EP2617336A2 - Shower separator - Google Patents

Abstract

The cubicle (1) has a sliding door (2) comprising a fitting for sliding a guide and/or a suspension at a guide rail (3). Two draw-in devices are arranged laterally to the fitting. The two draw-in devices are assigned to an open position and a close position of the sliding door, respectively. A separate stopper comprises a rubber elastic stopper element and is provided in addition to the draw-in devices for limiting and regulating an end position of the sliding door. The fitting comprises multiple rollers for sliding a bearing in or at the guide rail.

Description

The present invention relates to a shower enclosure according to the preamble of claim 1.

It is known to guide a sliding door of a shower enclosure at the top of a guide rail via a fitting displaced.

Next it is for example from the WO 2007/121731 A1 in a sliding door, a retraction device for damped self-closing of the sliding door enters an end position.

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

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

The sliding door is preferably provided with two fittings over which the sliding door is slidably guided and held at the top by the guide rail. Particularly preferred is a frameless sliding door or a frameless door leaf, so a frameless held disc. Below is therefore only briefly spoken by a disc.

The shower enclosure 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 end position, in particular approximately 5 to 10 cm, ie to form a self-retraction, 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 stationary in particular attached to the guide rail and via a driver on the sliding door, particularly preferably a fitting of the sliding door engages.

One aspect of the present invention is that the retraction device is arranged laterally next to the fitting and / or is received and held in the guide rail. This allows a simple, compact and / or robust construction. The shower enclosure is very easy to adapt to different structural conditions or sizes and therefore universally applicable.

According to another aspect of the present invention, the retraction device is held longitudinally adjustable on or in the guide rail, in particular in a corresponding longitudinal groove and / or at least one guided on the guide rail nut o. The like. This allows a simple, compact and / or robust construction , The shower enclosure is very easy to adapt to different structural conditions or sizes and therefore universally applicable.

According to another aspect of the present invention, the retraction device engages the fitting in particular directly and / or at the level of a roller of the fitting. This allows a simple, compact and / or robust construction. In particular, so undesirable tilting moments and / or forces acting on the disc can be minimized or reduced.

According to a further aspect of the present invention, the shower enclosure has two preferably identical Einzugeinrichtungen, wherein a Einzugeinrichtung an open position of the sliding door and the other Einzugeinrichtung a closed position of the sliding door is associated. This achieves a damped self-closing action both when opening and when closing the sliding door. This minimizes stress on the shower enclosure during use and therefore leads to a robust construction of the shower enclosure.

According to another aspect of the present invention, in addition to the retraction device, the shower enclosure has a separate stop for limiting or defining an end position of the sliding door. The stop is preferably held by the guide rail and / or preferably engages directly on the fitting. This allows a very robust construction, especially since unwanted forces on the self-closing in the same end position generating retracting means can be avoided when actually reaching the final position. Accordingly, the retraction device can be made particularly compact and / or simple.

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.

Fig. 1

eine schematische Seitenansicht einer vorschlagsgemäßen Duschabtrennung mit einer Schiebetür und Führungsschiene;

Fig. 2

eine perspektivische Ansicht der Duschabtrennung von innen;

Fig. 3

eine ausschnittsweise Vergrößerung von Fig. 2 im Bereich der Führungsschiene bei geschlossener Schiebetür;

Fig. 4

eine ausschnittsweise Vergrößerung von Fig. 3 aus einer etwas anderen Perspektive bei geöffneter Schiebetür;

Fig. 5

eine perspektivische Ansicht einer Einzugeinrichtung der Duschabtrennung;

Fig. 6

einen Vertikalschnitt der Führungsschiene;

Fig. 7

eine schematische Ansicht eines Teils der Führungsschiene mit einem zugeordneten Beschlag zur Führung bzw. Aufhängung der nicht dargestellten Schiebetür;

Fig. 8

einen schematischen Horizontalschnitt des Beschlags; und

Fig. 9

einen schematischen Schnitt eines Anschlags der Duschabtrennung.

