DE202018001232U1 - Sliding door and shower enclosure - Google Patents

Abstract

Sliding door (2), preferably for a shower enclosure (1), comprising a door leaf (3) and a carrying device (11), wherein the carrying device (11) comprises at least one roller (13) for displaceably guiding the sliding door (2) and at least one retraction device (14) for damped Selbsteinzug the sliding door (2) in an end position, characterized in that the roller (13) and the retraction device (14) at least substantially in the same plane (E) as the door leaf (3) lie and / or above the door leaf (3) are arranged, and / or that the support means (11) and a one-piece support member (12) of the support means (11) extends at least substantially over the entire width (B) of the door leaf (3), and / orthat the carrying device (11) or a support element (12) of the carrying device (11) has a receptacle (12C), in which the door leaf (3) is inserted or glued.

Description

The present invention relates to a sliding door and a shower enclosure.

It is known to guide a sliding door, in particular for a shower enclosure, on top of a guide rail via a fitting displaced.

Next it is for example from the DE 20 2012 000 522 U1 known to provide a Einzugeinrichtung for damped self-closing the sliding door in a final position in a sliding door.

The present invention has for its object to provide a sliding door and a shower enclosure, in particular with a retraction device, wherein a robust, compact and / or universal structure is made possible and / or the sliding door or shower enclosure is universally applicable.

The above object is achieved by a sliding door according to claim 1 or 4 or by a shower enclosure according to claim 11. Advantageous developments are the subject of the dependent claims.

The sliding door preferably has a door leaf and a carrying device. In the installed state, the main extension plane of the door leaf is preferably at least substantially vertical. The support means is then preferably arranged at the upper end of the door leaf.

In the installed state, the sliding door or the door leaf is guided or held displaceably on a guide rail via the carrying device from above, in particular via at least one roller arranged on the carrying device. Particularly preferred is a frameless sliding door or a frameless door leaf, so a frameless held disc.

Preferably, the carrying device has a support element, on which the door leaf is held and / or the roller is fastened or fastened.

The sliding door preferably has at least one retraction device for damped self-closing of the sliding door into an end position. The retraction device has, in particular, a spring element and a damping element in order to move the sliding door shortly before reaching an end position by the force of the spring element into the final position, ie to form a self-retraction, in particular about 5 to 10 cm, this movement or this Self-closing is damped by means of the damping element.

Particularly preferably, the retraction device forms a structural unit or assembly which is attached to the support device or the support element and can engage with a stationary or stationary, in particular attached to the guide rail, engagement element or cooperate with this for self-closing.

According to a first aspect of the present invention, the roller and the retraction device lie at least substantially in the same plane as the door leaf or in the main plane of extension of the door leaf.

Alternatively or additionally, the roller and the retraction device are arranged in the installed state above the door leaf. This allows a particularly simple and compact structure, in which on the one hand roller and retracting means are arranged very space-saving and on the other hand, the sliding door can be held and guided safely and robustly in the guide rail.

Furthermore, the roller and the retraction device in the installed state are preferably at least substantially in the same horizontal plane or at the same height. This is also conducive to a compact and space-saving design.

In particular, the carrying device or the support element may have a holding section which is preferably parallel at least essentially to the main extension plane of the door leaf. The roller and / or retracting means is or are preferably attached to the holding portion, in particular laterally, that they lie in the installed state in the same vertical and / or horizontal plane.

According to a further aspect of the present invention, which may also be implemented independently, the carrying device extends at least substantially over the entire door width, in particular along an upper edge of the door leaf. Particularly preferably, the carrying device has a single and / or one-piece support element which extends over the entire width of the door. This allows a particularly simple and compact construction, in which at least substantially the components required for the guide and / or the self-closing are fastened or fastened to the one supporting element. The support device thus preferably forms a structural unit or assembly. Advantageously, while the entire available space, namely the door width, exploited.

The support element is preferably an endless profile or extruded profile. This allows a particularly simple and inexpensive production of the support element.

According to a further aspect of the present invention, which can also be implemented independently, the carrying device, in particular on the support element, has only two rollers. In particular, therefore, the sliding door has only two rollers. The sliding door is thus preferably guided or held only on two rollers in the guide rail. As a result, no complicated mechanism is required to ensure that all rollers rest on the guide rail.

Preferably, the rollers are arranged close to the edge of the support means or fixed close to the support element or fastened. By randnah is here to be understood that the rollers are arranged in an end region of the longitudinal extent of the support means or the support member and / or adjacent to vertical edges of the door leaf, in particular at different or opposite end portions. As a result, the sliding door can be optimally held or guided in the guide rail. In particular, undesired tilting moments and / or forces acting on the sliding door during opening and closing can be minimized or reduced.

According to a further aspect of the present invention, which may also be implemented independently, the sliding door or carrying device, in particular on the support element, has two indenting devices. In this case, preferably a retraction device is associated with an open position of the sliding door and the other retraction device is associated with a closed position of the sliding door. This is a gentle and low-wear use of the sliding door conducive, since both when opening and when closing the sliding door a damped self-closing can be performed.

Preferably, the Einzugeinrichtungen are identical. This allows a simple and inexpensive production.

According to a further aspect of the present invention, which may also be implemented independently, the carrying device or the supporting element has a receptacle into which the door leaf is inserted or glued. This allows a compact construction and / or a simple installation of the sliding door, in particular wherein the preferably one-piece or over the entire width of the door extending support element can be connected to the door leaf.

Preferably, the carrying device or the support element is glued to the door leaf. In particular, then no hole must be made on the door leaf to screw the door leaf with the support means or the like.

Another aspect of the present invention, which may also be implemented independently, relates to a shower enclosure with a proposed sliding door, which is displaceably guided or hung on a guide rail of the shower enclosure. As a result, corresponding advantages are achieved. In particular, such a shower enclosure is very easy to adapt to different structural conditions or sizes and therefore universally applicable.

According to a further aspect of the present invention, which may also be realized independently, the guide rail is fixed longitudinally displaceable on a partition of the shower enclosure or can be fixed or screwed. This makes it possible to optimally align the guide rail only on site during assembly to the partition or to adjust and then set or screw in the desired position on the partition. For example, the guide rail can be arranged so directly on a room wall. The shower enclosure is thus very easy to adapt to different structural conditions or sizes and therefore universally applicable.

Another aspect of the present invention, which may also be implemented independently, relates to a lower guide of the shower enclosure. The sliding door or the door leaf is preferably held or guided slidably in the lower guide and / or the sliding door is preferably secured by the lower guide from below against unhooking of the sliding door or tilting or pivoting of the sliding door. In particular, the lower guide is arranged close to the ground.

Preferably, the lower guide has a guide element, which secures in particular the sliding door or the door leaf from below.

Preferably, the guide element engages in a groove formed on the underside or in the lower edge region of the sliding door, which groove is formed in particular by a sealing strip. Alternatively, it is also possible that the guide element surrounds the sliding door or the door leaf from below or engages under.

Particularly preferably, the guide element is pivotable to release the sliding door from the lower guide and to allow a hanging or tilting or pivoting of the sliding door. Due to this construction, the Sliding be performed very close to the ground, since the proposed pivot mechanism - unlike other solutions, such as a linearly movable guide element - can be realized to save space and / or with a translation.

Preferably, the guide element is in its securing position, ie the position in which the sliding door is held or guided, biased or automatically reset in this position. This allows a safe and robust construction in which the sliding door can not accidentally jump out of the lower guide.

The lower guide preferably has an actuating element whose actuation causes pivoting of the guide element, in particular from the securing position into a release position, or releases or releases the lower guide, so that the sliding door from the lower guide (in particular) can be pivoted or tilted. This allows easy disassembly of the sliding door and thus a universal structure.

Although the sliding door can preferably be pivoted when the lower guide is unlocked or released, it is secured against being hung from the upper guide rail on the upper guide rail. Preferably, a user can unlock the lower guide, but in particular by operating the actuator, the backup on the upper guide rail but not pick up without tools or solve. This allows the sliding door for cleaning purposes or the like in a simple and secure manner from the lower guide or vertical position can be pivoted.

Particularly preferably pivots the guide element of the lower guide when pivoting the sliding door in the lower guide (automatically) in the release position, in particular without actuation of the actuating element. When the sliding door is positioned in the lower guide or when the sliding door is in the vertical position, the guide element then preferably moves automatically into the securing position or is reset in this position. This allows a particularly safe and easy positioning or pivoting of the sliding door in the lower guide.

Another aspect of the present invention, which may also be implemented independently, relates to a sealing strip of the sliding door. The sealing strip is preferably arranged in the region of the lower edge or a lower edge region of the sliding door, in particular plugged or clamped.

The sealing strip preferably has a particular web-like sealing portion. The sealing portion is preferably made of a softer and / or more flexible material than other portions of the sealing strip. As a result, the sealing portion can preferably create or adapt optimally and thus seal the shower room when the sliding door is closed.

Particularly preferably, the sealing strip has a guide groove for a guide element of a lower guide. The guide element preferably engages in the guide groove and / or secures the sliding door from below against pivoting. The sliding door is preferably guided longitudinally displaceably over the guide element in the guide groove.

The guide groove having portion of the sealing strip is preferably made of a harder and / or less flexible or less elastic material than the sealing portion. Thus, a secure and / or optimal engagement of the guide element is preferably ensured, in which the guide element can slide in particular only in the longitudinal direction in the guide groove and / or movement of the guide element is prevented transversely to the longitudinal direction.

According to a further aspect of the present invention, which may also be implemented independently, the guide rail is associated with a panel which secures the sliding door against being detached from the guide rail. This allows a safe and robust construction of the shower enclosure, which prevents the sliding door from being unhooked from the guide rail.

Preferably, the panel is releasably held on the guide rail, in particular bolted to this. In particular, it is therefore possible to dismantle the shower enclosure by removing the panel or unmount the sliding door from the guide rail.

Particularly preferably, the sliding door on the lower guide can be released or notched, in particular to facilitate cleaning of the sliding door. The panel is preferably designed to secure the sliding door in this (tilted) state against unhooking.

