EP1367187A2 - Kit for a flushing sanitary article - Google Patents

Abstract

The flushing lever (38) is in front of the cistern (30), especially on or in the front cladding (37). The cistern or inspection opening is arranged above or horizontally and is closed by a cover with fastenings (41).

Description

The invention relates to a kit for generating a device with a water-flushed sanitary object, such as a toilet, bidet, urinal, washstand or the like as a pretext corner installation with one in the corner of the room housed universal frame element, a cistern and or Flush valve to provide the flushing water quantity and a fixation for the Sanitary object such as toilet, bidet, urinal, washstand, fittings or like.

Flushing devices, e.g. concealed cisterns, flush valves for toilets, bidet, Urinals, sinks or the like come in multiple shapes and Executions known. Concealed cisterns are usually Rectangular cistern body, blow molding, injection molding or Die casting processes are manufactured. These cisterns are, for example, in the Wet installation method in the wall with or in the stonework installed, as shown in DE 35 17 907 A.

In recent years, however, there has been so-called pre-wall mounting enforced. This is not least due to the building and sound insulation regulations due. For static reasons, with a few exceptions, no wall slots vertically or horizontally for the sewage and Water supply lines are carried out. The pre-wall installation is essentially around metal frames that run parallel to the masonry into which the installation items (cistern, fittings, Pipeline, etc.) can be installed. This is shown by the Germans Utility model 89 14 494, 84 08 788 and 79 07 012. After installation these frames are covered with tiles and tiled. The disadvantage here is that the frame frames the floor space of the room by about 10 to 20 percent downsize and the cladding of the frame frames material and time consuming are.

Another variant of the pre-wall corner installation are the triangular cisterns. This shows the applicant's DE-U-296 21 470 with an extremely practical one and practical corner solution for a cistern. A comparative one elaborate solution around a tubular cistern body in one corner place, shows the DE-U-298 03 394, the tubular cistern body itself is the content of DE-A-196 06 044, or the corresponding EP-A-0 791 696. The pre-wall assembly also deal in more detail See EP-A-0 646 678 and the relevant publications of the corresponding plumbing companies.

The aforementioned corner pre-wall solutions are corner solutions with direct waste water discharge downwards. DE 198 19 214 U and the PCT / EP 01/01554 of the applicant show the design of the cistern with the downpipe behind to optimally utilize corner rooms. The disadvantage with these designs is that the one-piece wastewater fitting is not the variable construction height in the floor structure as well as the different Attachments of the toilet in the height according to the type of use consider.

1. Eck-Vorwand-Spülkästen mit vorderer Betätigungsplatte

2. Eck-Vorwand-Spülkästen mit oberer Betätigungsplatte
Bei der Betätigung von vorne oder von oben ist eine relativ große Frontöffnung für die Einbringung der Zu- und Ablauf-Armaturen notwendig. Diese große Öffnung in dem Spülkastenkörper wird nach der Beplankung/Verfliesung durch die Front- und Betätigungsplatte abgedeckt. Nachteilig hierbei ist, dass die erforderlichen Zu- und Ablauf-Armaturen bei äußerst geringem Platzangebot durch die Öffnung um 90° versetzt eingebracht werden müssen. Diese Arbeiten müssen "blind" verrichtet werden, da keine Einsicht auf Lage und Sitz der Ablauf-Armaturen genommen werden kann. Eventuelle Verunreinigungen durch Ablagerungen auf der Dichtfläche können zu Undichtigkeiten führen, sie können aber nicht direkt in Augenschein genommen werden. Optisch stört die große Betätigungsplatte das Gesamtbild, da rechts, links und oberhalb der Abdeckplatte nur schmale Fliesenstreifen bzw. Verkleidungsmaterialien sichtbar bleiben. Der Fliesenzuschnitt ist dabei zeit- und kostenaufwendig.

