EP1965684A1

EP1965684A1 - Mounting apparatus for a shower partition and method for using a mounting apparatus of this type

Info

Publication number: EP1965684A1
Application number: EP06829728A
Authority: EP
Inventors: Paul-Jean Munch; Rolf Preissing
Original assignee: A & S Bader & Co GmbH; A&S Baeder GmbH and Co; Munch Paul-Jean Dipl-Ing
Current assignee: A & S Bader & Co GmbH; A&S Baeder GmbH and Co
Priority date: 2005-12-19
Filing date: 2006-12-19
Publication date: 2008-09-10
Also published as: WO2007071371A1; DE102005061133B3

Abstract

The invention relates to a mounting apparatus for mounting a shower partition having stationary side parts (28) with or without a shower tray (12), and also to various methods for mounting a mounting apparatus of this type.

Description

DESCRIPTION

Mounting device for a shower enclosure and

Method of using such

mounter

The invention relates to a mounting device for a shower enclosure according to the claims 1 and 2 and a method for assembling such a mounting device according to the patent claims 16 to 18.-

Such mounting devices for shower enclosures with one or two fixed side panels are now no prior art. Although there are shower enclosures that are supplied as a complete set, but in such shower enclosures it comes during construction repeatedly to serious errors or it will make the most mistakes in the tiling work, which can only be eliminated by expensive repairs or new purchases of parts.

DE 20 104 194 U1 discloses an assembly aid which is used in shower partitions or doors for shower partitions, in which the side walls can be aligned by a U-shaped receptacle on the finished, tiled wall and mounted anschießend. In this case, this mounting device is fastened with releasable fastening means on the finished tiled wall. This installation aid can not compensate for inaccurately executed tile work. Finally, EP 0 841 032 A2 has disclosed a device for the adjustable holding of plates, in particular glass panes or the like, which has an angle piece fastened to a wall with a limb. The other leg is provided with a rotatable eccentric for fixing this leg with the plate. A disadvantage of this known glass shower partition is to be considered that the strips or the vertical angle rails must be surface-tempered in order to withstand the corrosion of the shower water can and to achieve an acceptable appearance. Surface-tempered profiles, which may also need to be adapted to the equipment of the shower room or to the taste of the user, however, are expensive. Furthermore contribute to the cost increase in such shower partitions and the complicated structure of the plug and compensating strip or angle rail and fasteners at.

Further, EP 1 124 473 B1 discloses a shower or bathtub partition in which a recess in the form of a vertical groove in a new building or renovation of the shower or bath room after plastering and before the Wandbelagaufbringung or tiling by inserting a rail in Strength of the partition is formed. Such a rail is designed substantially as a U-shaped component, which can improve the stability of the connection of the partition with the room wall. Such a rail is placed before tiling and adjusted so that the

Front edge flush with the user facing side of the tiles flush. A device for mounting shower-glass partitions and / or shower-glass doors is described in DE 198 08 759 C2. In doing so, a vertical profile is applied to a building wall which has pass sections. These fitting sections are aligned with openings in the glass sections. Furthermore, an adjustment gauge or a drill gauge is available

The object of the invention is already in the shell - new construction and renovation - to create the basis for a clean custom-fit execution of a standard shower cubicle before the tile works, which avoids an individual measurement after tiling and custom-made individual partitions. In addition, the installation costs of a shower enclosure should be drastically reduced and at the same time assembly errors should be avoided. This in particular also with regard to the fact that such a standard shower can be placed by inexperienced professionals.

The object is achieved by the teachings of claims 1 and 2 for a mounting device with the subsequent subclaims. In addition, the use of such a mounting device is achieved by corresponding methods of the patent claims 16 to 18.

The mounting device according to the invention can be used for shower enclosures with one or two fixed side parts, the shower enclosure can be installed with or without shower tray. It is therefore proposed that the mounting device consists essentially of a horizontal jig, which has two sections in an embodiment with two side parts of a shower enclosure, which are arranged at an angle to each other. Furthermore, the mounting device consists of at least one vertical gauge; with two fixed side parts made of two vertical gauges. The vertical gauges are each provided with a removable dummy piece, so that during the interim preparation of the wall covering the gap between the gauges, which are preferably designed as a U-shaped component in the form of a flush or sub-tiling, is not polluted. The horizontal gauges and the vertical gauges are either directly interconnected by bracing or the bracing is secured between the horizontal gauges and / or the blind gauges.

