applied to the plant sealing profile, where it is compressed into the final sealing geometry.

The assembly process of plug-in seals and system seals thus differs significantly, in particular by the number of required assembly steps in the assembly of the two types of seals.

A well-known plug-in sealing profile shows the DE 42 28 874 A1 , This tubular plug-in seal has - like all plug-in seals - no holding foot, but a perpendicular to the insertion or insertion direction extending groove for securing the position.

Another known from the prior art plug-in shows the EP 2 192 333 A1 , This plug-in has the features of the preamble of claim 1. It is made in a coextrusion process from a foamed and a compact rubber elastic material, for example an EPDM. The use of a foamed component results in improved thermal insulation properties of the seal. This is also advantageous for the present invention, but not absolutely necessary.

From the DE 101 00 456 A1 It is known to form hollow chambers in a transition region between an upper sealing lip facing towards the visible side and a foam region of a plug-in sealing profile. Further developments thereof discloses the DE 10 2012 106 614 A1 ,

A problem of the known plug-in seals is that their installation in the corner of a frame requires special care and therefore is rather difficult (see, for example, the in 5 and 6 illustrated prior art). In addition, the known plug-in seals also tend to migrate out of their desired position due to tensile forces (in the profile direction) and compressive forces (between the frame profile and the disk) even after assembly, especially in the corner area. The known plug-in seals are often provided for better mounting with a lubricant, which, however, favors the wandering out after assembly.

The invention is based on this prior art based on the object to provide a plug-in sealing profile for plug-in sealing arrangements, which is held well and safely in the installed position after installation.

The invention solves this problem by the subject matter of claims 1 and 24. Advantageous embodiments can be found in the dependent claims.

According to claim 1, a plug-in - in a preferred embodiment as a plug-in sealing profile - for forming a plug-in sealing arrangement by subsequent insertion and sealing of the plug-in seal in an existing gap between a frame profile and a surface element, in particular a lsolierglasscheibe, a window, a door or a facade element created comprising at least the following features: a base region with a side facing the frame profile during assembly and in the assembled state and a side facing the surface element; at least one or more sealing lips on the side facing the surface element; a retaining groove on the side facing the frame profile, which is designed to engage a latching web of the frame profile and serves; a detent web as a boundary of the retaining groove on the side lying to the frame profile; and a spaced apart from the detent web securing web on the side lying to the frame profile, which is designed to project over a contact web of the frame profile in the direction of the frame profile.

According to the invention an improvement of the permanent target positioning of the plug-in seal in the installed position in the gap between the frame profile and the surface element is achieved. This is achieved in particular by the interaction between the contact web of the frame profile and the securing web on the seal. The securing bar slips during installation over the obliquely aligned contact bar, which compresses the seal between the frame profile and disc and folds preferably laterally (hinge-like undercuts). Subsequently, the securing bar snaps behind the contact bar and thus prevents the seal from wandering out. It is particularly advantageous insofar as the securing web is designed so that it comes into contact with a beginning wandering out of the plug-in seal from a gap at the free end of the contact bar and thus counteracts further migration of the plug-in seal from the gap.

It is also particularly advantageous if in a final assembly position between the free end of the contact web and a free end of the securing web, a gap S1 in the insertion direction - X direction - remains. In this way, a security function against outward movement is realized and yet prevents the securing web from leading to an overdetermined system, which would hinder the assembly. Rather, the seat of the plug-in seal preferably secures preferably still primarily the locking web, which also also provides a certain protection against migration of the seal, which is further improved and optimized by the securing web.

It is expedient if a transition region connecting them is formed between the latching web and the securing web. It is again advantageous if an undercut is formed in the transition region between the locking web and the securing web, as this significantly simplifies the assembly, since the securing web can buckle during assembly in the undercut from which he springs back resiliently when he Investment jib has happened. For this purpose, it is advantageous if the securing web is designed for a hinged collapse during assembly of the plug-in seal.

It is preferably ensured by at least one hollow chamber that the assembly can be made even easier and still a good fit is ensured in the mounted state.