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:

Fig. 1

a schematic side view of a proposed shower enclosure with a sliding door and guide rail;

Fig. 2

a perspective view of the shower enclosure from the inside;

Fig. 3

a partial enlargement of Fig. 2 in the area of the guide rail with the sliding door closed;

Fig. 4

a partial enlargement of Fig. 3 from a slightly different perspective with the sliding door open;

Fig. 5

a perspective view of a Einzugeinrichtung the shower enclosure;

Fig. 6

a vertical section of the guide rail;

Fig. 7

a schematic view of a portion of the guide rail with an associated fitting for guiding or suspension of the sliding door, not shown;

Fig. 8

a schematic horizontal section of the fitting; and

Fig. 9

a schematic section of a stop of the shower enclosure.

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.

Fig. 1 shows a schematic side view of a proposed shower enclosure 1 with a sliding in a direction V or horizontally sliding door 2 and an associated upper guide rail. 3

In the illustrated example, the shower enclosure 1 optionally or preferably a first fixed disc or partition 4A. The partition wall 4A may for example be fixedly connected to the guide rail 3 and carry or hold it, or even be attached thereto. To open the shower enclosure 1, the disc 2 is preferably pushed in front of or behind the partition wall 4A.

The shower enclosure 1, in the illustrated embodiment, preferably has a first, vertically extending wall profile 5A, which may be fastened in the illustration example, in particular on a room wall or the like, not shown, or on a transverse to the plane extending partition or the like, as indicated by laterally projecting screws. Preferably, the wall profile 5A serves to attach or hold the partition wall 4A. In particular, for this purpose, a vertical edge of the partition wall 4A is received or held by the wall profile 5A.

The guide rail 3 can be connected directly to the wall profile 5A or indirectly via the first partition wall 4A with the wall profile 5A.

Alternatively or additionally, the guide rail 3 may also be fixedly connected to a room wall or the like, not shown, and for example hold or carry the partition wall 4A.

Preferably, the shower enclosure 1 has a lower guide 6 for the sliding door 2 and / or a handle 7 for the sliding door 2.

Next is in Fig. 1 an optional shower tray 8 of the shower enclosure 1 indicated.

Fig. 2 shows the shower enclosure 1 according to the preferred embodiment in a schematic, perspective view from the inside, ie from the shower room side. It can be seen that the shower enclosure 1 preferably has a second fixed disc or partition wall 4B. This preferably extends transversely or perpendicular to the sliding door 2 or guide rail 3 and / or first partition wall 4A.

The second partition wall 4B is preferably fastened or fastened via a second wall profile 5B to a room wall or the like, not shown. For this purpose, the second wall profile 5B preferably holds the second partition wall 4B at a vertical edge.

The other vertical edge of the second partition wall 4B closes when the sliding door 2 is closed, as in FIG Fig. 1 and 2 illustrated, preferably sealingly via corresponding sealing elements with the adjacent vertical edge of the sliding door. 2

The second partition wall 4B is preferably fixedly connected to the guide rail 3 in the upper region of this vertical edge, in the illustrated example via a corresponding connecting piece 3A. However, other constructive solutions are possible.

In the illustrated example, both partitions 4A and 4B preferably sit on the shower tray 8. However, other constructive solutions are possible.

In the illustrated example, the shower enclosure 1 preferably forms a corner arrangement, which is arranged in a room corner. However, in principle, other configurations are possible.

The sliding door 2 is preferably held or guided displaceably via at least one fitting 9, in the illustrated example via two fittings 9, on or from the guide rail 3 in a displacement direction V-horizontal or in the longitudinal extension of the guide rail 3. In particular, the sliding door 2 or a disk forming the door leaf of the sliding door 2 is suspended on the guide rail 3 via the fittings 9. It is therefore in particular a frameless held disc. The disc is preferably made of glass or other transparent material. However, other constructive solutions are possible.

