CH718663A2 - Sealing assembly for a door or window. - Google Patents

Abstract

A sealing arrangement for a door or a window has a sealing device with a housing rail and with a sealing strip and a fastening means (3) for fastening the housing rail. The fastening means (3) has a first area (31) which engages in the housing rail (1) on an end face of the housing rail, and a second area (32) which can be fastened to the leaf of the door or window and which is located outside of the housing rail extends. The second area (32) is located laterally next to the housing rail and/or it is located in a plane of one of the two side walls (10, 11) in front of the end face of the housing rail that can be mounted in such a way that it is not or hardly visible. This enables a variety of mounting options.

Description

TECHNICAL AREA

The present invention relates to a sealing arrangement for a door or a window.

STATE OF THE ART

[0002] Door seals for sealing end faces of a door are known. They should prevent the passage of light and also offer soundproofing. Depending on the design, they also prevent air leakage, especially draughts.

[0003] Lower and, increasingly, upper end faces of doors are provided with sliding seals or door seals that can be lowered. Not only for wing doors with pivoting door leaves, but also for sliding doors with sliding door leaves.

[0004] Sliding seals usually have a housing rail with a sealing lip attached thereto or therein. Lowerable door seals have a housing rail with a sealing strip arranged therein or on it, which is lowered relative to the housing rail when the door leaf is closed and raised again when the door leaf is opened. These movements preferably take place automatically, for example purely mechanically as a result of a trigger which acts on a lowering mechanism. The sealing strip is usually raised by means of return springs.

The housing rail of the door seal with a movable sealing strip as well as the housing rail of the sliding seal is either introduced into a front groove of the door leaf, attached directly to the front side or arranged on a side surface of the door leaf. In the prior art, the attachment in the groove is mostly carried out by means of attachment brackets, which engage in the housing rail with a first leg and are screwed to an end face of the door with a second leg.

Such mounting brackets are known, for example, from DE 10 2014 111 976 B4, DE 10 2014 115 639 A1, EP 2 055 888 B1 and EP 2 405 095 B1. The mounting brackets can be easily mounted and removed again. However, they are clearly visible on the door leaf and thus impair the appearance of the door.

[0007] Set-back or barely visible arrangements of fastening elements are shown in DE 103 54 310 A1, EP 1 486 639 B1, EP 1 772 586 B1, EP 3 095 949 B1 and WO 2019/179936 A1. These are clamps or expansion elements or fastening elements that are fastened using a screw inserted into the bottom of the groove. Such fasteners are expensive and sometimes not easy to assemble. They can often only be removed with special tools.

DE 297 20 659 U1 discloses a door leaf with a door seal fastened laterally thereto. On its upper side, the housing rail has a groove which is open at the top. A mounting bracket can be attached to a surface of the door leaf by means of a first leg. The mounting bracket engages in the groove of the housing rail with a second leg. The mounting bracket also has clamping jaws for fixing a cover strip that covers the seal and the mounting element.

EP 1 365 099 B1 discloses a drop-down seal with a housing rail that is arranged in a door groove. The door groove is reinforced with a profile insert. The housing rail has a top web that has a protruding extension on one side. Using this extension, the housing rail can be screwed together with the reinforcing profile insert in the door groove.

[0010] EP 1 860 272 B1 discloses a door seal which is fastened in the door groove with a fastening bracket, and a profile insert for reinforcing the door groove. The profile insert is fixed to the base of the groove with a screw.

WO 2017/190779 A1 and WO 2017/191273 A1 describe sealing devices for sliding doors in which a pivoting element acts on the trigger by moving along a contact surface when the door leaf is closed and in the closed state without a horizontal force component on the contact surface rests. These sliding door seals have the advantage that, when the door leaf is closed, they do not exert any force on the door leaf in the opening direction.

[0012] In the as yet unpublished EP 3 825 503 A1, a sealing device with a pivoting element is shown which uses the principle described in WO 2017/190779 A1 and WO 2017/191273 A1, but which seals the upper side of the sliding door.

