EP1344478A1 - Shower cubicle with at least one glass partition wall - Google Patents

Abstract

The shower cabinet with glazed separation panel door (4). The panels have holding fittings (6) which engage cut outs (7) in the glazing so that the fitting is partially or wholly recessed into the cut out. There is a support (14) extending over the edge of the panel and clamped between the holding fittings. The fittings are retained by a screw fastening (13).

Description

The invention relates to a shower cubicle with at least one Shower partition, which has at least one glass plate, which through a door pivotable about a vertical axis and / or a sliding door and / or a fixed glass wall is formed is, for holding the through at least one door and / or a glass wall formed at least one in the edge area attacking fitting is provided.

Such shower cubicles are in numerous embodiments known. The problem is one that is as inconspicuous as possible Fitting for fastening the respective glass plate inexpensive and yet fixed to be able to install either a pivot bearing of a pivoting door or one Bracket for hanging a sliding door or a Connect the wall connection of a permanently installed glass wall to be able to.

It is known the edge of such a glass plate, so either a door or a glass wall with a cross section to capture about U-shaped fitting part and the glass plate pinch or glue between the U-legs or through a penetrating the U-legs and the glass plate Fix the clamping screw. This gives rise to the Fitting parts protruding from the glass plate have a corresponding space requirement and the requirements the aesthetics are often not enough.

There is therefore the task of a shower cubicle at the beginning to create defined type, in which a fitting part the glass plate, i.e. on a door or a fixed glass wall can be arranged so that a bearing element approximately in the middle protruding over the edge of the door or glass plate is held without the glass plate edged or must be dealt with.

To solve this task is the shower cabin mentioned above characterized in that the door and / or the fixed Glass plate forming glass wall in the edge area a cutout and one running from the cutout to the edge Has opening that on the edge on the one hand and on the cutout on the other hand, that the fitting two is roughly parallel Has plate parts that fit into the cutout and at least partially intervene and one each on the glass plate Attachment or have a stop that between each other facing surfaces of the plate parts a distance is provided and that at least one that runs transversely to the plate parts Fastening element for connecting and clamping the plate parts with each other and with the glass plate and at the same time Clamping a bearing element is provided, the bearing element over the plate parts and through the edge opening of the cutout over the glass plate in the use position.

This results in a very easy to manufacture and mountable, consisting essentially of only four or five parts Fitting, namely from two plate parts, one Bearing element and one or more fasteners. The assembly is especially easy, advantageously in the assembly of the plate-shaped Elements simultaneously captured, clamped the bearing element and is determined. By the from the cutout to the The opening of the edge of the glass plate can do this Bearing element can be arranged in the plane of the glass plate, so protrudes beyond the face of the edge of the glass plate or allows you to connect to a Support portion.

That for connecting the plate parts and for clamping the Bearing element serving fastener can be one of the two Fastening element penetrating plate parts, in particular one or more screws. Screws are special easy-to-assemble fasteners, the corresponding Holding and clamping forces on the connected parts can transmit well.

It is particularly favorable if the fastening element is designed as a clamping screw, the one with a head Plate part and with its thread directly or indirectly that second plate part captured so that by tightening the Clamping screw the two spaced plate parts in the sense a reduction in their distance are elastically deformable. This will make the plate parts on the edge of the cutout clamped attached. At the same time, this can occur between the plate elements located bearing element, which is initially still loose be pinched with sufficient force.

An advantageous arrangement results when the fastening element or elements for mutual bracing of the plate parts, especially the clamping screw (s) in the position of use on the bearing element clamped between the plate parts pass by. This makes it possible for those who are still loosened Fasteners or clamping screws between the bearing element the plate-shaped fittings or plate parts to shift in particular in its longitudinal direction, to adjust it relative to the glass plate or to adjust and compensate for construction tolerances.

The plate parts essentially forming the fitting can at least in some areas a circular outer contour or as a whole have a circular outline and the one that receives them Cutout in the glass plate can extend up to the outside Opening or to the opening slot a circular inner contour have, relative to which the plate parts with loosened or loosened fastener rotatable and adjustable are. This also allows the direction of what is to be pinched or clamped bearing element relative to the edge of the glass plate adjust.

At least one of the plate parts can be on its inner surface a at least partially encompassing the bearing element, for example have groove-shaped recess, which is preferably through the Center of the plate part, in particular approximately on a diameter runs. This enables better mounting and jamming of the bearing element in its position of use and allowed also the transfer of larger forces to the fitting.