Embodiments of inventive plug-in seals are shown in the drawings and will be described in more detail below, with further advantages of the invention will be explained. Show it:

1a , b shows sectional views of a first plug-in seal at the installation location, wherein the deformation of the plug-in seal is not shown by the fixed fit of the plug-in seal between frame profile and surface element after installation and wherein the disc is indicated only schematically by dashed lines;

2 a sectional view of a second plug-in seal at the installation analogous to 1 ;

3 an enlarged side view of the first plug-in seal 1a and 1b ;

4 an enlarged side view of a variant of the second plug-in seal 2 ;

5 a situation in / before mounting a known plug-in sealing profile for a plug-in sealing arrangement on a frame profile with set surface element; and

6 an illustration illustrating the installation of a known plug-in seal in a corner of a frame for a window, a door or a facade element.

5 illustrates a situation when mounting a known plug-in seal 100 , which is designed as a sealing profile (see also 6 ). The plug-in seal 100 is under the action of compressive forces exerted during the assembly process on the male sealing profile, in the direction X parallel to a surface plane E1 in a gap S with a defined width between a leg 201 a frame profile 200 and a surface element 300 , which may be, for example, an insulating glass pane. 6 illustrates the laying of this plug-in seal in a corner area, with cuts 101 are introduced into the sealing profile.

1a , b show a first plug-in seal according to the invention 1 in the assembled state, but deformations that arise at the installation are not taken into account. 3 shows the plug-in seal according to the invention 1 in unmounted, undeformed state. The plug-in seal 1 is designed as a string-like plug-in sealing profile. It is also preferably again in the manner of 5 and preferably the 6 assembled.

Also the plug-in seal 1 is therefore under the action of compressive forces exerted on the male sealing gasket profile during the assembly process in the direction X in a gap S with a defined width between a frame profile 20 and a surface element 30 , which may be, for example, an insulating glass pane.

In the assembled state - especially in the corner - due to the deformation of the plug-in seal acts 1 during assembly, a force F substantially parallel to a surface element (shown dashed here) 30 ), which is directed against the insertion direction X. The force F also creates the inclination of the plug-in seal 1 to wander out of the gap S.

The frame profile 20 is preferably a part of a glass retaining strip, which in turn can be arranged on a parent profile, such as a metal profile or a metal-plastic composite profile or a plastic profile.

The frame profile 20 has a footbridge 21 on. The footbridge 21 here extends perpendicular to the plane E1 of the surface element 30 , Angled to the footbridge 21 is a landing stage 22 educated. Preferably, the plant jetty 22 arranged inclined at an acute angle α to the surface element plane E1. The investment jetty 22 extends obliquely into the gap S and has a free end 23 on. Preferably, the angle α is between 10 ° and 25 °, in particular between 20 and 25 °. Due to its acute-angled orientation, the contact bar facilitates 22 the assembly of the plug-in seal 1 and simultaneously compresses the plug-in seals.

Between the free end 23 of the investment jetty 22 and the other end of the dock 22 that is in the base bridge or leg 21 passes, is from the plant leg further a holding bridge 24 in the gap S in front. The investment jetty 22 and the jetty 24 serve to fix the plug-in seal 1 in the gap S, to a wandering of the plug-in seal 1 from the gap S to prevent on the frame of the profile 20 opposite side of the gap S on the surface element 30 is applied.

The basic geometry of the cross-section of the plug-in seal 1 of the 1 is substantially C-shaped, wherein the C-shaped plug-in sealing profile in turn consists of two "nested" C-shaped areas - the base area 1a and the foam area 1b - may exist, the sections adjacent to each other or lie against each other and between which at least one hollow chamber 2 , here two hollow chambers 2a and 2 B are formed. One of the hollow chambers - the hollow chamber 2a - Is as a recess in the foam area 1b formed, with this hollow chamber 2a to the base area 1a borders. The other of the hollow chambers - the hollow chamber 2 B - is as a recess in the base area 1b educated. Both hollow chambers 2a . 2 B optimize the thermal insulation and the compressibility of the plug-in seal.

The plug-in seal 1 - And preferably their base area 1a - Has frame profile side a retaining groove 3 for positioning the plug-in sealing profile 1 in a defined final assembly position on the frame profile 20 on. Here is the retaining groove 3 at the surface element 30 facing away from the outside of the base area 1a formed and is perpendicular to the mounting direction X and perpendicular to the plane of the surface element 30 opened.

