WO2017083990A1 - Sealing profile - Google Patents

Abstract

The invention relates to a sealing profile (1) for arranging between a holding profile element (2) and a facade element (3) of a building facade in such a way that the facade element (3) is pressed against a supporting construction (4) of the building facade by the holding profile element (2) via the sealing profile (1) with elastic deformation of the sealing profile (1). The sealing profile comprises a first profile outer side (5) for sealingly adjoining a planar surface (6) of the facade element (3), and at least one profile surface (7), which, as viewed in the cross section of the sealing profile (1), is opposite to the first profile outer side (5), for adjoining at least one pressing surface (8) of the holding profile element (2). Furthermore, the sealing profile (1) comprises indication means (9) for allowing a visual inspection as to whether the sealing profile (1) is pressed against the facade element (3) by the holding profile element (2) with a force which is equal to or greater than a certain minimum pressing force. The sealing profiles (1) according to the invention make it possible for the first time to determine in a simple and reliable manner by a visual inspection whether a required minimum pressing force has been achieved or not.

Description

 weatherstrip

TECHNICAL AREA

The invention relates to a sealing profile for the arrangement between a holding profile element and a facade element of a building facade, a material set with such a sealing profile, a building exterior covering, in particular a building facade, with the sealing profile and the use of such a sealing profile in a building exterior, in particular a building facade. according to the preambles of the independent Pa ^¬ tentansprüche. STATE OF THE ART

 Sealing profiles are used in a wide variety of technical fields and usually serve to form a linear seal between two

Components.

In particular, in sealed building facades, where the facade elements are fastened with retaining profiles to a supporting structure, the zwi ^{¬'s the} Halteprofiieiementen and the facade elements arranged sealing profiles are not only the sealing of the building facade, but also transmit the forces with which the facade elements on the support ^¬ construction are held. It is important for a si ^¬ chere attachment of the facade elements that a certain Mindestanpress can be guaranteed force. When facade elements made of glass is also to be noted that a certain Maximalanpress force is not exceeded, otherwise there is a risk that they are destroyed or destroy themselves over time.

In today's facade systems, there is no solution that allows a simple and precise control of the contact pressure. Either the distance becomes between the retaining profile elements and the support structure defined by spacers and assumed that the desired contact pressure is present at the predetermined distance, or it is the experience of the assembly personnel left to conclude from the deformation of the sealing profile on the contact pressure.

PRESENTATION OF THE INVENTION

 It is therefore the object to provide technical solutions that do not have the aforementioned disadvantages of the prior art or at least partially avoided.

 This object is solved by the subject matters of the independent claims.

 According to these, a first aspect of the invention relates to a sealing profile for arrangement between a retaining profile element and a facade element of a building facade, such that the facade element is pressed by the retaining profile element on the sealing profile under elastic deformation of the sealing profile against a supporting structure of the building facade and thereby a seal, Preferably, an airtight, shock-proof and / or soundproof seal, between the facade element and the sealing profile is formed.

The sealing profile comprises a first process filaussenseite, for sealing abutment with a flat surface of the facade element, and at least one as seen in cross-section of the sealing profile of this first product filaussenseite opposite profile surface for Angren ^¬ wetting at least one pressure surface of the Halteprofilele- ments, for pressing the Sealing profile in the intended use on the facade element.

Next, the sealing profile includes means for permitting a visual check whether the sealing profile by the holding profile element with a Anpress ^¬ force, which is equal to or greater than a loading agreed minimum contact pressure is pressed by the Halteprofileiement to the facade element, or with a contact pressure, Vielhe is smaller than this minimum contact pressure. These funds are claimed to be the first indication.

 With the sealing profiles according to the invention, it becomes possible for the first time to determine in a simple and reliable manner by a visual check whether or not there is a certain minimum contact pressure. Accordingly, such a seal profile purposeful design for each purpose purpose serve to indicate a simple and secure way whether a required Mindestanpresskraft is reached or not.

 Claimed first indication means may e.g. Profile contours, which open or close depending on the contact pressure, or e.g. Also be corporal or elements that emerge as a result of the contact pressure from the actual sealing profile or disappear in it. In this way, a clear distinction can be made between the achievement and non-attainment of a specific minimum contact force.