It is particularly favorable for holding and fixing the Bearing element when both plate parts of the fitting on the mutually corresponding surfaces Recesses for the positive determination of them in Have jammed bearing element in the position of use. there the groove-shaped recesses can also have an approximately triangular shape Have cross-section, the sides of each about tangential to a bearing element with a round cross section in the use position are created. In any case this results an extensive wrap around the circumference of the bearing element through the two approximately groove-shaped recesses in Position of use, so that the orientation of the bearing element is specified relative to the plate parts and high forces can be transferred.

The bearing element can be a pin or at least in the area between the plate parts conical or bolt-shaped his. This results in a simple manufacture and before all a quick assembly when pinching this pin or of the peg-shaped area between the plate parts especially if these are the aforementioned groove-shaped recesses to enclose the bearing element.

The part of the bearing element protruding over the edge of the glass plate can engage as a pin in a thrust bearing or with be connected to a trolley, which is guided on a mounting rail is. Thus, the bearing element can be made very simple and also very simple with a corresponding counterpart, namely a thrust bearing of a pivoting door or one Trolleys are connected to a sliding door, with any Connection types are available.

In addition or instead, the protruding area of the deformed in particular pin-shaped bearing element, for example bent, widened, designed as a flange or with be provided with a flange. This extends the possibilities mounting on a counter bearing or trolley and above all, this gives a good attachment option for example on a fixed wall or a building wall. With such a partially deformed bearing element The fitting provided is particularly well suited for installation fixed glass walls.

The cutout that receives the fitting in the position of use can in particular on at least one side of the glass plate on the side facing the inside of the shower cubicle - one have a conical taper towards the inside of the glass plate and the matching plate part can be used as a counter cone for at least partial, preferably complete immersion this plate part in alignment with the surface of this Glass plate be formed. This is an embodiment of the Invention due to the attachment of the fitting in one Cutout and the formation of the fitting with two plate parts is made possible. So there can be one over the surface the fitting protruding from the glass plate can be avoided, what also cleaning especially on the inside of the shower cubicle facing side where such cleaning especially is thorough, relieved.

One of the plate parts can protrude from the glass surface, for example be spherical cap-shaped and preferably the internal thread or threads for the clamping screw (s) contain. One such, opposite the glass surface fitting part protruding at least in some areas Appropriately provided on the outside of the glass plate and results from its protrusion from the glass surface a greater thickness, in which more threads can be accommodated for clamping screws. simultaneously can shape such a plate part of the fitting in order to achieve an aesthetic effect.

A further embodiment of the invention can consist in that the fastener or fasteners, especially one or several clamping screws, one provided in the bearing element Recess is / are and that the Plate parts by tightening these fasteners to the Outside of the bearing element can be pressed. this makes possible no infinite adjustability of the bearing element in Direction of its longitudinal extension, but results in an even firmer one Bracket. Are several recesses next to each other on the Bearing element available, is a gradual adjustment possible.

It is useful if the plate parts or fitting plates receiving cutout of the glass plate larger than that edge opening of this cutout is and if the middle the opening on the edge, preferably as an extension of one Diameter of the cutout and / or perpendicular to the edge of the Glass plate runs and, for example, designed as a slot whose width exceeds that of the bearing element. The deadlock of the plate parts on or in the cutout places this then firmly in every direction, although the cutout still faces the Has edge directed opening. This can happen within this opening Bearing element run.

In the use position, the edge opening area or a slot enclosing the bearing element running through this Locking part can be used, for example on the Bearing element from the side or be axially attachable. Thereby this opening can also be closed and protected against splashing water be sealed and in addition the bearing element also guided and fixed laterally in the area of this opening.

It should also be mentioned that the preferably pin-shaped bearing element have an interior longitudinal cavity and designed as a sleeve can be in the mounted position a pin or bolt fits, the part of a thrust bearing or a wall fitting or of a trolley. Also a bearing element designed as a sleeve can thus get caught between the plate parts to interact with a cone-shaped counterpart and match up.

Especially when combining one or more of the above Features and measures result in a fitting to the Hold a glass plate on a shower stall that is both for a pivoting as well as for a sliding door or too is suitable for a fixed glass wall part, whole or can be partially submerged in the glass plate, a diverse Adjustment of a bearing element recorded at the same time enables and also the replacement of the bearing element each allows as needed. At the same time, manufacturing and assembly simple.