Such a mounting device can also be pre-assembled in the factory, d. h., It is preassembled there and adjusted according to the later to be used standard shower separation dimensionally on this. Thus, no errors can be made during assembly on site, since such a mounting device only has to be attached to the correct installation on the or the Rohwänden.

In a further embodiment, however, such a mounting device may also preferably consist of corresponding individual parts, since this can reduce costs during shipping. Such a multi-part mounting device has For example, a horizontal gauge, which consists essentially of a wall portion from which depart at an angle of 90 ° one or two support legs. If, for example, a shower tray is included in the later shower enclosure, the horizontal gauges are matched to the corresponding height dimension of the shower tray. The lower support leg serves for the correct installation of the later to be installed shower tray, so not, as in conventional practice, such a shower tray can be damaged by appropriate tile or masonry work. The shower tray has a lower support surface which rests on the lower support leg, the height of the shower tray being sized to form below the second support leg which is on the wall portion of the horizontal gage and constitutes a tiling investment measure , ends. Thus, such a shower tray can be pushed between the support legs.

The upper support leg serves to give the tiler an accurate measure of the attachment of the wall covering. After the wall covering has been applied and later the shower tray is used, thus a clean conclusion between shower tray and wall covering is given. At the same time, however, the horizontal gauge, as it extends over a higher area below the wall covering, also offers protection against water penetration.

The embodiments of the support legs are designed to the wall portion at an angle of 90 °. Depending on the design of the shower tray and the subsequent shower enclosure, the horizontal gauge may consist of two sections, for example, collide in a corner and are connected, for example by a hinge, can be realized at different angles. Preferably, however, an angle of 90 ° will come to execution here. These two sections are also connected by a siphon plate which, on the one hand, provides a bore for precise pre-assembly and thus placement of the siphon and the wastewater connection and, moreover, ensures that the horizontal teaching of the installation device always lies with the two sections at a precise angle is placed. In order to prevent the penetration of screed, for example, in front of the siphon plate is a screed rail, which are attached to the sections of the horizontal gauge.

It is understood that in the embodiment with only one fixed side part no corner solution of the horizontal gauge needs to be used. The horizontal gauge must be balanced according to the execution of the construction site exactly in height and in the balance. For this, infinitely adjustable leveling feet are available below the support legs for the shower tray. In a version without a shower tray, the lower support leg may be missing or it may be sitting directly on the unfinished floor and the upper support leg is the measure of the finished floor. In such a case, infinitely adjustable leveling feet do not necessarily have to be used in height. Alternatively, however, the leveling feet can form the upper edge of the screed. The mounting device further consists of at least one vertical gauge, wherein in an embodiment of a shower enclosure with two fixed side panels, two vertical gauges are used, or a gauge is used, which consists of two connected sections. The vertical teaching consists essentially of a U-shaped profile, which is designed as a flush or sub-tiling and is connected to the rough wall according to its orientation. Thus, the alignment of the vertical teachings or teachings is easier to accomplish, can be present on the doorknob braces, which are positively and positively connected to the horizontal doctrine so that the vertical teaching at the same time at an angle of 90 ° to the support legs of the horizontal Teaching stands.

Since the vertical gauge disappears inside or below the wall covering that will later be attached, it is necessary to protect the U-shaped portion of the vertical gauge so that no mortar or the like can enter there. For this reason, within the vertical teachings are dummy pieces. In continuation of the inventive concept, it is also possible to attach the struts with the horizontal gauge on the dummy pieces within the vertical teaching.

In order to achieve an even greater stability in the assembly device, it is possible, optionally also in the upper end region of the dummy pieces, to join them for example by means of a diagonal removable strut. The diagonal bracing must therefore be removable, so that the tiler is not disturbed in his workspace. It is also possible, the struts that are mounted between the horizontal gauge and the vertical gauge or the blank pieces after appropriate mounting of the vertical gauge on the wall to remove again. It goes without saying that the horizontal gauge can be fastened to the wall, for example by means of elongated holes present within the gauge, whereby other fastening possibilities, such as, for example, bonding between the horizontal gauge and the rough wall, are also possible.

The vertical teaching is preferably fastened by gluing or filling on the rough wall after alignment, so that it can also remain in the appropriate orientation. A direct screwing the vertical gauge on the raw masonry would inevitably lead to a distortion of this teaching and make them useless. It is also conceivable for the vertical gauge to be fastened by means of corresponding clamping brackets, anchor plates or claws attached to the side of the jig. It is also possible in a preferred embodiment to provide the vertical gauge with a mounting structure in the form of a grid.