 It is thus provided according to a first preferred embodiment variant that these claimed first indication means are formed by a profile area or comprise a profile area which is visible at a contact force which is smaller than the specific minimum contact force, and at a contact force, Which is equal to or greater than the specified minimum contact pressure, is invisible.

It is particularly advantageous if the ^{¬ this} profile area has first indication means, wel ^¬ che are formed as a groove or an outwardly open slot and closes when pressing the sealing profile to the facade element. Such indicator profile areas are particularly simple and inexpensive to provide. According to a second preferred embodiment variant, it is provided that the first indication means are formed by a Profii range or include a profile range, softer at a contact force which is equal to or greater than the certain minimum contact force, visible and at a contact pressure, which is smaller is invisible as the certain minimum pressure is.

 It is further preferred that this profile region is designed as a slot substantially closed in the unloaded state and opens when pressing the sealing profile to the facade element. Such indicator profile areas are also particularly simple and inexpensive to provide.

 According to a third preferred embodiment variant, it is provided that the first indication means are formed by an indicator element or comprise an indicator element which is visible at a pressing force which is smaller than the specific minimum contact force, and at a contact pressure which is equal is greater or greater than the specified minimum contact force, is invisible.

It is further preferred that the indi ^¬ cator element is formed by a body which disappears when pressing the sealing profile of the facade element in the Dichtungsprofii.

According to a fourth preferred execution ^¬ variant, it is provided that the first medium of indications are formed by an indicator element or comprise an indicator element, which force at a contact pressure which is less than the predetermined Mindestanpress- force, is invisible, and at a Contact pressure, which is equal to or greater than the specified minimum ^¬ anpress kra f ^* :, is visible.

It is further preferred if the indicator element is formed by a body, which during the Pressing the sealing profile to the facade element emerges from the sealing profile.

 Depending on the configuration of the sealing profile and the intended installation situation, one or the other variant may be more preferable. Also, combinations of the different variants are provided.

 In a further preferred embodiment, the sealing profile according to the invention additionally comprises indication means for enabling a visual check whether the sealing profile is pressed against the facade element by the holding profile element with a contact force which is smaller or equal to a certain maximum pressing force, or else with a pressing force, which is greater than this particular Maximaianpresskraft. These agents are claimed to be the second indication. This makes it possible in addition to determine in a simple and safe way by a visual check whether a certain Maximaianpresskraft is exceeded or not. Accordingly, such a sealing profile with targeted design for the particular purpose in addition also serve to indicate a simple and secure way, whether a maximum allowable contact force is exceeded or not.

 Claimed second indication means may e.g. Profile contours, which open or close depending on the contact pressure, or e.g. also physicalities resp. Be elements that emerge as a result of the contact force from the actual sealing profile or disappear in it. In this way it can be clearly distinguished between falling below and exceeding a certain Maximaianpresskraft.

Thus, it is provided according to a first preferred embodiment of this preferred embodiment of the sealing professional that the second Indika ^¬ tion means are formed by a profile area or comprise a profile area, which is at a contact pressure, which is less than or equal to the maximum maximum pressing force, visible, and at a contact force which is greater than the particular maximum contact pressure, invisible.

 Advantageously, this indicator profile region is a groove or an outwardly open slot, which closes or which upon pressing the sealing profile to the facade element. Such indicator profile areas are particularly simple and inexpensive to provide.

 According to a second preferred embodiment variant, it is provided that the second Indikations medium are formed by a profile range or include a profile range, which is visible at a contact force which is greater than the certain Maximalanpresskraft and at a contact pressure, which is smaller or equal is like the certain maximum pressure, is invisible.

It is further preferred that this indicator Profiibereich is designed as in the unloaded state substantially closed slot which opens when pressing the sealing profile to the facade element. Such indicator profile areas are also particularly simple and cost be ^¬ provide.

According to a third preferred embodiment, it is provided that the second of indications are medium formed by a Indikaroreiement or comprise an indicator element which is visible at a contact pressure which is less than or the same size as the determ ^¬ mte Maxim Alan pressing force, and at a at ^¬ pressing force, which is greater than the certain maximum contact pressure, is invisible.