PRESENTATION OF THE INVENTION

It is therefore an object of the invention to provide a sealing arrangement with a fastening means that is easy to assemble and that can be assembled in such a way that it is not or hardly visible.

[0014] This problem is solved by a sealing arrangement with the features of patent claim 1.

The sealing arrangement according to the invention for a door or window has a sealing device with a housing rail and with a sealing strip and a fastening means for fastening the housing rail to a movable leaf of the door or window. The housing rail has two side walls and a web connecting the side walls, the web extending in a first plane. The fastener is a separate component. The fastening means has a first area which engages in the housing rail on an end face of the housing rail. This first area runs parallel to the first plane. The fastening means has a second region which can be fastened to the sash of the door or window and which extends outside the housing rail. According to the invention, the second area is located laterally next to the housing rail and/or the second area is located in front of the end face of the housing rail, extending along a plane of one of the two side walls. Preferably, in the second variant, it extends in one of the planes defined by one of the two side walls. In other embodiments it extends parallel to such a plane.

"Lateral" is defined by the side walls of the housing rail, i.e. lateral is next to the housing rail and not above or below it when the device is in use. The housing rail is also called a sealing housing or housing.

The inventive fastening means can be attached to the door or window next to or in front of the housing rail, in particular in a groove of the wing, without the fastening means being necessarily visible. There is no need for a leg that extends on the face side and thus visibly over the face of the door leaf. The fastener can be arranged sunk in the sash. In addition, a cover plate can be attached to the front of the door leaf to optimize the appearance.

The fastening means is preferably detachable from the housing rail. It can preferably be detached again in a simple manner. In other embodiments, it can be permanently connected to the housing rail, for example it can be riveted to the housing rail. In this text, "unsolvable" means "non-destructively solvable".

The fastening means can preferably be releasably attached to the wing. In other embodiments it is permanently connected to the wing, for example by means of rivets. This is preferred for metal doors.

The mounting location is not limited to grooves. Depending on the embodiment of the door, the fastening means according to the invention also offers other advantages, although in this case the fastening means may be visible.

The second area can be attached to the wing in different ways. For example, it can be snapped in or clamped. However, it is preferably fastened by means of at least one fastening element, preferably a screw, a rivet or a nail. The second region therefore preferably has at least one through-opening for a fastening element.

The fastener can be realized in different forms. Preferably, however, at least the first and/or the second area is plate-shaped or flat and even. On the one hand, this makes it easier to reach into the housing rail and to attach it to a wall of the wing.

In preferred embodiments, the first and second areas are elongate and have a substantially rectangular cross section. However, in other embodiments they have other shapes. For example, they can be more wide than long. In addition, the first area in particular can be relatively short. Preferably, the two areas are relatively thin. However, their height can also be greater than their width and/or their length. Depending on the embodiment, the two areas have the same thickness, i.e. the same height, or they have different thicknesses.

The fastening means is preferably formed in one piece. It is preferably made of metal or plastic.

The housing rail is preferably fastened at both ends, i.e. at both end faces, with a fastening means according to the invention. Depending on the type of door or window or depending on the type of sealing device used, the same type of fastening means can be arranged on both sides or different types can be used. The latter is the case in particular when the sealing arrangement is used in a sliding door.

The housing rail is preferably arranged in a groove of the wing. If the groove is chosen to be wider than the housing rail, the second area can be fastened in the bottom of the groove next to the housing rail, preferably screwed on. The screws are easily accessible for this purpose. The installation is therefore easy and the sealing device can also be easily detached and removed from the wing again.

The second area can also be fastened to the side wall of the groove of the wing with suitably shaped fastening means. This embodiment has the advantage that the groove only has to be slightly wider than the housing rail.

In preferred embodiments, the first area and the second area run parallel to one another and laterally offset from one another. “Side” is defined by the side walls of the chassis rail as mentioned above.

Preferably, the first and second areas do not overlap.

In preferred embodiments, the first region extends in a second plane and the second region extends in a plane that is parallel to and spaced from the second plane. The second area extends in a plane that corresponds to the first plane or runs parallel to it at a distance from it. This fastener can be produced very inexpensively. In addition, it is relatively small.