Preferably, the panel covers the carrying device, in particular the roller (s) and / or the retraction device (s). Thus, the support means or upper guide is protected by the panel against contamination or other influences.

According to a further aspect of the present invention, which can also be implemented independently, preferably a handle of the sliding door forms a (first) stop for the sliding door or its retraction device in an end position, in particular in the open position. For this purpose, the handle can accrue or strike in particular on a fixed or first partition wall or a frame, stop or sealing element or the like arranged thereon when the sliding door is completely open.

Alternatively or additionally, another or second partition wall, room wall or an abutment or sealing element arranged thereon can form a (second) stop for the sliding door or its retraction device in the closed position.

The door assembly and / or sliding door according to the invention can preferably also be used for other purposes, so in particular is not limited to sanitary purposes or a shower enclosure. Preferably, the term "shower enclosure" is therefore to be understood in a broad sense to the effect that it is also another door assembly with a sliding door, for example, for room separation purposes, a cabinet or other furniture or the like.

The aforementioned aspects and features of the present invention, as well as the aspects and features of the present invention resulting from the further description, can be implemented independently of one another, but also in any desired combination.

• 1 eine schematische, perspektivische Ansicht einer vorschlagsgemäßen Duschabtrennung mit einer Schiebetür und Führungsschiene;
• 2 einen schematischen Ausschnitt der vorschlagsgemäßen Schiebetür im Bereich einer Trageinrichtung der Schiebetür;
• 3 eine ausschnittsweise Vergrößerung von 1 im Bereich der Führungsschiene ohne Blende;
• 4 eine ausschnittsweise Draufsicht der Duschabtrennung im Bereich der Schiebetür ohne Blende;
• 5A eine perspektivische Ansicht einer Einzugeinrichtung der Schiebetür;
• 5B einen schematischen Schnitt der Einzugeinrichtung gemäß 5A;
• 6 einen schematischen Vertikalschnitt der Führungsschiene;
• 7 eine schematische, perspektivische Ansicht eines Verbindungsstücks der Duschabtrennung;
• 8 eine schematische, perspektivische Ansicht einer unteren Führung der Duschabtrennung bzw. Schiebetür;
• 9 einen Vertikalschnitt der unteren Führung gemäß 8 mit gehaltener Schiebetür; und
• 10 einen zu 9 korrespondierenden Vertikalschnitt der unteren Führung mit gehaltener Schiebetür gemäß einer Ausführungsvariante.

Further advantages, features, characteristics and aspects of the present invention will become apparent from the claims and the following description of a preferred embodiment with reference to the drawing. It shows:

• 1 a schematic, perspective view of a proposed shower enclosure with a sliding door and guide rail;
• 2 a schematic section of the proposed sliding door in the region of a support means of the sliding door;
• 3 a partial enlargement of 1 in the area of the guide rail without cover;
• 4 a partial plan view of the shower enclosure in the sliding door without panel;
• 5A a perspective view of a retraction of the sliding door;
• 5B a schematic section of the Einegeinrichtung according to 5A ;
• 6 a schematic vertical section of the guide rail;
• 7 a schematic, perspective view of a connector of the shower enclosure;
• 8th a schematic, perspective view of a lower guide of the shower enclosure or sliding door;
• 9 a vertical section of the lower guide according to 8th with sliding door held; and
• 10 one too 9 corresponding vertical section of the lower guide with held sliding door according to a variant.

In the figures, the same reference numerals are used for the same or similar parts, and corresponding features and advantages are achieved, even if a repeated description is omitted for the sake of simplicity.

1 shows a schematic perspective view of a proposed door assembly or shower enclosure 1 with a sliding in a direction of displacement V or horizontally sliding door 2 ,

In the following and the foregoing description, terms used to refer to absolute positions or orientations in space, such as top, bottom, horizontal, vertical and the like, are used. Like., Preferably refer to the mounted shower enclosure 1 and / or built-in sliding door 2 even if not explicitly mentioned.

The sliding door 2 preferably has a door leaf 3 on. The door leaf 3 is preferably made of a transparent material, particularly preferably made of glass or plastic.

In particular, it is the door leaf 3 around a thin and / or flat disc.

The sliding door 2 is preferably suspended or displaceable on an associated upper guide rail 4.

Preferably, the shower enclosure 1 the guide rail 4 on.

In addition, the shower enclosure 1 or the guide rail 4 a panel 5 preferably on the guide rail 4 in particular releasably secured or fastened, is particularly preferably screwed.

In particular, covers the aperture 5 an upper portion or carrying area of the sliding door 2 and/ or the guide rail 4 from, in particular from above and / or laterally or internally.

The guide rail 4 and / or the aperture 5 is or are preferably (each) in one piece and / or formed as an endless profile or extruded profile. Particularly preferred is or are the guide rail 4 and / or aperture 5 made of metal, in particular aluminum or an aluminum alloy.

In the installed state, the main extension plane runs e the sliding door 2 or the door leaf 3 preferably at least substantially vertical. The main extension plane e is in 6 exemplified.

Under "Edges" of the door leaf 3 are preferably the (side) surfaces of the door leaf 3 to understand the transverse or perpendicular to the main plane of extension e of the door leaf 3 run. In a rectangular disc as in the illustration, the door leaf 3 So four such edges. In the installed state, two of these edges preferably extend at least substantially vertically and the other two edges preferably at least substantially horizontally. In the following, "upper edge" refers to the installation state of the guide rail 4 facing or directed away from the ground horizontal edge, is corresponding to "lower edge" of the guide rail 4 To understand remote from the floor or facing edge.

The shower enclosure 1 preferably has a first fixed disc or partition 6 on, like in 1 indicated. The partition 6 For example, it can be fixed to the guide rail 4 be connected and carry or hold, or even be attached to it.

Preferably, the main plane of extension of the partition wall 6 parallel to the main extension plane e the sliding door 2 , in particular in 6 shown. To open the shower enclosure 1 is the sliding door 2 preferably outside in front or inside behind the partition 6 slidable, in particular horizontally or in the direction of displacement V ,

The partition 6 is preferably in the range of a vertical edge of the partition 6 or at the edge with a room wall R1 connected, in particular via an unillustrated, preferably multi-part and / or adjustable, wall profile. In this case, the wall profile is preferably on the room wall R1 attached and the vertical edge or the edge area received or held by the wall profile. The guide rail 4 can also be connected to the wall profile.

Alternatively or additionally, the guide rail 4 also be firmly connected to the room wall R1 and, for example, the partition 6 hold or wear.

The shower enclosure 1 Optionally has a second fixed disc or partition 7 on. In the illustrated example, the partition extends 7 preferably transversely or perpendicular to the sliding door 2 or guide rail 4 and / or first partition 6 , Here, however, other solutions are possible.

The second partition 7 is preferably on a (different) room wall R2 or the like, in particular at one of the room wall R1 the first partition 7 different room wall R2 , fastened or fastened, in particular via a second wall profile (not shown). The second wall profile holds this the second partition 7 preferably in the region of a vertical edge or an edge region.

The second partition 7 is preferably with the guide rail 4 firmly connected, in particular in the region of one of the guide rail 4 facing or the room wall R2 facing away from the upper corner of the partition 7 , In the illustration example, the guide rail 4 via a corresponding connector 8th with the partition 7 connected. However, other constructive solutions are possible.

The partitions 6 . 7 are preferably made of a transparent material, in particular the same material as the door leaf 3 , And / or designed as a particular frameless discs or installed.

In the illustrated example forms the shower enclosure 1 preferably a corner arrangement, which is arranged in a room corner. However, in principle, other configurations are possible. For example, the shower enclosure 1 between two opposite room walls R1 . R2 to be ordered. In particular, the room walls can R1 and R2 , together with a back wall, form a niche, preferably through the shower enclosure 1 is separated.

Preferably, the second partition is omitted in this case 7 or closes the sliding door 2 (directly) against the room wall R2 or a corresponding, on the room wall R2 attached, seal or a corresponding sealing profile. Alternatively, a second partition can also be used 7 be provided in a plane parallel to the plane of the first partition 6 or preferably in the same plane E as the sliding door 2 lies.

Furthermore, the shower enclosure 1 preferably a shower floor 9 on. At the shower floor 9 it may, for example, be a shower tray. But it is also possible and preferred that the shower floor 9 is at ground level, so at least substantially in the same plane as a room floor on the outside of the shower enclosure 1 is arranged.

The shower floor 9 preferably has a drain (not shown). The shower base is preferred 9 slightly inclined to the drain.

Preferably, the shower enclosure 1 a lower guide 10 on top of the sliding door 2 or the door leaf 3 against tilting or pivoting secures and / or in the sliding door 2 or the door leaf 3 can be guided displaceably. The bottom guide 10 is preferably on the partition wall 6 , a vertical spar or sealing element or the shower tray 9 fastened or fastened.

The shower enclosure 1 preferably separates a shower area, with the sliding door closed 2 preferably at least substantially waterproof. In the following, the term "interior" or "shower room" or "shower area" refers to the area that separates from the shower enclosure 1 is separated or has the shower tray 9. Corresponding with the inside of the shower enclosure 1 , Sliding door 2 , Guide rail 4 , u. Like. A to the shower room or interior facing side to understand. The side facing away from the shower room or interior or the respective inner side opposite is accordingly referred to as the outside. The same applies to the terms "inside" or "outside" and the like.

Preferably, the guide rail 4 on the outside of the shower enclosure 1 or sliding door 2 and / or the aperture 5 on the inside of the shower enclosure 1 or guide rail 4 arranged.

To open the shower enclosure 1 can the sliding door 2 be moved, in particular in front of or behind the partition 6 , particularly preferably on the inside of the partition 6 , This creates a door opening through which the shower area can be entered or left by a person, not shown. The height of the shower enclosure 1 as well as the width of the door opening is dimensioned accordingly.

Preferably, the sliding door 2 by the width of the door opening in the direction of displacement V displaceable.

