EP3805498B1 - Fitting and shower partition - Google Patents

Description

The present invention relates to a fitting, in particular a pendulum fitting, according to the preamble of claim 1 and a shower enclosure according to the preamble of claim 14.

The EP 3 034 730 A1 discloses a hinge-like pendulum fitting that has two fitting halves that are articulated to one another via a coupling part. The fitting serves to articulate two panes, with the fitting having two lifting devices for superimposing an axial lifting movement when opening the swing door outwards and inwards. The fitting is very large in the transverse direction due to the two lifting devices.

The DE 20 2018 002 548 U1 discloses a pendulum fitting with a damper arranged between fitting halves, in particular to dampen the impact of components of the fitting on one another. The GB 396 889 A also reveals an example of a fitting.

The present invention is based on the object of specifying a fitting and a shower enclosure with such a fitting, with a compact structure and/or simple assembly or (fine) adjustment being made possible.

The above object is achieved by a fitting according to claim 1 or by a shower enclosure according to claim 14. Advantageous further training is the subject of the subclaims.

According to the invention, the fitting has two hinged or connectable fitting halves for the pivotable and in particular pendulum mounting or storage of a partition or door, the fitting in particular having a coupling part for the articulated coupling of the two fitting halves to form two joints with parallel pivot axes. In particular, the partition or door can be opened starting from a closed position inwards and outwards, i.e. in opposite directions or in the manner of a swing door. The two joints or pivot axes enable optimal movement of the door or partition relative to a particularly stationary component, such as a pane or wall, even underneath Taking into account a seal that usually acts or is arranged in between.

The closed position or starting position is preferably the position in which the partition or door is closed or in which the main extension planes of the two fitting halves or the door and the pane lie at least essentially in one plane. Particularly preferably, the starting position or closed position is defined in that the pivot axis changes in this position when the fitting or the partition or door is pivoted. Starting from the initial or closed position, the fitting or the partition or door pivots around one of the two pivot axes when pivoting inwards and around the other of the two pivot axes when pivoting outwards. Preferably, the fitting or the partition or door moves automatically into the starting or closing position. The starting or closing position can also be viewed or defined as the position that the fitting or the partition or door automatically assumes.

The fitting according to the invention has a stop which acts between one of the fitting halves and the coupling part, in particular in the starting or closed position. Preferably, one of the two fitting halves or the coupling part lies against the stop in the starting or closing position and/or comes into contact with the stop when the fitting or the partition or door is pivoted into the starting or closing position.

According to the invention, the stop is adjustable. This means that the starting or closing position can preferably be adjusted. This is particularly advantageous for compensating for deviations or tolerances. This allows for easy assembly. In particular, the two components that are to be connected to the fitting, in particular the door or partition and the pane or wall, do not have to be aligned exactly with one another, but certain tolerances are possible, which can be compensated for by the adjustable stop.

This is particularly advantageous if several fittings, for example an upper and a lower fitting, are used. It should be ensured that when the door or partition is closed, both fittings are in the starting or closed position and/or rest against their respective stops in order to enable even pivoting. In addition, they will Forces acting due to the weight of the partition or door are distributed unevenly between the two fittings if they have different starting or closing positions and/or only one fitting is in contact with its stop.

Preferably, the stop acts in a direction that is at least substantially parallel to the main extension plane of one of the two fitting halves and/or transversely, in particular perpendicular, to the plane in which the two pivot axes lie. In the installed position, the stop preferably acts in a direction that is at least substantially parallel to the plane of the door or partition and/or the pane or wall and/or horizontally. This enables the gentlest possible stop and thus reduced wear and/or a compact structure. In particular, optimal power transmission occurs through the stop in the starting or closed position.

According to a further aspect of the present invention, the fitting has a stop element between the pivot axes, which forms the stop. The proposed arrangement enables a particularly compact structure.

The stop element is preferably adjustable. In particular, the adjustable stop is realized by an adjustable stop element. This allows corresponding advantages to be achieved.

In addition or as an alternative to the adjustability, the stop element can be or have a damping effect. This preferably dampens the impact of the fitting half or the coupling part on the stop or prevents the fitting half and the coupling part from directly hitting each other. In an advantageous manner, the wear of the fitting is preferably reduced and/or unwanted noises when striking each other are reduced or avoided.

Furthermore, the damping stop element can also be designed to dampen the pivoting movement of the fitting halves relative to one another and/or the door. Such damping preferably occurs when the door is closed, i.e. during the pivoting movement from the open position of the door to the closed position, particularly preferably shortly before or when the closed position is reached. This can reduce the forces that occur, particularly when pivoting the door which also reduces wear on the fitting.

Preferably, the damping stop element or a section that forms the stop is made of a softer and/or more elastic material than the fitting or the fitting halves, in particular rubber or soft plastic. This is particularly beneficial for a dampening effect when striking the stop.

The stop element preferably enables tolerance compensation. This can be achieved through the adjustability described above. Alternatively or additionally, tolerance compensation is also possible using a damping or elastic, in particular compressible, stop element.

The stop element or the stop is preferably designed to be changeable or replaceable and/or in such a way that it can also be completely removed if necessary. In particular, a worn or defective stop element can be easily replaced, preferably without dismantling the fitting.

The stop element is preferably elongated and/or extends through the coupling part.

The stop element preferably extends transversely, in particular perpendicularly, to the pivot axes, in particular to the plane spanned by the pivot axes, or at least essentially horizontally in the installed position. This is conducive to a compact structure.

The stop element preferably has an external thread and/or is preferably designed as a grub screw or grub screw. Preferably, one of the two fitting halves and/or the coupling part has an internal thread corresponding to the external thread of the stop element or the stop element is preferably screwed or can be screwed into one of the two fitting halves and/or the coupling part. In this way, a proposed stop element is realized in a particularly simple manner. In particular, the stop element can be attached or fixed and/or changed to the fitting in a particularly simple manner. In addition, the stop element or the stop can be adjusted in a particularly simple manner, depending on the situation how far the stop element is screwed in. This enables particularly simple assembly or (fine) adjustment.

According to the proposal, the fitting has an adjustable and/or damping stop between one of the fitting halves and the coupling part, which acts in particular when pivoting about one of the pivot axes from an open position into the starting or closed position. The fitting particularly preferably has a further stop which acts between the other fitting half and the coupling part. The further stop is preferably designed to be damping and/or adjustable. In this way, corresponding advantages can be achieved, especially when the fitting is pivoted about the other pivot axis into the starting or closed position.

Further advantageous aspects of the fitting are described below.

According to one aspect, the fitting preferably has a locking device for locking at least one joint. As a result, an otherwise usual spring return or the like on this joint or on each pivot axis or for each joint can be dispensed with, so that a compact structure is possible.

Preferably, the locking device is designed to positively lock the associated joint. This is conducive to defined and functionally reliable functionality.

The locking device is particularly preferably designed to alternately lock the two joints. This in turn contributes to the defined and safe functioning of the fitting.

According to a further aspect, a first or inner pivot axis lies in the pivotable partition or door or in a particularly fixed pane. This in turn is conducive to a compact structure with optimized functionality.

Particularly preferably, the first or inner pivot axis lies in a central or plate plane of the partition or door or pane. This makes a particularly compact structure possible, since the corresponding joint can also be integrated into the partition or door or alternatively into the pane.

According to the invention, the fitting has a lifting device for superimposing an axial lifting movement when the partition or door is pivoted about one of the two pivot axes. The lifting device has a lifting element which is inserted or can be inserted into the coupling part and which is adjustable along one of the two pivot axes. This in turn is conducive to a compact structure.

Particularly preferably, the fitting or the lifting device is designed in such a way that lifting only takes place when the partition or door is opened to the outside and / or when pivoting about an external pivot axis or pivot axis lying outside the partition, door or pane. This allows for a compact design that particularly meets the functions required for a shower enclosure.

According to a further aspect, the fitting is preferably designed for flush installation on one side or for flush connection to an (inner) side of the partition or door and/or pane. This in turn is conducive to a compact design of the fitting.

According to another aspect, a fitting half of the fitting preferably has a fastening-side, in particular plate-shaped section and an engagement section projecting therefrom - preferably with an edge-side seal - for engaging in an open-edge recess of the door or pane, the fastening-side section containing the engagement section and the seal, If present, protrudes laterally or above and below in the installation position. This is conducive to a compact and aesthetically appealing structure, especially since the recess in the partition or door or pane can be made very small and/or is covered from the outside by the fastening-side section.

A proposed shower partition has a partition or door and at least one associated fitting according to the invention, particularly preferably two fittings, for pivoting, swinging mounting of the partition or door on a component, such as a pane or wall.

In the case of a shower enclosure with two or more fittings, the adjustable stops of the fittings are preferably each set so that in the initial or closed position of the door, the respective stop acts on all fittings and/or forces that occur act evenly on the fittings. This allows corresponding advantages to be achieved. It should be noted that not each of the fittings must have a proposed adjustable stop, even if this is preferred. For example, if there are two fittings, it is sufficient if only one of the fittings has an adjustable stop.

The fitting or fittings are preferably installed flush on the inside. This is conducive to a compact structure and easy cleaning.

In general, it should be noted that in the particularly preferred use of the fitting to separate a room, in particular a shower room, for example in the case of a shower partition, the enclosed space is referred to as "inside" and accordingly the other side as "outside". Accordingly, for example, the “inner” pivot axis refers to the pivot axis that is closer to the interior or shower room than the other pivot axis. The same applies to the joint.

The partition or door preferably has a recess which is open at the edge towards a vertical edge and into which the fitting or a fitting half of the fitting engages. The pivot or joint axis of the fitting is particularly preferably arranged in the recess.