The fastening means can only consist of the first and second area, in particular of a first and a second leg. In other embodiments, it has more than one first and/or second area, in particular two first and/or two second areas or legs. Depending on the embodiment, it has at least one area that connects the first and second areas to one another or has another function.

[0032] A third area, in particular a leg, is preferably present, which runs perpendicularly to the first and second area and connects the first and second area to one another.

In some of the embodiments, the fastening means has two first areas, with only one of the two first areas being used for fastening the housing rail. In this case, the fastening means is preferably of mirror-symmetrical design, so that the housing rail can be mounted either to the right or to the left of the second area.

In further embodiments, two second areas are present, one of the two second areas being arranged laterally to the housing rail and the second of the two second areas being arranged running in the plane of the side wall in front of the end face of the housing rail. The fastening means can thus be fastened in the base of the groove and on the side wall of the groove.

In some preferred embodiments, the first region is in the form of a first leg that defines a longitudinal direction. The second area is designed in the form of a second leg, the second leg running perpendicularly to the first leg and being arranged on a longitudinal side of the first leg. This embodiment enables the second leg to be fixed to a side wall of the wing, in particular to a side wall of the groove. The width of the corresponding groove can be minimized. It can have a width which is the same as or only slightly larger than the width of the housing rail.

In a preferred embodiment, the fastening means has a base plate which includes the second area. The first area is formed on the base plate. This base plate can preferably be arranged partially between the web of the housing rail and the wing, with it preferably protruding from the second area to the side of the housing rail.

The fastening means preferably forms a pair of guide grooves. It is preferably formed on the base plate. Furthermore, in this embodiment there is a sliding body which can be pushed along the pair of guide grooves towards the housing rail and can be held in a releasably fixed position. Alternative ways of slidably guiding the sliding body relative to the fastening means are possible.

The sliding body can preferably be held in place by means of a snap connection. Alternative detachable connections are also possible.

[0039]Preferably, the base plate has an elastically designed nose that rises above the surface of the base plate. The sliding body has a base surface with a recess into which the lug engages. This is an easy to manufacture, easy to detach and robust snap connection.

In preferred embodiments, the sealing arrangement has a mechanical trigger to move the sealing strip relative to the housing rail. It has a pivoting element for actuating the trigger, which pivoting element is arranged pivotably on the sliding body.

Preferably, the sealing arrangement comprises a contacting surface that is stationary with respect to a frame of the door or window, wherein the pivoting element can be moved towards the trigger when the sash is closed by means of this contacting surface, as a result of which the trigger can be actuated and the sealing strip can be moved relative to the housing rail. The pivoting element can preferably be pivoted thanks to the contacting surface. The pivoting element preferably slides along the contacting surface. In preferred embodiments, the contacting surface is aligned perpendicularly to the longitudinal direction of the housing rail, so that when the sliding door is closed, only a vertical force component acts on the pivoting element.

The sealing arrangement can be designed in different ways. The fastening means can thus be combined with practically all known sealing devices, in particular with the known drop-down seals in which the actuating button is pressed in by the door frame when the door is closed.

Preferred embodiments use drop-down seals as described in WO 2017/190779 A1, WO 2017/191273 A1 or EP 3 825 503 A1.

The sealing arrangement according to the invention can be used in different doors and windows, in particular in doors with pivotable wings as well as in sliding doors. The sealing arrangement is preferably arranged in a groove of the wing. However, this is not mandatory. Frontal or lateral arrangements on the surface of the wing are also possible.

The sealing arrangement according to the invention is particularly suitable for arrangement on the upper side of the leaf, preferably on the upper side of a sliding door and even more preferably a sliding door with an upper guide and suspension.

Alternatively or additionally, the arrangement according to the invention can also be used on the underside of a pivoting wing door or a sliding door and/or on one side of the wing.

Preferably, the sealing device is a drop-down seal. In this text, the term "lowering" is to be understood independently of the orientation of the sealing device in the door and in three-dimensional space. “Lowering” is the movement of the raised face away from the body rail into its sealing condition. A “raise” is the movement of the sealing strip in the opposite direction to the case rail to a position where it no longer seals a gap between the frame and sash.