According to the state of the art, a distinction is made between the corner wall-mounted cisterns

1. Corner wall-mounted cistern with front operating plate

2. Corner wall-mounted cistern with top flush plate
When operated from the front or from above, a relatively large front opening is required for the insertion of the inlet and outlet fittings. This large opening in the cistern body is covered by the front and operating plate after the planking / tiling. The disadvantage here is that the required inlet and outlet fittings have to be inserted offset through 90 ° with extremely little space. This work must be carried out "blindly", since no view of the position and seat of the drain fittings can be made. Any contamination from deposits on the sealing surface can lead to leaks, but they cannot be viewed directly. The large flush plate visually disturbs the overall picture, since only narrow strips of tiles or cladding materials remain visible on the right, left and above the cover plate. Tile cutting is time-consuming and costly.

Another variant with actuation from above is shown in DE 298 03 394 U1. Here, the entire inlet and outlet is through the circular opening in the cover plate Drain technology assembled / disassembled. The seat of the drain fitting is built in Condition not visible or accessible. To get to the sealing surface, it is necessary to dismantle the entire inlet and outlet fitting. This is very difficult and time consuming. The complete disassembly is the same as before described, required if accessories (screws, Nuts, tools or the like) have fallen into the container. Another Disadvantage of the circular cover is the production of the circular opening in the planking or the tiling.

With all pre-wall toilet solutions, the function and tightness test is first after complete planking / tiling and fine installation or assembly of the Toilet bowl possible. This means that leaks may only occur after complete assembly can be determined. Correcting the shortcomings Any leaks that occur are very time-consuming and costly. The The aforementioned examples of the toilet arrangement in the pre-wall system deal with installation and facing, but not with the sewage system or Wastewater merging of various to be drained Sanitary items. The well-known toilet wall elements, whether straight or arranged in the corner of the room, always end at the toilet wastewater arch. If the Connection directly down to the trailing or ground line are additional Fittings and connectors required. The disadvantage of this installation is that several molded parts are inserted into each other or connected with CV connectors Need to become. This is very time consuming and costly.

In small sanitary rooms (guest toilets) at least one wash basin are also drained. For this, a directly above the raw concrete ceiling Branch set and a separate pipe connection to the sink manufactured. The branch must go down through the rough concrete ceiling with a another pipe section can be extended. The disadvantage of this installation is that four connections (toilet waste water elbow, pipe section, branch and pipe section) have to be manufactured. This installation is time and material consuming does not exclude the possibility of a leak, because the more connections the more likely they are to leak. To make matters worse, that at least one connection lies within the floor ceiling and this after placing the screed is no longer visible and the CV connector can no longer be readjusted.

The known pre-wall installations consist of square or rectangular steel frame constructions with spacers accordingly the depth of the pretext. The height of the WC sewage connection set. With this height, the Upper edge of the toilet fixed, currently 40 cm from the OK finished floor. The The upper edge of the toilet should, however, depend on the size of the user or the Set the type of use (for example, suitable for the disabled). The seat height of the toilet is subsequently no longer possible without major renovation measures, since that Framework and thus the toilet connection elbow already in the shell construction phase are fixed.

Furthermore, the pre-wall frame constructions for cost reasons typed, that is, the frame frames are cross-braced according to the relevant regulations or purpose (WC, Bidet, urinal, sink or the like) and in different Pre-wall heights (from approx. 85 cm to approx. 140 cm) prefabricated. This means one large variety of types and thus high manufacturing, storage and distribution costs.

The front panels of the pre-wall elements must have a large opening (approx. 180 x 400 mm) for assembly and revision. The Tiling must also be adapted to the opening. In the corner version with circular opening (installation and fastening from above) this means additional effort and additional costs. The bidet corner pre-wall element is currently used by the manufacturers with a height of approx. 100 cm made. This height was from the usual pretext elements taken over, but is not required. The maximum amount required for that Bidet corner pre-wall element is 50 cm. Every cm above is superfluous and means higher material and manufacturing costs. The disadvantage is that the feed and Waste water installation after the planking is no longer visible and therefore Leaks can no longer be inspected.