Fig. 1

eine schematische perspektivische Ansicht einer vorschlagsgemäßen Duschabtrennung mit einem vorschlagsgemäßen Beschlag gemäß einer ersten Ausführungsform in einer Ausgangsstellung;

Fig. 2

eine ausschnittsweise Draufsicht von Fig. 1;

Fig. 3

eine perspektivische Rückansicht des Beschlags;

Fig. 4

eine perspektivische Rückansicht des Beschlags mit einer montierten Tür;

Fig. 5

eine Draufsicht des Beschlags bei nach innen geöffneter Tür;

Fig. 6

eine perspektivische Ansicht des Beschlags in der Stellung gemäß Fig. 5;

Fig. 7

eine Draufsicht des Beschlags bei nach außen geöffneter Tür;

Fig. 8

eine perspektivische Ansicht des Beschlags in der Stellung gemäß Fig. 7;

Fig. 9

eine explosionsartige Ansicht einer ersten, ,nicht erfindungsgemäßen Ausführungsform eines Beschlags mit getrennten Beschlaghälften;

Fig. 10A

eine Draufsicht einer Beschlaghälfte;

Fig. 10B

einen Schnitt durch die Beschlaghälfte gemäß Fig. 10A;

Fig. 11

eine Ansicht des Beschlags gemäß einer zweiten, nicht erfindungsgemaßen Ausführungsform;

Fig. 12

eine perspektivische Ansicht einer ersten Beschlaghälfte des Beschlags gemäß Fig. 11 mit einem zugeordneten Sperrelement;

Fig. 13

eine explosionsartige Ansicht des Beschlags gemäß Fig. 11;

Fig. 14

eine Draufsicht der ersten Beschlaghälfte des Beschlags gemäß Fig. 11;

Fig. 15

eine perspektivische Vorderansicht des Beschlags gemäß einer dritten, nicht erfindungsgemäßen Ausführungsform;

Fig. 16

eine perspektivische Rückansicht des Beschlags gemäß Fig. 15;

Fig. 17

eine explosionsartige Darstellung des Beschlags gemäß Fig. 15;

Fig. 18

eine perspektivische Vorderansicht eines Beschlags in einer vierten, erfindungsgemäßen Ausführungsform;

Fig. 19

eine perspektivische Rückansicht des Beschlags gemäß Fig. 18;

Fig. 20

eine explosionsartige Darstellung des Beschlags gemäß Fig. 18;

Fig. 21

eine vorschlagsgemäße Duschabtrennung mit dem erfindungsgemäßen Beschlag in einem Schnitt auf der Höhe eines Anschlagelements des Beschlags; und

Fig. 22

einen zur Fig. 21 korrespondierenden Schnitt mit verstelltem Anschlagelement.

Further advantages, features, properties and aspects of the present invention emerge from the claims and the following description of preferred embodiments based on the drawing. It shows:

Fig. 1

a schematic perspective view of a proposed shower enclosure with a proposed fitting according to a first embodiment in a starting position;

Fig. 2

a partial top view of Fig. 1 ;

Fig. 3

a perspective rear view of the fitting;

Fig. 4

a perspective rear view of the fitting with a mounted door;

Fig. 5

a top view of the fitting with the door opened inwards;

Fig. 6

a perspective view of the fitting in the position according to Fig. 5 ;

Fig. 7

a top view of the fitting with the door opened outwards;

Fig. 8

a perspective view of the fitting in the position according to Fig. 7 ;

Fig. 9

an exploded view of a first embodiment of a fitting, not according to the invention, with separate fitting halves;

Fig. 10A

a top view of a fitting half;

Fig. 10B

a cut through the fitting half Fig. 10A ;

Fig. 11

a view of the fitting according to a second embodiment not according to the invention;

Fig. 12

a perspective view of a first fitting half of the fitting Fig. 11 with an associated locking element;

Fig. 13

an exploded view of the fitting Fig. 11 ;

Fig. 14

a top view of the first fitting half of the fitting Fig. 11 ;

Fig. 15

a perspective front view of the fitting according to a third embodiment not according to the invention;

Fig. 16

a perspective rear view of the fitting according to Fig. 15 ;

Fig. 17

an exploded view of the fitting Fig. 15 ;

Fig. 18

a perspective front view of a fitting in a fourth embodiment according to the invention;

Fig. 19

a perspective rear view of the fitting according to Fig. 18 ;

Fig. 20

an exploded view of the fitting Fig. 18 ;

Fig. 21

a proposed shower enclosure with the fitting according to the invention in a section at the height of a stop element of the fitting; and

Fig. 22

one to Fig. 21 corresponding cut with adjusted stop element.

In the figures, the same reference numerals are used for the same or similar parts, achieving corresponding or comparable advantages, even if a repeated description is omitted for reasons of simplicity.

Fig. 1 shows a schematic side view of a proposed shower partition 1 with a partition or door 2, in particular made of glass. The door 2 can also consist of another similar, in particular transparent, material.

In principle, the door 2 can also be a partition, i.e. a partition, or the like. The term “shower enclosure” is therefore preferably to be understood in a very general sense, so that in particular bathtub attachments and other partitions or the like are also included. In the following, with regard to the primary use as a shower cubicle or shower partition 1, we will only speak of door 2, even if - as I said - it can be a partition or other partition or the like.

The shower enclosure 1 has at least one fitting 10 assigned to the door 2. The fitting 10 serves here to hold or support, in particular pivotally, the door 2 on a particularly fixed component, for example on an associated pane 3, as in Fig. 1 indicated.

In the example shown, the disk 3 is preferably designed to be stationary and/or in particular attached to a wall (not shown), particularly preferably by means of a wall profile or in another suitable manner. However, the disk 3 itself can also be movable, in particular pivotable.

In the example shown, the door 2 is preferably held pivotably via two fittings 10. The fittings 10 connect the door 2 and pane 3 here. In particular, both fittings 10 are designed to be identical.

The fittings 10 preferably connect the panes 2 and 3 in such a way that their vertical edges 4 and 5 lie adjacent to one another and in the in Fig. 1 towards each other in the closed or starting position shown. In this starting position, the door 2 is preferably in the closed position, i.e. it closes the shower enclosure 1. In this starting position, the main planes of the door 2 and pane 3 or the fastening sides of the fitting halves 11, 12 are preferably in one plane. In this starting position, the fittings 10 are preferably stretched, i.e. in particular not angled or bent or pivoted.

However, tolerances or (small) deviations are possible, particularly due to assembly. For example, it is possible that the main planes of the door 2 and pane 3 or the fastening sides of the fitting halves 11, 12 do not lie exactly in one plane or are slightly angled towards one another. The deviation here is preferably at most 10°, in particular at most 5°. The angle included between the main planes of the door 2 and pane 3 or the fastening sides of the fitting halves 11, 12 is preferably between 170° and 190°, in particular between 175° and 185°.

The shower enclosure 1 preferably has a seal 6, which bridges or seals the gap or space between the panes 2 and 3 or vertical edges 4 and 5, particularly in the starting position. The seal 6 can extend continuously along the vertical edges 4 and 5 or, if necessary, be interrupted in the area of the fittings 10.

The seal 6 is preferably attached or clamped, here in particular on the component or the pane 3, but if necessary also on the door 2.

Other constructive solutions are also possible. For example, the seal 6 can also be glued on or held in a form-fitting manner, for example by inserting it into a groove, or in some other way.

Particularly preferably, the door 2 can be pivoted both inwards and outwards from the closed position or starting position. The fitting 10 is therefore preferably designed as a pendulum fitting or pendulum hinge.

In the example shown, the door 2 can be pivoted or opened, starting from the initial position or closed position shown, inwards and outwards - as indicated by the pivoting movement 7 inwards and the pivoting movement 8 outwards. It is therefore particularly a swing door.

“Inside” refers in particular to the room or shower room enclosed or delimited by the shower partition 1. Accordingly, “inside” can also refer to the shower room side or adjacent to the shower room. “Outside” refers in particular to the other side of the shower enclosure 1.

Preferably, a lifting movement can be superimposed on the pivoting movement, as indicated by arrow 9. In particular, the door 2 is lifted or lifted 9 when pivoting or opening. For this purpose, a corresponding lifting device 25 (in Fig. 1 not shown) in at least one fitting 10, in particular in the upper fitting 10, optionally integrated in both fittings 10.

Fig. 2 shows a partial top view of Fig. 1 a proposed fitting 10 with adjoining areas of the door 2 and pane 3.

The fitting 10 has two hinged or connectable fitting halves 11 and 12 for the articulated connection or coupling, here in particular the door 2 with the pane 3. Alternatively, the fitting 10 or a fitting half 12 could also be connected directly to a wall or another, in particular fixed, component. Those in the example shown are preferred fixed, disk 3 is therefore only optional. It is also possible for the pane 3 to be a pivoting pane, so that the door 2 forms a folding door together with the pane 3.

The fitting 10 or the fitting halves 11, 12 is or are preferably made of a metal or a metal alloy, in particular an aluminum or zinc alloy. Alternatively, however, it is also possible to produce the fitting 10 or individual sections or components of the fitting 10 from other materials, for example plastic, ceramic, a composite material or the like.

The fitting 10 has a coupling part 13 for the articulated coupling of the fitting halves 11, 12, forming two joints with parallel pivot axes 14 and 15.

In the example shown, the first fitting half 11 is preferably assigned to the door or door pane 2 and the second fitting half 12 is preferably assigned to the component or pane 3 or is fixed to it, in particular by screwing or gluing, connected or connectable. This type of installation is assumed in the following description, even if reverse installation is also possible in principle and the following explanations then apply accordingly.

In particular, the coupling part 13 with the first fitting half 11 forms a first joint with the first pivot axis 14 and with the second fitting half 12 a second joint with the second pivot axis 15. The articulated connection or coupling of the coupling part 13 with the respective fitting half 11 or 12 can either be implemented directly or indirectly, for example via additional bearing parts.

The pivot axes 14 and 15 run at least substantially parallel to one another and/or at least substantially vertically in the installed position.