The sealing arrangement according to the invention is particularly suitable for arrangement in a groove of the wing, in particular in a front lower or upper groove which is designed to be open at the bottom or at the top.

Furthermore, an activation device of a sealing device of a sliding door is claimed as an independent invention, the activation device having a one-piece or multi-part pivoting element, characterized in that the pivoting element is arranged pivotably on a sliding body, the sliding body being arranged displaceably on a fastening means. Preferably, it is releasably attached to the fastener. The advantage of such an activation unit is its simple assembly. The pivoting element can be exchanged in a simple manner without having to loosen the rest of the attachment. However, no separate fastener is required.

The fastening means is preferably arranged on a movable sliding door leaf. Depending on the embodiment, it only serves to fasten the pivoting element or it simultaneously serves to fasten the sealing device, preferably a housing rail, in which a sealing strip that can be lowered and raised is held. The pivoting element is preferably used to activate a trigger of an actuating mechanism, also called a lowering mechanism. The actuating mechanism moves the sealing strip when the door leaf is closed.

The variants and embodiments mentioned above can be combined with one another as desired. Further embodiments are specified in the dependent claims.

BRIEF DESCRIPTION OF THE DRAWINGS

Preferred embodiments of the invention are described below with reference to the drawings, which are for explanation only and are not to be interpreted as limiting. In the drawings: FIG. 1 shows a view of a sealing arrangement according to the invention in a groove of a door; FIG. 2 shows a perspective representation of the sealing arrangement according to FIG. 1; FIG. 3 shows an exploded view of the sealing arrangement according to FIG. 1; FIG. 4 shows a perspective representation of a fastening means of the sealing arrangement according to FIG. 1; FIG. 5 shows a perspective representation of a fastening means of a sealing arrangement according to the invention in a second embodiment; FIG. 6 shows a perspective representation of a fastening means of a sealing arrangement according to the invention in a third embodiment; FIG. 7 shows a perspective representation of a sealing arrangement according to the invention with the fastening means according to FIG. 6 in an upper groove of a door; FIG. 8 shows a perspective representation of a sealing arrangement according to the invention in a fourth embodiment in an upper groove of a sliding door; FIG. 9 shows a perspective representation of the sealing arrangement according to FIG. 9 with the door represented partially in section; FIG. 10 shows a view of the sealing arrangement according to FIG. 8 with an upper part of the sliding door leaf; FIG. 11 shows a perspective representation of the sealing arrangement according to FIG. 10; FIG. 12 shows a perspective view of the sealing arrangement according to FIG. 10 with the sliding body not yet pushed in; FIG. 13 shows a further perspective illustration of the sealing arrangement according to FIG. 10 viewed from another side with fastening means not yet installed; FIG. 14 shows a perspective illustration of the sealing arrangement according to FIG. 10 without the pivoting element; FIG. 15 shows a side view of the sealing arrangement according to FIG. 10 with the fastening means mounted and the sliding body with pivoting element not yet pushed in; FIG. 16 shows a perspective view of the fastening means according to FIG. 10, and FIG. 17 shows a perspective view of the sliding body according to FIG. 10 without the swivel axis.

DESCRIPTION OF PREFERRED EMBODIMENTS

In the figures 1 to 4 a first embodiment of a sealing arrangement according to the invention is shown. It has a sealing device 1 , 2 and a fastening means 3 . The sealing device 1, 2 is preferably a drop-down seal, i.e. a sealing device with a sealing strip 2 that can be moved relative to a housing rail 1. However, types of seals, for example magnetic seals or sliding seals, can also be used.

The sealing device 1, 2 is arranged in an upwardly open groove N of a wing F of a door or window. The wing F can be pivoted or slidable. The sealing device thus seals against the top, in that when the leaf F is closed, the sealing strip 2 rests against a frame of the door or window, not shown here, or against a building wall.

The sealing device can also be arranged in a downwardly open groove N on the underside of the wing F, on a lateral, vertically extending groove N of the wing F, or on other surfaces of the wing F.

