• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    Sanitary facility with at least two water-conducting functional modules which differ from one another in their intended use, a first functional module being designed as a shower device (1) with at least one shower element. According to the invention, the second functional module is supported on a lateral fastening section (7) on the surface of the shower element.
    公开号:CH716647A2
    申请号:CH00970/20
    申请日:2020-08-04
    公开日:2021-03-31
    发明作者:
    申请人:Kaldewei Franz Gmbh & Co；
    IPC主号:
    专利说明:

    description
    The invention relates to a sanitary facility with at least two water-bearing functional modules which differ from one another in their intended use, a first functional module being designed as a shower device with at least one shower element. In the context of the invention, shower elements can in particular be designed as a shower tray or as a shower surface. In contrast to a shower tray, shower surfaces themselves usually do not have any depressions with a slope towards a drain, but are essentially planar and are arranged with a slope in a floor area. The side surfaces are usually sealed using sealing elements.
    Such sanitary facilities are designed with at least two water-conducting functional modules, each functional module being provided for a different application or intended use. The intended use refers to the purpose for which this module is usually used. In addition to a shower device, these functional modules can therefore be designed, for example, as a wash basin, toilet, bidet, bathtub or the like.
    A generic shower device is known, for example, from EP 3 372 740 A1, a shower tray and further functional modules being formed on a common support structure. This support structure is designed as a frame-like profile and serves as the basis for the individual functional modules. Accordingly, the support structure forms the basis for the entire sanitary facility.
    EP 1 223 253 B1 also relates to a sanitary facility in which individual functional modules can be designed with a common floor area. The floor area itself can be equipped as a shower device, but the individual functional modules are always arranged independently of one another on separate floor panels. If the base plate is therefore designed as a shower element, no further functional module can be arranged accordingly on this base plate.
    These sanitary facilities are modularly assembled components that can usually be prefabricated or at least essentially prefabricated installed in wet rooms. In contrast to a conventional bathroom structure, the installation effort can be considerably reduced, so that such sanitary facilities are particularly suitable when a large number of wet rooms are to be equipped. Typical areas of application are, for example, hotels, sports centers or even cruise ships.
    Such sanitary facilities have basically proven themselves. However, devices that are based on a frame-like support structure are very complex in their construction and at the same time require a complex manufacturing process. In addition, devices with a base plate formed jointly with the functional modules are of particular advantage with regard to their assembly. However, the individual function modules cannot be arranged in a wet area to save space.
    For this reason, the present invention is based on the object of specifying a sanitary facility which is distinguished from the previously known sanitary facilities by a simpler and space-saving structure.
    This object is achieved by a sanitary facility according to claim 1. According to the invention, it is important that the second sanitary module is supported either directly or indirectly on a lateral attachment portion on the surface of the shower element. In the context of the invention, supported means that all or essentially all of the forces caused by the second functional module are absorbed directly via the shower element. The shower element itself can be arranged on a conventional substructure in the form of a carrier, which then in particular supports the overall weight forces against a substrate. However, this does not exclude that additional fastenings such. B. can be provided on wall sections. In addition to a pure support, it is preferably provided that the second functional module is attached to the shower element either directly or indirectly by further components.
    According to the invention, the fastening section is provided on a surface of the shower element, the surface relating to a side of the shower element on which the water occurs in normal use or which provides a step surface for use. Accordingly, it is the side of the shower element facing away from the floor after assembly.
    Compared to the previously known sanitary facilities, the shower element itself is a substructure of the entire sanitary facility, over the forces, for. B. the weight of the individual function modules, recorded and forwarded to the floor. Accordingly, a self-supporting sanitary facility is formed which, without the use of an additional frame-like support profile, for. B. according to EP 3 372 740 A1. At the same time, individual functional modules can be combined with the shower device, so that a large number of possible uses can be made available with a correspondingly small space requirement.
    In a preferred embodiment of the invention, the second functional module is attached to the shower element via a carrier element. Accordingly, there is an indirect connection of the second functional module to the shower element, the carrier element extending at least in sections in the vertical direction. A vertical direction means im
    Within the scope of the invention, a direction which extends perpendicular to the shower element, in particular perpendicular to the fastening section.