Fig. 1

Eine erfindungsgemäße Duschkabine mit zwei rechtwinklig zueinander angeordneten Duschtrennwänden, die je eine schwenkbare Türe und eine Glaswand aufweisen und in einer Gebäudeecke installiert sind,

Fig. 2

einen Längsschnitt einer als schwenkbare Türe ausgebildeten Glasplatte im Bereich der für die Schwenklagerung erforderlichen Beschläge, die dabei - auch gemäß Fig. 1 - mit Abstand zu dem Rand dieser Türe angeordnet sind, wobei die die Türe bildende Glasplatte Ausschnitte zum Installieren eines zwei Plattenteile und Klemmschrauben umfassenden Beschlags hat, der im Bereich eines unteren Schwenklagers in Explosionsdarstellung gezeichnet ist, wobei eines der Plattenteile in zwei verschiedenen möglichen Ausführungsformen dargestellt ist, wobei die Beschläge in einem Schnitt durch einen Durchmesser gezeichnet sind,

Fig. 2a

ein Plattenteil des Beschlags gemäß Fig. 2 in einem um 90° verdrehten Schnitt,

Fig. 3

eine teilweise im Längsschnitt gehaltene Ansicht der Lagerung der schwenkbaren Tür im Bereich ihres Beschlags und des damit zusammenwirkenden, an einer Duschtasse angeordneten Axiallagers,

Fig. 4

eine abgewandelte Ausführungsform und Darstellung gemäß Fig. 3, bei welcher das Axiallager so gestaltet ist, dass beim Verschwenken der Türe diese gleichzeitig angehoben wird,

Fig. 5

einen Schnitt durch den Randbereich einer fest installierten, als Glasplatte ausgebildeten Glaswand, bei welcher an dem Beschlag ein zapfenförmiges Lagerelement angreift, das außerhalb der Glasplatte rechtwinklig gegenüber seinem zwischen den Plattenteilen befindlichen Bereich verformt ist, wobei gleichzeitig die Befestigungsschraube und ein Klemmstück zum Erfassen dieses Lagerelements außerhalb des Beschlags auch in Ansicht und im Schnitt dargestellt sind,

Fig.6

in schaubildlicher Darstellung das Lagerelement gemäß Fig. 5, bei welchem der außerhalb des Beschlags befindliche umgebogene Teil zusätzlich abgeflacht ist,

Fig. 7

eine Ansicht des fest installierten Glaswandteils mit dem Beschlag gemäß Fig. 5,

Fig. 8

in Stirnansicht und Längsschnitt zwei unterschiedliche Ausführungsformen eines Verschlusses, der in einen Öffnungsschlitz an der Glasplatte passt, der den Ausschnitt für den Beschlag und den Rand der Glasplatte verbindet,

Fig. 9

eine Darstellung des Glasausschnitts und seiner Öffnung ohne eingesetzten Beschlag, wie er für die Türen oder fest installierten Glaswände zum Anbringen des erfindungsgemäßen Beschlags ausgebildet ist,

Fig. 10

einen Querschnitt durch eine Glasplatte im Bereich ihres Ausschnitts für den Beschlag etwa durch die Mitte des den Ausschnitt und den Rand verbindenden Öffnungsschlitzes,

Fig. 11

einen Schnitt durch einen Beschlag und eine Schiebetüre in ihrem Randbereich, wobei das von den Plattenteilen des Beschlags erfasste Lagerelement mit einem Rollwagen verbunden ist, der an einer Tragschiene verschiebbar ist,

Fig. 12

eine Ansicht des Beschlags einer Schiebetüre gemäß Fig. 11,

Fig. 13

einen Schnitt durch einen Beschlag und eine schwenkbare Türe im Bereich ihres unteren Schwenklagers, wobei das Lagerelement als Hülse ausgebildet ist, in welche ein zu dem Lager passender Stift eingreift , sowie

Fig. 14

eine teilweise im Längsschnitt gehaltene Ansicht der Lagerung einer schwenkbaren Türe mit Hilfe des erfindungsgemäßen Beschlags und einem hülsenförmigen Lagerelement gemäß Fig. 13, wobei die Halterung des Axiallagers an einer Duschtasse oder Wanne abgewandelt ausgebildet ist.