The sealing device has the housing rail 1, which preferably has a substantially U-shaped cross section. The housing rail 1 has a first side wall 10, a second side wall 11 running parallel thereto at a distance and a web 12 connecting the two side walls 10, 11 to one another.

In the housing rail 1 there is preferably a bridge 13 which runs at a distance from the web 12 .

A sealing strip 2 is arranged in the housing rail 1 and can be moved relative to the housing rail 1 by means of an actuating mechanism that is not visible here. The movement of the sealing strip 2 away from the housing rail 1 takes place preferably automatically when the wing is closed. This movement is commonly referred to as “sagging” regardless of the orientation of the sealing device. In the prior art, there is a trigger 7 for this purpose, which acts on the actuating mechanism. The trigger 7 can be seen in FIGS. In this example, it is an operating button that is pressed when leaf F is closed. Other types of triggers can also be used. A variety of actuating mechanisms are known from the prior art. Preferably there is a sealing device as described in WO 2017/190779 A1 and WO 2017/191273 A1 or a sealing device similar thereto.

The sealing strip 2 has a carrier rail 20 which is movably held in the housing rail 1 by means of the actuating mechanism, preferably by means of leaf springs. A one-piece or multi-piece sealing profile 21 is arranged on the carrier rail 20 . The sealing profile 21 is preferably made of silicone or another elastic material.

The housing rail 1 rests with its web 12 on the bottom of the groove N. The second side wall 11 preferably rests against the side wall of the groove N. However, it can also be arranged at a distance therefrom.

The housing rail 1 is fixed in the groove N rigidly, but preferably detachably, by means of the fixing means 3 .

In this first exemplary embodiment, the fastening means 3 has a first region 31 in the form of a plate-shaped first leg, a second region 32 in the form of a plate-shaped second leg and a third region 33 connecting the two legs to one another. The third area 33 is preferably also designed in the form of a plate. The fastening means 3 is preferably designed in one piece. It is preferably a metal profile. However, it can also be made of plastic.

In the figures 3 and 4 is clearly visible how the individual areas 31, 32, 33 run relative to each other. The third area 33 runs perpendicularly to the two other areas 31, 32. The first and the second area 31, 32 run in mutually parallel planes, the first area 31 being higher. The first and second areas 31, 32 do not overlap. In the horizontal direction, their distance preferably corresponds to the thickness of one of the side walls 10, 11 of the housing rail 1 or is slightly larger. In this example, the first area 31 is longer than the second area 32. They are preferably of the same thickness.

The first area 31 engages in the housing rail 1, lying on the bridge 13 in this example. Instead of a continuous bridge 13 , inwardly protruding webs can also be arranged on both sides of the housing rail 1 , which webs serve as a bearing surface for the first area 31 .

The second area 32 rests on the bottom of the groove, to be precise outside of the housing rail 1 and to the side of it. This can be clearly seen in FIG. The second area 32 is screwed tightly in the bottom of the groove by means of screws 34 which pass through openings 320 of the second area 32 . Characterized the housing rail 1 and thus the sealing device is fixed in the wing.

The groove can be closed at the end by means of a cover plate, which is not shown here, so that the sealing arrangement is no longer visible at the end.

A second embodiment of the fastening means 3 according to the invention is shown in FIG. It is designed essentially the same as in the first exemplary embodiment. However, the first area 31 is deeper, so that the vertical distance to the second area 32 is smaller. The first area 31 can thus be pushed into the housing rail 1 in such a way that it rests on the bottom web 12 . This embodiment is particularly suitable for sealing devices that have a small height.

[0068] In addition, the second region 32 is longer. It preferably protrudes beyond the first area 31. The passage openings 320 for the screws 34 are not arranged next to one another here, but one behind the other. This training is particularly suitable for use in narrow grooves.

In other embodiments, the first area 31 is arranged higher, as in FIG. 4, but the second area 32 is narrower, as in FIG. In further embodiments, the first area 31 is arranged deep as in FIG. 5, but the second area 32 is wide as in FIG.