    In such a configuration, the carrier element is used not only to connect the second functional module to the shower element and / or to attach the second functional module. Rather, a spatial separation from a shower area formed by the shower device can also be achieved via this carrier element. This spatial separation is all the more effective, the larger the support element is designed in the vertical direction. The vertical extent here is synonymous with the height of the carrier element. In this context, it is particularly advantageous if the carrier element extends up to or at least almost up to the ceiling of the wet area, the height being based on the ceiling height required in each case. In particular, however, the carrier element should have at least a height that enables comfortable operation of the shower device and at the same time effectively separates the shower area, so that in particular little or no spray water can get out of the shower area.
    However, the carrier element does not necessarily have to form a partition of the shower area. Configurations in which the carrier element is designed with a comparatively low height are also expedient. In such an embodiment of the invention, the carrier element is preferably L-shaped with a vertical and a horizontal leg, the carrier element being attached to the shower element via the vertical leg. The horizontal limb is preferably used to accommodate the second functional module, which is arranged and fastened in or on the horizontal limb of the carrier element, or which is formed together with the horizontal limb. Such a configuration is particularly advantageous if the second functional module is designed as a wash basin.
    Accordingly, in such a configuration not only a fastening of the support element is achieved via the vertical leg but also serves to provide a distance between the shower element and the horizontal leg or the second functional module. At the same time, a distance from the floor surface is achieved. The height of the vertical leg is expediently measured by the preferred height for the arrangement of the second functional module. If, for example, the second functional module is a wash basin, the vertical leg has a height that allows the wash basin to be operated comfortably for the user. Accordingly, in such a configuration, the height of the vertical section is between 70 and 100 cm.
    In an embodiment with an L-shaped carrier element, a separating element is preferably arranged on the horizontal leg of the carrier element. The separating element and the carrier element are also preferably attached to one another. The separating element has essentially the same meaning as the carrier element, whereby an effective spatial separation of the shower area is to be achieved beforehand. In addition, additional elements can also be attached to the separating element. These elements can be, for example, a mirror which is preferably fastened on a side of the separating element facing the second functional module.
    In a preferred development of the invention, at least the vertical leg, but preferably also the horizontal leg, is designed as a hollow structure and has a horizontal contact surface directly adjacent to the shower element. The contact surface can be closed by a contact wall. With the help of such a hollow structure, the easiest possible design of the sanitary facility can be achieved. On the other hand, the hollow structure also provides an installation space in the interior of the carrier element which is suitable for receiving water-carrying and electrical lines. In addition, other elements such as B. water meters, water heaters or audio systems can be arranged in the carrier element.
    To delimit the hollow structure, the carrier element preferably has two front walls and two side walls at least on the vertical leg, at least one of the front walls preferably being designed to be reclosable. The front walls are walls that extend in the vertical direction and are aligned either in the direction of the first or the second functional module. The side walls also extend along the vertical direction and connect the two front walls to one another.
    The resealable front wall can for example be designed as a removable plate element. This has the advantage that components arranged within the hollow structure can be achieved in a simple manner, and maintenance or repair can thus likewise be carried out in a simple manner. After the maintenance work has been completed, the plate element can be arranged and fastened again on the carrier element, so that the hollow structure is effectively closed. Alternatively, the resealable front wall can also be designed as a pivotable or slidable door. In this context, the door can also have two door sections arranged next to one another, for. B. have door leaves.
    Basically, it is within the scope of the invention that both front walls are reclosable, but preferably at least one plate element or a door is provided on a side facing the second functional module. If the shower element and the second functional module are arranged on different sides of the carrier element, this has the advantage that the shower area or the shower element does not have to be entered for maintenance work, which in particular prevents damage to the shower element.
    With regard to the alignment of the horizontal leg, an embodiment is particularly suitable in which it is arranged on a side of the vertical leg facing away from the shower element. This is particularly useful when the horizontal leg is used to accommodate the second functional module. A substantially Z-shaped sanitary facility then forms with respect to a side view, the Z-shaped configuration relating to the combinations of the shower element and the carrier element. However, a Z-shaped arrangement of the shower tray and the support element does not rule out the possibility that further components, such as the separating element, can be arranged on the support element and form part of the sanitary facility. Accordingly, the shower tray and the carrier element either form a Z-shaped sanitary facility or a Z-shaped component of the sanitary facility.