Exemplary embodiments of the invention are described in more detail below with reference to the drawing. It shows in a partially schematic representation:

Fig. 1

A shower cabin according to the invention with two shower partitions arranged at right angles to each other, each having a pivoting door and a glass wall and installed in a corner of the building,

Fig. 2

a longitudinal section of a glass plate designed as a pivotable door in the area of the fittings required for the pivot bearing, which - also according to FIG. 1 - are arranged at a distance from the edge of this door, the glass plate forming the door having cutouts for installing a two plate parts and clamping screws comprehensive fitting, which is drawn in the area of a lower pivot bearing in an exploded view, one of the plate parts being shown in two different possible embodiments, the fittings being drawn in a section through a diameter,

Fig. 2a

2 in a section rotated by 90 °,

Fig. 3

FIG. 2 shows a view, partially in longitudinal section, of the mounting of the pivotable door in the area of its fitting and of the axial bearing cooperating therewith arranged on a shower tray

Fig. 4

3, in which the axial bearing is designed in such a way that when the door is pivoted, it is lifted at the same time,

Fig. 5

a section through the edge region of a permanently installed, designed as a glass plate glass wall, in which a pin-shaped bearing element engages on the fitting, which is deformed at right angles outside the glass plate relative to its area between the plate parts, with the fastening screw and a clamping piece for gripping this bearing element simultaneously are also shown in view and in section outside the fitting,

Figure 6

5, in which the bent part located outside the fitting is additionally flattened,

Fig. 7

5 shows a view of the permanently installed glass wall part with the fitting according to FIG. 5,

Fig. 8

in front view and longitudinal section two different embodiments of a closure that fits into an opening slot on the glass plate that connects the cutout for the fitting and the edge of the glass plate,

Fig. 9

a representation of the glass cutout and its opening without inserted fitting, as it is designed for the doors or permanently installed glass walls for attaching the fitting according to the invention,

Fig. 10

3 shows a cross section through a glass plate in the region of its cutout for the fitting, approximately through the middle of the opening slot connecting the cutout and the edge,

Fig. 11

3 shows a section through a fitting and a sliding door in its edge region, the bearing element captured by the plate parts of the fitting being connected to a trolley which can be displaced on a mounting rail,

Fig. 12

11 shows a view of the fitting of a sliding door according to FIG. 11,

Fig. 13

a section through a fitting and a pivotable door in the region of its lower pivot bearing, the bearing element being designed as a sleeve into which a pin matching the bearing engages, and

Fig. 14

a view, partially in longitudinal section, of the mounting of a pivotable door with the aid of the fitting according to the invention and a sleeve-shaped bearing element according to FIG. 13, the mounting of the axial bearing being modified on a shower tray or tub.

A shower cubicle designated as a whole can be known Way any number of shower partitions 2, namely a single shower partition in a building niche or two Shower partitions 2 in a building corner, as shown in Fig. 1 or also have three or four such shower partitions. In any case, at least one glass plate is provided, the one according to FIGS. 1 to 4 and according to FIGS. 13 and 14 Doors 4 pivotable about a vertical axis 3 or according to FIG. 11 and 12 a sliding door 4 or, according to FIGS. 5 to 7, a permanently installed glass wall 5 can be or have. In the embodiment you can see two at right angles to each other Shower partitions 2, which consist of a pivotable door 4 and one somewhat overlapping their edge on the pivot bearing side Glass wall 5 are formed. These different glass plates, So the doors 4 and / or the glass wall 5 are still closed in descriptive by fittings attacking in the edge area 6 held and fixed.

The glass plate forming the door 4 or the fixed glass wall 5 has in all embodiments in its edge area one particularly clearly shown in FIGS. 9 and 10 Cutout 7 and one from cutout 7 to edge 8 extending opening 9 on the edge 8 on the one hand and on or on the other hand opens into the cutout 7, so that a total of one edge-open recess is formed.

The fitting 6 already mentioned points in accordance with all the exemplary embodiments and in particular according to FIG. 2 two approximately parallel Plate parts 10 and 11, wherein in Fig. 2 in the lower exploded view it is shown that, for example Plate part 11 also have a different design, namely a flat, fully retractable shape or a spherical cap shape Can have shape.