A further embodiment of the sealing arrangement according to the invention is shown in FIGS. The fastening means 3 is in turn designed in one piece in the form of a profile element. It has only the first area 31 in the form of a first leg and the second area 32 in the form of a second leg. Both are in turn plate-shaped. The second area 32 runs perpendicularly to the first area 31 , being arranged laterally on the first area 31 . The second region 32 in turn has at least one through-opening 320 for screws 34 to pass through.

The installation position of the fastening means according to FIG. 6 can be seen in FIG. The housing rail 1 in turn rests with the web 13 on the base of the groove N and rests with the second side wall 11 on the inner wall of the groove N. The housing rail 1 is set back in the groove N. The first area 31 is in turn pushed into the housing rail 1 and rests on a bearing surface, for example the web 12 or the bridge 13 . The second portion 32 abuts the inner wall of the groove N and is bolted to it. The second area 32 is located outside of the housing rail 1 and extends in front of the end face of the housing rail 1.

This embodiment is particularly suitable for sliding doors when the sealing profile 21 does not have to seal over the entire length of the door leaf. This is the case, for example, when the sliding door leaf engages in a frame of the door when the door is closed.

In further embodiments, which are not shown here, the embodiments according to Figures 4 or 5 are combined with the embodiment according to Figure 6, so that two second areas 32 are present.

A further embodiment of the sealing arrangement according to the invention is shown in FIGS. It is a sliding door which is designed according to the principle of WO 2017/190779 A1 and WO 2017/191273 A1 and which, as in the as yet unpublished EP 3 825 503 A1, seals the upper side of the sliding door leaf F.

At least one carriage 80 with lateral wheels 81 is held displaceably in the longitudinal direction in a fixedly arranged upper running rail 9, which is only partially shown here. The sliding door leaf F is firmly connected to the carriage 80 via a suspension 84 . The distance between the carriage 80 and the suspension 84 is preferably adjustable by means of a connecting rod 83.

A contact module 4 is arranged in an end area of the running rail 9 . The contact module 4 has a downwardly inclined surface 40, which slopes further downward toward the end of the running rail. It ends in a horizontally running contact surface 41. The inclined surface 40 and the contact surface 41 form a contacting surface. A finger 60 of a pivoting element 6 slides along this inclined surface 40 when the sliding door leaf F is closed and rests on the contact surface 41 when the sliding door leaf F is closed. This is clearly visible in FIGS. 8 and 9. The closing direction of the sliding door leaf F is marked with an arrow in FIGS.

The housing rail 1 of the sealing device is in turn detachably fastened in the groove N of the door leaf F with a fastening means 3 . The fastening means 3 in turn has a first area 31, which engages in the housing rail 1, and a second area 32, which runs laterally to the housing rail 1 in the installed state and which is used for fastening in the groove N. It in turn has through openings 320 for receiving screws 34 .

In this exemplary embodiment, a further first area 31 is present. The second area 32 lies between the two first areas 31 so that, depending on the installation position, the fastening means 3 protrudes beyond the housing rail 1 either on the right or the left side. Thus only one of the two first areas 31 engages in the housing rail 1 .

This embodiment can also be combined with the example according to FIG.

The trigger 7 is set back in this example. The lower front area of the housing rail 1 is preferably also correspondingly set back, in that a lower, shorter, first recess 110 and an upper, longer, second recess 111 are present in the side walls 10, 11. The web 12 preferably also ends at a corresponding distance from the front face of the housing rail 1. This allows the fastening means 3 to be pushed deeper into the housing rail 1, so that the sealing strip 2 ends closer to the front end of the groove N. This makes it possible to ensure that the seal, which has been brought into the sealing state at the top, seals over the desired length of the sliding door.

In this case, the fastening means 3 is at the same time the holder for the pivoting element 6, which actuates the trigger 7 when the sliding door is closed. For this purpose, the fastening means 3 has the base plate 30 which comprises the second area 32 and on which the two first areas 31 are formed at one end. The base plate 30 can now be connected to the pivoting element 6 or is connected thereto. The connection between the base plate 30 and the pivoting element 6 is preferably detachable. It can be adjustable in the longitudinal and/or transverse direction of the housing rail 1, so that the position of the pivoting element 6 with respect to the trigger can be selected. In this example, however, this position is predetermined.