In summary, it should be noted that the known pretext elements after assembling the frame construction and establishing the sewage connection the toilet height is fixed so that a change in the seat height does not more can be done. After the planking and assembly of the Sanitary elements can only be checked for functionality and tightness become. But since the pipe installation is no longer visible, it is Leakage control is risky, which means in the event of a leak: disassembly of the Cladding including tiling.

The object of the invention is to provide a holistic corner solution that simple to set up, easy to install and maintain and the wastewater integration optimally enables at least one other sanitary object, thereby is inexpensive, space-saving, easy to use and design-oriented.

• dass das Universal-Rahmenelement, mit Tragholmen und unterer und oberer Quertraverse einstückig miteinander verbunden und im wesentlichen trapezförmig ausgebildet und der Raumecke bzw. den Seitenwänden angepasst ist und direkt an diesen ohne Hilfskonstruktionen bzw. Stützfüße anbringbar ist,
• dass die Betätigungstaste bzw. die Betätigung für den Unterputz-Spülkasten einschließlich Einschubrosette vorne, das heißt vertikal in der Frontverkleidung angeordnet ist und
• dass die Montageraum- bzw. Revisions-Öffnung oben bzw. horizontal angeordnet ist und durch eine arretierbare Abdeckung verschließbar ist.

According to the invention, this object is achieved by

• that the universal frame element, with support bars and the lower and upper crossbeam, are integrally connected to one another and are essentially trapezoidal in shape and are adapted to the corner of the room or the side walls and can be attached directly to them without auxiliary structures or support feet,
• that the actuation button or the actuation for the concealed cistern including slide-in escutcheon is arranged in the front, that is to say vertically, in the front lining and
• that the assembly room or inspection opening is arranged above or horizontally and can be closed by a lockable cover.

The universal frame element adapts to the corner of the room, i.e. the Diagonals of the triangular tubes (support bars) lie parallel on the side walls the corner of the room and can be fastened without additional mounting brackets or support feet attached directly to it. The universal frame element can also be for all possible sanitary objects such as toilet, bidet, urinal, sink, Insert fittings or the like.

A second version of the universal frame element shows the bidet wall element. Instead of the approx. 90 to 140 cm high wall element the universal frame element shortened by half. The material cost for that The bidet frame element and the front paneling or tiling are reduced also by half. The triangular opening is simultaneous Inspection opening and allows you to see the water underneath Waste water installation. The arrangement of the universal frame element can in height by the compensating element, which is in the support bars can be inserted, fixed with millimeter precision. Another advantage of Compensating element is that this from below as well as from above or but can be inserted from below and above into the support bars and thereby one The entire wall element is increased to the millimeter can be. This has a very advantageous optical effect when adapting the Grid dimension and the joints.

Another object of the invention is to different cross members accordingly the type of use (brackets for pipe clamps, fasteners, fittings etc.) can be integrated seamlessly into the universal frame element. This is done through the slots in the support bars, in which the fasteners are guided become. Thus, the height of the individual can also during the rough assembly Brackets for example the sewage elbow can be adjusted at any time, though the universal frame element is fixed.

Another object of the invention is the wastewater integration into the wastewater system to solve optimally as follows: The wastewater fitting has one Long sleeve and on the other hand a spiked end that is made so long that it can be passed through the floor ceiling. In the middle part of the Waste water fitting are two connection sleeves at an acute angle with the prescribed gradient to the pipe axis offset by 90 ° off-center. The connection sleeves are located on the rough concrete ceiling or in the insulation the corner of the room. The off-center arrangement is advantageous because the Waste water pipes from wash basin, shower, tub, bidet, urinal, sink and the like can be laid directly on the wall. The long sleeve enables the vertical displacement of the sewage arch. So that different Construction heights in the floor structure can be compensated for, on the other hand the long sleeve also a height adjustment of the to be attached Sanitary object too, which varies according to the size of the user or according to the type of use suitable for the disabled (approx. 6 to 10 cm higher than normal).