The fitting 10 is preferably at least essentially only arranged on the outside and is preferably at least essentially flush with the door 2 and/or pane 3 on the inside or shower room side.

The first pivot axis 14 is preferably arranged inside or closer to the shower room, in contrast to the second pivot axis 15.

The first pivot axis 14 is preferably arranged in the door 2 and/or in the central or plate plane 16 of the door 2 and/or pane 3.

The second pivot axis 15 is preferably arranged on the outside and outside of the door 2 and/or pane 3.

Both pivot axes 14 and 15 span a plane that is preferably at least substantially perpendicular to the central or plate plane 16 in the Fig. 1 and 2 starting position shown.

Both pivot axes 14 and 15 preferably penetrate the coupling part 13, namely at the first and second joint. The position of the joints corresponds accordingly to the positions of the two pivot axes 14 and 15.

One or more stop elements 27, 28 or stops 27A, 28A are arranged or formed between the fitting halves 11 and 12.

The respective stop element 27, 28 preferably forms a respective stop 27A, 28A.

A first stop element 27 is preferably arranged or formed on the first fitting half 11 and/or the coupling part 13 and/or a first stop 27A preferably acts between the first fitting half 11 and the coupling part 13, as for example in Fig. 2 shown.

Additionally or alternatively, a second stop element 28 is preferably arranged or formed on the second fitting half 12 or the coupling part 13 and/or a second stop 28A acts between the second fitting half 12 and the coupling part 13. The following explanations then preferably apply accordingly.

The first and/or second stop element 27, 28 is preferably designed as a damper or forms a damper. Preferably, the first stop element 27 is designed to prevent the pivoting movement of the first fitting half 11 about the pivot axis 14 and/or a collision or striking of the first fitting half 11 to dampen the coupling part 13, and/or the second stop element 28 is designed to dampen the pivoting movement of the second fitting half 12 about the pivot axis 15 and/or a collision or impact of the second fitting half 12 on the coupling part 13. This will be done using Fig. 9 and 10A explained in more detail.

Preferably, the stop element(s) 27, 28 acts in a direction that is at least substantially parallel to one of the fitting halves 11, 12, the door 2 or the pane 3 and/or which is transverse, in particular perpendicular the plane in which the two pivot axes 14, 15 lie or which is spanned by the two pivot axes.

The first fitting half 11 and the coupling part 13 preferably each have a contact surface 11B or 13F. In particular, the surfaces 11B and 13F lie opposite and/or against each other in the initial or closed position, as in Fig. 2 shown.

The first stop 27A is preferably arranged between the contact surfaces 11B and 13F or preferably lies against the contact surface 11B or 13F in the initial or closed position.

The second stop 28A is preferably arranged between corresponding contact surfaces of the second fitting half 12 and the coupling part 13 or lies against one of these contact surfaces in the initial or closed position, in particular with the corresponding contact surfaces lying opposite one another in the initial or closed position.

Preferably, a stop element 27 and/or 28 is provided for both fittings 10 that usually hold the door 2. However, it is also possible to provide a stop element 27 and/or 28 only on one of the two fittings 10 or to design one of the fittings 10 without a stop element 27 and/or 28.

Fig. 3 shows a perspective rear view of the fitting 10 in the starting position without the door 2 and pane 3.

The fitting 10 or one, here the first fitting half 11, preferably has a fastening-side, in particular plate-like section 17 and an engagement section 18 projecting therefrom.

The engagement section 18 preferably engages together with a seal 19 in an open-edge recess 20 of the door 2, as in Fig. 4 shown, which shows the fitting 10 with the door 2 mounted, but without the pane 3. The seal 19 is arranged between the wall of the recess 20 and the engagement section 18. This is, for example, glued to the engagement section 18 or held by it.

The engagement section 18 is preferably at least essentially cuboid and/or elongated.

The thickness or height of the projection of the engagement section 18 relative to the fastening-side section 17 preferably corresponds at least substantially to the thickness or depth of the recess 20 or door 2.

The fastening-side section 17 of the first fitting half 11 protrudes laterally, preferably over the engagement section 18, so that the recess 20 and / or the seal 19 is covered or covered on the outside at the top and bottom.

The fitting halves 11 and 12 are firmly connected or connectable, in particular glued or screwed, to the associated components, here the door 2 and pane 3.

In the example shown, screwing is carried out from the inside of the shower enclosure 10 or door 2 and pane 3, preferably flush with the surface.

Each fitting half 11, 12 can optionally be screwed to the associated door 2 or pane 3 with one screw 21 or several screws 21, as in Fig. 4 shown. In the example shown, two threaded holes 22 for the screws 21 are provided on each fitting half 11, 12, as in Fig. 3 shown. However, other types of attachment are also possible.

To avoid direct contact of the first fitting half 11 or the fastening-side section 17 on the door 2, an intermediate bearing element, not shown, can be used. preferably made of a soft material or plastic material, be arranged between them. The same preferably also applies to the second fitting half 12 and its attachment to the pane 3.

The first or inner pivot axis 14 preferably runs through the first fitting half 11 or the engagement section 18.

In the example shown, the first fitting half 11 or the engagement section 18 preferably holds a hinge pin 23, via which a bearing section 13A of the coupling part 13 is preferably pivotally mounted about the first pivot axis 14. In this way, in the example shown, the coupling part 13 is pivotally coupled to the first fitting half 11 to form the first joint.

In the example shown, the hinge pin 23 penetrates the bearing cut 13A of the coupling part 13, so that a stable and/or non-detachable pivot bearing is realized. However, other constructive solutions are possible.

Fig. 5 shows a top view of the fitting 10 in an inwardly opened position. Fig. 6 shows a perspective view of the fitting 10 in this position.

Starting from the starting position indicated by dashed lines, the first fitting half 11 is pivoted inwards in the pivoting direction 7 together with the door 2, not shown. This inward pivoting preferably takes place exclusively around the inner pivot axis 14 or around the first or inner joint.

The pivoting movement 7 inwards corresponds to an opening of the door 2 inwards, starting from the stretched starting position.

The inward pivoting movement 7 preferably takes place without a stroke 9, i.e. without axially lifting the door 2.

Fig. 7 shows a top view of the fitting 10 in an outwardly open position. Fig. 8 shows a perspective view of the fitting 10 in this position.

Starting from the starting position indicated by dashed lines, the first fitting half 11 is pivoted outwards in the pivoting direction 8 together with the door 2, not shown. This outward pivoting preferably takes place exclusively around the outer pivot axis 15 or around the second or outer joint.

The pivoting movement 8 outwards corresponds to opening the door 2 outwards.

In particular, in the case of the proposed fitting 10 or the proposed shower partition 1, there is preferably only either pivoting about the first or inner pivot axis 14 or the first joint or about the second or outer pivot axis 15 or the second or outer joint.

The pivoting movement 8 outwards is preferably carried out - at least partially - with a stroke 9, that is to say with an at least partial axial lifting of the door 2 by means of the lifting device already mentioned.

The axial lifting preferably takes place exclusively when the door 2 is opened or pivoted outwards and/or exclusively when the door 2 is pivoted about the outer pivot axis 15 or around the second or outer joint.

During axial lifting, the coupling part 13 is preferably also raised, as in Fig. 8 indicated. Compared to the representation Fig. 6 is in the raised position according to Fig. 8 the coupling part 13 is moved axially away from a bearing section 12A of the second fitting half 12, i.e. raised vertically here. Accordingly, the first fitting half 11 and the associated door 2, not shown here, are also raised in the starting position compared to the lowered starting position.

The fitting 10 preferably has a locking device 24 for locking a joint, here the inner or first joint, or for locking pivoting about a, here the first or inner pivot axis 14. The locking occurs in particular only when opening outwards and/or only when pivoting about the other joint or about the other joint axis 15.

The locking device 24 is preferably assigned to the first or inner pivot axis 14 or the inner joint of the fitting 10.

The lifting device 25 already mentioned, the preferred structure of which is based on Fig. 9 and 10 is explained in more detail, is preferably assigned to the second or outer pivot axis 15 or the outer joint of the fitting 10.

The locking device 24 on the one hand and the lifting device 25 on the other hand therefore preferably act on different pivot axes 14, 15 or joints of the fitting 10.

Preferably, the locking device 24 and the lifting device 25 act - in particular primarily exclusively - outwards when the door 2 is opened, that is to say only during a pivoting movement 8 outwards.

The locking device 24 and/or lifting device 25 is or are, if necessary, only required or provided for the upper fitting 10 of the two fittings 10 that usually hold the door 2.

The locking device 24 preferably ensures that the first joint cannot open when the door 2 is opened outwards, i.e. when pivoting about the second joint, in particular not even if the door 2 is raised further axially before the opening movement 8 is reached no longer takes place and accordingly no force holding the first joint together is exerted by the lifting device 25 on the coupling part 13 and thus on the first joint. By locking the first joint, it can be safely or always prevented that when the door 2 is opened to the outside, the first joint of the upper fitting 10 opens and the door 2 can thereby tip over, i.e. sink in the area of its free vertical edge.

By superimposing an axial lifting movement when the door 2 is pivoted about the second pivot axis 15 or the second or inner joint with a corresponding gradient, the lifting device 25 causes a restoring force, which causes and supports the door 2 to move back into the starting position or closed position and / or which acts in the opposite direction on the coupling part 13 and thus counteracts the opening of the first joint and/or which counteracts the opening of the second joint when the door 2 is opened inwards. In this way, it can be prevented that, in particular, the second joint of the upper fitting 10 opens in an undesirable manner during a pivoting movement 7 of the door 2 inwards and thereby This can cause the door 2 to tip over or sag downwards along its free vertical edge.