In this example, the base plate 30 has a pair of guide grooves 35 arranged on two opposite sides. The pivoting element 6 is arranged on a carriage or a sliding body 5 . The sliding body 5 has a base plate 50 with a bracket 51 running vertically. An axle 52 is held between the two free arms of the bracket 51 . The pivoting element 6 is arranged on the axis 52 . Depending on the embodiment, the pivoting element 6 pivots about the axis 52 and the axis 52 is held in the bracket 51 in a rotationally fixed manner, or the pivoting element 6 is firmly connected to the axis 52 and the axis 52 is pivoted in the bracket 51 .

The base plate 50 of the sliding body 5 can be pushed onto the base plate 30 of the fastening means 3 in the pair of guide grooves 35 . Fixing means are preferably present in order to fix the position of the sliding body 5 . Depending on the embodiment, different positions can be selected for this. In this example, the base plate 30 of the fastening means 3 has an upwardly protruding lug 36 which snaps into a window 500 of the sliding body 5 and thus fixes the sliding body 5 and the pivoting element 6 in a predetermined position. This connection can be released again, for example by pressing the lug 36 down, preferably with a suitable tool.

As can be seen in FIG. 17, the sliding body 5 has a recess 501 which is designed to be open at one end facing the housing rail 1 . A screw head of the fastening screw 34 protrudes into this recess 501. However, other configurations are also possible.

The pivoting element 6 can be designed in one piece or in multiple pieces. Instead of the pivoting element 6 shown, an activation unit can also be used, as described for example in WO 2017/190779 A1, WO 2017/191273 A1 or EP 3 825 503 A1.

The pivoting element 6 has the named finger 60 for contact with the contact module 4 and a force transmission element 61 which is pivoted together with the finger 60 and thereby acts on the trigger 7 when the sliding door is closed. As a result, the force transmission element 61 presses the trigger 7 into the housing rail 1, as a result of which the lowering mechanism is actuated and the sealing strip is moved out of the housing rail into the sealing position. If the sliding door is opened again, the finger 60 slides back along an inclined surface 40 of the contact module. The pivoting element 6 and also the trigger 7 are thereby released again. The sealing strip 2 moves back to the housing rail 1 thanks to return springs.

This arrangement of the pivoting element 6 on a sliding element 5, which can be releasably connected to a fastening means, can also be realized in other ways. The fastening means can, for example, only serve to fasten the pivoting element and have no part in the fixing of the housing rail. Instead of or in addition to the second area running parallel to the first area, the fastening means can also be configured with a second area running perpendicularly to the first area. The second area can be arranged as in Figure 5, i.e. run at a right angle to the first area along the longitudinal direction of the first area. However, the fastening means can also be designed in the form of the known fastening means, for example as an angle element, with the second leg forming the second region, for example, and this second leg being visibly fastened to the end face of the door leaf.

The arrangement of a one-part or multi-part pivoting element 6 on a sliding element, which can be releasably connected to a fastening means, is hereby claimed as an independent invention.

If the sealing arrangement according to the invention is used in a sliding door, the sealing device is preferably provided with a fastening means and the pivoting element according to Figures 8 to 17 on one end and with a fastening means on the opposite end in the embodiments according to Figures 1 to 7 fitted.

[0090] The sealing arrangement according to the invention has a fastening means which is easy to assemble and preferably detachable again. In addition, it can be mounted in such a way that it is not or hardly visible when the door is in the mounted state. This enables a variety of mounting options.