In an embodiment of a shower enclosure in which no shower tray is used, ie the finished floor is used simultaneously as a shower floor, the mounting device can be used in the same way. There are two alternatives for fixing a fixed side panel in the floor area as well. The first alternative would be that at the horizontal above described teaching in Continuation of the vertical teaching also horizontal gauges for receiving the glass panes of the fixed side parts are present. These additional horizontal U-shaped gauges could be used, for example, when the screed is already placed on the unfinished soil. The alignment and placement and fixing of the horizontal U-shaped gauges can also be accomplished by gluing or the like. It is also possible to pre-assemble these gauges at the factory.

The other variant of the application would be the placement of the fixed side part on the finished floor, d. H. on the tiles. In such a case, the previously described U-shaped horizontal gauge would not be used.

The vertical teaching consists in a first preferred embodiment substantially of a ünterputz- or sub-tile rail, which form a clamping area by a wall leg and formed thereon U-profile, the spaced clamping legs. In this case, the wall leg preferably has lateral projections, which may have corresponding openings or else be attached to the blank wall by means of clamping profiles or claws.

In a further preferred embodiment, in the case of vertical teaching, the formation of the wall bar can also be designed such that a fastening structure adjoins the U-shaped area. Such a fastening structure may, for example, in the form of a penetrated by apertures grid consist. Such grids may also be provided with an edge and also intermediate struts for stabilization.

Such a lattice structure is characterized by a plurality of openings and thus offers the possibility of attachment to the rough wall by a variety of materials and procedures. Such a mounting structure preferably has a stable edge and possibly between the

Edge and the base leg corresponding stiffening sections.

In terms of process technology, it is possible to produce the flush-mounted or sub-tiling rail from one part, ie. H. the region of the base leg with the clamping legs (U-profile) and the side legs with a corresponding fastening structure can be manufactured as one component. However, it is also possible to produce the side legs with the attachment structure as a separate component and then to connect by appropriate methods with the base leg.

In a further preferred embodiment, the clamping leg outside the receiving space directed outwardly have bends, which form a gap between the clamping legs and the bend. By this measure, the front open area of the flush-mounted or under-floor rail is increased, thus offering the possibility in conjunction with a cover a clean transition between a wall covering, for example, from a stoneware or from tiles and the glass pane used.

In a further preferred embodiment, the angling may also consist of a spacer leg which is located next to the clamping leg, wherein the intermediate space is formed between the clamping leg and the spacer leg. Also, this space can be covered by appropriate cover profiles to be used later safely against the glass and the surface of the wall covering. For the rational attachment of such cover profile, this can have at least one mounting leg.

Such flush or sub-tiled rails of the type described above and the Abdeckprofiles can be made of steel or stainless steel or plastic or brass or the like.

The invention thus represents a significant improvement and thus simplification for the production of fixed side parts within the sanitary area, especially for shower enclosures. In addition to a cost reduction, a high-quality, qualitative, clean work is created with a neat appearance to the outside.

Such a doctrine from a concealed or sub-tiling rail can be very quickly fixed with appropriate putties or the like on the Rohwand after alignment. Such a mounting device can be made of a variety of materials, in particular light metal or steel or a suitable plastic.

However, it is also possible to design the mounting device so that it consists of a lost part, which remains after installation below the tile or behind the shower tray and a part that is reusable after the installation. In such a mounting device, the vertical gauges would be inserted within a cutout located above the upper support leg in the horizontal gage. For a placement of the vertical teaching would be given to a corner on the one hand. In the vertical teaching a dummy piece is used, which is used with its lower end in a U-rail or the like on the lower support leg of the horizontal teaching and possibly by a pin or a screw is fixed. The blind piece may also be fastened by a laterally mounted tab, preferably in the upper end region, on the wall or the like for better alignment. Thus, the vertical gauge located behind the dummy piece would then be in the correct position.

Furthermore, the mounting device may have a corner support, which comes down on the upper support leg of the horizontal gauge for support and there is fixed accordingly by a bolt or a screw and is secured in the upper end by a screw to align with the wall. The corner support can also be fixed on a siphon plate. So that no dimensional differences occur between the corner support and the vertical gauges, a frame can be used in the upper area for stabilization and alignment of the vertical gauges. This frame is designed so that it has a pin in its miter area, which is inserted into the corner support. At its free ends corresponding pins are present, which can be brought into or on the dummy pieces. In the area of the end pins and the dummy pieces, a plug-in or screw connection is preferably again carried out.