The holding groove 3 is on one side of a positioning bar 4 limited and on its other side by a detent 5 , The positioning bar 4 is visible after installation, because it lies on the base bar after the assembly of the plug-in sealing profile on the visible side I 21 on and thus serves as a kind of stop for reaching a defined final assembly position.

The non-visible in the assembled state locking bar 5 serves in addition to the folding side II for positioning the plug-in seal 1 in the defined final assembly position of the 1 ,

At the detent bridge 5 joins the one of the holding groove 3 opposite side an intermediate area 6 at. To the intermediate area 6 Closes preferably an undercut 7 in the manner of a recess or small groove. To the underdog 7 further includes a securing bar 8th at. The intermediate area 6 connects the locking bar 5 and the securing bar 8th from which they protrude in the Y direction.

Also the security bar 8th is from the plug-in seal 1 at its in the assembled state to the plant jetty 22 directed page. The security bar 8th is preferably aligned obliquely to the surface element plane E1. Preferably, the securing ridge stands 8th obliquely at an acute angle. The security bar 8th Here is in an expedient design almost parallel to the system jetty 22 aligned. This means that between the securing bridge 8th and the landing stage 22 preferably an angle is included which is smaller than 30 °. Such is the plug-in seal 1 despite the protruding securing ridge 8th easy to assemble.

The retaining groove is preferred 3 and its detent 4 designed to essentially the position of the plug-in seal 1 parallel to the surface element plane E1 or to define in the insertion direction X. In a final assembly position between the free end 23 of the investment jetty 22 and the securing bar 8th remain a gap S1 in the X direction ( 1b ). The width of this gap S1 is preferably 1 mm to 4 mm.

The security bar 8th should in the final assembly position of the plug-in seal 1 in the gap S between the profile 20 and the surface element 30 the free end 23 of the investment jetty 22 do not touch. The security bar 8th so far does not serve the Securing the exact mounting position but rather should the plug-in seal 1 secure against wandering out of the gap S against the insertion direction X. This is especially true in corner areas of a frame of a window, a door or a facade element.

It is advantageous in that respect if the securing web 8th in its final assembly position with its free end 8th' protruding over a plane E2, at the free end 23 of the investment jetty 22 on the side facing the surface element parallel to the surface element or to the surface element plane E1 ( 1a ).

As appropriate to achieve a very good backup function, it has been proven when the securing web 8th in its final assembly position with its free end 8th' protrudes a distance 1 mm <= Y1 <= 4mm over a plane E2.

Such is a wandering of the plug-in seal 1 Well prevented from the final assembly position. Will the safety bar 8th in the Y-direction too long, can the plug-in seal 1 no longer or only difficult to assemble. If it is too short, the backup function is rather low.

The mountability and the safety function of the plug-in seal 1 optimizes the undercut 7 with, since it is so dimensioned or if it is so dimensioned that he with the assembly a hinge-like buckling of the securing ridge 8th at least partially in the undercut 7 allowed in it. The underdog 7 can insofar in the direction of the surface element 30 even lagging slightly above the E2 level.

The holding groove 3 forms part of a central region of the frame profile side of the plug-in sealing profile 1 out. An outer leg closes at this middle region "above" or "outwards" as the visible surface 9 the C-shaped plug-in sealing profile 1 at, to the end of the profiler also the positioning bar 4 belongs.

The outer thigh 9 , in the unmounted state of the plug-in sealing profile 1 a slightly convex - in the assembled state but forms a concave - radius, opens into an upper sealing lip 10 , which in the assembled state to the surface element 30 extends.

A "lower" or in the assembled state "inner" leg 11 the C-shaped basic geometry of the plug-in sealing profile 1 to the surface element 30 towards has a convex radius, which in a lower or a fold facing sealing lip 12 which ends with an anti-convection lip 13 , which extends in the direction of the rebate space II, forms a plug-in area, which upon insertion of the plug-in seal 1 in the direction X is first inserted into the gap S.

At the anti-convection lip 13 Here is also the safety bar 8th educated. This has the advantage that the anti-convection lip 13 when inserting and mounting the plug-in seal in the gap S well the frame profile 20 and there the jetty 22 and the jetty 24 evades during assembly, but still through the undercut securing web 8th after the back of the anticonvection lip 13 a good safeguard against the migration of the plug-in seal 1 is guaranteed.