The locking device 24 preferably has at least one locking section 24A, here two locking sections 24A, in particular on the first fitting half 11, in order to prevent the first joint formed here between the first fitting half 11 and the coupling part 13 from opening, i.e. the fitting 10 from pivoting about first pivot axis 14, to be able to block or lock. The locking or blocking takes place in particular automatically by or when lifting the first fitting part 11 and/or by or when opening the door 2 to the outside and/or by the lifting device 25.

The locking sections 24 are preferably designed in the form of projections, cams or lugs.

Fig. 9 shows a fitting 10 not according to the invention in an exploded view with fitting halves 11 and 12 axially spaced apart from one another. Fig. 10A shows the first fitting half 11 together with the coupling part 13 coupled to the joint, which is partially sectioned. Fig. 10B shows a section through the first fitting half 11 in the area of the first stop element 27 without an associated coupling part 13.

In the example shown, the coupling part 13 preferably has a bearing sleeve 13B or another bearing element to form the second joint or articulated connection with the second fitting half 12.

The second fitting half 12 or its bearing section 12A preferably has a particularly bolt-shaped bearing element 12B, in which the coupling part 13 or bearing sleeve 13B can be suspended or pivoted to form the second joint.

In the example shown, the bearing sleeve 13B has a circumferential recess or opening 13C for each locking section 24A, as in Fig. 10A indicated schematically, so that when the first joint is closed, starting from the in Fig. 10A In the position shown, the respective locking section 24A can be moved or pivoted along the swivel path indicated by dashed lines partially through the interior of the bearing sleeve 13B until the in Fig. 10A End position of the locking section 24A indicated by dashed lines when the first joint is finally closed, that is, when the coupling part 13 is at least essentially completely folded onto the first hinge half 11.

In the end position mentioned, the locking section 24A can be blocked or locked against moving back along the pivoting path through the interior of the bearing sleeve 13B by means of the bearing element 12B engaging in the bearing sleeve 13B. In this way, in the first embodiment, a particularly positive locking of the first joint is made possible or realized. However, other constructive solutions are also possible.

The bearing element 12B preferably has a corresponding, here in particular annular groove-like recess 12C, which releases the pivoting path of the corresponding locking section 24A through the interior of the bearing sleeve 13B with a corresponding relative axial position of the bearing element 12B. In this state, the locking device 24 does not lock. The first joint is then released so that the coupling part 13 and the first fitting half 11 can be pivoted freely relative to one another about the first pivot axis 14.

In the starting position or when the door 2 or fitting half 11 is not axially raised and thus when the bearing sleeve 13B is not axially raised, the at least one recess 12C on the one hand and the associated locking section 24A or the opening 13C on the other hand are aligned, so that the first joint is not blocked , the locking device 24 does not lock.

When the coupling part 13 moves axially away from the bearing section 12A of the second fitting half 12, i.e. with the door 2 at least partially raised, the recesses 12C are no longer aligned with the axial position of the locking sections 24A, so that the bearing element 12B covers the pivoting path of the locking sections 24A through the bearing sleeve 13B and thus the first joint locks.

In the example shown, the locking device 24 therefore includes in particular at least one locking section 24A (here on the first fitting half 11), an associated opening 13C (here on the coupling part 13 or its bearing sleeve 13B) and / or a bearing element 12B or a recess 12C (here on the second fitting half 12 or the bearing section 12A).

The locking device 24 is particularly preferred by an axial relative movement and/or by the lifting device 25, in particular by a corresponding one Raising or lowering of the fitting halves 11 or 12 and/or the coupling part 13 is controlled. However, other constructive solutions are also possible.

The lifting device 25 preferably has a circumferentially inclined bearing surface 25A and a cooperating, possibly substantially complementary counter surface 25B, which cooperate axially and can be rotated relative to one another in such a way that a desired axial lifting of the first fitting half 11 or the coupling part 13 or the door 2 is realized when the door 2 is opened to the outside, at least when the door 2 is initially opened, with the door 2 being lowered axially into the starting position again when it is subsequently closed, at least when the starting position or closed position is reached.

Preferably, the lifting device 25 has an end face 25C perpendicular to the pivot axis 15 and a counter-end face 25D that cooperates with it and is possibly essentially complementary. In the installed position, the end face 25C and the counter-end face 25D preferably extend at least substantially horizontally. Particularly preferably, the end face 25C adjoins the bearing surface 25A and/or the end face 25D adjoins the counter surface 25B.

When the door 2 is initially opened about the second pivot axis 15 or outwards, the bearing surface 25A and the counter surface 25B are preferably in (direct) contact with one another and slide against one another. This preferably causes the axial lifting or the stroke 9.

If the door 2 is pivoted further, the end face 25C and the counter end face 25D preferably come into (direct) contact with one another or slide off one another. The bearing surface 25A and counter surface 25B are then preferably spaced apart from one another or are not in direct contact with one another or do not interact (any longer). Then the door 2 is preferably raised to the maximum or there is no further lift 9.

When pivoting back, the bearing surface 25A and counter surface 25B preferably come into contact (again) or slide against each other, which causes the door 2 to lower into the starting or closed position, particularly preferably automatically.

Preferably, the lifting device 25 has a contact surface 25E and a corresponding counter-contact surface 25F, which is particularly in the initial or

Closed position rest against each other. The contact surfaces 25E, 25F preferably extend at least substantially parallel to the pivot axis 15 or, in the installed position, preferably at least substantially vertically.

The contact surface 25E and counter-contact surface 25F preferably prevent or block an inward pivoting movement about the pivot axis 15, in particular by positive locking or abutment of the surfaces 25E, 25F against one another when pivoting inwards.

The lifting device 25 or its surfaces 25A, 25B, 25C, 25D, 25E and / or 25F is / are preferably made of plastic and / or a, in particular wear-resistant, material that enables or facilitates the surfaces sliding against one another.

The lifting device 25 or its surfaces 25A, 25B, 25C, 25D, 25E and / or 25F is / are preferably assigned to the outer or second joint or the outer or second bearing axis 15 or arranged coaxially therewith.

In the example shown, the bearing surface 25A or the end face 25C or the contact surface 25E is preferably formed on the bearing element 12B and the counter surface 25B or the counter end surface 25D or the counter contact surface 25F is preferably formed in the bearing sleeve 13B, as in Fig. 9 indicated schematically. For example, a corresponding bearing piece with the respective surfaces can be formed, attached or inserted on the second fitting half 12 or its bearing element 12B and/or on the coupling element 13 or on or in the bearing sleeve 13B. However, other constructive solutions are also possible.

The bearing surface 25A, end face 25C and/or contact surface 25E are/is preferably non-rotatably connected or connectable to the second fitting half 12 or the bearing element 12B.

The counter surface 25B, counter end face 25D and/or counter contact surface 25F are/is preferably connected or connectable in a rotationally fixed manner to the coupling part 13 or the bearing sleeve 13B.

Optionally, the bearing surface 25A, end face 25C and/or contact surface 25E can also be arranged on the coupling part 13 or on or in the bearing sleeve 13B. The counter surface 25B, counter end surface 25D and/or counter contact surface 25F is then preferably arranged or formed on the second fitting half 12 or its bearing element 12B.

It should be noted that the lifting device 25 is designed such that the door 2 and thus the first fitting half 11 are not in the axially raised position but in the lowered position when the second joint is closed - i.e. in the extended starting position of the fitting 10.

The following is a preferred structure and a preferred mode of operation of the stop elements 27, 28 based on Fig. 9 and Fig. 10B described in more detail.

The first stop element 27 preferably forms a first stop 27A or buffer or an intermediate layer, in the example shown in particular between the first fitting half 11 or its contact surface 11B and the coupling part 13 or its contact surface 13F.

Preferably, the first stop element 27 is assigned to the first or inner pivot axis 14 and/or acts when the door 2 is pivoted about the first pivot axis 14 or from the inside into the starting or closed position.

The second stop element 28 preferably forms a second stop 28A or buffer or an intermediate layer, in the example shown in particular between the second fitting half 12 and the coupling part 13 or corresponding contact surfaces of the fitting half 12 and coupling part 13.

Preferably, the second stop element 28 is assigned to the second or outer pivot axis 15 and/or the lifting device 25, and/or acts when the door 2 is pivoted about the second pivot axis 15 or from the outside into the initial or closed position.

Particularly preferably, the first and/or second stop element 27, 28 or the first and/or second stop 27A, 28A is adjustable and/or arranged between the pivot axes 14, 15. This will be discussed in connection with the Figures 20 to 22 discussed in more detail. Fig. 8 shows an example of an adjustable second stop element 28 arranged between the pivot axes 14, 15 in a dash-dotted representation.

Fig. 7 and Fig. 8 show an example of a (further or optional) second stop element 28 between the second fitting half 12 and the coupling part 13 in a dashed representation, which is not arranged between the pivot axes 14, 15 and/or is at least essentially identical to the first stop element 27.

Preferably, the stop element(s) 27, 28 or the respective stops 27A, 28A are designed to prevent the respective fitting half or its respective contact surface from running onto or against the coupling part 13 or its respective contact surface to dampen, in the first stop element 27 or first stop 27A, for example the contact surfaces 11B and 13F.

Particularly preferably, the stop element(s) 27, 28 or the respective stops 27A, 28A avoid a direct, in particular metallic, collision of the respective fitting half or its contact surface on or against the coupling part 13 or its respective contact surface.

It is also possible to design the fitting 10 without a stop element 27 and/or 28. A first stop 27A is then preferably formed directly by the contact surfaces 11B and 13F; in particular, these surfaces abut one another directly in the initial or closed position. The same preferably applies to a second stop 28A formed by contact surfaces of the second fitting half 12 and the coupling part 13.

Preferably, a stop element 27, 28 is arranged (each) between sections or components of the fitting 10, between which a collision or impact can occur. Accordingly, a stop element could also be arranged directly between the first fitting half 11 and the second fitting half 12 or could dampen or prevent them from hitting.