The sliding door 2 or the door leaf 3 Optionally has a door handle 3B to open or close the shower enclosure 1 or sliding door 2 to facilitate. The handle 3B preferably protrudes through the door leaf 3 through and / or on both the inside and outside of the door panel 3 or the sliding door 2 is a handle 3B intended.

2 shows a perspective view of an upper part of the sliding door 2 ,

3 shows a section of the shower enclosure 1 in the area of the guide rail 4 with built-in sliding door 2 , In the picture is the shower enclosure 1 or sliding door 2 in the closed position. The shower enclosure 1 is here without aperture 5 and connector 8th shown.

4 shows a schematic plan view of the shower enclosure 1 according to 3 in the area of the closed sliding door 2 , In the illustration according to 4 were the aperture 5 and the connector 8th also omitted.

Preferably, the sliding door 2 or the door leaf 3 a seal on one or both vertical edges 3A like a sealing profile.

Preferably, the partition wall 6 and / or partition 7 on or near her sliding door 2 facing vertical edges or the respective room wall R1 . R2 facing away from vertical edges corresponding seals 6A . 7A on.

With closed sliding door 2 is the shower enclosure 1 preferably sealed, especially in the area of the vertical edges of the sliding door 2 or the partitions 6 . 7 , more preferably via the seals 3A . 6A and or 7A ,

With closed sliding door 2 lie the seal (s) 3A preferably (in each case) sealingly on the dividing wall 6 respectively. 7 and / or the respective seals 6A . 7A at. Alternatively, the sliding door 2 also only indirectly against the partition 6 and / or partition 7 be sealed, for example, sealing a between sliding door 2 and partition 6 respectively. 7 abut arranged intermediate piece.

The sliding door 2 preferably has a support device 11 on top of the sliding door 2 or along the upper edge or at an upper edge or edge region of the door leaf 3 is arranged there or the door leaf 3 holds.

The sliding door 2 or carrying device 11 preferably has a support element 12 , one or more rollers 13 and / or one or more retraction devices 14. Especially preferred are the roller (s) 13 and / or retraction device (s) 14 on the support element 12 fastened or fastened, in particular screwed.

Preferably, the carrying device 11 only a single or one-piece support element 12 on. In particular, the support element extends 12 preferably at least substantially over the entire upper edge of the sliding door 2 or the door leaf 3 or over the entire door width B ,

Under the door width B is in particular the length of the upper or lower edge of the sliding door 2 or the door leaf 3 and / or the distance between the two vertical edges of the sliding door 2 or the door leaf 3 to understand.

The support element 12 is preferably formed as an endless profile or extruded profile and / or made of metal, particularly preferably of aluminum or an aluminum alloy.

The support element 12 is preferably elongated, in particular with a longitudinal extent, at least substantially the door width B corresponds and / or in the horizontal direction or displacement direction V runs.

Preferably, the door leaf 3 (only) about the carrying device 11 or the support element 12 on the guide rail 4 especially held longitudinally displaceable or hung or suspended.

Preferably, the door leaf 3 with the carrying device 11 , in particular the support element 12 , connected, in particular at or in the region of the upper edge or upper edge region of the door leaf 3 ,

Particularly preferred are the roller (s) 13 and / or the retraction device (s) 14 on the sliding door 2 , on the carrying device 11 and / or on the support element 12 attached to them at least substantially in the main extension plane e of the door leaf 3 and / or in a common, to the plane e vertical, plane lie. When installed, the roller (s) 13 and / or the retraction device (s) 14 Thus, preferably at least substantially in the same vertical plane and / or horizontal plane or at the same height.

The roller or rollers 13 serves or serve preferably the sliding guide the sliding door 2 ,

The sliding door 2 or carrying device 11 preferably has two rollers 13 on, particularly preferably only two rollers 13 ,

The rollers 13 are preferably identical and / or similar or corresponding to the sliding door 2 or carrying device 11 arranged or on the support element 12 attached.

The rollers 13 are preferably on the support element 12 attached, in particular screwed. The rollers 13 are preferably rotatable on the support element 12 held.

The rollers 13 are preferably made of plastic.

The rollers 13 are preferably ball bearings, in particular ball bearings, more preferably deep groove ball bearings or other axial forces receiving bearing. If necessary, the ball bearings in plastic tires of the rollers 13 pressed and thereby be connected to these. Preferably, rings are cast around the bearings to form the tires.

The rollers 13 preferably have a track groove, in which preferably the guide rail 4 or a running rail 4D the guide rail 4 can engage, so the rollers 13 on the guide rail 4 can be guided laterally or on the track 4D can roll off.

The rollers 13 are preferably close to the edge of the sliding door 2 or carrying device 11 arranged or close to the bottom of the support element 12 attached or attachable or screwed. By randnah here is to be understood that the rollers 13 each in an end region of the carrying device 11 or the support element 12 and / or near a vertical edge of the sliding door 2 or the door leaf 3 are arranged.

Particularly preferred are the rollers 13 at opposite ends of the support 11 or the support element 12 and / or near different vertical edges of the sliding door 2 or the door leaf 3 arranged or attached. In particular, the distance between the two rollers corresponds 13 almost the door width B ,

The rollers 13 are preferably on the same side of the sliding door 2 or carrying device 11 or the support element 12 arranged or fastened, particularly preferably on the outside or on the guide rail 4 facing side.

The retraction device 14 is preferably an automatic closing or opening the sliding door 2 , in particular only shortly before reaching an end position, and / or a damped self-closing the sliding door 2 ,

The retraction device 14 is preferably on the support device 11 arranged or on the support element 12 attached, in particular screwed.

Preferably, the retraction device 14 in the direction of displacement V in front of or behind the roller 13 or one of the rollers 13 arranged, particularly preferably so that the roller 13 and the retraction device 14 in the same plane perpendicular to the main plane of extension e of the door leaf 3 lie, or in the installed state at least substantially at the same height.

Preferably, the retraction device (s) 14 between the rollers 13 arranged.

Serves the retraction device 14 the automatic opening of the sliding door 2 , Under the end position is preferably an open position or the fully open sliding door 2 to understand. In this case, the feeder is 14 preferably near the partition 6 or room wall R1 facing roller 13 is arranged.

Serves the retraction device 14 an automatic closing of the sliding door 2 , Under the end position is preferably a closed position or the fully closed sliding door 2 to understand. In this case, the feeder 14 is preferably close to that of the partition 7 or room wall R2 facing roller 13 arranged.

Particularly preferred, the sliding door 2 or carrying device 11 two retraction facilities 14 on, with a Einggeinrichtung 14 an automatic closing of the sliding door 2 allows and the other retraction device 14 an automatic opening of the sliding door 2 allows. A retraction device 14 is therefore preferably the closed position of the sliding door 2 assigned and another retraction device is preferably the open position of the sliding door 2 assigned. In this case, so a damped self-closing in the two end positions of the sliding door 2 educated.

The Einzugeinrichtungen 14 are preferably identical. Preferably, the Einzugeinrichtungen 14 however, rotated by 180 ° on the sliding door 2 or carrying device 11 arranged or on the support element 12 attached.

The Einzugeinrichtungen 14 are preferably on the same side of the sliding door 2 or carrying device 11 or the support element 12 arranged or fastened, particularly preferably on the outside or on the guide rail 4 facing side.

Particularly preferred is the support device 11 built or formed mirror-symmetrical. In particular, a plane of symmetry or mirror parallel to the vertical edges runs centrally through the sliding door 2 or carrying device 11 or the support element 12 , The roller 13 and / or retraction device 14 On one side of this plane is or are preferably mirror images of the roller 13 and / or retraction device 14 arranged on the other side of this level.

Each retraction device 14 is preferably a particular stationary engagement element 15 assigned. However, it is also possible that an engaging element 15 two retraction facilities 14 assigned.

The engaging elements 15 are preferably on the guide rail 4 attached, in particular screwed. Here, however, other solutions are possible, for example, the engagement elements 15 to the guide rail 4 be glued or formed by this.

The engaging elements 15 preferably extend horizontally and / or inwardly from the guide rail 4 in the direction of the shower or interior, and / or protrude over the running rail 4D or are above the track 4D arranged.

In particular, there are the engagement elements 15 above the rollers 13 so the rollers 13 when moving the sliding door 2 below the engagement elements 15 can roll past.

Preferably, the engagement elements extend 15 transverse to the main extension plane E and / or longitudinal extent of the guide rail 4 or running rail 4D ,

Preferably, a driver 14A the retraction device 14 when or for self-closing on the associated engagement element 15 attack temporarily, in particular this partially include. Accordingly, the engagement element protrudes 15 preferably in the path of movement of the driver 14A or retraction device 14 , Under the path of movement here is the way to understand, the driver 14A or the retraction device 14 when moving the sliding door 2 in the direction of displacement V travels.

Particularly preferably, the driver protrudes 14A in the installed state upwards. Here, however, other constructive solutions are possible, for example, could the driver 14A to the side or the Einggeinrichtung 14 accordingly on the support element 12 be attached. The engaging element 15 extends in this case then preferably laterally or parallel to the plane e and / or vertically to provide the largest possible attack surface. However, the preferred arrangement is one after above projecting carrier 14A , as this tilting moments occurring during the intervention are prevented or minimized and / or the arrangement is particularly space-saving.

5A shows in a perspective view of the Einegeinrichtung 14 , 5B shows a section through the Einegeinrichtung 14 according to 5A , The preferred construction and operation of a retraction device will be described below 14 in particular with reference to 3 to 5 , explained in detail. The embodiments apply preferably for both Einzugeinrichtungen 14 ,

The retraction device 14 preferably forms a structural unit or assembly that is very easy to install.

The driver 14A the retraction device 14 is in the representation according to 5A in its pre-stressed position or initial position in which it is not engaged. From this starting position is the driver 14A in an in 5A dashed lines indicated relaxed position or end position automatically movable, in particular by the length of the self-closing S as in 5A indicated. The retraction device 14 in particular has a corresponding spring for this purpose 14B on, like in 5B shown. 5B shows the driver 14A in the end position, so with a relaxed spring 14B ,

By the self-closing S is the sliding door 2 in the corresponding end position, for example, the open position or closed position, movable.