In a further preferred embodiment, the fasteners on the blind pieces of the vertical gauge can be omitted and the upper frame, after being placed on both the corner support and the blind pieces, with corresponding tabs, is fastened to the wall portions.

In such an embodiment described above, the upper frame, the dummy pieces and the corner support can be reused. Such an approach would reduce costs accordingly.

Characterized in that the mounting device after placing at the desired location on the wall and thus at least partially below the wall covering and the floor covering or below the shower tray remains, this part of the mounting device can be regarded as a lost device. The fact that the mounting device is universally applicable, namely with or without shower tray, with or without shower enclosure or at least only one fixed side part, a suitable fitting shower can be created here with appropriate planning. Furthermore, it is avoided that especially when using a shower tray it is scratched during early installation or severely damaged. Furthermore, corresponding construction errors and measurement errors are completely avoided, since the fixed specification of the mounting device of the subsequent installation of a shower enclosure offers no further leeway for incorrect installation.

By defining the vertical gauges, the side panels used are always placed in the correct position and just in such a way that there is a filigree, minimal equipment of such a shower enclosure with fittings or profiles. It is understood that can be used by fixing the mounting device readily standard versions of a series production of shower enclosures of any kind. Depending on the design of the shower enclosure, the mounting device is designed. The above-described various possibilities of execution of such a mounting device can also be for the work of installers or tilers appropriate space and at the same time specify the specifications to which the wall covering must be installed. Mounting errors of any kind are avoided by such a mounting device. This means that according to the builders with such equipment a mounting device in conjunction with a standard showering and / or a shower tray it to a

Cost reduction comes. Furthermore, the assembly work is reduced, which also leads to a reduction in the overall construction time. During assembly and thus the application The mounting device for a shower enclosure, there are, as already indicated before, various possible embodiments. A first variant would be to place a mounting device, which consists of individual parts, with no shower tray to be used in the later shower enclosure. Such an approach can essentially be done by the following steps.

First align the horizontal gauge in height and in the balance and then align the vertical gauge. The attachment of the gauges to the rough wall is realized either by gluing and / or by appropriate screw or impact connections. Subsequently, the drain with the siphon can be connected via a siphon plate so that it can later be used without much difficulty with the appropriate closure in the finished floor. If the rough walls are straight, then the vertical gauges, one or two, may be later aligned and possibly connected to the horizontal gage directly or indirectly via a strut directly or indirectly via a dummy piece used in the vertical gage. Subsequently, the vertical gauge, since it is now at right angles to the horizontal gauge, be secured by appropriate adhesive, spatula or the like. If there is a horizontal gage for the lower end of at least one of the fixed side panels, it shall be aligned and fixed on the floor and fitted with blank blanking pieces. After curing of the adhesive or the spatula or the like may optionally Struts are removed, for example, if they are attached to the blind pieces. Now the tiler has no disturbing parts in the way and can manufacture the wall covering as well as the floor covering accordingly. After completion of the wall and floor covering the blind pieces can be removed and without problems the fixed side parts, both in the vertical teaching as well as in the presence of the horizontal gauge, are used. In a closed shower cubicle, the movable doors are then attached via corresponding fittings on at least one of the side panels. A version without further movable doors can be ensured with the mounting device.

The procedure for assembly with the mounting device and use of a shower tray is essentially the same as described before, only the horizontal gauges need not be used in the floor, since the glasses of the side parts are either inserted into molded grooves within the shower tray and thus accurately to aligned within the wall vertical gauges or the side panels are placed on the shower tray edges according to the size of the shower tray.

The third variant for mounting the mounting device for a shower enclosure is that the mounting device is delivered fully assembled to the site. There it is balanced according to the desired height over the existing adjustable feet. The vertical gauges are attached to the wall by glue, spatula or the like and then also the horizontal teaching. Once the horizontal gage and the vertical gauges are attached to the wall, the bracing previously present for stability reasons can be removed so that the tiler can lay the wall coverings accordingly. The subsequent installation of the shower is done in a known form.

The invention will be explained in more detail below with reference to various possible embodiments shown in the drawings.