The anticonvection lip 13 is used in the rebate to side II to minimize the convection and thus the optimization of thermal insulation. It can - for example, if the seam in X-direction is quite short, be very short or completely eliminated. An embodiment of this kind show the still to be discussed 2 and 4 ,

The - in relation to the C-contour - in mounted condition to the frame profile 20 facing C-shaped base area 1a of the plug-in sealing profile 1 preferably consists of a compact, in particular rubbery elastic material such as EPDM or another thermoplastic elastomer, whereas the foam area 1b made of a foamed material such as sponge rubber. With regard to the materials / materials is also complementary to the EP 2 192 333 A directed.

Inside the C-shaped base 1a of the plug-in sealing profile 1 is the foam area 1b of the plug-in sealing profile 1 arranged, which also has a C-shaped geometry.

The security bar 8th can also be provided if the entire plug-in seal 1 is molded from a single material. The plug-in seal 1' of the 2 consists of only one single material (but in which hollow chambers may be formed). It is conceivable, but also this plug-in seal 1' made from two materials ( 4 ).

To the plug-in seal 1 Also in corners to be able to lay well, it is preferably provided according to a variant parallel to the cutting plane with cuts (see 6 , Cuts 101 ) extending, for example, to the intersection SL ( 3 and 4 ).

Especially in the corners is with the cuts turn the securing bar 8th particularly advantageous to a wandering of the plug-in seal 1 to prevent.

In the area of the upper sealing lip 10 arises from the interaction of the upper sealing lip 10 with the below the upper sealing lip 10 adjacent foamed area a sealing bead. The sealing lips 10 and 12 serve to rest on the surface element 30 ,

When mounting the type of 1 becomes the plug-in sealing profile 1 with the plug-in section leading into the gap S between the frame profile 22 and surface element 30 pressed until a defined final assembly position of the plug-in sealing profile 1 is reached. This is the plug-in seal 1 deformed accordingly. The plug-in seal 1 slides on the frame profile side over the retaining bar 24 and the jetty 22 until the jetty 24 in the holding groove 3 of the plug-in sealing profile 1 locks. The locking of the plug-in sealing profile 1 on the frame profile 22 prevents migration of the plug-in seal 1 from the gap and thus ensures a defined final assembly position of the plug-in seal 1 , The anticonvection lip 13 is used during assembly of the plug-in seal 1 first bent on the frame profile in the gap S inside, before it recoils, so that the securing web 8th over the landing stage 23 projecting away from the surface element, resulting in the good assurance of the plug-in seal 1 against wandering results.

On the other hand, a system seal is first mounted via the holding foot in a corresponding frame profile. Thereafter, a sealing lip of the system seal is brought by setting and positioning a flat facade element in the space provided for this purpose the folding profile of the frame profile. With a corresponding retaining strip, which is also provided with a system seal, the flat facade element is then finally sealed.

When using a plug-in sealing profile 1 on the other hand, the surface element is first of all 30 adjusted and positioned in the designated folding opening of the frame. The folding opening of the frame is then closed, for example, with a retaining strip to the outside, here the frame profile 20 forms. Which is between surface element 30 and frame profile 20 or retaining strip devoted column S are then in a final assembly step each with the plug-in seal 1 circumferentially closed.

2 shows an alternative embodiment of a plug-in seal according to the invention 1' , The plug-in seal 1' of the 2 and 4 again has a base body 17 on. This base body 17 is relatively compact. It has a width which is slightly less than that of the gap S. The base body 17 can one or more hollow chambers 2a . 2 B exhibit. These are arranged and formed side by side in the insertion direction X here.

The base body 17 then points to the frame profile 20 pointing side substantially the same contour elements as the plug-in seal 1 of the 1 on. These include the retaining groove 3 with the positioning bar 4 and the detent 5 , the intermediate area 6 and the underdog 7 as well as a securing bar 8th , The underdog 7 is here too - as in 1 and 3 - An optional advantageous feature of the intermediate area 6 , The dimensions of these elements are again preferably in the direction of the seal 1 and 3 defined areas.

To the surface element 30 has this plug-in seal 1' but different than the plug-in seal 1 out 1 and 3 two or more - here three - parallel sealing lips on the rather compact base body 17 protrude, whose width is slightly less than the width of the gap S.