It is preferred that the indicator ^¬ element is formed by a body, which on arrival pressing the sealing profile to the facade element in the sealing profile disappears.

 According to a fourth preferred embodiment variant, it is provided that the second indication means are formed by an indicator element or comprise an indicator element which is invisible at a contact force which is smaller or equal to the determined maximum contact force, and at a contact pressure which is greater as the certain maximum contact force, is visible.

 It is preferred that the indicator element is formed by a body which emerges from the sealing profile when the sealing profile is pressed against the facade element.

 Depending on the configuration of the sealing profile and the intended installation situation, one or the other variant may be more preferable. Also, combinations of the different variants are provided.

 The indicator profile areas or indicator elements described above preferably have a different color than the visible regions of the sealing profile adjacent thereto. As a result, the visual control is much easier.

The profile surfaces of the sealing profile, which serve for adjoining the pressure surfaces of the Halteprofilele ^¬ ment, are preferably provided by a profile outer side of the sealing profile (claims second profile external side). In this way, particularly simple and inexpensive inventive sealing profiles are possible. However, also profile variants provided in which these profile surfaces are formed by one or more within the Dichtprofiis be ^¬ disposed faces which-providing Profilab ^¬ cut from the outside for the contact surface of the holding profile element is accessible or are.

Further, it is preferred that these profile ^¬ surfaces for sealing adjoining the Andrücklachen the retaining profile element are formed. This is particularly important if the retaining profile element forms part of a dense, in particular airtight, impact-resistant and / or soundproof building envelope.

 The sophisticated indications of the sealing profile are advantageously arranged on a profile outer side thereof (third external profile side according to the claim), which adjoins the first profile outer side of the sealing profile, which serves to transmit the contact forces to the facade element and the sealing abutment against the facade element. In this way, they can be placed well visible in the intended use of the sealing profile.

 It is further preferred for the indication means according to the invention to extend continuously over the entire length of the sealing profile or else to be distributed in preferably regular intervals over the length of the sealing profile.

This makes it possible in a simple manner to ensure a g] uniform contact pressure over the entire profile length or to ensure that there are no local Anpress force peaks or zones with too low contact force.

It is also preferred that the Dichtungspro ^¬ fil has a profile contour on ^¬ on a profile outer side, with which it can be arranged in a mounting groove in a holding profile element for Fixed To ^¬ supply of the sealing profile to the holding profile element.

The profile contour is advantageously designed derar ^¬ tig that the sealing profile with this Pro ^¬ filkontur, form fit in one of the intended direction of pressing against the facade element opposite direction, arranged in a correspondingly dimensioned and provided with undercut mounting groove in a Hal ^¬ teprofilelement v / ground can. As a result, the assembly for the intended use of the profile can be significantly simplified, because first the sealing profile element can be attached to the Halteprofii ~ and then can be fastened together with this on the support structure of the building facade, under a pressing of the facade element,

 The inventive sealing profiles are preferably formed from an elastomeric material, more preferably rubber, EPDM (ethylene-propylene-diene rubber) or CR (chloroprene rubber) or comprise such a material. Such materials have been tried and tested as sealing materials in the construction sector for decades and are available at low cost.

 A second aspect of the invention relates to a set consisting of a sealing profile according to the first aspect of the invention and a retaining profile element for best immunological pressing the sealing profile to a flat surface of a facade element or comprising such a sealing profile and such a holding profile element. Such materials constitute a preferred commercial form of the invention.

A third aspect of the invention relates to a building exterior clothing, preferably in the form ei ^¬ ner building facade, comprising a support structure to which garment elements, in particular Fassadenelernen- te made of glass, are fastened with retaining profile elements, wherein between the holding profile elements and the clothing elements sealing profiles according to the first aspect of Invention are arranged. The formation of such outer building claddings represents the preferred application of the inventive sealing profile.

A fourth aspect of the invention relates to the use of a sealing profile according to the first aspect of the invention in a building outer clothing, be ^¬ vorzugterweise in a building facade, for pressing cladding elements of the building facade, especially of facade elements made of glass, to the supporting structure of the Building exterior clothing or building facade. In such use, the advantages of the invention are particularly evident.