It shows:

Figure 1: A perspective view of a first embodiment of a mounted mounting device;

Figure 2: the lower part (horizontal teaching) of Montagevorriehtung;

Figure 3: a side section of an inserted shower tray in conjunction with the mounting device;

Figure 4: a second embodiment of a mounting device;

Figure 5 is a cross-section of a vertical gauge;

FIG. 6 shows a cross section of a vertical gage in a second embodiment; Figure 7 is a cross-section of a vertical teaching in a third embodiment;

FIG. 8 shows a vertical gauge according to FIG. 6 in a plan view;

FIG. 9: a cross section of a horizontal gauge;

FIG. 10 shows a detail of an end region of the horizontal gauge;

11 shows a top view of a section of the horizontal gauge with the vertical gauge; FIG.

Figure 12 is a sectional view of a vertical teaching placed on a wall in the installed state;

FIG. 13 shows a sectional view of a vertical gauge placed on a wall according to FIG. 7 in the installed state.

FIG. 1 shows a completely assembled mounting device of a first embodiment, which is placed on a raw floor 25 within a corner region of a room with a rough wall 26. The mounting device consists essentially of two vertical gauges 1 which open into horizontal gauges 2. The vertical gauges 1 are closed by blind pieces 19 in their U-shaped area, so that here no mortar or adhesive penetrates into the recess in subsequent tiling work. Between the tikal gauge 1 and the horizontal gauge 2 or between the dummy pieces 19 and the horizontal gauge 2 struts 20 are introduced on each side. These struts 20 may be designed so that they are removable after the mounting device is aligned and fixed to the Rohwand 26 or they can also as shown in this embodiment of Figure 1, remain on the Rohwand 26, as they afterwards with a wall covering be covered. In the upper end of the dummy pieces 19 are connected by a brace 21 to stiffen each other. It is also possible to attach corresponding wall mounts 22 to the dummy pieces 19, which serve to ensure accurate balance of the vertical gage 1, for example on an uneven rough wall 26. For alignment in the scale are located in the lower part of the floor 25 feet 18, which are infinitely adjustable in height and are mounted under a support leg 5 of the horizontal gauge 2. The support leg 5 is also in the corner, where where the two horizontal gauges 2 converge, by a siphon 16 positively and positively connected to each other. Thus, the mounting device receives at least during assembly and the previous transport appropriate stability. Within the siphon plate 16, which is correspondingly removable depending on the design of the shower tray, there is a siphon 23, the outlet of which opens into a drain pipe 24. By this configuration of the connection of the siphon 23 a tailor-made connection option is given. The horizontal gage 2 with the siphon plate 16 and part of a vertical gage 1 has been shown again in detail in FIG. In this case, the siphon 23 is connected via a bore 54 within the siphon plate 16. The horizontal one

Teaching 2 consists essentially of two sections 31 and 32, which are in their corner by the siphon 16 exactly fitting at the desired angle to each other. Further, a screed rail 55 is present, which prevents penetration of the screed in the siphon area.

In the sectional view of Figure 9, the horizontal gauge 2 is clearly shown. Essentially, the horizontal gauge 2 consists of an L-shaped

A component, which has a wall portion 3, which comes to rest on the rough wall 26, and from which at an angle of 90 ° of the support leg 5 and under execution of a portion 34, from the upper edge of the support leg 5 to a support leg 4 at its Lower edge goes off. The support leg 4 may, as shown in Figure 9, consist of an L-shaped component which has been worked on the wall portion 3 of the horizontal gauge 2, but it is also possible to manufacture the horizontal gauge 2 so that they are made a piece exists. The horizontal gage 2 is fastened with its sections 31 and 32 to the blank wall 26 either by means of a corresponding adhesive and / or via elongated holes 14 by means of corresponding connecting elements.

According to FIG. 2, in the end regions of the free ends of the sections 31 and 32 in the upper part of the wall rich 3 cutouts 17 present, in which the vertical gauge 1 can project precisely. In continuation of the U-shaped vertical teaching 1 may be present on the support leg 5, a further U-rail 15. This ü-rail 15 is used to hold the dummy pieces 19. The dummy pieces 19 but can also be attached directly to the horizontal gauges 2. Both the U-rail 15 and the. horizontal gauge 2 can be adjusted in height via corresponding infinitely adjustable feet 18.

FIG. 10 shows, in a cutaway view, that the cutout 17 coincides with the U-shaped region of the U-rail 15.

When using a shower tray 12, the U-rails 15 would be removed after processing of the masonry 26 with a wall covering 30, possibly also the siphon plate 16, so that anschießend after Vollend- all tiling the shower tray 12 undamaged fit into the section 34 within the horizontal gauge 2 can be used. The section 34 is correspondingly variable in design and therefore may also be substantially smaller than shown in FIG. 9 and, as FIG. 11 also shows, serve to receive a further horizontal gage 33 on the unfinished floor 25 as a continuation of the vertical gage 1 sure.