Another object of the invention is an inexpensive cistern to produce that adapts optimally to the corner of the room and a simple one Installation possibility of the inlet and outlet set guaranteed. This will achieved by the low and open container shape. The low one Height results from the fact that the cistern is not significantly higher than that maximum water level in the tank. The operating and assembly guide in the vertical front surface is omitted, since the installation is necessarily from above the vertical space (corner of the room - front cladding) and thereby the inlet and outlet fittings can be installed extremely easily. The cistern has no direct connection to the universal frame element, so there is one optimal structure-borne noise decoupling guaranteed. Through the open to the top Design (also favorable for demoulding during production) and the low one Construction height, the material costs are considerably lower.

Another object of the invention is the optimal veneering of the universal frame element. The universal frame element comes with a rectangular Building board made of plasterboard, cement fiber, PUR foam or similar veneered and attached directly to the support bars. For plastic or natural stone slabs the attachment is made invisible by screwing the toilet and the small flush plate. The triangular horizontal opening behind the Universal frame element or the front panel is separated by a applied cover, preferably made of natural stone, with overhang over the Front cover closed. The cover can be protected against accidental Taking off will be secured accordingly. The removable cover offers that Installer greater freedom of movement and allows him easy Assembly and maintenance of the cistern fittings. That has a cost-effective effect out. The relatively small actuation button including egg slide-in rosette in the Front paneling and the elegant cover result in an optically very pleasing Design and cost to manufacture much less than conventional ones Front covers with button.

Fig. 1

den Schnitt durch die Raumecke bzw. den Bausatz zum Spülen eines WC's,

Fig. 2

die Vorderansicht des Universal-Rahmenelementes,

Fig. 3

die Draufsicht des Universal-Rahmenelementes in der Raumecke,

Fig. 4

die Vorderansicht des Universal-Ausgleichelementes,

Fig. 5

die Draufsicht des Universal-Ausgleichelementes in der Raumecke,

Fig. 6

die Schnittansicht A-A aus Fig. 2,

Fig. 7

den Schnitt B-B aus Fig. 6,

Fig. 8

die Ansicht des Abwasser-Formstückes,

Fig. 9

die Draufsicht des Abwasser-Formstückes in der Raumecke,

Fig. 10

schematisch den gemeinsamen Anschluss eines WC's und eines Handwaschbeckens,

Fig. 11

schematisch den gemeinsamen Anschluss WC, Dusche, Urinal, Handwaschbecken,

Fig. 12

das Spülrohrelement in der Vorder- und Seitenansicht,

Fig. 13

die Draufsicht des Spülkastens in der Raumecke,

Fig. 14

den Schnitt C-C aus Fig. 13 durch den Spülkasten und das Rahmenelement,

Fig. 15

den Schnitt der Betätigungstaste in der Frontverkleidung,

Fig. 15a

den Schnitt am unteren Ende des Tragholms,

Fig. 16

das Universal-Rahmenelement mit verschiedenen Bestückungen,

Fig. 17

die unterschiedlichen Bauhöhen kombiniert mit den Ausgleichelementen, und

Fig. 18

den Schnitt D-D aus Fig. 17 für das halbhohe Bidet-Rahmenelement.