BRIEF DESCRIPTION OF THE DRAWINGS

 Further embodiments, advantages and applications of the invention will become apparent from the dependent claims and from the following description with reference to FIGS. Showing:

 1 shows a cross section through a first inventive sealing profile.

 2 shows a horizontal section through a post of a building façade according to the invention, constructed in post-and-beam construction, with the sealing profile from FIG. 1;

 Fig. 3 shows the detail X of FIG. 2 during the

Installation of facade elements of the building façade;

 4 shows the detail X of FIG. 2 after the installation of the facade elements of the building facade;

 5 shows an illustration as in FIG. 3 with a second sealing profile according to the invention;

 Fig. 6 is a view like Figure 3 with the sealing profile of Fig. 5.

 Fig. 7 is a representation like Figure 6 but with not correctly mounted facade element.

 8 shows an illustration as in FIG. 3 with a third sealing profile according to the invention;

 FIG. 9 shows a representation like FIG. 3 with the sealing profile from FIG. 8; FIG.

 FIG. 10 shows a view like FIG. 3 with a fourth sealing profile according to the invention; FIG.

 FIG. 11 shows a view like FIG. 3 with the sealing profile from FIG. 10; FIG.

 FIG. 12 shows a representation like FIG. 3 with a fifth sealing profile according to the invention; FIG.

 13 is a view like FIG. 3 with the

Sealing profile of Fig. 12; 14 shows a representation of the sixth embodiment of the sealing profile according to the invention;

 Fig. 15 is an illustration as Fig sealing profile of Fig. 14;

 FIG. 16 is a view like FIG. 7 according to the invention;

 Fig. 17 is an illustration as Fig sealing profile of Fig. 16;

 FIG. 18 is a view like FIG. 8 according to the invention;

 Fig. 19 is a representation as Fig seal profile of Fiq. 18;

WAYS FOR CARRYING OUT THE INVENTION

 Fig. 1 shows a first embodiment of a sealing profile according to the invention 1 made of rubber in cross section.

As can be seen in conjunction with FIGS. 2, 3 and 4, which show a horizontal section through a post of a building façade according to the invention, constructed in post-rail construction, with the sealing profile 1 (FIG. 2) and detailed representations (the detail X 2) of the installation situation of the sealing profile 1 once during the assembly of the facade elements 3 of the building facade with unloaded sealing profile 1 (FIG. 3) and once after the assembly of the facade elements 3 of the building facade with properly loaded sealing profile 1 (FIG when used as intended, the sealing profile 1 is arranged between a holding element 2 and a facade element 3 of a building facade. In this case, the facade element 3, in this case a glass facade element 3, in the correctly mounted state (Fig. 4) of the Halteprofileiement 2 on the sealing profile 1, with elastic deformation of the sealing profile 1, pressed against the supporting structure 4 of the building facade. The sealing profile 1 thus transmits the contact pressure of the Halteprofileiement 2 In this case, two parallel adjacent glass facade elements 3 are pressed by a common Halteprofilele- element 2 via its own sealing profile 1 against the support structure 4 in this case.

 The sealing profile 1 comprises a first profile outer side 5, provided with sealing lips, for the sealing abutment against the flat outer surface 6 of the glass facade element 3.

 The sealing profile 1 has two profile surfaces 7, which adjoin associated pressure surfaces 8 of the retaining profile element 2 and the transmission of the contact force from the retaining profile element 2 to the sealing profile 1 on a second profile outer side opposite this first profile outer side 5 serve. At the same time these profile surfaces 7 serve the particular airtight, impact-proof and / or soundproof seal between the holding profile element 2 and the sealing profile 1. Between the two profile surfaces 7, the sealing profile 1 seen in cross-section a latch-like contour 14, with which it in an associated , provided with undercut fastening groove 15 in the retaining profile element 2 is positively secured in a direction opposite to the intended direction of pressing P.

The sealing profile 1 has an indicator profile area which extends over its entire length and has a slit which opens outwards when the sealing profile 1 is unloaded and which adjoins the first outer profile 5 and faces the opposite edge boundary of the facade element 3. Gap 9 (see FIG. 3), which increasingly closes during assembly due to the transmitted by the sealing profile 1 on the facade element 3 contact force it increasing contact pressure until he finally, when the required minimum pressing force (specified minimum pressure force required) is fully closed (see FIG. 4).