Preferably, the stop element 27, 28 is made of a softer, more flexible and/or more elastic material than the fitting 10, the first fitting half 11, second fitting half 12 and/or the coupling part 13, in particular as the contact surface 11B and/or 13F, at least in Area of the stop 27A, 28A formed by the stop element 27, 28. For example, the stop element 27, 28 can be made - at least partially - from a soft plastic or a rubber and/or another elastic material.

However, if necessary, the stop element 27, 28 can also be made from a similarly hard or the same material as the fitting 10, the first fitting half 11, the second fitting half 12 and/or the coupling part 13, in particular like the contact surface 11B and/or 13F and/or have a spring element and/or an elastic section.

The stop element 27, 28 or the stop 27A, 28A formed thereby is preferably elongated or strip-like and/or extends (with its longitudinal axis) preferably parallel to the pivot axis 14 or 15 and/or at least substantially vertically in the installed position of the fitting 10. In particular, the stop element 27, 28 or the stop 27A, 28A preferably extends at least substantially parallel to the first and/or second pivot axis 14, 15 or to the corresponding joints, as in particular in Fig. 9 is shown.

The stop element 27, 28 is preferably changeable or replaceable. In particular, the stop element 27, 28 can be replaced or removed if necessary.

Only the arrangement of the first stop element 27 with the first stop 27A between the first fitting half 11 and the coupling part 13 will be explained in more detail below. These statements then preferably apply correspondingly to other arrangements, in particular to the second stop element 28 with a second stop 28A between the second fitting half 12 and the coupling part 13.

In the example shown, the first stop element 27 is preferably arranged on or formed by the first fitting half 11 or its contact surface 11B. However, it is also possible to arrange or form the first stop element 27 on the coupling part 13 or its contact surface 13F. It is also possible to provide a stop element 27 on both the first fitting half 11 and on the coupling part 13 or on both contact surfaces 11B and 13F. The stop elements 27 or their stops 27A can be arranged so that they lie against one another or opposite one another in the stop position of the fitting 10. However, it is also possible to arrange the stop elements 27 or stops 27A offset from one another.

In the example shown, the first stop element 27 or the first stop 27A is in the installed position preferably only in the upper region of the first fitting half 11 or their contact surface 11B arranged. However, other solutions are also possible here, in which the first stop element 27 or the first stop 27A is arranged in other areas or at least extends substantially over the entire length of the contact surface 11B.

Particularly preferably, a recess, depression or groove 29 is formed in the fitting 10, into which the first stop element 27 is at least partially inserted, inserted and / or glued or into which the first stop element 27 engages, as in Fig. 10B is shown. In particular, the first stop element 27 protrudes or protrudes from the groove 29. However, other solutions are also possible here, for example the first stop element 27 can be glued directly onto the fitting 10. In this case, the recess, depression or groove 29 can be omitted.

In the example shown, the groove 29 is preferably formed in the first fitting half 11 or its contact surface 11B. As already explained, however, depending on requirements, stop elements or stops can also be provided on other sections or components of the fitting 10, in particular on the second fitting half 12 and/or the coupling part 13, or corresponding grooves 29 can be formed therein.

Alternatively, it is also possible to form the stop element 27, 28 or the stop 27A, 28A in one piece with the fitting 10, the first fitting half 11, the second fitting half 12 and/or the coupling part 13, in particular the contact surface 11B and/or 13F or to adapt to it. The stop element 27, 28 or the stop 27A, 28A is then preferably formed by a correspondingly designed elevation or a correspondingly designed projection.

It is also possible to design the stop element 27, 28 or the stop 27A, 28A as a coating, i.e. the fitting 10, the first fitting half 11, the second fitting half 12 and/or the coupling part 13, in particular the contact surface 11B and/or 13F, at least partially, in particular with a softer or more elastic material.

The first stop element 27 or the first stop 27A is preferably provided on the inner pivot axis 14. The fitting 10 is therefore preferably designed to accommodate the pivoting movement about the pivot axis 14 and/or a collision or striking sections or components of the fitting 10, in particular the first fitting half 11 and the coupling part 13, when pivoting about the pivot axis 14.

Alternatively or additionally, one or more second stop element(s) 28 or a second stop or several second stops 28A can be provided on the outer pivot axis 15, as in 7 and 8 shown in dashed lines and dash-dotted lines, in particular so that the corresponding pivoting movement about the pivot axis 15 and / or a collision or impact is dampened during this movement or the fitting 10 is designed for this purpose.

With door 2 opened inwards, as in particular in Fig. 5 shown, the contact surfaces 11B and 13F are preferably spaced apart from one another. If the door 2 is now moved or pivoted towards the initial or closed position, the contact surfaces 11B, 13F move towards one another. When the first stop element 27 is arranged on the contact surface 11B, it preferably abuts the contact surface 13F during this pivoting movement, in particular with its first stop 27A. In particular, the first stop element 27 dampens the pivoting movement and/or the striking and/or avoids direct contact or striking of the contact surfaces 11B and 13F.

The first stop element 27 or the first stop 27A is preferably arranged so that it only comes to a stop in or shortly before reaching the starting or closing position, and / or preferably has the largest possible distance from the pivot axis 14 or from the Joint bolt 23. In the example shown, the first stop element 27 or the first stop 27A is arranged in particular as far outside as possible on the contact surface 11B, as in Fig. 10B shown.

When the door 2 is pivoted outwards or in the pivoting direction 8 or around the second pivot axis 15, the relative position of the first fitting half 11 and the coupling part 13 to one another, in particular of the contact surfaces 11B and 13F, preferably remains unchanged. In particular, the contact surfaces 11B and 13F are as in Fig. 2 shown starting or closing position opposite and / or against each other, as in particular in 7 and 8 shown. This is caused in particular by the locking device 24, which preferably prevents or blocks pivoting of the first fitting half 11 or the contact surface 11B relative to the coupling part 13 or its contact surface 13F. Accordingly The first stop element 27 or the first stop 27A preferably remains inactive here.

Preferably, the second fitting half 12 and the coupling part 13 only move relative to one another when the door 2 is pivoted about the second pivot axis 15. In particular, there are corresponding contact surfaces of the second fitting half 12 and the coupling part 13 when the door is open to the outside, as in 7 and 8 shown, separated from each other. A second stop element 28 arranged on one of these contact surfaces preferably acts in the opposite direction to the previously described first stop element 27, i.e. only dampens when moving about the second pivot axis 15.

Further embodiments of the proposed fitting 10, which can also be used for the proposed shower enclosure 1, are explained below with reference to the further figures, with primarily only essential differences or new aspects being discussed. The previous statements and explanations apply in particular accordingly or in addition, even without repetition.

Fig. 11 shows a perspective view of a fitting 10 according to a second embodiment not according to the invention. Fig. 12 shows a perspective view of the first fitting half 11 of this fitting 10 and an associated covering or locking element 24B of the fitting 10 or the locking device 24.

Fig. 13 shows an exploded view of the fitting 10 with separate fitting halves 11, 12 without locking element 24B.

In the second embodiment, the locking element 24B is preferably sleeve-like or hollow and covers the coupling part 13 or its bearing section or sleeve 13B. It is preferably provided with a particularly axially extending opening region or slot 24C.

In the assembled state, the bearing sleeve 13B of the coupling part 13 is accommodated in the locking element 24B and is particularly axially displaceable relative to the locking element 24B due to the opening area or the slot 24C. The coupling part 13 extends with its arm-like bearing section 13A in particular radially through the slot 24C.

In the second embodiment, a bearing pin 26 is preferably provided instead of the bearing element 12B in order to mount the coupling element 13 or its bearing sleeve 13B in an articulated and axially displaceable manner on the second fitting half 12. When assembled according to Fig. 11 and 13 The bearing pin 26 or another bearing element is held at the bottom in the bearing section 12A and optionally at the top in a preferably provided additional bearing section 12D of the second fitting half 12.

In the assembled state, the locking element 24B or another sleeve covers the coupling part 13 or its bearing sleeve 13B, so that in the starting position the coupling part 13 is not visible from the outside.

In the second embodiment, the bearing surface 25A, end face 25C and/or contact surface 25E are/are preferably formed or arranged on the second fitting half 12 or the bearing section 12A, as in Fig. 13 indicated. The counter surface 25B, counter end face 25D and/or counter contact surface 25F are/is preferably formed at the lower front end of the coupling part 13 or the bearing sleeve 13B, as in Fig. 12 and 13 indicated.

Just as in the first embodiment, in the second embodiment the lifting device 25 is formed by the interaction of the surfaces 25A and 25B which rest axially on one another or slide on one another and can be rotated relative to one another, which in particular only occurs when the door 2 is opened to the outside or only when a pivoting about the outer or second pivot axis 15 causes an axial stroke 9 for lifting the first fitting half 11 or the door 2.

In general, it should be noted that it is particularly preferred that the stroke 9 is superimposed only in an initial part of the entire opening movement 8 outwards, i.e. after a certain opening the door 2 is no longer raised. This is possible by appropriately shaping the bearing surface 25A or counter surface 25B or designing the end face 25C or counter end face 25D. This can ensure that the door 2, which is opened (sufficiently far) outwards, does not close again on its own, which is the case if the surfaces 25A, 25B are sufficiently and preferably sloped in the lifting area. It is particularly preferred that the lifting device 25 moves the door 2 or the first fitting half 11 assigned to the door 2 into the starting position shortly before reaching the starting position pulls. If necessary, the aforementioned gradient of the lifting device 25 can also be adjusted or varied depending on the desired force profile.

In the second embodiment, the coupling part 13 is again, as in the first embodiment, preferably pivotable about the first pivot axis 14 or articulated via the first joint with the first fitting half 11, in particular via the bearing section 13A, the hinge pin 23 and the engagement section 18, preferably coupled or connected in an inseparable and/or axially non-displaceable manner.