Fig. 3 shows in an enlarged section of Fig. 2 It is indicated that the shower enclosure 1 and the guide rail 3, a retraction device 10 for automatically closing or opening the sliding door 2, in particular shortly before reaching an end position, and / or has damped self-closing the sliding door 2.

The retraction device 10 is preferably received by the guide rail 3 and / or held and / or covered by a diaphragm 11. In the illustrated embodiment, it preferably passes through only one elongated hole 11A of the diaphragm 11 with a driver 10A.

Fig. 4 shows a similar area as Fig. 3 However, in a further enlarged view, in contrast to Fig. 3 the sliding door 2 in the illustration according to Fig. 4 is opened and wherein the aperture 11 is omitted. In this illustration, the associated, 9 in the opening direction and preferably cooperating with the retraction device 10 fitting conceals the retraction device 10 partially.

Fig. 5 shows in a perspective view, the retraction device 10. The driver 10A of the retraction device 10 is located in the representation according to Fig. 5 in its initial position in which it is not engaged with the sliding door 2 or the associated fitting 9. From this initial position of the driver 10A is in an in Fig. 5 dashed end position indicated automatically movable, in this case the sliding door 2 is moved accordingly, in particular via an engagement of the driver 10A to a fitting 9. This movement of the driver 10A thus causes the self-closing S, as in Fig. 5 indicated. For this purpose, the intake device 10 has in particular a corresponding spring means. Due to the self-closing S, the sliding door 2 in the corresponding end position, for example, the open or closed position, movable.

In order to avoid excessive acceleration when moving into the end position and / or limit the movement speed in the end position, the retraction device 10 preferably has a damping means to dampen the retraction movement, ie a damped Selbsteinzug S of the sliding door 2 in the corresponding end position to effect.

In the opposite movement of the sliding door 2, the driver 10A is preferably moved back from the end position to its original position, wherein the spring means is preferably tensioned at the same time. Upon reaching the starting position of the engagement with the sliding door 2 and the associated fitting 9 is released again and the sliding door 2 is free in the direction of displacement V in the direction of the other end positions, here, for example, the closed position or closed position, movable.

The intake device 10 preferably forms a structural unit or assembly that is very easy to install.

In particular, the shower enclosure 1 or guide rail 3 has two preferably identical collection devices 10, wherein a collection device 10 of the open position of the sliding door 2 and the other intake device of the closed position of the sliding door 2 is assigned. In this case, therefore, a damped self-closing S is formed in both end positions of the sliding door 2.

The two collection devices 10 are preferably similar or attached to or in the guide rail 3 in this case. Below will be discussed in more detail on the arrangement and attachment of a collection device 10. This then preferably also applies correspondingly to the other intake device 10.

The length of the self-closing S is preferably about 5 to 10 cm. This means that the sliding door 2 shortly before reaching the corresponding end position, ie the open position or closed position, in this case about 5 to 10 cm before reaching this end position, detected by the retractor 10 and the driver 10A and moved to the final position or is pulled. Here, a damped motion is performed.

The sliding door 10 is held in the reached end position by the retraction device 10. In particular, an engagement between the retraction device 10 or its driver 10A on the one hand and the sliding door 2 or its fitting 9 on the other hand is maintained. Only when the sliding door 2 is moved back out of the end position is the engagement released, in particular only when the driver 10A reaches its starting position again and the sliding door 2 is moved further counter to the direction of the self-closing S -.

In the illustrated embodiment, the particular U-shaped or staple-shaped driver 10A is preferably guided over a gate 10B such that it tilts in the starting position or from the sliding door 2 or its fitting 10 such moves away or pivots that the positive engagement of the driver 10A is lifted with the fitting 9 in the direction opposite to the Selbsteinzugs S. In the opposite direction, the fitting 9 when striking the driver 10A in the starting position engage with it in such a way that at an initial movement in the direction of Selbsteinzugs S of the driver 10A preferably via the gate 10B to the sliding door 2 or fitting 9 pivots toward and produces a form-locking connection to the fitting 9 in both sliding directions, in order to define the sliding door 2 in the further course of the self-closing S and to move it positively into the end position.