 This professional area with the slit or gap 9 (claimed first indication means) thus makes it possible to visually check whether the facade element 3 bears against the supporting structure via the sealing profile 1 with a force which is equal to or greater than the required minimum pressing force 4 of the facade is pressed, or whether the contact pressure is too small. In the latter case, the transmitted from the retaining profile element 2 on the sealing profile 1 contact force must be increased.

 For better recognition, whether the slot or gap 9 is completely closed, the surfaces delimiting the slot or gap 9 have a color which is clearly different from the colors of the remaining outer surfaces of the sealing profile 1, e.g. Red, up. Accordingly, the pressing force, as long as this color is visible, too small. If this color is no longer visible, the required minimum contact force has been reached or exceeded.

Figures 5 and 6 show illustrations such as Figures 3 and 4, which differ from the latter only in that the Dichtungsprofi1 1 aufv on its third side 11 a further slot or gap 10 in the manner of the first contactor or gap 9 aufv However, which is still open when the required minimum contact force is reached and is only completely closed when exceeding a maximum permissible contact force (to ^¬ predetermined maximum contact pressure), as shown in Fig. 7 ,

This second slot or gap 10, which also extends over the entire length of Dichtungspro- fils 1, that allows visual Kontrol ^¬ le whether the facade element 3 via the sealing profile 1 is pressed with an allowable contact force against the support structure 4 of the facade, or with a contact force, which is too large and can cause damage to the facade elements 3. In the latter case (see FIG. 7), the contact force transmitted by the retaining profile element 2 to the sealing profile 1 must be reduced by four.

 For better recognizability, whether the slot or gap 10 is completely closed, the surfaces or the slot 10 delimiting surfaces are different from the colors of the remaining outer surfaces of the sealing profile 1 and preferably also the color of the delimiting surfaces of the first slot or Gaps 9 clearly distinctive color, eg Green, up. Accordingly, as long as this color is visible, the pressing force is smaller than the maximum permissible pressing force. If this color is no longer visible, the maximum permissible contact force has been exceeded.

 FIGS. 8 and 9 show representations like FIGS. 3 and 4, which differ from the latter only in that the slot or slot is shown in FIGS.

Gap 9 in the sealing profile 1 is closed when the sealing profile 1 is unloaded (FIG. 8) and is opened upon reaching or exceeding a required minimum contact pressure (FIG. 9). Accordingly, the contrasting surfaces which define the slot or gap 9, with a sufficiently large Anpresskraft, visible and invisible at a contact pressure, which is smaller than the required Mindestanpresskraft.

Figures 10 and 11 show representations such as Figures 8 and 9, which differ from the latter essentially in that the slot or gap 9 in the sealing profile i has a recess in which over the entire length of the sealing profile 1 extending kederartiges Element 13 is arranged (according to the claim indicator element), which is invisible when unloaded sealing profile 1 (Fig. 10) and upon reaching or exceeding a required minimum contact pressure on the third outer profile side 11 emerges from the sealing profile (FIG. 11). For better visibility, this element 13 has a clearly different from the colors of the other outer surfaces of the sealing profile 1 color, for example, green on. Accordingly, the contact pressure, as long as this element 13 is invisible, too small. If, on the other hand, it is visible, the required minimum contact pressure has been reached or exceeded.

 Figures 12 and 13 show illustrations such as Figures 10 and 11, which differ from the latter only in that the indicator element 12 of the sealing profile 1 is visible with unloaded sealing profile (Fig. 12) and upon reaching or exceeding a required minimum contact force in the sealing profile 1 disappears and then is invisible (Fig. 13).

FIGS. 14 and 15 show representations like FIGS. 12 and 13, which differ from the latter only in that instead of the indicator element, the sealing profile 1 has a profile cavity 16, which is limited towards the outside by a profile nose 9 viewed in cross-section. which is visible when the sealing profile is unloaded (FIG. 14) and which completely disappears in the sealing profile 1 when it reaches or exceeds a required minimum contact pressure and is then invisible (FIG. 13). This profile nose 9 has on its outer side a clearly different from the colors of the remaining outer surfaces of the sealing profile 1 color, eg red on. Accordingly, the contact force, as long as the ^¬ se colored outside is visible, too small. If it is no longer visible, the required minimum contact pressure has been reached or exceeded.