In the second embodiment, the locking device 24 or first fitting half 11 preferably has only one locking section 24A.

The locking section 24A is preferably designed as a peripheral section of a hollow cylinder or is provided with such a peripheral section as shown in FIG Fig. 13 held or attached to the lower end, here firmly connected to the first fitting half 11 or formed on it.

The coupling part 13 or its bearing sleeve 13B preferably has a cutout 13D, so that the locking section 24A or peripheral section can be moved or pivoted into the cutout 13D when the coupling part 13 is pivoted towards the first fitting half 11, as shown in the top view Fig. 14 indicated by dashed lines, i.e. when the first joint is in the starting position or its closed position or when the door 2, not shown here, is not opened or pivoted inwards.

In the position mentioned, when the locking section 24A or circumferential direction is located in the cutout 13D of the coupling part 13 or the bearing sleeve 13B, the first joint can be locked by the locking element 24B engaging or engaging around the locking section 24A on the outside or circumferential side . This is done in particular in that when the door 2 is opened to the outside, the coupling part 13 is lifted axially together with the first fitting half 11, whereby the bearing sleeve 13B is moved axially upwards together with the pivoted-in locking section 24A in the locking element 24B, so that a collar 24D above the slot 24C of the locking element 24B surrounds or engages over the locking section 24A on the outside, whereby the desired locking is achieved.

It should be noted that the locking element 24B preferably rotates with the coupling part 13, but is not moved axially with it.

In the second embodiment, the first joint or pivoting about the first pivot axis 14 is again preferably positively locked by lifting or when lifting the door 2 when it is pivoted about the other or second pivot axis 15 or opened outwards. blocked. In the second embodiment, the locking device 24 preferably also includes the locking element 24B.

Optionally, the fitting 10 according to the second embodiment can have one or more stop elements 27, 28 or stops 27A, 28A, as in Fig. 12 indicated. The previous statements preferably apply accordingly.

A third embodiment of the proposed fitting is explained in more detail below using the further figures. Here again only essential aspects are mentioned that are different or new compared to the first and/or second embodiment. The previous statements and explanations therefore apply in particular accordingly or in addition.

In the third embodiment, as in the first and second embodiments, there is preferably only a single lifting device 25 for superimposing an axial lifting movement 9 when pivoting the partition or door 2 about one of the two pivot axes 14, 15, in particular only when pivoting about the second or outer pivot axis 14, provided.

In the third embodiment, the locking device 24 is preferably designed to alternately lock the two joints.

Fig. 15 shows the fitting 10 according to the third embodiment not according to the invention in a perspective front view in the starting position, without door 2 and pane 3.

Fig. 16 shows the fitting 10 in a perspective rear view in the starting position, i.e. with the fitting half 11 not axially raised.

Fig. 17 shows the fitting 10 in an exploded view.

In the third embodiment, the coupling part 13 is guided in an axially displaceable manner in a guide part 13E. The coupling part 13 is inserted in particular with its bearing section 13A and its bearing sleeve 13B into the guide part 13E and can be pivoted together with it and axially movable relative to it in order to enable the desired lifting of the door 2.

The coupling part 13 is, just as in the first and second embodiments, preferably axially immovably coupled to the first fitting half 11 in an articulated manner via the first joint and preferably axially displaceably coupled to the second fitting half 12 in an articulated manner via the second joint.

The guide part 13E is preferably axially displaceable relative to the first fitting half 11 and articulated via the first joint with the first fitting half 11, i.e. pivotable together with the coupling part 13 about the first pivot axis 14.

The guide part 13E is preferably axially immovable, i.e. similar to the locking element 24B according to the second embodiment, coupled to the second fitting half 12, but can be pivoted relative to the second fitting half 12 about the second pivot axis 15, here together with the coupling part 13.

The lifting device 25 with its bearing surface 25A and counter bearing surface 25B is in Fig. 17 schematically indicated and again arranged on the second joint or on the second fitting half 12 as in the first and second embodiments and / or again controlled by pivoting about the second pivot axis 15 or the second joint as in the first and second embodiments.

The locking device 24 preferably has an engagement element 24E, which engages - here radially - in a particularly L-shaped groove, slot or guide 24F, so that only either an axial or rotational relative movement is possible. In the example shown, the engagement element 24E is preferably firmly coupled to the first fitting half 11. The groove, link or guide 24F, on the other hand, is firmly connected or coupled to the guide part 13E.

When the engagement element 24E moves along the axial section 24G of the guide 24F, the first fitting half 11 can only be axially displaced or moved, but not pivoted relative to the guide part 13E and therefore also not relative to the coupling part 13. In this case, the first joint or pivoting about the first pivot axis 14 is blocked.

When the engagement element 24E engages in the peripheral section 24H of the guide 24F, the first fitting half 11 can be pivoted about the first joint or the first pivot axis 14, i.e. relative to the guide part 13E and the coupling part 13 or the coupling sleeve 13B, but not axially relative to the housing part 13 and therefore not axially to the second fitting half 12 can be moved or lifted. By blocking the lifting, the second joint is blocked against opening or against pivoting about the second pivot axis 15 via the lifting device 25 or its surfaces 25A and 25B inclined in the circumferential direction. The contact surfaces 25E, 25F can therefore be dispensed with in this embodiment.

In the example shown, the groove, link or guide 24F is preferably formed in a guide body 24J, which is preferably connected to the guide part 13E in a rotationally fixed and axially immovable manner via an intermediate element 24K. It should be noted that in Fig. 17 the coupling part 13 is shown in the lowered view, but can be moved axially upwards from the intermediate part 24 to lift the first fitting half 11 and the door 2 (not shown).

An optional guide sleeve 24L is preferably provided, which in the example shown is coupled to the first fitting half 11 in a rotationally fixed and axially immovable manner.

The guide sleeve 24L preferably serves to guide the guide body 24J arranged therein.

In the example shown, the guide sleeve 24L preferably has an opening 24M through which the guide element 24E can engage into the guide 24F from the outside.

The engagement element 24E is here preferably L-shaped and accordingly engages with one leg through the opening 24M into the guide 24F. However, other constructive solutions are also possible.

The engagement element 24E is preferably mounted or held immovably or firmly in the first fitting half 11, in particular in a bearing section 11A of the first fitting half 11. In particular, the engagement element 24E also serves to secure the guide sleeve 24L accordingly, in that one leg passes through the opening 24M of the guide sleeve 24L. However, other constructive solutions are also possible.

Thus, the fitting 10 or the locking device 24 is designed for selectively or alternately locking the first and second joints or pivoting about the first and second pivot axes 14, 15.

The locking is again preferably carried out in a form-fitting manner as in the other embodiments.

Optionally, the fitting 10 according to the third embodiment can have one or more stop elements 27, 28 or stops 27A, 28A, as in Fig. 17 indicated. The previous statements preferably apply accordingly.

A fourth embodiment of the proposed fitting 10 is explained in more detail below using the other figures. Here again only essential aspects are mentioned that are different or new compared to the previously described embodiments. The previous statements and explanations therefore apply in particular accordingly or in addition.

Fig. 18 shows the fitting 10 according to the fourth embodiment according to the invention in a perspective front view in the starting or closed position, without door 2 and pane 3.

Fig. 19 shows the fitting 10 in a perspective rear view in the starting or closed position.

Fig. 20 shows the fitting 10 in an exploded view.

The fitting 10 according to the fourth embodiment preferably has a lower overall height than the fittings of the previous embodiments.

The locking device 24 is preferably designed at least essentially as in the first embodiment. The fitting 10 of the fourth embodiment particularly preferably has only one locking section 24A. Accordingly, the fitting 10, in particular the second fitting half 12 or the coupling part 13, preferably has only one recess 12C or only one opening 13C. This is beneficial for the compact or lower overall height.

In principle, however, it is also possible to design the fitting 10 of the fourth embodiment with several locking sections 24A and correspondingly several recesses 12C or openings 13C. Furthermore, locking devices 24 are also possible, which are designed as described in the second or third embodiment.

In the example shown, the bearing surface 25A, end face 25C and/or contact surface 25E of the lifting device 25 are preferably arranged on the coupling part 13, in particular in the bearing sleeve 13B. Accordingly, the counter surface 25B, counter end face 25D and/or counter contact surface 25F are preferably arranged on the second fitting half 12. In the installed position, the end face 25C preferably points upwards and the counter end face 25D points downwards.

In the fourth embodiment, the surfaces 25A, 25C and/or 25E are preferably arranged on the coupling part 13 and the corresponding counter surfaces 25B, 25D and/or 25F on the second fitting half 12, and not vice versa as in the previous embodiments. Accordingly, when rotating about the second pivot axis 15, a stroke 9 of the second fitting half 12 preferably occurs. The first fitting half 11 and the coupling part 13 preferably do not lift.

The door 2 is preferably arranged on the fitting half 11, 12, which is raised by the lifting device 25. With the one in the Figures 18 to 22 In the example shown, the door 2 is preferably arranged or can be arranged on the second fitting half 12, while the door 2 in the in Figures 1 to 17 Examples shown are arranged or can be arranged on the first fitting half 11.

However, the functionality of the lifting device 25 is (otherwise) preferably identical or corresponding to the previous embodiments, so that the previous explanations apply accordingly.

Alternatively, however, it is also possible in the fourth embodiment to arrange the surfaces 25A, 25C or 25E and the counter surfaces 25B, 25D or 25F and/or the door 2 as in the previous embodiments.

The lifting device 25 has a lifting element 30, which in particular has the bearing surface 25A, end surface 25C and / or contact surface 25E.

The lifting element 30 is inserted or can be inserted into the coupling part 13, in particular the bearing sleeve 13B.

Alternatively or additionally, the counter surface 25B, counter end face 25D and/or counter contact surface 25F can also be arranged on a lifting element, which is preferably inserted or can be inserted into the fitting half 12, in particular the bearing section 12A.