Further features, details and advantages of the invention result from the following descriptions and from the drawings. These show in

Fig. 1

the section through the corner of the room or the kit for flushing a toilet,

Fig. 2

the front view of the universal frame element,

Fig. 3

the top view of the universal frame element in the corner of the room,

Fig. 4

the front view of the universal compensating element,

Fig. 5

the top view of the universal compensating element in the corner of the room,

Fig. 6

the sectional view AA of Fig. 2,

Fig. 7

the section BB from Fig. 6,

Fig. 8

the view of the wastewater fitting,

Fig. 9

the top view of the wastewater fitting in the corner of the room,

Fig. 10

schematically the common connection of a toilet and a hand wash basin,

Fig. 11

schematically the common connection toilet, shower, urinal, hand wash basin,

Fig. 12

the flushing tube element in front and side view,

Fig. 13

the top view of the cistern in the corner of the room,

Fig. 14

13 shows the section CC from FIG. 13 through the cistern and the frame element,

Fig. 15

the cut of the actuation button in the front panel,

15a

the cut at the bottom of the stringer,

Fig. 16

the universal frame element with different configurations,

Fig. 17

the different heights combined with the compensation elements, and

Fig. 18

the section DD of Fig. 17 for the half-height bidet frame element.

LIST OF REFERENCE NUMBERS

1

kit

2

room corner

3

Side wall

4

floor ceiling

5

Isolation / insulation

6

screed

7

tiling

8th

masonry

9

Ceiling opening

10

Sewage pipe (underground pipe)

11

Waste water pipe "washstand"

12

WC

12a

WC fixing

13

Universal frame member

13a

Universal frame element (half-height)

14

spar

15

upper traverse

16

lower traverse

17

notch

18

Slot / longitudinal slot

19

fastener

20

Hole for fixation

21

Support bracket

22a

Cross beam for toilet

22b

Crossbeam for bidet

22c

Crossbeam for urinal

22d

Crossbar for hand basins

22e

Crossbeam for fittings

23

Toilet sewage bow

24

WC connection socket

25

Sewage fitting

26

long sleeve

27

junction

28

Sharp toilet bow

29

Sharp wastewater fitting

30

cistern

30a

flush pipe

30b

Flush pipe connector sleeve

31

Contact surface - cistern

32

Diagonal surface - cistern

33

Universal balancing element

34

support bracket

35

U-bend flush pipe

36

Spigot end (rinse water inlet, waste water outlet)

37

front panel

38

actuating button

38a

slide rosette

39

Installation Room opening

40

cover

41

Lock for cover

42

closing plate

43

Threaded through-bore

44

Thread-support leg

The kit shown in Fig. 1, generally designated 1, is used in illustrated example for providing the flushing designated 12 WC's. The universal frame element 13 (Fig. 2 to 7) consists of two Support bars 14, which are preferably made of right-angled isosceles Profile tubes are made, which with the upper cross member 15 and the lower Traverse 16 are integrally connected. 3, that the universal frame element 13 adapts ideally to the room corner 3. in the The upper and lower part of the support beam 14 are notches 17 which are shown in FIG. 7 are recognizable, the attachment 19 directly on the side wall 3 without further Enable brackets, spacers or other auxiliary structures. The Universal frame element 13 is at the level of the finished floor or according to the desired total height of the front wall on the side walls attached. Advantage of this arrangement is that in the space, bottom edge of the universal frame 13 and the raw concrete ceiling 4, the Waste water pipe 11 parallel to the side wall 3 under the support beam 14 or the Traverse 16 can be laid, as shown in Fig. 2.

The universal frame element 13 can also be used with the universal compensation elements 33, Fig. 4 and 5, which can be inserted into the support bars 14 are brought to the required height to the millimeter and not with one Locking screw shown in detail attached to the support bars 14 become. The notches 17, which attach to them, can again be seen the side walls 3, as already described, allow. The universal compensation element 13 is not just for regulation in the floor area usable, but also for possible millimeter-precise readjustments of the Pre-wall top edge, for example, for grid dimensions or joint cuts. This is possible because the support bars 14 are not closed at the top and bottom and thus allow the compensating element 33, as can be seen in FIG. 17, both above or can be inserted below or above and below. Thereby Different total heights possible with just one universal frame element. This in turn lowers manufacturing and storage costs.