These plate parts 10 and 11 fit in from both sides the cutout 7 and engage in it entirely or in the case of one spherical shape partly in this cutout 7 and have an attachment or stop on the glass plate, 2 and further representations between these plate parts 10 and 11 and the cutout 7 each still plastic sleeves 12 are inserted to the still to descriptive mounting and setting occurring clamping forces to be able to transmit without endangering the glass plate.

In the upper part of Fig. 2 is an already installed fitting 6 as shown in Fig. 5, 11 and 13. It recognizes one each that between the facing each other Surfaces of the plate parts 10 and 11 in the use position a distance is provided. Transversely to the plate parts 10 and 11 Fastening elements 13, in the exemplary embodiment clamping screws - hereinafter also referred to as "clamping screw 13" for connecting and clamping the plate parts 10 and 11 with each other and with the glass plate or the edge of the Section 7 and for simultaneous clamping at least a bearing element 14, this bearing element 14 via the Plate parts 10 and 11 in the radial direction and through the edge Opening 9 over the edge 8 of the glass plate in the use position survives to from a counter fastening, i.e. one Storage or the like can be detected.

Those for mutually connecting the plate parts 10 and 11 together and with the cutout 7 of the glass plate and for clamping of the bearing element 14 serving fasteners or clamping screws 13 pass through the two plate parts 10 and 11, as in the respective longitudinal sections in 2, 5, 11 and 13 is shown. That as a clamping screw 13 trained fastener captured with a head 15 the one plate part 10 and with a thread 16 - in the exemplary embodiment directly, but possibly also with help a mother indirectly - the second plate part 11, so that by tightening the clamping screw 13 the two spaced apart Plate parts 10 and 11 in the sense of reducing their distance are somewhat elastically deformable. Thereby contributes to each other Also jam the glass plate out Plastic existing sleeve 12 at.

There are two in each of the exemplary embodiments shown Clamping screws 13 are provided on the between the plate parts 10 and 11 clamped or clamped bearing element 14 run past. If the clamping screws are still loose 13 So can the bearing element 14 stepless, especially in its direction of longitudinal extension are adjusted and adjusted, which conversely an adjustment of the respective glass plate opposite their mounting or storage means.

3, 4, 7, 12 and 14 you can also see that the the plate parts 10 and 11 essentially forming the fitting 6 have a circular outline and that the one receiving them Section 7 - also according to FIG. 9 - up to the outside leading opening 9, so up to the opening slot, a has a circular inner contour, relative to that in its Dimension matched plate parts 10 and 11 loosened fastener 13 rotatable and adjustable are. Such a twist is from the Plastic or other lubricious material existing bushes 12 facilitated. This in the direction of rotation feasible adjustment can take place, even if the Clamping screws 13 are already tightened so far that a certain clamping and holding force also for the bearing element 14 is available.

2a shows that at least one of the plate parts, So in this case the plate part 11 on his inner surface of the bearing element 14 at least in some areas encompassing, approximately groove-shaped recess 17, which by the center of this plate part 11 runs on a diameter.

With broken lines is also on the plate element 10 a corresponding groove-shaped recess 17 is indicated, which corresponds to that of the plate part 10, so that a Bearing element 14 correspondingly firm and against pivoting can be kept secured. With appropriately coordinated Dimensions of the bearing element 14 and the recesses 17 can the bearing element 14 largely form-fitting and be pinched.

In the exemplary embodiments, this bearing element is 14 a pin with a substantially circular cross-section, which at least in the area between the plate parts 10 and 11 is cone-shaped or bolt-shaped and thus well between the clamping screws 17 run and are clamped can.

The over the edge 8 of the respective glass plate - door 4 or Glass wall 5 - protruding part of the bearing element 14 can according to 2 to 4 engage as a pin in an axial bearing or according to 11 and 12 to be connected to a trolley 18, the a mounting rail 18a is guided.

5 to 7, the protruding area of the cone-shaped Bearing element 14 but also deformed, for example be bent over with an attachment to a building wall 19 To enable a holding plate 20 and a holding screw 21, as shown above all in Fig. 5, after which the Holding plate 20 not only a hole for the fastening screw 21, but also a groove-like recess 20a for gripping the bearing element, which in turn has a Has elongated hole 22 for the passage of the screw 21.