FIG. 4 shows another embodiment of a mounting device according to the invention for constructing a shower cubicle with a standard shower partition. This mounting device has in the corner, ie at the coincidence of the horizontal sections 31 and 32 of the horizontal gauges 2, a corner support 38, which is fixed in the lower region by a fastening 39. In the upper end region, the corner support 38 is fastened by means of a fastening lug 40 to at least one of the two raw walls 26 which are located opposite one another. This attachment of the corner support 38 is done when it is in the balance, ie perpendicular, aligned.

The vertical gauges 1 are, as in the previous embodiment, provided with dummy pieces 19 and transferred in a direction of movement 41, so that the vertical gauges 1 can dip into the cutouts 17 within the horizontal gage 2. In the lower end region, the blind pieces 19 can be positively and positively connected via the U-rail 15 by means of a plug connection or a screw connection.

The corner support 38 is designed in its end region at the top so that it can receive a pin 43, which is located in the miter area of an upper frame 42. By the lateral portions of the upper frame 42, in the end region of pins 44, thus the dimension between the corner and the cutouts 17 of the horizontal gauge 2 is fixed. For this reason, the blind pieces 19 are connected to the upper frame 42 via the pins 44. After insertion of the upper frame 42, both in the corner support 38 and in the blind pieces 19, the upper frame can be secured by means of fastening tabs 45 on the Rohwänden 26. Alternatively, it is possible that via tabs which are located at the blind pieces in the upper area. find that they can also be attached to the Rohwänden 26.

In this embodiment of the mounting device remain after fixing to the rough wall 26, the vertical

Gauges 1 and the horizontal gauges 2 on the wall 26, whereas first the upper frame 42 and the corner support 38 are removed. After completion of the tile work, the dummy pieces 19 can then be removed.

FIG. 5 shows a cross-sectional illustration of a first preferred embodiment of the vertical gage 1 and also of a horizontal gage 33. In this case, the teachings 1, 33 a wall leg 6, from the spaced clamping legs 8 go out, which include a clamping portion 10. The clamping legs 8 are designed so that they are directed under a certain bias to the clamping portion 10 so as to ensure a first fixation of a glass pane 28 later. The clamping legs 8 have at their free ends thickenings 49 so as to compensate for tolerances in the thickness of the glass pane 28 can. On the wall leg 6, projections 7 adjoin laterally, which have a recess 36 to the wall portion 36 with its contact surface 9. The recess 36 is preferably necessary for receiving a corresponding adhesive or putty or the like.

Another preferred embodiment of a vertical gage 1 is the figure 6 again. In continuation of the wall leg 6, namely on the front Jumps 7 a mounting structure 37 is present. Reference is made to FIG. 8 below in FIG. The fastening structure 37 will be referred to below in FIG. 8.

In a variant of the embodiment of FIG. 6, FIG. 7 shows apart from the clamping legs 8 with its clamping region 10 spaced-apart spacer legs 50 again, so that between the spacer leg 50 and the clamping leg 8 a further intermediate space 51 is formed on each side. The use of the intermediate space 51 will be discussed below.

Figure 8 shows the embodiment of the vertical teaching 1 according to the embodiments 6 and 7. In this illustration of Figure 8, the mounting structure 37 is very clearly visible. In this case, the attachment structure 37 preferably consists of a grid mesh, which is stabilized by struts 48 and a lateral edge 47. It is understood that this attachment structure 37 can also be attached to existing other embodiments of the vertical teaching 1.

The use of a vertical gauge 1 within the wall covering 30, which is attached by appropriate grouting 29 and a mortar layer 35 or the like to the green wall 26, the figure 12 shows. In the recess 36, a corresponding mounting adhesive 27 is present, the vertical teaching 1 holds at the desired location, at least until the wall covering 30 is applied and cured. By doing Clamping region 10, the glass sheet 28 can be inserted accordingly. It is understood that the vertical gauge 1 does not require a very deep clamping area 10, since the vertical alignment and also horizontal orientation of the glass pane 28 to be used later is automatically given by the mounting device.

The embodiment of an insertion of a shower tray 12 in the horizontal gauge 2 on the support leg 5 is shown in FIG 3. A top 11 of the shower tray 12 comes below the support leg 4 to the plant. Within the surface 11 of the shower tray 12, a groove 13 for receiving the glass sheet 28 is present.