For a possible or preferred construction of the intake device 10 is particularly to the WO 2007/121731 A1 which is hereby incorporated by reference as a supplementary disclosure.

Fig. 6 shows in a schematic cross section or vertical section, the guide rail 3 with the guided on the guide rail 3 sliding door 2. The retraction device 10 is held on or in the guide rail 3, in particular in the guide rail 3 and a receiving or longitudinal groove 3B of the guide rail 3 received or held. The longitudinal groove 3B is open in particular laterally or to the fitting 9 or shower interior.

The intake device 10 is preferably held longitudinally adjustable on or in the guide rail 3. In the illustrated example, the retraction device 10 preferably at least one sliding block 10C, which is received or received in a corresponding, in particular undercut retaining groove 3C of the guide rail 3V, in particular so that the sliding block 10C via at least one engaging screw 10D, in the illustrated embodiment, two engaging screws 10D, the retractor 10 holds and by tightening the screw (s) 10D in a desired position against Längstverstellung clamped can be fixed. However, other constructive solutions are possible.

The diaphragm 11 preferably covers the longitudinal groove 3B and / or is preferably formed in cross-section at least substantially U-shaped and / or in particular clamping, latching or otherwise self-retaining in the longitudinal groove 3B of the guide rail 3 can be received or inserted into this. For this purpose, the guide rail 3 or longitudinal groove 3B can have a correspondingly enlarged receiving area and / or corresponding undercuts or the like for receiving and / or holding the panel 11 or corresponding projections on the legs of the panel 11.

The diaphragm 11 may be made of metal or plastic, for example.

In the aperture 11 is in particular an endless profile, which is provided at the required locations with a slot 11A or through which the driver 10A project and engage with the fitting 9 can. The length of the slot 11A preferably corresponds substantially to the length of the self-closing S.

In the illustrated embodiment, the shower enclosure 1 preferably has two intake devices 10, so that accordingly two slots 11 A in the panel 11 are required, in particular near the end positions, namely on the one hand adjacent to the first wall profile 5A and on the other hand adjacent to the connector 3A or the second partition wall 4B.

The guide rail 3 preferably has a running rail 3D for rollers 9A of the fitting 9 or the fittings 9. The running rail 3D is held in particular via a preferably horizontal transverse leg 3E and / or web-like or formed as a vertical leg. However, other constructive solutions are possible.

The guide rail 3 preferably has a longitudinally extending chamber 3F, preferably below the longitudinal groove 3B or retraction device (s) 10, in order to form the guide rail 3 very rigidly. However, other constructive solutions are possible.

The running rail 3D is preferably arranged laterally next to the chamber 3F and / or below or in front of the receiving or longitudinal groove 38.

An arrangement of the retraction device (s) 10 above and / or laterally adjacent to the slide rail 3D is preferred.

The guide rail 3 preferably has one or more, in particular axially or in the longitudinal direction or displacement direction V running screw channels 3G. These are preferably arranged or formed within the chamber 3F in the illustrated embodiment. However, other constructive solutions are possible.

The screw channels 3G serve, for example, for axially fastening or connecting the guide rail 3 and / or for receiving an axial or frontal cover 3H, as in FIG Fig. 4 indicated.

The guide rail 3 is preferably formed in one piece and / or as an endless profile or continuous casting profile. Particularly preferably, the guide rail 3 is made of metal, aluminum or an aluminum alloy.

The two fittings 9 are preferably the same or similar in the illustrated embodiment. The preferred structure of a fitting 9 will be explained in more detail below.