At the opposite movement of the sliding door 2 or when moving out of the final position, the driver is 14A moved back from the end position to its original position, the spring 14B is stretched simultaneously. Upon reaching the starting position, the engagement with the engagement element 15 is released again and the sliding door 2 is free in the direction of displacement V further in the direction of the other end positions, such as the closed or open position, movable.

The movement of the driver 14A from the initial to the end position and vice versa is here as a movement relative to the retraction device 14 or sliding door 2 to understand. In absolute space, the driver moves 14A as soon as he with the stationary engaging element 15 is preferably no longer engaged. In particular, the driver remains 14A on the stationary engagement element 15 hang. The sliding door 2 However, it may still preferably be about self-closing S continue in the direction of displacement V move. In particular, the sliding door 2 through the spring 14B automatically in the direction of displacement V moved on, in particular to the self-closing S , In the reference frame of the sliding door 2 this corresponds to a movement of the driver 14A from the starting position to the end position.

With closed sliding door 2 is the driver 14A the Eingabgeinrichtung assigned to the open position 14 preferably in the previously described and in 5A illustrated starting position. The driver 14A So here is not engaged, as in the representation example according to 3 and 4 shown accordingly.

The driver 14A the other retraction device 14 is located with the sliding door closed 2 preferably in the 5A Dashed end position shown. The driver 14A then preferably stands with its associated engagement element 15 in engagement, as in the 3 and 4 shown.

With the sliding door completely open 2 or shower enclosure 1 it is preferably vice versa, ie when the sliding door is closed 2 in the starting position located driver 14A is located at fully open sliding door 2 in the end position and the previously in the end position or engaged driver 14A is then in the starting position.

Between these two positions, so if no driver 14A is engaged, for example, at half-open sliding door 2 or shower enclosure 1 , are preferably both drivers 14A in the preloaded or initial position.

In the representation example according to 2 that the sliding door 2 before the final installation of the shower enclosure 1 or before hanging in the guide rail 4, both drivers are located 14A in the relaxed or end position. This situation may be with hinged sliding door 2 preferably not set. When hinged sliding door is preferably always at least one driver 14A in the initial position or biased position, regardless of the position of the sliding door 2 ,

In order to avoid excessive acceleration when moving into the end position and / or to limit the movement speed to the end position, the retraction device 14 preferably a damper 14C For example, a gas cylinder or the like, to dampen the retraction movement, as a damped Selbsteinzug S the sliding door 2 to effect in the corresponding end position.

The damper 14C can for example via a corresponding piston rod 14D with the relative to the retraction device 14 slidably guided driver 14A be coupled, as in 5B indicated. However, other constructive solutions are possible.

Preferably, the spring 14B with the driver 14A only indirectly coupled, in particular via the piston rod 14D , as in 5B shown. The feather 14B is thus preferably by the method of the piston rod 14D cocked in the damper 14C. Here, however, other solutions are possible.

The length of the self-closing S is preferably about 5 to 10 cm. That means the sliding door 2 or the retraction device 14 , in particular their carriers 14A , shortly before reaching the corresponding end position, ie the open or closed position, in this case about 5 to 10 cm before reaching this end position of the engagement element 15 is detected and moved to the final position or pulled. Here, a damped motion is performed.

The Einzugeinrichtungen 14 or engaging elements 15 are on the sliding door 2 or guide rail 4 arranged / arranged or positioned / positionable that the sliding door 2 after performing self-closing S in the desired end position, for example, the open position or closed position is located.

Optionally, it is possible that the retraction device 14 longitudinally displaceable on the support element 12 and thus the sliding door 2 can be fixed or screwed on. Alternatively or additionally, also the associated engagement element 15 on the guide rail 4 be longitudinally displaceable fixed or screwed.

The sliding door 2 becomes in the reached end position of the engaging element 15 held. In particular, an engagement between the retraction device remains 14 or its driver 14A on the one hand and the engagement element 15 on the other hand. Only when moving back the sliding door 2 from the end position of the engagement is released, especially when the driver 14A his starting position reached again and the sliding door 2 continue - contrary to the direction of self-induction S - is moved.

In the illustrated example, the particular U-shaped or bracket-like driver 14A preferably over a backdrop 14E guided so that it tilts in the starting position or from the engagement element 15 so descends or swings that the positive engagement of the driver 14A with the engagement element 15 in the direction opposite to the self-induction S will be annulled.

In the opposite direction, the engagement element 15 when hitting the driver 14A engage in the initial position with this in such a way that at an initial movement in the direction of self-closing S the driver 14A preferably over the scenery 14E to the engagement element 15 towards vorschwenkt and a form-fitting in both sliding directions connection to the engagement element 15 manufactures to the sliding door 2 in the further course of the self-collection S defined and positively move in the final position.

Preferably, the driver 14A in the starting position in the backdrop 14E against the spring force of the spring 14B held, for example, by the gate 14E is formed in an initial position associated with the end region L-shaped, as in 5A shown.

By the pivoting movement to the engagement element 15 there will be the driver 14A preferably from his in the scenery 14E kept moved home position, which in particular has the consequence that the spring 14B relaxed and at the same time the driver 14A moved to the end position.

For a possible or preferred construction of the feeding device 14 in particular on the WO 2007/121731 A1 which is hereby incorporated by reference as a supplementary disclosure.

6 shows in a schematic cross section and vertical section, the guide rail 4 with the on the guide rail 4 guided sliding door 2 as well as with the guide rail 4 connected partition 6 with closed shower enclosure 1 or sliding door 2 , The cut runs through the sliding door 2 , 6 shows the shower enclosure 1 with mounted aperture 5 ,

The carrying device 11 or the support element 12 preferably has a holding section 12A on. Preferably, the rollers 13 and / or retraction facilities 14 at the holding section 12A held or fastened or fastened, in particular screwed.

The carrying device 11 or the support element 12 preferably has a connecting portion 12B and / or a recording 12C for the door leaf 3 on. The connecting section 12B is preferably at least substantially U-shaped in cross-section and / or has two opposite legs 12D on. The recording 12C is preferably from the connecting portion 12B and / or between the thighs 12D educated.

Preferably, the door leaf 3 , in particular the upper edge or an upper edge region of the door leaf 3 , in the connecting section 12B or the receptacle 12C or between the legs 12D inserted or plugged in, clamped and / or glued.

The main extension plane e of the door leaf 3 preferably runs at least substantially centrally through the connecting portion 12B or the recording 12C ,

Optionally, the connection section 12B one or more ribs 12E exhibit. Ribs 12E can on the thighs 12D and / or another portion of the connection portion 12B be educated. Ribs 12E preferably protrude into the receptacle 12C , Ribs 12E serve to reinforce or stiffen the connection portion 12B or the thigh 12D and / or cause a clamping action on the door leaf 3 ,

In particular, the legs can 12D be designed so that they insert or insert the door leaf 3 be pressed apart, leaving a clamp between connecting section 12B or recording 12C on the one hand and door leaf 3 , in particular in the edge region of the upper edge, takes place.

Preferably, the ribs cause 12E that the door leaf 3 defined, in particular at least substantially parallel to the holding section 12A or to the thighs 12D and / or in the installed state vertically, in the receptacle 12C is held. In particular, prevent the ribs 12E a tilting of the door leaf 3 in the recording 12C ,

Particularly preferred is the door leaf 3 with the carrying device 11 or the support element 12 , especially in the recording 12C or with the connection section 12B , glued. Alternatively or additionally, however, it is also possible for the door leaf 3 in a different way with the carrying device 11 or to connect the support member 12, for example by screwing or the like.

During assembly, the adhesive is preferably first in the receptacle 12C and then the door leaf 3 in the recording 12C inserted or inserted. After curing of the adhesive is the door leaf 3 then preferably cohesively with the support element 12 , in particular its connecting portion 12B , connected.

Preferably, the door leaf 3 at least substantially along the entire length of the connecting portion 12B or the recording 12C , in particular along the entire length of the upper edge of the door leaf 3 or over the entire door width B , bonded or cohesively with the support element 12 connected. The upper edge of the door leaf 3 is therefore preferably at least substantially full surface with the support element 12 or the connection section 12B connected or glued.

The adhesive used is preferably a two-component adhesive or other suitable adhesive.

The holding section 12A preferably extends laterally from the connecting portion 12B or the recording 12C and / or joins laterally thereto, in particular in a plane parallel to the legs 12D and / or the main extension plane e the sliding door 2 or the door leaf 3 ,

The rollers 13 and / or retraction facilities 14 are preferably on the main extension plane e facing side on the holding section 12A attached or screwed on. In particular, the rollers 13 and / or the Einzugeinrichtungen 14 so laterally from the holding section 12A arranged that they are at least substantially in the main extension plane e , so preferably over the connecting portion 12B , the recording 12C and / or the upper edge of the door leaf 3 , lie.

The guide rail 4 preferably has a main section 4A on. The main section 4A in the installed state preferably runs at least substantially vertically and / or forms an outer side of the shower enclosure 1 or guide rail 4 ,

From the main section 4A preferably extends a transverse section 4B , The cross section 4B extends in particular transversely, more preferably perpendicular, from the main section 4A and / or in the installed state at least substantially horizontal. The cross section 4B preferably extends in the direction of the interior or is on the inside of the main section 4A arranged. Preferably, the transverse section 4B in an upper area of the guide rail 4 arranged and / or forms an upper side of the guide rail 4 ,

Particularly preferred are or will be the engagement elements 15 attached to the transverse section 4B. However, it is also possible that the engagement elements 15 to the cross section 4B are formed and / or by the transverse section 4B be formed.

The guide rail 4 preferably has a holding section 4C on, in particular at the cross section 4B is arranged or over the cross section 4B with the main section 4A connected is.