Another variant of the stepless height adjustment is shown in FIG. 15a. In the Support bars 14 are closing plates 42 with threaded through holes at the bottom 43 attached, in which the threaded support feet 44 out become. By turning the threaded support feet 44, the millimeter is accurate Height adjustment of the universal frame element 13 possible. Furthermore this results in the support of the vertical forces on the support bars 14 loads.

Another advantage of the universal frame element 13 and the universal compensating element 33 is that the trusses 15 and 16 are identical and with Bores 20 are provided, on the one hand the anchoring on the raw concrete ceiling 4 but also the locking device 41 of the cover 40 enable.

It can be seen in FIG. 9 that the wastewater fitting 25 in the corner 2 of the room is installed. In the middle part of the waste water fitting 25 (Fig. 8) are two Branches 27, offset at 90 ° FIG. 9, adapted to the corner 2 of the room. The branches 27 are set off-center, which has the advantage that the sewage pipe 11 is laid as close as possible to the side wall 3, because that is often Coverage of the sewage pipe 11 low. But then this has none Meaning, since there is no load directly on the side wall and therefore no There is a risk of screed 6 breaking. The tip end 29 has one Length extension on, as can be seen in Fig. 8, that designated 4 Concrete ceiling is penetrated down and therefore no plug or Clamp connections are present in the floor ceiling, as the sewage fitting 25 is made in one piece. In the upper part is the wastewater fitting 25 formed with a long sleeve 26, so that a variable Height adjustment X of the toilet 12 can be done. This has the advantage that the WC height to the user size or a handicapped accessible allocation can be customized.

The WC traverse 22a (FIG. 1) with the clamp holders for the flushing pipe 30a and the toilet wastewater arch 23 and the toilet attachment 12a with millimeter accuracy between the support bars 14 by means of screw or Clamped connection fastened in the elongated holes 18. Because this type of attachment is known, this will not be discussed further. The assembly of the various crossbeams for the bidet 22a, urinal 22b, sink 22c, Fittings 22d etc. are also done as shown in Fig. 16. The cistern 30 is like this trained that it can be mounted separately in the corner of the room 2. The Cistern 30 is designed as a container open at the top (FIG. 14) and thereby easier and cheaper to manufacture. Another advantage is that the Fitting the inlet and outlet fittings can be made extremely easily can. In Fig. 14 it can be seen that the diagonal surface 32 slightly above that Maximum water level is formed, thus results in the pre-assembly of a freely accessible space at the front for the installation of the inlet and outlet fittings. 14 shows the extremely simple attachment in the corner 2 after Attaching the structure-borne noise-decoupled support bracket 34. The lower overhang the contact surface 31 is placed in the support of the support bracket 34 and in the upper Area of the contact surface 31 by means of fixing elements decoupled from structure-borne noise attached to the side walls 3.

The cistern 30 is automatically adapted to the corner of the room 2 and at the same time 100% decoupled from structure-borne noise, since no direct Connections to the side walls 3 and the support bars 14 exist. By the approximately triangular opening 39 allows maintenance work from above perform easily.

After the water supply line is connected to the inlet valve, the Flushing pipe U-bend 35 (FIG. 12) with the pointed ends 36 in the flushing pipe sleeve 30b and the toilet connecting sleeve 24 inserted, so that is a closed Pipe connection between the cistern 30 and the waste water system 10 manufactured.

The front panel 37 or planking has not yet taken place. Now the Function and tightness control. An optimal check is possible since all Junctions are visible. After the test, the Front panel 37 mounted.

1. Die Frontverkleidung besteht aus Gipskarton, Faserzement, Polyurethan, Kunststoff oder ähnlichen Platten, die anschließend verfliest werden.

2. Die Frontverkleidung 37 besteht aus Natursteinplatten, Kunststein, Metall oder ähnlichen Materialien.

A distinction is made between two systems when installing the front cover 37.