In the illustrated example, the fitting 9 is preferably formed as a carriage or provided with one or more rollers 9A. The rollers 9A are preferably ball bearings.

The fitting 9 preferably has a particular plate-like support part 9B and / or a particular plate-like clamping part 9C. Preferably, the door glass or sliding door 2 between the support part 9B and the clamping part 9C is clamped or received. The carrier part 9B is so connected or clamped together with the clamping part 9C, in particular via a clamping screw 9D, which passes through the door pane or sliding door 2, so that the door pane or sliding door 2 is clamped therebetween, as in FIG Fig. 6 indicated schematically. It should be noted that between the actual disk and the support member 9B or clamping member 9C each have an elastic Zwischenlagelement (not shown) may be arranged in order to avoid excessive point load of the disc.

The clamping part 9C can surround the door pane at the top and be supported on the support part 9D and / or with this in particular positive engagement, preferably to prevent rotation of the two parts 9B and 9C against each other about the axis of the clamping screw 9D.

In Fig. 6 the fitting 9 is shown with an indicated cap 9E, which covers the support part 9B. The cover 9E is in particular snapped or fastened in any other suitable manner, for example glued.

As already mentioned, the retraction device 10 preferably does not engage the disc, but preferably at the associated fitting 9, in particular at a corresponding projection 9F of the fitting 9 or support part 9B, as in FIG Fig. 6 indicated. The projection 9F protrudes from the fitting 9 or carrier part 9B, preferably in the direction of the retraction device 10 or its driver 10A and / or transversely to the displacement direction V and / or transversely or perpendicular to the plane of the sliding door 2.

The projection 9F is preferably plate-like, flap-like or flat. The main extension plane of the projection 9F is preferably perpendicular to the displacement direction V and / or extends in the position of use preferably vertically and transversely to the longitudinal extent of the guide rail. 3

Fig. 7 shows in a partial enlargement part of the guide rail 3 with hinged thereto fitting 9 in the area or in front of a collection device 10. The fitting 9 is in an end position. For illustration, the aperture 9, the door glass and the cover 9E in Fig. 7 omitted. In this situation, the driver 10A is in its final position and is in positive engagement with the fitting 9, in particular on the projection 9F, so that the fitting 9 and thus the sliding door 2 in the direction of displacement V or held in the end position by the driver 10A are.

Fig. 8 shows the fitting 9 with adjacent retraction device 10 and adjacent guide rail 3 in a schematic horizontal section, wherein the cap 9E is attached to the fitting 9 or support part 9B and this covers.

It can be seen how the projection 9F (in FIG Fig. 8 the left projection 9F) is in engagement with the driver 10A, in particular is gripped by it in the horizontal direction or projects into a corresponding recess or receptacle of the driver 10A. This is the case when the retraction device 10 is engaged with the fitting 9 or sliding door 2, more precisely with the projection 9F.

The projection 9F is preferably arranged on a leading edge in the direction of the self-closing S or a leading portion of the fitting 9 and the support member 9B.

The projection 9F is preferably integrally formed on the fitting 9 or support part 9B, molded or molded.

According to the horizontal section Fig. 8 It can be seen that preferably two projections 9F are formed on or from the fitting 9, in particular in the region of both ends or edges. Accordingly, the fitting 9 can be used universally, so that each projecting towards an end position projection 9F with the driver 10A of a corresponding intake device 10 engage or can be detected or covered by this. However, other constructive solutions are possible.

The retraction device 10 preferably has a spring 10E as a spring means.

The retraction device 10 preferably has a damper 10F as damping means, as in FIG Fig. 5 indicated, for example, a so-called gas cylinder or the like, on which, for example, via a corresponding piston rod 10G and 10H mechanism is coupled to the slidably guided driver 10A, as in Fig. 8 indicated. However, other constructive solutions are possible.

The rollers 9A are preferably fastened or held by means of screws or retaining elements 9G on the fitting 9 or support part 9B.