The holding section 4C is at least substantially L-shaped in cross-section. A first thigh 4J of the holding section 4C is preferably at its upper end with the transverse section 4B connected and extends transversely thereof or at least substantially parallel to the main portion 4A or vertically. The second leg 4K of the holding section 4C , which is connected to the lower end of the first leg, preferably extends transversely to the first leg 4J or to the main section 4A and / or at least substantially parallel to the transverse section 4B or horizontally.

At the guide rail 4 , in particular on the holding section 4C or on the second leg 4K , is preferably the track rail 4D for the rollers 13 provided or formed or molded.

Preferably, the running rail 4D in the grooves of the rollers 13 intervention. In the installed state is the sliding door 2 preferably over the rollers 13 on the track 4D suspended or slidably mounted.

The track 4D preferably forms a rounded tread. This allows a tolerance compensation, in which the rollers 13 then optimally or in the direction of gravity on the track 4D rest when the guide rail 4 slightly tilted about the longitudinal axis is arranged in space. It is thus ensured that the sliding door 2 vertically in the guide rail 4 hangs. In particular, a tilting of the sliding door 2 in the guide rail 4 or running rail 4D avoided.

Preferably, the shower enclosure 1 one in particular from the guide rail 4 formed (first) lift-off on the sliding door 2 or rollers 13 secures against a lifting or locks.

The (first) lift-off is preferably by a securing portion 4E of the guide rail 4 educated.

The security section 4E is preferably through the holding section 4C , in particular its second leg 4K , formed or molded to it.

In the illustration example, the backup section is 4E designed as a protruding rib. Here, however, other solutions are possible. In particular, the security section 4E also directly from the holding section 4C or its second leg 4K be formed.

The security section 4E preferably secures the sliding door 2 against a lifting of the guide rail 4 or lifting the rollers 13 from the track 4D , In the installed state, the security section is located 4E preferably immediately above the connecting section 12B or the door leaf 3 ,

Preferably, the (first) lifting protection or the securing section 4E formed continuously or extends at least substantially along the entire longitudinal extension of the guide rail 4 , in particular horizontally.

Preferably, by the (first) lift-off a lifting of the sliding door 2 in the vertical direction or in the direction of the main extension plane e prevents, especially as it is a plant with the security section 4E comes.

Preferably, the (first) lifting protection or the securing section 4E by tilting the sliding door 2 be overcome. So it's possible the sliding door 2 to tilt or to pivot, in particular with the lower edge inwards or transversely to the plane e and / or from the security section 4E path. However, this is particularly possible only if the sliding door 2 from the bottom guide 10 is solved.

Preferably, between the roller (s) 13 and the guide rail 4 , in particular the holding section 4C or its first leg 4J , a corresponding intermediate space formed by a tilting or pivoting of the sliding door 2 to enable. In particular, the first leg 4J be slightly inclined relative to the vertical, so that a larger tilt angle is made possible.

In the tilted or inward tilted position, it is possible to use the sliding door 2 or roller (s) 13 of the running rail 4D take off or from the guide rail 4 hang out, but particularly preferably only when removed or dismantled diaphragm 5 ,

Preferably, the shower enclosure 1 namely a (second or additional) lift-off on the sliding door 2 or roller (s) 13 against a lifting even with a sliding door 2 secures or locks and in particular through the aperture 5 is formed.

The aperture 5 is preferably via a fastener 5A with the guide rail 4 , especially in the area of the main section 4A or transverse section 4B, fastened, in particular screwed. Here, however, other solutions are possible, for example, the aperture 5 clamping or latching to the guide rail 4 be attached.

The aperture 5 is preferably formed in cross-section at least substantially L-shaped. A first leg preferably covers the sliding door 2 and / or guide rail 4 above.

The second leg preferably covers the guide rail 4 on the inside and / or covers the sliding door 2 in the area of the guide rail 4 , in particular the carrying device 11 , (inside) from.

The aperture 5 is preferably in one piece and / or formed as an endless profile or extruded profile. Particularly preferred is the aperture 5 made of metal, in particular aluminum or an aluminum alloy.

The aperture 5 is preferably rigid and / or provides additional stiffening or stabilization of the guide rail 4 when connected to this.

Particularly preferred is the aperture 5 designed to the sliding door 2 against a lifting out of the guide rail 4 to secure. This may alternatively or preferably in addition to the first lift-off, in particular by the securing section 4E is realized, be provided.

One possible fuse may be that the bezel 5 immediately above the sliding door 2 or carrying device 11 is arranged so that a lift off the sliding door 2 or rollers 13 from the guide rail 4 is not possible or blocked.

Alternatively or additionally, the aperture 5 a fuse element 5B have or form, which is a hanging of the sliding door 2 - Especially only or at least or even with a sliding door 2 - from the guide rail 4 prevents or blocks. The fuse element 5B may be formed, for example, as a continuous rib or projection and / or of the aperture 5 to the sliding door 2 or guide rail 4 protrude, more preferably in the lower region of the diaphragm 5 or below the track rail 4D or at the height of the connection section 12B of the support element 12 and / or the upper edge of the door leaf 3 ,

Preferably, the securing element extends 5B along the (total) longitudinal extent of the aperture 5 or guide rail 4 ,

The sliding door 2 or carrying device 11 preferably has a securing element 5B the aperture 5 corresponding contact element 12F on. The investment element 12F is preferably on the support element 12 arranged or formed by this, particularly preferably at the connecting portion 12B or its turned to the interior leg 12D ,

The investment element 12F is preferably formed as a (continuous) rib or projection and / or preferably protrudes to the aperture 5 out. In particular, the contact element extends 12F along the entire longitudinal extent of the support device 11 or the support element 12 and / or along the door width B ,

When installed, the contact element is located 12F preferably below the securing element 5B ,

Preferably, the securing element 5B and the contact element 12F so arranged to each other, that the sliding door 2 Although tilted or can be pivoted, but not in this tilted or pivoted state from the guide rail 4 can be posted, especially as it is a plant of the investment element 12F on the fuse element 5B comes.

Tilting the sliding door 2 - In particular pivoting the sliding door 2 with its lower edge inward - is preferably only possible if the lower guide 10 is solved or opened. If in the preceding or following description so tilting or pivoting the sliding door 2 o. The like. Is described, is preferably from the lower guide 10 dissolved sliding door 2 even though this is not explicitly mentioned. The through the aperture 5 or the fuse element 5B or contact element 12F formed Aushängsicherung is therefore preferably as an additional backup in released from the lower guide 10 sliding door 2 to understand.

Preferably, fuse element run 5B and contact element 12F not parallel to each other, but include an angle. Preferably, the sliding door 2 pivotable or tiltable by this angle before it to plant the contact element 12F on the fuse element 5B comes and another tilting or pivoting is blocked. The tilting or pivoting axis in this case preferably runs through the running rail 4D ,

With mounted aperture 5 is the angle to which the sliding door 2 can be tilted, preferably more than 5 °, more preferably more than 10 °, and / or less than 30 °, in particular less than 20 °.

A hanging of the sliding door 2 from the guide rail 4 or lifting the rollers 13 from the track 4D and / or overcoming the securing portion 4E is preferably only at a greater angle than the maximum possible tilt angle with mounted aperture 5 possible.

The aperture 5 ensures a lifting of the sliding door 2 from the guide rail 4 or lifting the rollers 13 from the track 4D even in the tilted state of the sliding door 2 ,

To disassemble, the aperture can 5 preferably from the guide rail 4 be solved.

A hanging of the sliding door 2 from the guide rail 4 is at mounted aperture 5 preferably not possible or is through the aperture 5 prevented. The sliding door 2 may preferably only from the guide rail 4 be posted when the aperture 5 is removed or dismantled. Then the sliding door 2 as described above, far enough pivoted or tilted about the first lift-off or the securing section 4E can be overcome and can then be posted.

The partition 6 is preferably laterally adjacent to the main section 4A the guide rail 4 arranged, in particular on the inside of the main section 4A.

Preferably, the upper portion of the partition wall 6 between the main section 4A and the holding section 4C or in one through the main section 4A , Cross section 4B and holding section 4C taken or held formed gap or groove-like receiving space.

The partition 6 preferably has a greater height than the door leaf 3 on, or the upper edge of the partition 6 is preferably higher than the upper edge of the door leaf 3 ,

The partition 6 and guide rail 4 are preferably connected or screwed together, in particular on the main section 4A , In the following description, it is assumed that the guide rail 4 from the partition 6 held or on the partition 6 is attached or vice versa.

The guide rail 4 is preferably by a fastener 4F , in particular a screw, on the partition wall 6 fixable or attachable or screw-on.

Preferably, the partition wall 6 one or more holes or apertures through which the corresponding fasteners 4F reach through and the guide rail 4 , especially the main section 4A , on the partition 6 Fasten.

Particularly preferably, the attachment of guide rail 4 and partition 6 by means of the fastening means 4F , in particular a screw, and an associated counter bearing or counterpart 4G For example, a nut, a threaded nut or the like. Here, however, other solutions are possible, for example, directly in the guide rail 4 or the main section 4A Thread for the fasteners 4F be provided.

Particularly preferred is the guide rail 4 relative to the partition 6 longitudinally adjustable - so adjustable in the longitudinal direction - and then on the partition 6 fixable or attachable or screwed.

The position of the guide rail 4 relative to the partition 6 is preferably (free) determinable. In particular, the guide rail 4 directly or completely on the room wall R1 to be ordered.

The longitudinal displacement is preferably by a in the guide rail 4 or the main section 4A formed longitudinal groove 4H realized that allows any longitudinal displacement. However, other solutions, such as elongated holes, are also possible here.

In the longitudinal groove 4H is preferably the counterpart 4G , in particular a nut or a sliding block, for the respective fastening means 4F arranged or held longitudinally displaceable. The guide rail 4 then preferably via the counterpart 4G with the fastener 4F on the partition 6 be attached. In particular, the counterpart has 4G a thread into which the fastener 4F is screwed or can be screwed.

During assembly, the counterparts can 4G accordingly in the longitudinal groove 4H be moved around with the fasteners 4F to be connected or screwed. In the assembled state are the counterparts 4G then also in the longitudinal groove 4H established.