FIGS. 16 and 17 show representations such as FIGS. 3 and 4, which differ from the latter only in that, when unloaded, Tem seal profile 1 outwardly open slot or gap 9 on its side facing the facade element 3 side of the outermost sealing lip of the first Profilaus- senseite 5 is limited.

 FIGS. 18 and 19 show illustrations such as FIGS. 16 and 17, which differ from the latter in that, in addition to the slot or gap 9 shown in FIGS. 16 and 17, there are also further slots or gaps 9, 10 arranged parallel to it are, which close each other with increasing contact force successively. In this case, the façade element 3 closest to and from the outermost sealing lip of the first profile outer side 5 on one side limited slot or gap 9, which closes first, as claimed according to the first indication means 9, i. a complete closure of this slot or gap 9 indicates that the minimum required contact force has been reached or exceeded. The farthest from the facade element 3 located slot or

Gap 10, which closes last, serves as a second indication means 10 according to the claims, ie a complete closure of this slot or gap 10 indicates that the maximum permissible pressing force has been exceeded. The remaining slots or gaps 9 indicate by their successive closure, where the Anpress ^¬ force is within the allowable range.

 While preferred embodiments of the invention are described in the present application, it should be clearly understood that the invention is not limited to these and may be practiced otherwise within the scope of the following claims.