One of these sealing lips is the outer sealing lip 10 , which lies to the visible side I out. The next of these sealing lips is in the X direction to the sealing lip 10 spaced second sealing lip 14 to which the third sealing lip is spaced in the X-direction 15 lies. These three sealing lips 10 . 14 . 15 lie at an acute angle β <85 ° to the insertion direction X, which facilitates the insertion.

The sealing lip in the insertion direction X at the front 15 or the fold area II lying sealing lip 15 go to the base area 17 into a bow-shaped top area 16 of the base area 17 over, at the to the frame profile 22 facing the other end of the securing bridge 8th is trained. The security bar 8th is here at the top area 16 as trained as the securing bridge 8th at the anticonvection lip 13 , Overall, the plug-in seal 1' thus an arrow-like basic form.

Through the arch-like top area 16 This plug-in seal can be inserted well into the gap S in the X-direction. A separate anti-convection lip is not available. In part, this anti-convection function takes over the top range 16 with, who can extend something into the fold space II. This rebate space II can then be formed relatively flat.

The assembly of the plug-in seals 2 and 4 takes place analogous to the installation of the plug-in seal 1 , Again, a good safeguard against wandering after assembly is given.

The basic geometry of the cross-section of the plug-in seal 1 of the 2 and 4 is substantially arrow-shaped, wherein the arrow-shaped plug-in sealing profile in turn consists of two "nested" areas - the base area 17 and a foam area 1b - can exist ( 4 ), which adjoin one another in sections or lie together. The middle sealing lip 14 is then preferably formed as a foam area. The seal 1' of the 2 on the other hand is not provided with a foam area but preferably consists overall of a material, in particular a non-foamed plastic-elastomer material, but with individual larger hollow chambers 2a , b can be provided. The security bar 8th is suitable for plug-in seals 1 . 1' with and without foam area and with and without hollow chambers.

LIST OF REFERENCE NUMBERS

 1, 1 '

 plug seal

 1a

 base region

 1b

 foam region

 2, 2a, 2b

 hollow chambers

 3

 retaining groove

 4

 positioning web

 5

 latching web

 6

 intermediate area

 7

 Freeway

 8th

 securing web

 8th'

 free end

 9

 leg

 10

 sealing lip

 11

 leg

 12

 sealing lip

 13

 Antikonvektionslippe

 14, 15

 sealing lips

 16

 tip area

 17

 base body

 20

 frame profile

 21

 base web

 22

 mooring facilities

23

free end

 24

 holding web

 30

 surface element

 100

 plug seal

 101

 cuts

 201

 leg

 200

 frame profile

 300

 surface element

 X

 plug-in direction

Y

Direction perpendicular to X

 S

 gap

 F

 force

 E1

 Surface element level

 S1

 gap

 Y1

 Got over

 E2

 level

 I

 Main page

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 4228874 A1 [0005]
• EP 2192333 A1 [0006]
• DE 10100456 A1 [0007]
• DE 102012106614 A1 [0007]
• EP 2192333 to A [0047]

Claims (24)