If the mounting device is used in a shower enclosure, which is equipped without shower tray 12, so also shows the figure 3 that at the point where the groove 13 is shown here within the shower tray 12, the horizontal gauge 33 with the finished floor at the Finish flush surface, thus ensuring a snug fit recording of the glass sheet 28.

The vertical gauge 1 shown in FIG. 7 has been fastened to the rough wall 26 with the fastening structure 37 in FIG. Laterally to the spacer leg 50, the wall covering 30 adds. Within the vertical gauge 1, the dummy piece 19 is inserted, so that a projection 52 within the clamping area 10 fills this and laterally into the intermediate spaces 51 each projections 53 of the blind piece 19 dive. Thus, it is possible that both the gap 51 and the clamping portion 10 in the case of the Wall covering work should not be contaminated with appropriate adhesive or mortar. The intermediate spaces 51 are used in particular to create a possibility to use an additional cover profile after completion of the wall covering work and the onset of the glass pane 28.

As the present embodiment of the mounting device makes it clear, the mounting device can be used as a completely pre-assembled mounting device, but it is also possible in individual steps to first place the horizontal gauge 2 and then the vertical gauge 1 accordingly. In any case, it is much easier for the installer to ensure, for example, the connection to the siphon and the tiler are no disturbing parts in the way when the appropriate tile work must be performed. On the contrary, by the presence of the vertical gauge 1 and the horizontal gauge 2, in particular with the support leg 4, the tiler has an accurate measure to place the wall covering 30 clean.

The mounting device ensures after completion of tiling a safe and clean connection to the standard shower enclosure according to the selected shape and thus prevents errors and damage both the shower tray 12 and the shower enclosure. In addition, by the use of the vertical gauge 1, which disappears within the wall 26 under the wall covering 30, given a filigree appearance and a standard shower enclosure. LIST OF REFERENCE NUMBERS

1. vertical teaching

2. horizontal teaching

3rd wall area

4. support leg

5. support leg 6. wall leg

7th lead

8. clamping legs

9. contact surface

10. Recording room 11. Top

12. Shower tray 13. Groove

14. Slotted holes 15. U-rail 16. Siphon plate

17th section

18th adjustable foot

19. dummy piece

20th bracing 21st bracing

22. Wall bracket

23. Siphon

24th drainpipe 25. Raw floor 26. Rohwand

27. Assembly adhesive

28. Glass pane / side panels 29. Grouting

30. Wall covering

31st section

32nd section

33. horizontal gauge 34th section

35. Mortar

36th return

37. Fastening structure 38. Corner support 39. lower attachment

40. fastening strap

41. direction

42. upper frame 43. pin 44. pin

45. fastening strap

46th edge

47. bracing

48. Compression 49. Distance leg

50th gap

51st lead

52nd lead

53. Bore 55. Screed rail

Claims

1. Mounting device for a shower enclosure with at least one fixed side parts (28), essentially consisting of:

a horizontal gage (2) consisting of a section (31) or two sections (31, 32) arranged at an angle to each other,

one or two vertical gauges (1) each provided with a removable dummy piece (19),

the gauges (1, 2) and / or the dummy pieces (19) have fastening means for attachment to a rough wall (26),

a releasable strut (21) which is connected or connectable to the vertical gauges (1) or the blind pieces (19).

2. Mounting device for a shower enclosure with two fixed side panels (28), im Essentially consisting of a horizontal gage (2) consisting of two sections (31, 32) arranged at an angle to each other, two vertical gauges (1) each provided with a removable dummy (19), each one the sections (31, 32) of the horizontal gage (2) is connected to the blind pieces (19) or the vertical gauges (1) by at least one strut (20).

3. Mounting device according to claim 1 or 2, characterized in that the horizontal gauge (2) consists essentially of a wall portion (3) from which at an angle of 90 ° one or two support legs (4, 5) depart.

4. Mounting device according to one of the preceding claims, characterized in that the support leg (4, 5) are spaced from each other so that between them a shower tray (12) can be inserted and the support leg (4) at the same time a support or a reference line for a wall covering (30).

5. Mounting device according to one of the preceding claims, characterized in that the sections (31, 32) of the teaching (2) are interconnected by a rotatable connection with each other.