The rollers 9A are preferably made of plastic. The rollers 9 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 can be pressed into plastic tires of the rollers 9A and thereby connected to them. Preferably, rings are cast around the bearings to form the tires.

The fitting 9 runs with its roller 9A and its rollers 9A on the running rail 3D, wherein the running rail 3D engages in a corresponding groove of the respective roller 9A and thus the roller 9A and thus the fitting 9 leads laterally. In order to prevent lifting of the rollers 9A from the running rail 3D in the assembled state, the fitting 9 preferably has a securing element 9H which engages under the running rail 3D or the transverse web 3E preferably with little play and is preferably held by the support part 9B, as in FIG Fig. 6 and 7 indicated. However, other constructive solutions are possible.

Preferably, the shower enclosure 1 in addition to the retraction device 10 has a separate stop 12 for limiting or fixing the respective end position of the sliding door 2. This avoids that the retraction device 10 itself must form such a stop. This makes it possible to make the retraction device 10 more compact and / or less expensive.

The stop 12 may for example be formed by the sliding door 2 with a vertical edge, in particular via a corresponding sealing element in the corresponding end position, on a stationary object, for example meets in the illustrated embodiment on the second partition wall 4B, and / or a fixed frame profile, wall profile or the like.

Preferably, in the illustrated example, a separate or additional stop 12 on the guide rail 3, in particular below the running rail 3D or the crossbar 3E and / or on an inner side of the guide rail 3 or on a side wall of the chamber 3F, attached or attached, such as in Fig. 2 . 3 . 7 and 9 indicated. Fig. 9 shows the additional stop 12 in a horizontal section and a subsequent region of the guide rail 3 and preferably arranged behind the first partition wall 4A.

The additional or separate stop 12 preferably has a fixed to the guide rail 3 or to another frame part or the same attachable or attached (screwed in the presentation example) support 12A and / or a rubber-elastic stop element 12B.

The stop element 12B is preferably held by the carrier 12A and / or preferably in the displacement direction V - in particular relative to the carrier 12A - adjustable. Preferably, the stop element 12 B is adjustable in stages. For this purpose, the stop element 12B may be formed, for example, with corresponding projections and / or depressions, nubs, a toothing or the like on the side facing the carrier 12A and the carrier 12A to complementary projections, depressions, nubs, serrations or the like. After appropriate detection of the stopper member 12B, this is preferably held and fixed by means of a holder 12C on the carrier 12A. The holder 12C is designed, in particular, as a slide-on housing part and / or as a cover cap. However, other constructive solutions are possible.

The projecting in the direction of the V to the shower door 2 stop element 12 B then forms the end stop for the sliding door 2 and thus determines the corresponding end position of the sliding door 2 fixed or limited.

Particularly preferably, the stop 12 or stop element 12 B does not grip directly on the slide, but in particular only on the fitting 9, particularly preferably on a leading edge or end face and / or on the clamping part 9C.

The rubber-elastic design or compliance of the stop element 12 B leads to a soft stop the sliding door 2 and / or prevents rebound of the sliding door 2 upon reaching the end position.

The inventive door assembly 1 can preferably also be used for other purposes, in particular so 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 1 with a sliding door 2, for example, for room separation purposes, a cabinet or other furniture or the like.

LIST OF REFERENCE NUMBERS

1

shower enclosure

2

sliding door

3

guide rail

3A

joint

3B

longitudinal groove

3C

retaining groove

3D

runner

3E

transverse leg

3F

chamber

3G

screw

3H

cover

4A

first partition

4B

second partition

5A

first wall profile

5B

second wall profile

6

bottom guide

7

Handle

8th

shower tray

9

fitting

9A

caster

9B

support part

9C

clamping part

9D

clamping screw

9E

cap

9F

head Start

9G

retaining element

9H

fuse element

10

Retractable device

10A

takeaway

10B

scenery

10C

sliding block

10D

screw

10E

feather

10F

damper

10G

piston rod

10H

mechanics

11

cover

11A

Long hole

12

attack

12A

carrier

12B

stop element

12C

bracket

S

self-closing

V

displacement direction

Claims (15)