Alternatively, it is also possible to have a head of the screw or fastener 4F longitudinally displaceable in the longitudinal groove 4H to arrange or hold. The counterpart 4G , in particular a nut, is then preferably on the inside of the partition 6 on the fastener 4F screwed.

The openings of the partition 6 or the fastener 4F and / or the longitudinal groove 4H or counterpart 4G is or are preferably below the holding portion 4C or the running rail 4D arranged. This allows the fastener 4F or counterpart 4G during assembly, in particular when the sliding door is removed 2 , can be easily achieved.

The partition 6 is preferably connected or screwed only in a few places with the guide rail 4 or has only in a few places an opening or a fastener 4F or counterpart 4G on, more preferably only in two places near the vertical edges of the partition 6 ,

Between the partition 6 and the guide rail 4 or the main portion 4A is preferably at least one particular strip-like intermediate element 16 is arranged, in particular in the region of the openings or fastening means 4F and / or along the longitudinal groove 4H and / or at or around the upper edge of the partition 6 ,

In the illustration example, the intermediate element is 16 integrally formed. However, it is also possible that the intermediate element 16 has several sections or more intermediate elements 16 are provided. In particular, an intermediate element 16 in the area of openings or fastening means 4F be provided and another intermediate element in the region of the upper edge of the partition 6 ,

The intermediate element 16 is preferably made of a soft and / or elastic material. In particular, the intermediate element forms 16 a buffer layer or protective layer between the partition 6 and the guide rail 4 ,

The shower enclosure 1 can another aperture 17 exhibit. The further aperture 17 is preferably not over the entire length of the guide rail 4 attached to this, but only in the area of the door opening, or in the area where the partition 6 no longer in the guide rail 4 protrudes. The aperture 17 preferably covers the guide rail 4 in this area from below.

Preferably, the further aperture extends 17 at least along the entire width of the door opening, in particular horizontally, or forms an upper edge of the door opening. In particular, the further aperture 17 at least essentially the length of the door width B ,

The further aperture 17 is preferably at least substantially L-shaped or U-shaped in cross-section. The further aperture 17 is preferably on the guide rail 4 , in particular the main section 4A screwed or glued on.

7 shows a preferred embodiment of the connector 8th ,

The connector 8th preferably connects the guide rail 4 with the second partition 7 ,

The connector 8th is preferably formed at least substantially parallelepiped or cube-shaped.

The guide rail 4 and / or partition 7 is or are preferably in the connector 8th , in particular a receiving section 8A of the connector 8th , picked up, hung or plugged in, or receivable, can be hung or plugged in.

The connector 8th preferably has a first receiving or receiving opening 8B for the guide rail 4 and / or a second receptacle or receiving opening 8C for the second partition 7 on.

The receiving opening 8B for the guide rail 4 is preferably at least substantially square or rectangular and / or has dimensions which are at least substantially the outer contour or the outer cross section of the guide rail 4 , preferably with mounted aperture 5 , correspond.

When mounted, the guide rail protrudes 4 with mounted aperture 5 preferably through the receiving opening 8B through into the receiving section 8A , In the assembled state, the end region of the guide rail 4 and / or the aperture 5 preferably from the connector 8th and / or a filler panel 8G of the connector 8th covered.

The receiving opening 8C for the second partition 7 is preferably slot-shaped, so that the partition wall 7 through the receiving opening 8C through into the connector 8th or its receiving section 8A protrude or can be inserted or inserted therein.

Preferably, the sliding door 2 when closing in the connector 8th or the receiving section 8A be pushed, preferably until the door leaf 3 with its vertical edge or a seal 3A to the partition 7 or seal 7A abuts.

In the representation example according to 7 stand the planes in which the receiving opening 8B respectively. 8C lie, perpendicular to each other or is the receiving opening 8C side of the receiving opening 8B arranged. The illustrated embodiment is for a corner arrangement of the shower enclosure 1 suitable, as in 1 shown. Accordingly, the receiving openings 8B and 8C preferably arranged differently in a different arrangement, for example, on opposite sides of the connector 8th for an arrangement of the shower enclosure 1 in which the partitions 6 . 7 parallel to each other or in the same plane.

The guide rail 4 and / or the partition 7 is or are with the connector 8th connected or connectable, in particular screwed.

The connector 8th preferably has a connecting element 8D on. The connecting element 8D preferably protrudes from the receiving opening 8B out.

Preferably, the guide rail 4 on the connecting element 8D be arranged or hung or the connecting element 8D preferably in the guide rail 4 be inserted or plugged in, especially at the point where else the first partition 6 is arranged.

In the preferred embodiment of the guide rail 4 , in the 6 is shown, is the connecting element 8D preferably in that of main section 4A, transverse section 4B and holding section 4C formed intermediate space of the guide rail 4 arranged.

About the connecting element 8D becomes the connector 8th preferably on the guide rail 4 held. In addition, the connecting element 8D also with the guide rail 4 be bolted. For this purpose, the connecting element 8D preferably one or more openings 8E for appropriate fasteners or screws.

The connector 8th is preferably longitudinally displaceable on the guide rail 4 fixed or attached. Particularly preferred is the connecting piece 8 or connecting element 8D over the previously described arrangement with longitudinal groove 4H and counterpart 4G , in particular nut or sliding block, on the guide rail 4 fixed or attached.

The partition 7 is preferably with the connector 8th connected, in particular screwed. The partition 7 preferably has a corresponding opening through which a fastener or a screw can reach through.

The connector 8th preferably has at least one attachment portion 8F in, in which the fastening means can be introduced, in particular in which a screw can be screwed.

The attachment section 8F is preferably to the receiving portion 8A molded or formed by this. For example, the attachment portion 8F may be a thickening of the receiving portion 8A , one from the recording section 8A be prominent projection o. The like. Be.

Preferably, the attachment portion 8F a thread for the screw on. However, it is also possible, the attachment section 8F only to be provided with a hole for self-tapping screws.

For fastening the connector 8th on the partition 7 However, other solutions are possible. In particular, the connecting piece 8th longitudinally displaceable with the partition wall 7 be connectable. Preferably, the attachment portion 8F formed in this case as a slot.

The connector 8th preferably has a diaphragm 8G on. The aperture 8G is preferably with the receiving portion 8A connectable or held on this, in particular clamping or latching.

The aperture 8G preferably facilitates the assembly of the connector 8th , In particular, the aperture is 8G only at the receiving section 8A fastened when the connector 8th with the guide rail 4 and the partition 7 connected is.

The connector 8th can - in a slightly modified form - for fixing the guide rail 4 directly on the room wall R1 or R2 be used. In this case, the receiving opening 8C omitted. The connector 8th is then preferably on the room wall R1 or R2 fastened, in particular with this screwed. The guide rail 4 is then preferably as previously described on the connector 8th plugged in, hung or fastened, in particular via the connecting element 8D ,

In the illustration example, the guide rail 4 preferably from the partition 6 held. A fixing of the guide rail 4 on the room wall R1 can then be omitted. Alternatively or additionally, the guide rail 4 but also, in particular via a correspondingly modified connector 8, on the room wall R1 be secured, for example, when the guide rail 4, the partition 6 wearing.

Preferably, an attachment of the guide rail 4 on one of the room walls R1 . R2 provided only with an arrangement in which the partition 7 eliminated. In such an arrangement, the sliding door closes 2 preferably directly against the room wall R2 or a seal arranged thereon, as explained above. The guide rail 4 is then preferably via a correspondingly modified connector 8th with the room wall R2 connected.

Below is a particularly preferred method in the assembly of the shower enclosure 1 described.

After mounting the partition 6 and possibly of partition 7 is preferably the connector 8th , especially without aperture 8G , on the partition wall 7 or possibly on the room wall R2 attached.

Subsequently, the guide rail 4 , especially without aperture 5 , preferably from the top of the partition 6 and the connector 8th , in particular its connecting element 8D , hung up. Preferably, the guide rail 4 placed so that the upper edge or an upper edge region of the partition 6 and the connecting element 8D in an intermediate space of the guide rail 4 , in particular that of main section 4A , Cross section 4B and holding section 4C formed gap, are arranged or intervene.

In a further step, the guide rail 4 determined longitudinally displaceable. For this purpose, the guide rail 4 preferably against the room wall R1 pushed, in particular so that the front side of the guide rail 4 on the room wall R1 comes to the plant. After longitudinal alignment, the guide rail 4 on the partition 6 and the connector 8th , in particular the connecting element 8D , fixed, in particular screwed, and thus fixed. The fastening or fixing is preferably carried out by means of the fastening means 4F and the above-described arrangement with longitudinal groove 4H and counterparts 4G ,

After fixing the guide rail 4 is preferably the sliding door 2 in the guide rail 4 hooked and then the aperture 5 on the guide rail 4 attached, in particular screwed.

Subsequently, preferably, the aperture 8G on the connector 8th or its receiving section 8A attached or clamped or latched attached.

If necessary, individual steps of the assembly described above can also be carried out in a different manner and / or in a different order.

Preferably, the handle forms 3A the sliding door 2 a (first) stop for the sliding door 2 or their retraction device 14 in an end position, especially in the open position. For this, the handle 3A in particular on the fixed or first partition wall 6 or a frame, stop or sealing element or the like arranged thereon with the sliding door fully open 2 accumulate or strike.

Alternatively or additionally, the other or second partition 9 , Room wall R2 or a stop or sealing element arranged thereon a (second) stop for the sliding door 2 or their retraction device 14 form in the closed position.

8th and 9 show a preferred embodiment of the lower guide 10 , 8th shows the bottom guide 10 in a perspective view. 9 shows a vertical section through the lower guide 10 in the region of an actuating element 10A.

The bottom guide 10 preferably has a housing 10B on, from which the actuator 10A and / or a guide element 10C protrude. In the installed state is preferably the actuating element 10A at the top and / or the guide element 10C on a vertical side of the lower guide 10 or of the housing 10B , Here, however, other solutions are possible.