1. The front panel consists of plasterboard, fiber cement, polyurethane, plastic or similar panels, which are then tiled.

2. The front panel 37 consists of natural stone slabs, artificial stone, metal or similar materials.

In the first embodiment, the front panel 37, which with the corresponding breakthroughs (for flushing pipe, Sewage pipe, fastening and actuation button) is provided directly with self-tapping countersunk screws on the support bars 14 and the Trusses 33 screwed on and then tiled.

In the second type of front panel 37 made of natural stone or the like the attachment as follows: the front panel 37 is with the corresponding breakthroughs (for flushing pipe, Sewage pipe, fastening and actuation button) and is against the Universal frame element 13 placed and against by means of the toilet attachment 12a the universal frame member 13 screwed. In the area of the actuation button 38 (Fig. 15) is a fixation (not shown in detail) on the universal element 13 made. This invisible attachment of the front cover 37 is visually appealing, since no screw connections are visible.

The support bracket 21 is on the side walls 3 at the top of the Front cover 37, as shown in Fig. 1, attached. Then the Cover 40 with the detents 41 in the holes 20 of the universal frame element 13 or the compensating element 33 clipped. Since the Cover 40 protrudes over the front panel 37, an ideal tile finish produce without tile corner. The overhanging cover 40 shows optically an elegant solution, for example if the cover 40 made of marble or similar materials. The cover 40 is covered by the Fixing elements 41 that snap into the holes against unintentional Take off secured. Cover 40 is removed for maintenance. By the now exposed opening 39 can be easily serviced from above be performed. Finally, the toilet 12 is attached using the toilet attachment 12a attached to the front panel 37.

Fig. 10 shows schematically the connection of the waste water discharge into the Waste water fitting 25. Since it cannot generally be determined in advance whether the branch is connected on the left or right side, the Double connection 27. FIG. 11 schematically shows the multiple connection the waste water fitting 25.

The kit is based on a holistic, easy to assemble, practical and Inexpensive design geared up, with the required wastewater integration other sanitary elements are included. service work on the cistern without disassembling the actuator be made. The kit is simple in construction, easy to assemble, Design-oriented and designed to save space.

With this kit for the production of a flushing device for one water-flushed sanitary object, such as a toilet, bidet, urinal, washstand or the like, as a pretext corner installation with one in the corner of the room housed universal frame element, a device for provision a flushing water quantity, a fixation for the sanitary object like one Toilet, bidet, urinal and hand wash basin, is said to be an extremely compact one Room corner optimally exploiting solution can be created with high variability adaptation to different installation dimensions as well as later Height adjustment, as well as optimal use of the available standing space with the simultaneous possibility of ideal veneering of the necessary elements and ensuring optimal assembly, function and Leak test and possibility of maintenance of the flushing device and the Integration of a second wastewater discharge, the kit itself simple in construction, easy to assemble and inexpensive to manufacture.

This is achieved in that the trapezoidal universal frame element 13 is arranged directly in the corner of the room 2 and in the one behind it Space of the cistern 30, flush valve or other fittings and water or sewage pipe can be installed and the universal frame element 13 can be veneered on the front. The cover 40 closes the universal frame element 13. The triangular horizontal opening 39 is simultaneous Assembly and inspection opening. In the universal frame member 13 can different crossbeams 20a to 20e according to the sanitary objects such as toilet, bidet, urinal, vanity and the like as well as access and Wastewater pipes can be integrated continuously adjustable in height. The wastewater fitting 25 enables the connection of a second on the left or right side Waste water discharge 11 for example of a wash basin.