The lifting element 30 is preferably held in a rotationally fixed manner in the coupling part 13, in particular the bearing sleeve 13B.

The lifting element 30 preferably has a recess 30A, in particular on the side. The coupling part 13, in particular the bearing sleeve 13B, preferably has a corresponding projection (not shown) which, together with the recess 30A, forms an anti-rotation device. However, other solutions for forming anti-twist protection are also possible here.

The lifting device 25, in particular the lifting element 30 or the surfaces 25A, 25C and / or 25E, is adjustable and the stroke 9 of the lifting device 25 is preferably adjustable.

The lifting element 30 or the surfaces 25A, 25C and/or 25E are (axially) adjustable along the pivot axis 15.

The relative height of the lifting element 30 or the surfaces 25A, 25C and/or 25E to the remaining components of the fitting 10, in particular to the counter surfaces 25B, 25D and/or 25F, can thereby be adjusted or changed. Alternatively or additionally it is also possible to have the counter surfaces 25B, 25D and/or 25F or a lifting element forming these surfaces is designed to be (axially) displaceable or adjustable.

The lifting device 25 preferably has an adjusting element 31 with which the lifting device 25, in particular the lifting element 30 or the surfaces 25A, 25C and / or 25E, or the stroke 9 of the lifting device 25 can be adjusted.

The adjusting element 31 preferably has an external thread and/or is designed as a grub screw. The coupling part 13, in particular the bearing sleeve 13B, preferably has an external thread corresponding to the internal thread. In particular, the adjusting element 31 can be screwed into the coupling part 13 or the bearing sleeve 13B or adjustable therein. By (axially) adjusting the adjusting element 31, the lifting device 25 or the lifting element 30 or the surfaces 25A, 25C and / or 25E can preferably be (axially) adjusted or displaced, so that the stroke 9 is adjustable.

In particular when using two or more fittings 10, tolerance compensation can be achieved by the adjustable lifting device 25 or by adjusting the stroke 9, so that a synchronous or uniform stroke 9 of the two or more lifting devices 25 or the door 2 takes place. Furthermore, it can be achieved that the forces acting on the fittings 10 or lifting devices 25, in particular caused by the weight of the door 2, are distributed evenly between the two fittings 10 or lifting devices 25, in particular in the starting or closed position.

Preferably, the fitting 10 according to the fourth embodiment has one or more stop elements 27, 28 or one or more stops 27A, 28A, in particular the first stop element 27 or the first stop 27A between the first fitting half 11 and the coupling part 13 and/or the second stop element 28 or the second stop 28A between the second fitting half 12 and the coupling part 13.

In the example shown according to Fig. 20 the first stop element 27 or the first stop 27A is preferably designed as previously described in connection with the first embodiment. The previous explanations therefore apply accordingly.

The essential differences of the second stop element 28 or the second stop 28A will be discussed in more detail below, whereby individual features of the stop element 28 or stop 28A previously described in connection with the first embodiment can apply accordingly, even if repetition is omitted.

Furthermore, it should be taken into account that alternatively or additionally the first stop element 27 or the first stop 27A can also be designed as described below. It is also possible for the fitting 10 to have only one stop element 27, 28 or only one stop 27A, 28A, which is preferably designed as described below. In the following description, therefore, only the terms “stop element 28” and “stop 28A” are used, without distinguishing between the first and second stop elements or stop.

Preferably, the stop element 28 or the stop 28A is arranged or formed in or on the coupling part 13, in particular the bearing section 13A.

The coupling part 13, in particular the bearing section 13A, preferably has a bore or recess 13G in which the stop element 28 is arranged or can be arranged. However, solutions are also possible in which the stop element 28 is arranged in a corresponding bore or recess in the second fitting half 12.

The recess 13G and/or the stop element 28 are/is preferably elongated or cylindrical.

The stop 28A is preferably formed by an end face of the stop element 28. The end face is preferably transverse, in particular perpendicular, to the longitudinal axis or main extension axis of the stop element 28.

The stop element 28 or the stop 28A preferably protrudes from the coupling part 13 or the recess 13G.

The recess 13G and/or the stop element 28 are/is preferably arranged or formed between the pivot axes 14, 15.

The recess 13G or the stop element 28 preferably extends transversely, in particular perpendicularly, to the pivot axes 14, 15, particularly preferably to the plane spanned by the pivot axes 14, 15 or in which both pivot axes 14, 15 lay.

The recess 13G preferably extends completely through the coupling part 13, in particular the bearing section 13A.

The stop element 28 preferably extends at least partially through the coupling part 13, in particular the bearing section 13A or the recess 13G.

In the installed position, the stop element 28 or the recess 13G preferably extends at least substantially parallel to the main extension plane of one of the fitting halves 11, 12, the door 2 and/or the pane 3. However, it is possible, as in Fig. 21 and 22 shown that the stop element 28 or the recess 13G encloses an angle with the main plane of extension of one of the fitting halves 11, 12, the door 2 or the pane 3. The angle is preferably less than 45° or 35°, in particular less than 30° or 25°. In particular, the stop element 28 or the recess 13G does not run transversely or perpendicular to the main extension planes of the fitting halves 11, 12, door 2 or pane 3.

Preferably, the stop element 28 or the recess 13G extends at least substantially horizontally in the installed position.

The stop element 28 or the stop 28A is particularly preferably adjustable, as in particular in FIG Figures 21 and 22 shown.

Fig. 21 shows a horizontal section of the proposed shower enclosure 1, i.e. the fitting 10 attached to the door 2 and pane 3, at the height of the stop element 28. The shower enclosure 1 or the fitting 10 is in the starting or closed position, in which the second Fitting half 12 rests against stop 28A.

Fig. 22 shows the proposed shower enclosure 1 in one Fig. 21 corresponding horizontal section, also in the starting or closed position, in which the second fitting half 12 rests against the stop 28A, but with the stop element 28 or stop 28A adjusted.

Fig. 21 and 22 show an example of a shower partition 1, in which the first fitting half 11 is attached to the pane 3 and the second fitting half 12 is attached to the door 2. In principle, however, it is also possible to attach the first fitting half 11 to the door 2 and the second fitting half 12 to the pane 3, as for example in Fig. 1 and 2 shown.

The stop element 28 or the stop 28A is preferably adjustable, in particular along the longitudinal axis of the stop element 28 or the recess 13G. In particular, the distance of the stop 28A from the coupling part 13 and/or from the fitting half 12 is adjustable.

The stop element 28 preferably has an external thread. In particular, the stop element 28 is designed as a grub screw or set screw.

The coupling part 13 or the bearing section 13A or the recess 13G preferably has an internal thread corresponding to the external thread of the stop element 28. Particularly preferably, the stop element 28 can be screwed or screwed into the coupling part 13, the bearing section 13A or the recess 13G.

Alternatively, the fitting half 12 can also have an internal thread or the stop element 28 can be screwed or screwed into the fitting half 12.

The stop element 28 preferably has an adjustment section 28B. The stop element 28 is preferably adjustable by means of the adjustment section 28B. In particular, the adjustment section 28B is formed on the end face of the stop element 28 opposite the stop 28A.

In the example shown, the adjustment section 28B is designed as a recess into which a corresponding tool, such as a screwdriver, can engage. However, other solutions are also possible here.

The stop element 28 or its adjustment section 28B is preferably accessible even when the shower enclosure 1 or fitting 10 has already been installed. In particular, the adjustment section 28B is exposed or can be exposed by pivoting the door 2, in the example shown, inwards. In this way, adjustment of the stop element 28 or the stop 28A is possible even after assembly and/or the stop element 28 or the stop 28A can be replaced without the shower enclosure 1 or the fitting 10 having to be dismantled.

In addition, the adjustment section 28B or the recess 13G on the side of the adjustment section 28B can be covered or closed by a cover (not shown). Such a cover can also have a sealing effect.

In the Figures 21 and 22 The effect of the adjustable stop element 28 or stop 28A is illustrated.

Fig. 21 shows the stop element 28 or the stop 28A in the position in which the second fitting half 12 stops when the main planes of the fitting halves 11, 12 or the door 2 and pane 3 lie in one plane or are parallel . Fig. 22 shows the shower partition 1 or the fitting 10 in relation to Fig. 21 adjusted stop element 28 or stop 28A, in which case the distance between stop 28A and coupling part 13 was increased or the distance between stop 28A and fitting half 12 was reduced. This means that the main extension planes of the fitting halves 11, 12 or the door 2 and pane 3 are no longer in the same plane when a stop occurs or when the fitting half 12 rests on the stop 28A.

Starting from the outwardly opened position of door 2, the in Fig. 22 Shower enclosure 1 shown preferably comes to a stop earlier than in the case in Fig. 21 shown shower enclosure 1.

Starting from the inwardly pivoted door 2, the in Fig. 22 Shower enclosure shown preferably comes to a stop later than the one in Fig. 21 shown shower enclosure 1.

By means of the adjustable stop element 28 or the adjustable stop 28A, the position of the fitting halves 11, 12 or the door 2 and pane 3 in the initial or closed position relative to one another can preferably be adjusted or changed.

In general, the stop 28A, even with an adjustable stop 28A, can be designed to be dampening, in particular as previously described in connection with the first embodiment. For example, the stop element 28 can have a damping coating on its end face forming the stop 28A or have a head made of a softer and / or more elastic material than the rest of the stop element 28.

The stop element 28 is preferably made of metal, but if necessary or partially can also be made of another material, for example plastic.

The stop element 28 or the stop 28A can preferably be used to compensate for (manufacturing) tolerances or deviations, particularly during assembly.