Shower partition (1) with a sliding door (2), a guide rail (3) and at least one retraction device (10) for damped self-closing (5) of the sliding door (2) into an end position, wherein the sliding door (2) has at least one fitting (9) for displaceable guidance and / or suspension on the guide rail,
characterized,
that the retraction device (10) acts on the fitting (9) and / or is arranged laterally next to the fitting (9) and / or
in that, in addition to the retraction device (10), the shower enclosure (1) has a separate stop (12) for limiting or defining an end position of the sliding door (2). Shower partition according to claim 1, characterized in that the fitting (9) one or more rollers (9A) for slidable mounting on or in the guide rail (3), in particular wherein the retraction device (10) at least substantially adjacent or at the level of Roller (s) (9A) is arranged and / or in particular wherein the retraction device (10) engages at least substantially in the height or the vertical or horizontal plane of the roller (s) (9A) on the fitting (9), in particular with a driver (10A) protrudes toward the fitting (9). Shower partition according to one of the preceding claims, characterized in that the retraction device (10) is received or held in the guide rail (3) and / or is held longitudinally adjustable on or in the guide rail (3). Shower partition according to one of the preceding claims, characterized in that the shower enclosure (1) has two preferably identical Einzugeinrichtungen, wherein a Einzugeinrichtung (10) an open position of the sliding door (2) and the other Einzugeinrichtung (10) a closed position of the sliding door (2 ) assigned. Shower partition according to one of the preceding claims, characterized in that the fitting (9) has a projection (9F) projecting laterally, in particular transversely or perpendicularly to the plane of the sliding door (2) has the attack of the retraction device (14), in particular wherein the fitting (9) has two projections (9F) for the attack of the retraction device (s) (10) at opposite end portions. Shower partition according to one of the preceding claims, characterized in that the guide rail (3) has a fitting (9) and / or laterally open longitudinal groove (3B) for receiving the retraction device (s) (10). Shower partition according to one of the preceding claims, characterized in that the retraction device (10) by means of at least one sliding block (10C) in or on the guide rail (3) is longitudinally adjustable fixed or fixed. Shower partition according to one of the preceding claims, characterized in that the retraction device (s) (10) for fitting (9) towards and / or laterally by means of a - preferably common - aperture (11) is covered or are, in particular wherein the diaphragm ( 11) is formed in cross-section at least substantially U-shaped. Shower partition according to claim 8, characterized in that the diaphragm (11) releasably and / or by clamping or latching on or in the guide rail (3), in particular in a Einzugeinrichtung (10) receiving longitudinal groove (3B) of the guide rail (3) held is, and / or that the diaphragm (11) has a slot (11A) which is penetrated by a driver (10A) of the retraction device (10). Shower partition according to one of the preceding claims, characterized in that the stop (12) by a wall profile, a frame or a partition (4B) of the shower enclosure (1) is formed or held and / or the open or closed position of the sliding door (2) limited or fixed. Shower partition according to one of the preceding claims, characterized in that the stop (12) acts on a vertical edge of the sliding door (2). Shower partition according to one of the preceding claims, characterized in that the stop (12) attached to the guide rail (3) or is held, in particular screwed, and / or limits the closing or open position of the sliding door (2) or determines. Shower partition according to one of the preceding claims, characterized in that the stop (12) has a rubber-elastic stop element (12B), in particular wherein the stop element (12B) is adjustable in particular in stages in the displacement direction (V). Shower partition according to one of the preceding claims, characterized in that the stop (12) acts on the fitting (9). Shower partition according to one of the preceding claims, characterized in that the stop (12) limited or fixed end position is adjustable.

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