6. Mounting device according to one of the preceding claims, characterized in that the portions (31, 32) of the doctrine (2) in the ready state by a siphon plate (16) can be connected, in which a bore

(54) for the accurate pre-assembly and placement of a siphon (23) is present.

7. Mounting device according to one of the preceding claims, characterized in that the horizontal gauge (2) on the support legs (5) is provided with height-adjustable feet (18).

8. Mounting device according to one of the preceding claims, characterized in that the sections (31, 32) in their free end regions have a cutout (17) for the entry of the horizontal gauge (1).

9. Mounting device according to one of the preceding claims, characterized in that in the region of the cutout (17) on the support leg (5), the dummy piece (19) can be attached.

10. Mounting device according to one of the preceding claims, characterized in that the sections (31, 32) of the gauge (2) in front of the siphon plate (16) by a screed rail (55) can be connected.

11. Mounting device according to one of the preceding claims, characterized in that the vertical gauge (1) as a flush or sub-tiling rail for receiving a glass pane (28) consists essentially of two by a wall leg (6) spaced clamping leg (8) wherein the clamping legs (8) between them include the receiving space (10) for the glass sheet (28) or the like, and that the clamping legs (8) are formed under a bias to the receiving space (10) bias, and that on each side of the wall limb (6) substantially in continuation to this extending projections (7) are present.

12. Mounting device according to one of the preceding claims, characterized in that the vertical gauge (1) outside of the receiving space (10) laterally to the clamping legs (8) extending spaced spacer leg (50).

13. Mounting device according to one of the preceding claims, characterized in that the lateral projections (7) of the teaching (1) relative to a contact surface (9), for the wall stop of the wall leg (6), a recess (36) and / or openings and or have a fastening structure (37).

14. Mounting device according to the preceding claims, characterized in that the vertical gauge (1) and the horizontal gauge (2) on the walls (26) by a suitable adhesive and / or a filler and / or screw or the like are attached.

15. Mounting device according to the preceding claims for use with a shower tray (12) and / or a shower enclosure or at least one fixed side part.

16. A method for using a mounting device for mounting a shower enclosure with and without shower tray (12) according to any one of the preceding claims, characterized essentially by the following steps:

- alignment of the horizontal gauge (2) in height and in the scale,

Alignment of the vertical gauge (1) in height and in the scale,

Connection of the siphon (23) via the siphon plate (16),

Inserting the dummy pieces (19) into the vertical gauges (1) and attaching a strut (21) between the dummy pieces (19), Fixing the dummy pieces (19) and / or the vertical gauges (1) on a raw wall (26) by adhesive or spatula or the like,

Fixing the gauges (1) and (2) to the rough wall 26,

after curing of the adhesive or putty removal of the strut (21),

Execution of all tile work on the rough walls (26) and on the ground, during which work the dummy pieces (19) remain in the gauges (1,)

remove the dummy pieces (19),

in the presence of a shower tray (12) install these,

Mounting the fixed side parts of the shower enclosure in the vertical gauges (1).

17. A method for using a mounting device for mounting a shower enclosure without shower tray (12) according to claims 1 to 15, characterized essentially by the following steps:

- alignment of the horizontal gauge (2) in height and in the scale, Alignment of the vertical gauges (1) in the balance,

Fixing the gauges (1) and (2) to the rough wall (26),

Inserting the dummy pieces (19) into the vertical gage (1) and the strut (21) between the blind pieces (19),

Fixing the gauges (1) and (2) to the rough wall (26),

after hardening of the adhesive or the spatula or the like removal of the strut (21),

Execution of all tile work on the walls (26) and on the floor, during which work the dummy pieces (19) remain in the gauges (1,)

Removing the blind pieces (19) and inserting the fixed side pieces (28) into the vertical jigs (1),

Mounting the movable door between the side panels, if present.

18. A method of using a mounting device for mounting a shower enclosure with or without shower tray (12) according to the preceding Claims, characterized essentially by the following steps:

the complete assembly device is aligned at the desired mounting location in height and in the scale,

Fixing the vertical gage (1) and the horizontal gage (2) to the rough wall (26) by adhesive or spatula and / or screw connections or the like,

after hardening of the adhesive or putty, all tiling work on the rough walls (26) and possibly on the floor,

remove the dummy pieces (19),

- establish connection between shower tray (12) and siphon (23),

Inserting the fixed side parts (28) into the vertical gauges (1) and grooves (13) in the shower tray (12) or on the upper edge (11) of the shower tray (12) or on the top edge of the finished floor,

Mounting the movable door between the side panels, if present.