In particular, due to manufacturing tolerances or deviations during assembly, when using two or more fittings 10, not all fittings 10 come to rest at the same time or in the same position or that the fittings 10 do not come into contact at the same time or in the same position in the same position on their respective stop 28A, in particular that there is no starting or closing position defined for all fittings 10. In particular, in some fittings 10 the respective fitting half 12 and the respective stop 28A can be spaced apart, while in other fittings 10 the fitting half 12 and the stop 28A lie against one another. This is the case, for example, if the vertical edge 4 of the door 2 is not exactly vertical, but rather slightly oblique.

A different striking of the fittings 10 is particularly problematic, since the pivot axis 14, 15 changes preferably in the stop position, i.e. the position in which the respective fitting 10 or its fitting half 12 rests on the stop 28A. If the fittings 10 do not strike at the same time, there would be no simultaneous change of the pivot axis.

Furthermore, forces occurring due to the weight of the door 2 are only transmitted via the respective stop 28A on the fittings 10 on which the stop 28A acts or on which it comes into contact, while no such force transmission takes place on the other fittings 10. In particular, different forces then act on the fitting halves 11, 12, resulting in a increased wear or even leads to the fitting halves 11, 12 not holding together.

The shower partition 1 can preferably be adjusted via the adjustable stop element 28 or the stop 28A in such a way that all fittings 10, in particular their fitting halves 12, rest against their respective stop 28A in the starting or closed position.

A damping stop element 28, which is not adjustable, preferably enables tolerance compensation. This is achieved in particular by a compressible or elastic stop element 28 or stop 28A. Depending on the distance between the stop 28A and the fitting half 12, for example if the vertical edge 4 does not run exactly vertically, the respective stop element 28 is then preferably compressed more or less in the starting or closed position, but with all fittings 10 there is preferably a stop or .of a system.

The adjusted stop 28A can lead to an undesirable raised position of the lifting device 25, fitting half 12 or door 2 in the initial or closed position and/or an undesirable action of the locking device 24 already in the initial or closed position.

In particular, if the pivoting path of the door 2 from the raised open position to the starting or closed position is shortened by adjusting the stop 28A, for example in the case in Fig. 22 position shown, the lifting device 25 or the fitting half 12 or the door 2 may not be completely lowered in the starting or closed position.

As described in connection with the first embodiment, the locking device 24 is particularly preferably controlled by an axial relative movement and/or by the lifting device 25, in particular by a corresponding raising or lowering of the fitting halves 11 or 12 and/or the coupling part 13.

Preferably, in the starting position or when the door 2 or fitting half 12 is not axially raised, the recess 12C and the associated locking section 24A are aligned, so that the first joint is not locked, i.e. the locking device 24 does not lock. When door 2 is at least partially raised, it is aligned Recess 12C no longer corresponds to the axial position of the locking section 24A, so that the bearing element 12B blocks the pivoting path of the locking section 24A through the bearing sleeve 13B and thus the first joint.

If the door 2 or fitting half 12 is already raised in the starting or closed position by the adjusted stop 28A, this can result in the locking device 24 already locking in this position, in particular if the locking section 24A and the locking section are locked due to the raised position Recess 12C is not aligned. Opening the door 2 inwards or pivoting the door 2 about the first pivot axis 14 would then possibly be blocked.

Preferably, by adjusting the stroke or the lifting device 25 as described above, in particular by axially adjusting the lifting element 30, particularly preferably by means of the adjusting element 31, a raised position of the lifting device 25, fitting half 12 or door 2 in the starting or closed position and/or an action of the locking device 24 can already be avoided in the starting or closing position, and/or the door 2, the fitting half 12, the lifting device 25 or the lifting element 30 are (completely) lowered in the starting or closing position .

Particularly preferably, the adjustable lifting device 25 allows the door 2, the fitting half 12 or the lifting device 25 not to be raised in the initial or closed position, even when the stop 28A is adjusted.

Advantageously, the adjustable stop 28A on the one hand and the adjustable lifting device 25 on the other hand work together to enable optimal setting or adjustment of the shower enclosure 1 or the (respective) fitting 10, in particular to compensate for manufacturing tolerances and/or deviations during assembly.

In general, the stop element 27 or the stop 27A can also be designed additionally or alternatively like the stop element 28 or the stop 28A or have individual features described above.

In general, the previous embodiments can also have a particularly adjustable stop element 27 and/or 28 or a particularly adjustable stop 27A and/or 28A.

In general, it should be noted that the fitting 10 preferably forms a stop for the joints or the coupling part 13 in the starting position or closed position. Starting from the starting position or closed position, the coupling part 13 can therefore preferably only be pivoted or swung open in a first pivoting direction relative to the first fitting half 11 and also only in one, in particular opposite, pivoting direction relative to the second fitting half 12.

List of reference symbols:

1

shower enclosure

2

door

3

disc

4

Vertical edge

5

Vertical edge

6

poetry

7

Swivel direction

8th

Swivel direction

9

Hub

10

fitting

11

first fitting half

11A

Storage section

11B

investment area

12

second fitting half

12A

Storage section

12B

Bearing element

12C

recess

12D

additional storage section

13

coupling part

13A

Storage section

13B

bearing sleeve

13C

opening

13D

Detail

13E

leadership part

13F

investment area

13G

recess

14

first pivot axis

15

second pivot axis

16

plate level

17

Section

18

Intervention section

19

poetry

20

recess

21

screw

22

threaded hole

23

Joint pin

24

Locking device

24A

Barrier section

24B

Locking element

24C

slot

24D

collar

24E

Intervention element

24F

guide

24G

axial section

24 HOURS

Perimeter section

24y

leadership body

24K

Intermediate element

24L

Guide sleeve

24M

Breakthrough

25

Lifting device

25A

storage area

25B

Counter surface

25C

face

25D

Counterface

25E

investment area

25F

Counter contact surface

26

bearing pin

27

first stop element

27A

first attack

28

second stop element

28A

second attack

28B

Adjustment section

29

Nut

30

Lifting element

31

Adjusting element

Claims (15)

1. Fitting (10), in particular for a shower partition (1), having two fitting halves (11, 12) which are connected or can be connected in an articulated manner for the pivotable, swinging mounting of a partition or door (2) on a component, such as a pane (3), the fitting (10) having a coupling part (13) for the articulated coupling of the fitting halves (11, 12), forming two joints with parallel pivot axes (14, 15),

   wherein the fitting (10) has an adjustable stop (28A) acting between one of the fitting halves (11, 12) and the coupling part (13),

   characterized in

   that the fitting (10) has a lifting device (25) for superimposing an axial lifting movement (9) when the partition and/or door (2) is pivoted about one of the two pivot axes (15), the lifting device (25) having a lifting element (30) which is inserted or can be inserted into the coupling part (13) and can be adjusted along the one of the two pivot axes (15).
2. Fitting according to claim 1, characterized in that the stop (28A) acts in a direction which is at least substantially parallel to a main extension plane of one of the fitting halves (11, 12) or, in the installed position, at least substantially parallel to the plane of the door (2) and/or pane (3) and/or horizontal.
3. Fitting according to one of the preceding claims, characterized in that the stop (28A) is formed by a stop element (28) and in that the stop element (28) is of elongate design and extends transversely, in particular perpendicularly, to the pivot axes (14, 15) and/or horizontally in the installed position.
4. Fitting according to one of the preceding claims, characterized in that the stop (28A) is formed by a stop element (28) and the stop element (28) has an external thread and/or is designed as a grub screw or threaded pin, in particular wherein one of the two fitting halves (11, 12) or the coupling part (13) has an internal thread corresponding to the external thread of the stop element (28).
5. Fitting according to one of the preceding claims, characterized in that the fitting (10) has a further stop (27A) and/or a stop element (27) acting between the other fitting half (12, 11) and the coupling part (13), which is damping and/or adjustable.
6. Fitting according to one of the preceding claims, characterized in that the fitting (10) has a locking device (24) for in particular positive locking of a joint.
7. Fitting according to one of the preceding claims, characterized in that the fitting (10) preferably has only one lifting device (25) for superimposing an axial lifting movement (9) when the partition and/or door (2) is pivoted about one of the two pivot axes (14, 15).
8. Fitting according to claim 7, characterized in that the fitting (10) and/or the lifting device (25) is designed for superimposing an axial lifting movement (9) only when the door (2) is pivoted about a second and/or outer and/or outside pivot axis (15) of the door (2).
9. Fitting according to one of the preceding claims, characterized in that the stop (28A) is formed by a stop element (28) which extends through the coupling part (13) and has an adjustment section (28B) which is formed on the end face of the stop element (28) opposite the stop (28A) and by means of which the stop element (28) can be adjusted.
10. Fitting according to one of the preceding claims, characterized in that the stop (28A) is formed in a damping manner and/or a portion forming the stop (28A) is made of a softer and/or more elastic material than the fitting (10) and/or the fitting halves (11, 12).
11. Fitting according to one of the preceding claims, characterized in that one fitting half (11) with the partition and/or door (2) can be hooked onto the other fitting half (12).
12. Fitting according to one of the preceding claims, characterized in that a fitting half (11) has a fastening-side portion (17) and an engagement portion (18) projecting therefrom for engagement in an edge-open recess (19) of the door (2) or pane (3).
13. Fitting according to claim 12, characterized in that the fastening-side section (17) projects beyond the engagement section (18) and, in particular, an associated seal (19) laterally and/or, in the installed state, at the top and bottom and preferably covers it on the outside.
14. Shower partition (1) having a partition or door (2) and at least one associated fitting (10) for the pivotable, preferably swinging, mounting of the partition and/or door (2) on a component, such as a pane (3),
    characterized in
    that the fitting (10) is designed according to one of the preceding claims.
15. Shower partition according to claim 14, characterized in that the shower partition (1) has two fittings (10), the adjustable stops (28A) of the fittings (10) each being set in such a way that, in the closed position of the door (2), the respective stop (28A) acts in the case of both fittings (10) and/or that forces which occur act uniformly on the fittings (10).

Images