Claims (16)

Kit for producing a device with a water-rinsed sanitary object, such as a toilet, bidet, urinal, washstand or the like as a pretext corner installation with a universal frame element housed in the corner of the room, a cistern and or flush valve to provide the amount of flushing water and a fixation for the sanitary object such as toilet, bidet, urinal, washstand, fittings or the like, characterized in that that the universal frame element (13), with support bars (14) and the lower and upper crossbeam (15 and 16) are integrally connected to one another and are essentially trapezoidal in shape and are adapted to the corner of the room (2) or the side walls (3) and directly on this can be attached without auxiliary structures or support feet, that the actuation button (38) or the actuation for the concealed cistern (30) is arranged at the front, that is to say vertically in the front cover (37), and that the assembly room or inspection opening (39) is arranged above or horizontally and can be closed by a lockable cover (41). Kit according to claim 1, characterized in that the support bars (14) are made from a right-angled, isosceles and triangular profile tube and / or edged sheet steel profiles. Kit according to claim 1 or 2, characterized in that the support bars (14) of the frame element (13) have interrupted and / or continuous receiving openings (18) for receiving the different crossbeams (22a-22d) and these crossbeams are infinitely variable in height the support bars (14) can be attached. Kit according to one of the preceding claims, characterized in that the support bars (14) are made from polygonal profile tube and / or bent sheet steel profiles. Kit according to one of the preceding claims, characterized in that closure plates (42) with threaded through-bores (43) for receiving the threaded support feet (44) are attached to the support bars (14) at the bottom. Kit according to one of the preceding claims, characterized in that the universal frame element (13) shortened by half can be used for the bidet wall element. Kit according to one of the preceding claims, characterized in that the universal compensating element (33) is guided in an infinitely variable height above or below or above and below in the support bars (14) of the universal frame element (13) and directly on the side walls ( 3) the room corner (2) and in the universal frame element (13) is fixed. Kit according to one of the preceding claims, characterized in that the cistern (30) is an upwardly open approximately triangular or trapezoidal or polygonal container, made of plastic, metal, polyester concrete, polyurethane or the like and, between the universal frame element (13 ) arranged, the room corner (2) and the support bars (14) adapts. Kit according to one of the preceding claims, characterized in that the cistern (30) can be attached separately from structure-borne noise in the corner of the room (2) or on the side walls (3) and no connection is made to the universal frame element (13). Kit according to one of the preceding claims, characterized in that the contact surfaces (31) of the cistern (30) are longer than the diagonal surface (32) of the cistern (30) and openings in the contact surfaces (31) for fixing to the side walls ( 3) are the corner of the room (2). Kit according to one of the preceding claims, characterized in that the universal frame element (13) horizontally to the corner of the room with a triangular lockable cover (40) made of natural or artificial stone, plasterboard, plastic, polyurethane panels or the like with an overhang to that Universal frame element (13) or the front cover (37) is closed and can be locked on the universal frame element (13). Kit according to one of the preceding claims, characterized in that the waste water shaped piece (25) is made in one piece with a molded-on long sleeve (26) or spigot end and on the other hand with a spigot end (29) pointing in the direction of gravity to penetrate the area the corresponding floor (4) or the basement and in the central area is provided with at least one acute-angled wastewater branch (27) and this branch (s) are arranged offset in the middle or off-center by 90 ° and parallel to the side walls (3) the corner of the room (2). Kit according to one of the preceding claims, characterized in that the flushing pipe U-bend (35) is made in one piece and thus a closed, watertight plug connection between the flushing pipe connection sleeve (30b) on the one hand and the toilet connection sleeve (24) on the other hand can be produced , which is rigid or variable in the center distance (Z) allows a self-contained piping to the sewage pipe. Kit according to one of the preceding claims, characterized in that the actuating button (38) or the insertion rosette (38a) has a diameter of no more than 6 cm in the case of an outer circular shape. Kit according to one of the preceding claims, characterized in that the actuating button (38) or the slide-in rosette (38a) has a longitudinal axis of no more than 6 cm in the case of an outer elliptical shape. Kit according to one of the preceding claims, characterized in that the actuating button (38) or the insertion rosette (38a) has an edge length of no more than 6 cm in the case of an outer square shape.

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