Plug-in seal ( 1 ) for forming a plug-in sealing arrangement by inserting the plug-in seal in an already existing gap (S) between a frame profile ( 20 ) and a surface element ( 30 ), in particular an insulating glass pane, a window, a door or a façade element, which has at least the following features: a. a base area ( 1a . 17 ) with a frame profile ( 20 ) lying side and a side facing the surface element; b. at least one or more sealing lips ( 10 . 12 ; 10 . 14 . 15 ) on the surface element ( 20 ) pointing side; c. a holding groove ( 3 ) at the frame profile ( 20 ) have side which for engagement of a latching web ( 24 ) of the frame profile ( 20 ) serves; d. a detent ( 5 ) as a boundary of the retaining groove ( 3 ) on the side lying to the frame profile; and e. one spaced from the latching web ( 5 ) lying securing ridge ( 8th ) at the frame profile ( 20 ), which is designed, via a contact web ( 22 ) of the frame profile ( 20 ) in the direction of the frame profile ( 20 ) to survive. Plug-in seal according to claim 1, characterized in that between the latching web ( 5 ) and the securing bridge ( 8th ) a transitional area connecting them ( 7 ) is trained. Plug-in seal according to one of the preceding claims, characterized in that the securing web ( 8th ) is designed so that it at a beginning wandering out of the plug-in seal ( 1 ) from a gap at the free end ( 23 ) of the contact bridge ( 22 ) comes to rest and so a further migration of the plug-in seal ( 1 ) counteracts from the gap (S). Plug-in seal according to one of the preceding claims, characterized in that in an assembly end position between the free end ( 23 ) of the contact bridge ( 22 ) and a free end ( 8th' ) of the securing bar ( 8th ) a gap S1 in the insertion direction - X direction - remains. Plug-in seal according to claim 2, 3 or 4, characterized in that in the transition region ( 7 ) between the latching web ( 5 ) and the securing bridge ( 8th ) an undercut ( 7 ) is trained. Plug-in seal according to claim 5, characterized in that the securing web ( 8th ) for a hinge-like collapse during assembly of the plug-in seal ( 1 ) is designed. Plug-in seal according to claim 6, characterized in that the undercut ( 7 ) for receiving the securing web ( 8th ) in a hinge-like collapse of the securing web ( 8th ) is designed. Plug-in seal according to one of the preceding claims, characterized in that the abutment web ( 22 ) is oriented at an angle α at an acute angle to the surface element plane E1 and to the insertion direction X. Plug-in seal according to one of the preceding claims, characterized in that the angle α is between 20 ° and 25 °. Plug-in seal according to one of the preceding claims, characterized in that the gap S1 in the insertion direction - ie in the X direction - 1 mm to 4 mm wide. Plug-in seal according to one of the preceding claims, characterized in that the securing web ( 8th ) in its final assembly position with a free end ( 8th' ) projects beyond a plane (E2) which is at the free end ( 23 ) of the landing stage ( 22 ) on the surface element ( 30 ) directed side parallel to the surface element or to the surface element plane E1. Plug-in seal according to one of the preceding claims, characterized in that the securing web ( 8th ) in its final assembly position with its free end ( 8th' ) protrudes a distance of 1 mm <= Y1 <= 4 mm above the plane E2, which at the free end ( 23 ) of the landing stage ( 22 ) on the surface element ( 30 ) facing side parallel to the surface element or to the surface element plane (E1). Plug-in seal according to one of the preceding claims, characterized in that the securing web ( 8th ) and the landing stage ( 22 ) are aligned parallel or nearly parallel to each other. Plug-in seal according to one of the preceding claims, characterized by a C-shaped cross-section, in particular with two N-shaped C-shaped regions - the base region ( 1a ) of a compact material and a foam area ( 1b ) consists of a foamed material - which adjoin one another in sections or lie against each other. Plug-in seal according to claim 2 or 3, characterized in that the sealing elements directed towards the surface element ( 10 . 12 ) are oriented in opposite directions so that there is an angle of 90 ° or more between them. Plug-in seal according to one of the preceding claims, characterized by an anti-convection lip ( 13 ) on the frame profile ( 20 ) facing end portion of the securing ridge ( 8th ) is trained.  Plug-in seal according to one of the preceding claims, characterized by an arrow-shaped cross section. Plug-in seal according to one of the preceding claims, characterized by a bow-shaped tip region ( 16 ), to which the frame profile ( 20 ) facing side of the securing bridge ( 8th ) is trained. Plug-in seal according to one of the preceding claims, characterized in that the sealing lips directed towards the surface element ( 10 . 14 . 15 ) are aligned in the same direction almost parallel or parallel. Plug-in seal according to one of the preceding claims, characterized by one or more hollow chamber (s) ( 2a . 2 B ). Plug-in seal according to one of the preceding claims, characterized in that in the boundary region between the base region ( 1a ) and the foam area ( 1b ) formed at least one of the hollow chambers Plug-in seal according to one of the preceding claims, characterized in that the positioning web ( 4 ) is visible in the mounted position, wherein it is on a visible side I on the frame profile ( 20 ) rests and is designed as a stop for the achievement of a defined final assembly position. Plug-in seal according to one of the preceding claims, characterized in that the latching web ( 5 ) on the folding side II for positioning the plug-in seal on the frame profile ( 20 ) in the final assembly position. Plug-in sealing arrangement with a plug-in sealing profile according to one of the preceding claims, which in a gap between a profile ( 22 ) and a surface element ( 30 ) of a window, a door or a facade element is formed.

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