The protruding part of the bearing element 14 could also have a different shape to use as a wall connection or connection to serve a camp. For example, it could widen profiled, designed as a flange or provided with a flange be, such deformations also provided in combination could be. Fig. 6 shows, for example, that the bent Part is additionally profiled by that of the building wall facing area is flattened.

The receiving the fitting 6 and its plate parts 10 and 11 Cutout 7 is from both sides with a conical taper provided on the inside, as you can see it particularly clearly in Fig. 10 recognizes. The taper leads to a common one central boundary surface or boundary edge 23, at which the cutout 7 has its smallest diameter dimension Has. The matching plate parts 10 and 11 and the associated Bushes 12 are at least as a counter cone partial or total immersion in flight with the Surface of the glass plate formed. You can see one sunken arrangement of the entire fitting 6 respectively its plate parts 10 and 11 z. 5 or 11.

As already mentioned, one of the Plate parts, namely the plate part 11 according to FIG. 2 or 13 protruding from the glass surface in the shape of a spherical cap be formed so that the internal thread provided inside correspondingly longer for the clamping screws 13.

An alternative mounting option could provide that the clamping or fastening screw 13 by one in the Bearing element 14 provided recess is passed through roughly analogous to the elongated hole 22 in the deformed part of the 6 shown bearing element 14. This could also Plate parts with the help of the clamping screws 13 to the outside of the bearing element 14 pressed and thereby clamped and additionally by the transverse clamping screws 13 being held.

Especially with reference to Fig. 9 it can be seen that the plate parts 10 and 11 or fitting plate receiving cutout 7 the glass plate is larger than the edge opening 9, that means the diameter of the cutout 7 is larger than that Width of the opening 9. The center of this opening 9 runs in extension of a diameter of section 7 and at right angles to edge 8 of the glass plate, resulting in a symmetrical Arrangement leads, so that the glass plate in any orientation can be used and the fitting 6 always to the Cutout 7 fits. Likewise, the fitting 6 in its two 180 ° opposing arrangements in the also Plate level symmetrical section 7 can be used.

In the illustrated exemplary embodiments, one can also see that the opening 7 is formed as a slot, the Width exceeds that of the bearing element 14, so that this with Distance to the edges of the opening 9 through the opening 9 can.

In the use position is in the opening area on the edge or slot, ie within the opening 9 through this running bearing element 14 enclosing closure part 24 (cf. Fig. 8) used, which with the help of an inner Perforation 25 can be plugged onto this bearing element 14. The opening 9 is thereby closed and - what with a shower cabin 1 is advantageous - sealed against the passage of water.

The pin-shaped bearing element 14 mentioned several times can according to the embodiment of FIGS. 13 and 14 also formed as a sleeve be, that is, have an interior longitudinal cavity into which Mounting position a pin or bolt 26 fits and engages, the part of a thrust bearing or a wall fitting or also a trolley 18 can be.

Overall, there is a fitting arrangement on a glass plate with appropriate matching cutout that is practical can be attached without play, but still different Adjustments and settings are possible as long as the clamp connection is still relaxed.

The shower cubicle 1 has at least one shower partition 2 which can be formed by at least one glass plate, which a pivoting or sliding door 4 and / or a fixed glass wall 5 can be.

For this the shower partition 2 forming or belonging to it Glass plate holding fittings 6 are provided for their attachment the glass plate has cutouts so that the fittings completely or partially sunk a bearing element approximately in the plane the glass plate over the edge 8 arranged and between two which essentially form the fitting 6 Plate parts 10 and 11 clamped by means of fasteners can be, this clamping also for fixation serves on the cutout 7 of the glass plate.

Claims (16)