If the sliding door 2 on the inside of the partition 6 behind this is sliding, is the guide element 10C preferably on the interior facing the vertical side of the lower guide 10 ,

The bottom guide 10 is preferably at or next to the partition 6 or a vertical spar, on the shower floor 9 or the like attached as in 1 shown.

Preferably, the lower guide 10 a particular slot-shaped recording 10D for the partition 6 or a spar on. The bottom guide 10 is especially at the bottom of the partition 6 pushed and / or clamped by clamping means or clamping screws 10E with the partition 6 connectable. The bottom guide 10 However, it can also be attached to the partition in a different way 6 , the shower floor 9 , o. The like. Fixed, for example, screwed or glued be.

Preferably, the guide element surrounds 10C the sliding door 2 or the door leaf 3 from below or is designed to.

The sliding door 2 or the door leaf 3 is preferably between the guide element 10C and a vertical side of the housing 10B slidably guided and / or secured against tilting or pivoting.

The sliding door 2 , especially the door leaf 3 , is preferably in the lower guide 10 slidably guided and through the lower guide 10 or the guide element 10C down against tilting or pivoting, especially transverse to the plane e , secured.

In particular, the lower guide leaves 10 or the guide element 10C So in the in 9 shown guiding engagement only a movement of the sliding door 2 in the direction of displacement V to.

The guide element 10C is preferably close to the ground or in the lower region of the lower guide 10 arranged, in particular so that the inserted door leaf 3 can reach almost to the ground.

The distance of the guide element 10C or the lower edge of the door leaf 3 to the bottom or bottom of the lower guide 10 or of the housing 10B is preferably less than 5 cm, more preferably less than 3 cm, most preferably less than 2 cm and / or preferably more than 5 mm.

The guide element 10C is preferably movable, particularly preferably pivotable. A movement or pivoting of the guide element 10C preferably releases the fuse or the guide engagement with the sliding door 2 , The guide element 10C so can from the door leaf 3 - In particular down - moved away or be swung away, particularly preferably by pressing or pressing the actuator 10A ,

The guide element 10C is preferably about a pivot axis A pivotable. The pivot bearing is preferably located inside the housing 10B and / or the pivot axis A preferably passes through the lower guide 10 or the housing 10B , in particular parallel to the vertical sides of the lower guide 10 or of the housing 10B or parallel to the main extension plane e the sliding door 2 or partition 6 ,

The guide element 10C is preferably one in 8th and 9 shown securing position or guiding position in a release position movable or pivotable. The securing position here is preferably the upper, in 8th and 9 shown position or the position in which the door leaf 3 is encompassed by the guide element 10C. The release position is preferably the position in which the guide element 10C the door leaf 3 releases or does not surround, and / or a lower position, which in 8th and 9 not shown.

The pivoting direction from the securing position to the release position is in 9 indicated by an arrow.

The guide element 10C is preferably via a clamping element 10F , in particular a spring, biased in the securing position or upwards.

The tensioning element 10F is preferably inside the housing 10B or arranged on the pivot bearing and / or on the housing 10B resist stored.

By actuating the actuating element 10A is the guide element 10C from the securing position to the release position about the pivot axis A pivotable, in particular against the spring force of the clamping element 10F ,

To the sliding door 2 from the upper guide rail 4 preferably, both the aperture must be hung 5 be removed as well as the bottom guide 10 unlocked or the guide element 10C be pivoted. The sliding door 2 can then be swung down and then out of the guide rail 4 be posted.

The guide element 10C is preferably automatically reset in the securing position, in particular by the clamping element 10F , In particular, the guide element 10C So when you release the actuator 10A reset automatically or move from the release position back to the securing position or pivot.

Preferably, the actuating element serves 10A only for unlocking or releasing the lower guide 10 , The actuator 10A preferably does not need to be pressed to the sliding door 2 or the door leaf 3 with the lower guide 10 and the guide element 10C to bring in leadership.

In the illustration example, the lower edge of the door panel 3 bevelled or with a slope 3C provided so that by lateral pushing the sliding door 2 against the guide element 10C the slope 3C the guide element 10C pivots from the securing position to the release position. The lower edge of the door leaf 3 then can the free end of the guide element 10C happen. The guide element 10C automatically pivots back to the secure position at which the lower edge of the door leaf 3 enclosed or the sliding door is secured from below. Here, however, other solutions are possible, a corresponding slope could, for example, on the guide element 10C be provided.

The slope 3C facilitates in particular the insertion of the sliding door 2 or the door leaf 3 in the lower guide 10 , Will the sliding door 2 in the tilted state against the lower guide 10 pressed, it preferably locks independently in the lower guide 10 one.

The bottom guide 10 preferably has a fastening means 10G on, in particular a screw, by the guide element 10C passes through and with the actuator 10A connected, in particular in the actuating element 10A screwed in, is. The actuator 10A becomes thereby at the lower guidance 10 established.

Preferably, the actuating element 10A linearly movable, in particular depressible. Upon actuation, the actuator presses 10A preferably so on the guide element 10C in that the desired pivotal movement of the guide element 10C is performed. Preferably, the stroke of the actuating element is 10A less than that of the guide element 10C , In particular, a translation is realized.

The guide element 10C is preferably from below by a securing element 10H secured or at the bottom guide 10 held. The fuse element 10H is in particular a cover or the like, and / or is for example on the lower guide 10 or the housing 10B clamped and / or tightened. The fuse element 10H preferably forms the bottom of the lower guide 10 ,

10 shows a variant of the shower enclosure 1 or sliding door 2 , preferably only in the lower edge of the sliding door 2 or in the area of the lower guide 10 different from the previously described embodiment. Only significant differences will be described below, with the foregoing aspects, features, and illustrations preferably being additional or equivalent, even if not repeated.

The illustration shows the sliding door 2 or the door leaf 3 preferably a sealing strip 18 on. The sealing strip 18 is preferably on the lower edge region or the region of the lower edge of the door leaf 3 attached.

Preferably, the sealing strip extends 18 along the bottom edge of the door leaf 3 or over the entire door width B ,

In a section transverse to its longitudinal extent, the sealing strip 18 preferably an at least substantially U-shaped or H-shaped main section 18A on.

Preferably, the sealing strip 18 a sealing section 18B on top of the weather strip 18 or the main section 18A sloping down towards the shower room and / or shower floor 9 protrudes. The free end of the sealing section 18B is preferably on the shower floor 9 at.

The sealing section 18B preferably extends over the entire longitudinal extent of the sealing strip 18 or the door width B ,

Preferably, the sealing portion 18B web-like, thigh-shaped and / or lip-shaped.

The sealing section 18B is preferably made of a soft, flexible and / or elastic material, more preferably of a softer, more flexible and / or more elastic material than the main portion 18A ,

Preferably, the main section 18A made of a hard plastic, for example made of hard polyvinyl chloride.

Preferably, the sealing portion 18B made of a soft plastic, such as soft polyvinyl chloride.

Particularly preferred is the sealing strip 18 formed in one piece, in particular main section 18A and sealing section 18B cohesively connected to each other.

Preferably, the sealing strip 18 produced by injection molding, in particular multi-component injection molding. Particularly preferred is the sealing portion 18B to the main section 18A , in particular by so-called bi-injection, sprayed. In the bi-injection, preferably in the same injection mold, the seal portion 18B in which first the main portion 18A has been injected.

The sealing strip 18 is preferably used to the shower room, especially the shower floor 9 , with closed sliding door 2 seal. In particular, water is on the inside of the sliding door 2 or the door leaf 3 running down, over the weatherstrip 18 or the sealing portion 18B to the shower room or shower floor 9 derived.

The sealing strip 18 or the main section 18A preferably has a receptacle 18C for the lower edge or the lower edge area of the door leaf 3 on. The recording 18C is preferably through or between two preferably at least substantially parallel legs 18D the sealing strip 18 or the main section 18A educated. Preferably, the lower edge region of the door panel 3 in the recording 18C taken or inserted.

The recording 18C or the thighs 18D preferably extend along the entire longitudinal extent of the sealing strip 18 or along the entire door width B ,

The sealing strip 18 is preferably clamped to the door leaf 3 held. In particular, the legs are 18D preferably designed so that they plug in the door leaf 3 in the recording 18C be pressed apart, leaving a clamp between the thighs 18D and the door leaf 3 , in particular in the edge region of the lower edge, takes place.

In addition, the thighs 18D one or more longitudinal or horizontal rib (s) or thickening (s) in the region of their free ends 18E exhibit.

The ribs or thickenings 18E are preferably made of a soft, flexible and / or elastic material, in particular a soft plastic, such as soft polyvinyl chloride.

The ribs or thickenings 18E are preferably by bi-injection to the main section 18A or the thighs 18D molded. Particularly preferred are the ribs or thickenings 18E from the same material as the sealing section 18B manufactured and / or can in one step with the sealing portion 18B to the main section 18A be sprayed.

The ribs or thickenings 18E serve preferably to a resilient system for the door leaf 3 to form and / or the opening width of the recording 18C to reduce and thus to achieve a greater clamping effect.

Preferably, the sealing strip 18 or the main section 18A a guide groove 18F for the sliding guidance of the sliding door 2 in the lower guide 10.

The guide groove 18F preferably extends over the entire longitudinal extent of the sealing strip 18 or the door width B ,

The guide groove 18F is preferably below the lower edge of the door leaf 3 or in the main extension plane e of the door leaf 3 or the sliding door 2 arranged and / or downwardly open and / or between two thickened and / or stiff legs of the sealing strip 18 or the main section 18A educated.

The construction of the lower guide 10 preferably corresponds essentially to that described above and in 8th and 9 shown construction, in particular, the lower guide 10 a guide element 10C on.

Preferably, the guide element engages 10C the lower leadership 10 in the guide groove 18F the sliding door 2 or the sealing strip 18 one.

Preferably, the sliding door 2 by engagement of the guide element 10C in the sealing strip 18 , in particular in the guide groove 18F , secured from below or held longitudinally displaceable.