Claims

1. Sealing profile (1) for arrangement between a retaining profile element (2) and a facade element (3) of a building facade, such that the facade element (3) of the retaining profile element (2) on the sealing profile (1) under elastic deformation of the Dichtungsprofiis (1 ) is pressed against a supporting structure (4) of the building façade, comprising a first outer side (5) for sealing abutment against a flat surface (6) of the façade element (3) and at least one cross-section of the sealing profile (1) Profile outer side (5) opposite profile surface (7) for adjoining at least one contact surface (8) of the holding profile element (2), and comprising first indication means (9) to enable a visual Konzrolle whether the sealing profile (1) by the Haitepro- filelement (2 ) With a force which is equal to a certain minimum contact pressure or greater than this minimum contact force against the facade element (3) is pressed, or with a force which is smaller than this particular minimum contact force. 2. Sealing profile (1) according to claim 1, further comprising second indication means (10) for enabling a visual control of whether the sealing ^¬ profile (1) by the holding profile element (2) with a force, vjelche is smaller than a certain maximum contact pressure or is the same size as this particular maximum contact force against the facade element (3) is ge ^¬ pressed, or with a force which is greater than this certain maximum contact force. 3. Sealing profile (1) according to one of the preceding claims, 'wherein the at least one Profilflä ^¬ surface (7) for adjoining the at least one pressure surface ^¬ (8) of the holding profile element (2) formed by a second profile outer side of the sealing profile (1) is. 4. Sealing profile (1) according to one of the preceding claims, wherein the at least one Profiiflache (7) for adjoining the at least one Andruckflä surface (8) of the holding profile element (2) is formed for sealing abutment against the at least one contact surface (8) of Retaining profile element (2).  5. Sealing profile (1) according to one of the preceding claims, wherein the first indication means (9) and / or the second indication means (10) on one of the first profile outer side (5) of the sealing profile (1) subsequent third profile outer side (11) of the Dichtungsprofiis (1) are arranged.  6. Sealing profile (1) according to one of the preceding claims, wherein the first indication means (9) and / or the second indication means (10) are continuous over the entire length of the sealing profile (1) extend or are distributed in particular at regular intervals over the length of the sealing profile (1).  7. Sealing profile (1) according to one of the preceding claims, wherein the first indication means (9) are formed by an indicator profile area or comprise an indicator profile area which is visible at a pressing force which is smaller than the minimum contact force, and at a contact force which is equal to the minimum contact force or greater than the minimum contact force , is invisible.  8. Sealing profile (1) according to one of the preceding claims, wherein the second indication means (10) are formed by an indicator profile area or comprise an indicator profile area, which is visible at a contact force which is smaller than the maximum contact force, and at a pressing force which is greater than the maximum contact force, is invisible. 9. sealing profile (1) according to one of Ansprü ^¬ che 7 to 8, wherein the indicator profile area a groove or an outwardly open slot in the sealing profile (1) which extends or softens in particular over the entire length of the sealing profile (1) and closes when pressing the sealing profile (1) to the facade element (3).  10. Sealing profile according to one of the preceding claims, wherein the first indication means (9) are formed by an indicator profile area or comprise an indicator profile area which is equal to the minimum contact pressure force or greater than at a contact force the minimum contact force is visible and invisible at a contact force which is less than the minimum contact pressure.  11. Sealing profile according to one of the preceding claims, wherein the second indication means (10) are formed by an indicator profile range or include an indicator profile range which force at a pressing force which is equal to the maximum pressing force or greater than the maximum contact pressure , is visible and invisible at a contact force which is smaller than the Maximalaripresskraft.  12. Sealing profile according to one of the claims 10 to 11, wherein the indicator profile region is a slot which extends in particular over the entire length along the sealing profile and opens when pressing the sealing profile to the Fassadenelernent. 13. Sealing profile according to one of the preceding claims, wherein the first indication means (9) are formed by an indicator element or a Indika ^¬ gate element (12), which is visible at a contact pressure, which is smaller than the minimum contact force, and at a pressing force , which is the same size as the minimum contact force or greater than the minimum contact force, is invisible. 14. Sealing profile according to one of the preceding claims, wherein the second indication means are formed by an indicator element or comprise an indicator ^¬ element, which at a contact pressure, which is smaller than the maximum contact force, is visible, and at a contact force which is greater than the maximum contact force, invisible.  15. Sealing profile according to one of claims 13 to 14, wherein the indicator element (12) by a body (12) is formed, which disappears when pressing the sealing profile of the facade element in the sealing profile.  16. Sealing profile according to one of the preceding claims, wherein the first indication means (9) are formed by an indicator element or an indicator element (13), which is invisible at a contact force which is smaller than the minimum contact force, and at a contact pressure, which is equal to the minimum contact pressure or greater than the minimum contact force, is visible. 17. Sealing profile according to one of the preceding claims, wherein the second indication means are formed by an indicator element or an indicator ^¬ include element, which is invisible at a contact force which is smaller than the maximum contact force, and at a pressing force, which is greater than the maximum contact pressure is visible. 18. Sealing profile according to one of claims 16 to 17, wherein the indicator element (13) by a body (13) is formed, which occurs when pressing the sealing ^¬ profile of the facade element from the sealing profile ago ^¬ .  19. Sealing profile (1) according to one of claims 7 to 18, wherein the indicator profile area and / or the indicator element has a different color than the adjacent thereto or this visible areas of the sealing profile (1). 20. Sealing profile (1) according to one of the ^{preceding ¬} going claims, wherein the sealing profile (1) on a profile outer side a profile contour (14), with v / eicher it in a mounting groove (15) in the Retaining profile element (2) can be arranged for fixing the sealing profile (1) on the retaining profile element (2).  21 sealing profile (1) according to claim 20, wherein the profile contour (14) is formed such that the sealing profile (1) with this profile contour (14) positively in one of the intended direction of pressing (P) opposite direction in an undercut fastening groove ( 15) in the retaining profile element (2) can be arranged.  22. Sealing profile (1) according to one of the preceding claims, wherein the sealing profile (1) is made of an elastomer, in particular of rubber, EPDM or CR.  23. Set consisting of or comprising a sealing profile (1) according to one of the preceding claims and a retaining profile element (2) for intended pressing of the sealing profile (1) on a flat surface (6) of a facade element (3).  24. Exterior building cladding, in particular a building facade, comprising a supporting structure (4) to which cladding elements (3), in particular cladding elements (3) made of glass, are fastened with retaining profiled elements (2), wherein between the retaining profiled elements (2) and the cladding elements (3) Sealing profiles (1) according to one of claims 1 to 21 are arranged. 25. Use of a sealing profile according to one of claims 1 to 21 in a Gebäudeaussenbe ^¬ clothing, in particular building facade, for pressing of clothing elements (3), in particular facade elements (3) of glass, to the supporting structure of the building exterior ^¬ clothing or building facade.