REFERENCE LIST

1 housing rail 10 first side wall 11 second side wall 110 first recess 111 second recess 12 web 13 bridge 2 sealing strip 20 carrier rail 21 sealing profile 3 fastening means 30 base plate 31 first area 32 second area 320 through opening 33 third area 34 screw 35 pair of guide grooves 36 nose 4 contact module 40 inclined surface 41 contact surface 5 sliding body 50 base plate 500 window 501 recess 51 bracket 52 axis 6 swivel element 60 fingers 61 power transmission element 7 trigger 80 carriage 81 wheel 83 connecting rod 84 suspension 9 running rail F wing N groove

Claims (16)

1. Sealing arrangement for a door or a window, the sealing arrangement being a sealing device with a housing rail (1) and with a sealing strip (1, 2) and a fastening means (3) for fastening the housing rail (1) to a movable leaf (F) of the door or window, wherein the housing rail (1) has two side walls (10, 11) and a web (12) connecting the side walls (10, 11), the web (12) extending in a first plane, wherein the fastening means (3) is a separate component, wherein the fastening means (3) has a first area (31) which engages in the housing rail (1) on an end face of the housing rail (1), wherein the first region (31) runs parallel to the first plane, and wherein the fastening means (3) has a second region (32) which can be fastened to the leaf (F) of the door or window and which extends outside the housing rail (1), characterized, that the second area (32) is located laterally next to the housing rail (1) and/or that the second area (32), extending along a plane of one of the two side walls (10, 11), is in front of the end face of the housing rail (1 ) is located. 2. Sealing device according to claim 1, wherein the second region (32) has through openings (320) for a fastening element (34). 3. Sealing device according to one of claims 1 or 2, wherein the first and / or the second region (31, 32) is plate-shaped. 4. Sealing device according to one of claims 1 to 3, wherein the fastening means (3) is formed in one piece. 5. A sealing arrangement according to any one of claims 1 to 4, wherein the first and the second (31, 32) region extend parallel to one another and laterally offset from one another. A seal assembly as claimed in claim 5, wherein the first portion (31) extends in a second plane and the second portion (32) extends in a plane parallel to and spaced from the second plane. 7. Sealing arrangement according to one of claims 5 or 6, wherein there is a third region (33) which is perpendicular to the first and second regions (31, 32) and which connects the first region (31) and the second region (32) to one another connects. 8. Sealing arrangement according to one of claims 1 to 4, wherein the first region (31) is in the form of a first leg which defines a longitudinal direction, the second region (32) is in the form of a second leg, the second leg perpendicular to the first leg and is arranged on a longitudinal side of the first leg. 9. Sealing arrangement according to one of claims 1 to 7, wherein the fastening means (3) has a base plate (30) which comprises the second region (32), and wherein the first region (31) on the base plate (30) is formed. 10. Sealing arrangement according to one of Claims 1 to 9, in which the fastening means (3) forms a pair of guide grooves (35) and a sliding body (5) is present which can be pushed along this pair of guide grooves (35) towards the housing rail (1) and in a releasably fixed position is durable. 11. Sealing arrangement according to claim 10, wherein the sliding body (5) can be held fixed by means of a snap connection. 12. Sealing arrangement according to one of claims 10 to 11, wherein the sealing arrangement has a mechanical actuator (7) to move the sealing strip (1, 2) relative to the housing rail (1) and wherein the sealing arrangement has a pivoting element (6) for actuation of the trigger (7), wherein the pivoting element (6) is arranged pivotably on the sliding body (5). 13. Sealing arrangement according to claim 12, wherein the sealing arrangement comprises a contacting surface (40, 41) which is stationary with respect to a frame of the door or the window, the pivoting element (6) when the leaf (F) is closed by means of this contacting surface (40, 41) for The trigger (7) can be moved, whereby the trigger (7) can be actuated and the sealing strip (1, 2) can be moved relative to the housing rail (1). 14. Sealing arrangement according to one of claims 1 to 13, wherein the fastening means (3) has two first areas (31), wherein in each case only one of the two first areas (31) is used for fastening the housing rail (1). 15. Door or window unit with a sealing arrangement according to any one of claims 1 to 14 and with a movable wing (F) having a groove (N), wherein the sealing device (1, 2) and the fastening means (3) in the groove (N) are arranged. 16. Activation device of a sealing device of a sliding door, wherein the activation device has a one-piece or multi-part pivoting element (6), characterized in that the pivoting element (6) is arranged pivotably on a sliding body (5), the sliding body (5) being displaceable on a Fastening means (3) is arranged.