The main difference compared 9 So it is that the door leaf 3 and the sliding door 2 not from the guide element 10C is embraced, but in the at the bottom edge of the sliding door 2 arranged guide groove 18F , preferably by a sealing strip 18 is formed, engages. The above-described aspects, features and advantages of the lower guide 10 , in particular the pivoting of the guide element 10C , preferably also apply to the embodiment according to 10 , However, there are also other constructive solutions, for example with a linearly movable guide element 10C , possible.

The sealing strip 18 preferably has a slope 18G on. By pushing the sliding door sideways 2 , in particular the sealing strip 18 , against the guide element 10C causes the slope 18G preferably pivoting or moving the guide element 10C from the backup position to the release position. The slope 18G or the corresponding leg can then the free end of the guide element 10C happen until the guide element 10C then automatically pivots back into the securing position, in which the guide element 10C in the guide groove 18F engages or the sliding door 2 secures from below.

While in the variant according to 9 the door leaf 3 or alternatively the guide element 10C preferably a slope 3C has, in the variant according to 10 a corresponding slope 18G preferably through the sealing strip 18 or alternatively the guide element 10C educated. bevel 3C and 18G preferably have the same or a similar effect, namely a pivoting of the guide element 10C from the securing position to the release position when swiveling or latching the sliding door 2 in the lower guide 10 , The slope 3C on the door leaf 3 can in the variant with the sealing strip 18 omitted.

The door assembly according to the invention 1 and / or sliding door 2 can preferably also be used for other purposes, so in particular is not limited to sanitary purposes or a shower enclosure. Preferably, the term "shower enclosure" is therefore to be understood in a broad sense to the effect that it is also another door arrangement 1 with a sliding door 2 For example, for room separation purposes, a cabinet or other furniture or the like is.

Different aspects of the present invention and embodiments can be implemented independently and in any combination with each other and be advantageous.

LIST OF REFERENCE NUMBERS

1

shower enclosure

2

sliding door

3

door leaf

3A

poetry

3B

Handle

3C

slope

4

guide rail

4A

main section

4B

cross section

4C

holding section

4D

runner

4E

safety section

4F

fastener

4G

counterpart

4H

longitudinal groove

4J

first leg

4K

second leg

5

cover

5A

fastener

5B

fuse element

6

first partition

6A

poetry

7

second partition

7A

poetry

8th

joint

8A

receiving portion

8B

receiving opening

8C

receiving opening

8D

connecting member

8E

perforation

8F

attachment section

8G

cover

9

shower floor

10

bottom guide

10A

jig

10B

casing

10C

guide element

10D

admission

10E

clamping means

10F

clamping element

10G

fastener

10H

fuse element

11

support means

12

supporting member

12A

holding section

12B

connecting portion

12C

admission

12D

leg

12E

rib

12F

contact element

13

caster

14

Retractable device

14A

takeaway

14B

feather

14C

damper

14D

piston rod

14E

scenery

15

engaging member

16

intermediate element

17

cover

18

weatherstrip

18A

main section

18B

sealing section

18C

admission

18D

leg

18E

thickening

18F

guide

18G

slope

A

swivel axis

B

door width

e

(Main Erstreckungs) plane

R1

room wall

R2

room wall

S

self-closing

V

displacement direction

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 202012000522 U1 [0003]
• WO 2007/121731 A1 [0141]

Claims (27)

Sliding door (2), preferably for a shower enclosure (1), comprising a door leaf (3) and a carrying device (11), wherein the carrying device (11) comprises at least one roller (13) for displaceably guiding the sliding door (2) and at least one retraction device (14) for damped Selbsteinzug the sliding door (2) in an end position, characterized in that the roller (13) and the retraction device (14) at least substantially in the same plane (E) as the door leaf (3) lie and / or above the door leaf (3) are arranged, and / or that the support means (11) or a one-piece support member (12) of the support means (11) extends at least substantially over the entire width (B) of the door leaf (3), and / or that the carrying device (11) or a carrying element (12) of the carrying device (11) has a receptacle (12C) into which the door leaf (3) is inserted or glued. Sliding door to Claim 1 , characterized in that the carrying device (11) only two, preferably close to the edge, rollers (13). Sliding door to Claim 1 or 2 , characterized in that the carrying means (11) comprises two Einzugeinrichtungen (14), wherein a Einzugeinrichtung (14) of an open position of the sliding door (2) and the other Einzugeinrichtung (14) is associated with a closed position of the sliding door (2). Sliding door (2), preferably for a shower enclosure (1), having a door leaf (3) and a carrying device (11), preferably according to one of the preceding claims, characterized in that the carrying device (11) is a single and / or integral one at least substantially over the entire door width (B) extending support element (12), wherein the support means (11) on the support member (12) has two Einzugeinrichtungen (14) for damped self-closing the sliding door (2), wherein a Einzugeinrichtung (14) of a open position of the sliding door (2) and the other retraction device (14) is associated with a closed position of the sliding door (2), and / or wherein the support means (11) on the support element (12) only two rollers (13) for slidably guiding the sliding door (2), wherein the rollers (13) are arranged close to the edge, and / or that the support means (11) or a support member (12) of the support means (11) has a receptacle (12C) au fweist, in which the door leaf (3) is inserted or glued. Sliding door to Claim 3 or 4 , characterized in that the Einzugeinrichtungen (14) are identical. Sliding door according to one of the preceding claims, characterized in that the roller (s) (13) and the retraction device (s) (14) lie at least substantially in the same horizontal plane or at the same height. Sliding door according to one of the preceding claims, characterized in that the carrying device (11) or the support element (12) is adhesively bonded to the door leaf (3). Sliding door according to one of the preceding claims, characterized in that the support device (11) or the support element (12) at least substantially to the plane (E) of the door leaf (2) parallel holding portion (12A) for supporting the roller (s) ( 13) and / or the retraction device (s) (14). Sliding door according to one of the preceding claims, characterized in that the carrying device (11) or the support element (12) has a preferably U-shaped connecting portion (12B) for receiving the door leaf (3). Sliding door according to one of the preceding claims, characterized in that the carrying device (11) or the support element (12) is designed as an endless profile. Shower partition (1) with a sliding door (2) and a guide rail (4) for slidably guiding the sliding door (2), characterized in that the sliding door (2) according to one of the preceding claims formed and guided on the guide rail (4) or is suspended, and / or that the guide rail (4) on a partition wall (6) of the shower enclosure (1) fixed longitudinally displaceable or fixable or screwed, and / or that the guide rail (4) is associated with a diaphragm (5) the sliding door (2) against a detachment from the guide rail (4) - especially with tilted sliding door (2) - secures, and / or that a handle (3A) of the sliding door (2) has a stop for the sliding door (2) or their Einggeinrichtung (14) in an end position, in particular open position forms, and / or that the shower enclosure (1) has a lower guide (10) with a guide element (10C) for slidably guiding and / or tilting the ski ebetür (2), wherein the sliding door (2) can be swung out by pivoting the guide member (10C) from the lower guide (10), and / or the sliding door (2) comprising a sealing strip (18) provided with a sealing portion (18B) of a softer and / or more elastic material and / or with a guide groove (18F) engageable by the guiding element (10C) , Shower enclosure after Claim 11 , characterized in that the guide rail (4) is designed as an endless profile. Shower enclosure after Claim 11 or 12 , characterized in that the guide rail (4) by means of a in a groove (4H) of the guide rail (4) seated screw head or sliding block (4G) on the partition wall (6) of the shower enclosure (1) fixed longitudinally displaceable or fixable or screwed. Shower enclosure according to one of the Claims 11 to 13 , characterized in that the roller (s) (13) and / or the retraction device (s) (14) on one of the guide rail (4) facing side of the support member (12) is fixed or are. Shower enclosure according to one of the Claims 11 to 14 , characterized in that the guide rail (4) has or carries at least one engagement element (15) for a driver (14A) of the retraction device (14). Shower enclosure after Claim 15 , characterized in that the engagement element (15) extends horizontally from the guide rail (4) or projects into the path of movement of the driver (14A) and / or engages over the retraction device (14) on the upper side. Shower enclosure after Claim 15 or 16 , characterized in that the guide rail (4) has two engagement elements (15), wherein an engagement element (15) of an open position of the sliding door (2) and the other engagement element (15) is associated with a closed position of the sliding door (2). Shower enclosure after Claim 17 , characterized in that the engagement elements (15) are associated with two different Einzugeinrichtungen (14). Shower enclosure after Claim 17 , characterized in that the engagement elements (15) are associated with the same retraction device (14). Shower enclosure according to one of the Claims 11 to 19 , characterized in that the guide rail (4) on an outer side of the shower enclosure (1) and / or the support means (11) on an inner side of the shower enclosure (1) and / or the guide rail (4) is arranged. Shower enclosure according to one of the Claims 11 to 20 , characterized in that the carrying device (11) is covered by the panel (5). Shower enclosure according to one of the Claims 11 to 21 , characterized in that the diaphragm (5) is releasably held on the guide rail (4), in particular screwed thereto. Shower enclosure according to one of the Claims 11 to 22 , characterized in that the diaphragm (5) on an inner side of the shower enclosure (1) and / or guide rail (4) is arranged. Shower enclosure according to one of the Claims 11 to 23 , characterized in that the lower guide (10) from a securing position in which the sliding door (2) in the lower guide (10) is held or secured against tilting, in a release position in which the sliding door (2) the lower guide (10) can be swung out, is pivotable. Shower enclosure after Claim 24 , characterized in that the guide element (10C) is biased in the securing position and / or automatically assumes the securing position or in the securing position can be reset or pivoted. Shower enclosure after Claim 24 or 25 , characterized in that the lower guide (10) comprises an actuating element (10A), upon actuation of which the guide element (10C) pivots from the securing position into the release position. Shower enclosure according to one of the Claims 24 to 26 , characterized in that the guide element (10C) when swiveling the sliding door (2) in the lower guide (10) in the release position for receiving the sliding door (2) evades or pivots.

Images