Shower cabin (1) with at least one shower partition (2), which has at least one glass plate, which is pivotable through a door (4) pivotable about a vertical axis (3) and / or a sliding door (4) and / or a permanently installed glass wall (5 ) is formed, at least one fitting (6) engaging in the edge region thereof is provided for holding the glass plate formed by a door (4) and / or a glass wall (5), characterized in that the door (4) and / or the fixed glass wall (5) forming a glass plate in the edge area has a cutout (7) and an opening (9) running from the cutout (7) to the edge (8), which on the one hand and on the cutout (7) on the edge (8) on the other hand, the fitting (6) has two approximately parallel plate parts (10, 11) which fit into the cutout (7) and which at least partially engage and each have an abutment or stop on the glass plate, that between the mutually facing surfaces of the plate parts (1 0.11) a distance is provided and that at least one fastening element (13) acting transversely to the plate parts (10, 11) for connecting and clamping the plate parts (10, 11) together and with the glass plate and for simultaneously clamping a bearing element (14 ) is provided between the plate parts, the bearing element (14) projecting beyond the plate parts (10, 11) and through the edge opening (9) of the cutout (7) over the glass plate in the position of use. Shower cabin according to claim 1, characterized in that the fastening element (13) used to connect the plate parts (10, 11) and to clamp the bearing element (14) is a fastening element passing through the two plate elements, in particular one or more screws. Shower cubicle according to claim 1 or 2, characterized in that the fastening element is designed as a clamping screw (13) which with a head (15) the one plate part (10) and with its thread (16) directly or indirectly the second plate part (11) detected so that by tightening the clamping screw (13) the two spaced plate parts (10, 11) are deformable in the sense of reducing their distance. Shower cabin according to one of claims 1 to 3, characterized in that the fastening element or elements for mutually bracing the plate parts, in particular the clamping screw (s) (13) in the position of use, past the bearing element (14) clamped between the plate parts (10, 11) run. Shower cubicle according to one of claims 1 to 4, characterized in that the plate parts (10, 11) essentially forming the fitting (6) have a circular outer contour or at least a circular outline overall in at least some areas, and in that the cutout (7) receiving them Glass plate up to the outwardly leading opening (9) or an opening slot has a circular inner contour, relative to which the plate parts (10, 11) can be rotated and adjusted when the fastening element (13) is loosened. Shower cubicle according to one of claims 1 to 5, characterized in that at least one of the plate parts (11) has on its inner surface an approximately groove-shaped recess (17) which at least partially encompasses the bearing element (14) and which preferably passes through the center of the plate part ( 11) runs approximately on a diameter. Shower cubicle according to one of claims 1 to 6, characterized in that both plate parts of the fitting each have corresponding recesses (17) on the mutually facing surfaces for the positive fixing of the bearing element (14) clamped by them in the use position. Shower cabin according to one of claims 1 to 7, characterized in that the bearing element (14) is a pin or at least in the area between the plate parts (10, 11) is pin-shaped or pin-shaped. Shower cubicle according to one of claims 1 to 8, characterized in that the part of the bearing element (14) which projects beyond the edge (8) of the glass plate engages as a pin in an axial bearing or is connected to a roller carriage (18) which is guided on a mounting rail is. Shower cubicle according to one of claims 1 to 9, characterized in that the projecting region of the in particular peg-shaped bearing element (14) is deformed, for example bent, widened, profiled as a flange or provided with a flange. Shower cubicle according to one of claims 1 to 10, characterized in that the cutout (7) receiving the fitting (6) in the use position has a conical taper towards the inside of the glass plate on at least one side of the glass plate and the matching plate part (10, 11 ) is in turn designed as a counter cone for at least partially, preferably completely, sinking this plate part into alignment with the surface of this glass plate. Shower cubicle according to one of claims 1 to 11, characterized in that one of the plate parts is protruding from the glass surface, for example is dome-shaped, and preferably contains the internal thread or threads for the clamping screw (s) (13). Shower cubicle according to one of claims 1 to 12, characterized in that the or the fastening elements, in particular one or more clamping screws (13) is / are passed through a recess provided in the bearing element (14) and that the plate parts by tightening these fastening elements to the Outside of the bearing element (14) can be pressed. Shower cubicle according to one of claims 1 to 13, characterized in that the cutout (7) of the glass plate which receives the plate parts (10, 11) or fitting plates is larger than the edge-side opening (9) of this cutout and that the center of the edge-side opening is preferably in Extension of a diameter of the cutout (7) and perpendicular to the edge (8) of the glass plate and is designed for example as a slot, the width of which exceeds that of the bearing element (14). Shower cubicle according to one of claims 1 to 14, characterized in that in the position of use in the edge-side opening area or slot a closure part (24) enclosing the bearing element (14) extending therethrough can be inserted, for example, can be plugged onto the bearing element (14). Shower cubicle, according to one of claims 1 to 15, characterized in that the preferably pin-shaped bearing element (14) has an internal longitudinal cavity and is designed as a sleeve into which a pin or bolt (26) fits in the assembly position, which is part of an axial bearing or a wall fitting or a trolley (18).

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