    In principle, however, it is also conceivable that the horizontal leg extends at least partially or completely on a side facing the shower element, in which case the length of the portion of the horizontal leg protruding into the shower area is not chosen so large that little space is lost in the shower area as a result. Nevertheless, such a horizontal leg can be useful in order to be able to provide a storage area, for example. Such a configuration is also suitable when individual components of the shower device are to be integrated into the carrier element. For example, hand shower heads and / or faucets of the shower device can be arranged in the horizontal leg. According to such an embodiment, the carrier element is then either T-shaped or L-shaped.
    Such a configuration is also possible if the horizontal leg extends exclusively on a side facing away from the shower element. If a separating element is arranged on the carrier element, this can also be designed as a hollow structure, at least in sections. In such a configuration, a vertical surface of the partition element facing the shower element can then be formed without a front wall, so that the cavity of the partition wall provided by the hollow structure is accessible from the shower area.
    This makes it possible that a corresponding section of the horizontal leg can be used for the integration of the aforementioned fittings or that a section of the horizontal leg is available as a shelf. In such a configuration, however, it makes sense if the separating element has, at least in sections, a hollow channel running in the vertical direction via which, for example, water pipes can be led to the upper end of the separating element. If the separating element has a completely closed hollow structure, corresponding channels can in principle be dispensed with.
    Water pipes arranged within the separating element or within the channel make it possible for a shower head to be fastened above the partition wall or in an upper region of the partition wall. In addition to direct attachment to the separating element, a cross strut is also possible here, which extends from the separating wall to an adjoining wall section of the wet area. In this cross strut, the water line for the water inlet can be arranged on the one hand and the shower head can be attached to it at the same time.
    With regard to the design of the shower element, it is possible to fall back on the usual designs and shapes, the shower element preferably having a drain which is arranged in a concealed manner. For this purpose, the drain can preferably be arranged in a region of the fastening section that is set back in the vertical direction. Accordingly, it is preferably a shower element with an edge drain or a laterally arranged drain, which is at least partially but preferably completely arranged below the second functional module or below the carrier element.
    The process itself can be round but also rectangular z. B. be designed channel-shaped, with an opening between the second functional module or the carrier element and the shower tray is formed by the vertical recess. This opening is oriented in the vertical direction and enables the water to pass from the shower element into the drain area below the second functional module or carrier element and can be drained away via the drain. In such a configuration, the entire shower area or the area of the shower element accessible by the user is designed without a drain, which, in addition to increased comfort, also noticeably improves the visual appearance.
    Such shower elements are known, for example, under the trade name XETIS and are manufactured and sold by the Kaldewei company. So far, however, these shower elements required an adaptation of the wall area of the wet rooms in order to enable the drain to be integrated into the wall area. With the sanitary facility according to the invention, the wall area itself can already be provided via the second functional module or the carrier element, so that further, explicitly adapted wall areas can be dispensed with.
    The functional modules, particularly preferably all functional modules, preferably have a common water drain. This can be made available via the drain of the shower element. For this purpose, the contact surface of the carrier element is preferably designed to be unlocked or has a contact wall with an opening, the functional modules being in operative connection with the drain of the shower element. Such an operative connection can be realized, for example, via a drain line system which is arranged between the functional modules and the drain of the shower element. This drainage system is particularly useful, at least in sections
    arranged within the carrier element and therefore not visible from the outside. The opening can, for example, connect positively to the common drainage line system of the functional modules.
    In addition to a common water outlet with a drainage system, the functional modules can also have a common water inlet, the water inlet referring to the fact that all functional modules can be supplied with water via a common inlet line system via corresponding branch lines. The branching takes place preferably inside the carrier element, so that here too the individual branch lines of the functional modules are not visible from the outside. In order to be able to lead the supply line system into the sanitary facilities preferably into the carrier element, openings in the side walls of the carrier element, for. B. be provided in the vertical leg of the carrier element, these openings are preferably only provided on the side wall, which rests against a wall surface of the wet room in the assembled state.
    In addition to water lines, however, electrical lines, further fluid lines, light guides and mechanical cables, for example, can also be fed into the carrier element via these openings. Electric lines can be provided for power supply and / or control without restriction. By means of the supply lines and connections described, various additional functions can be implemented within the scope of the invention, it also being possible for corresponding assemblies to be arranged on the carrier element in a concealed manner. The additional functions can be provided for improved operation, an increase in comfort, an increase in the well-being and relaxation of a user, for personal hygiene and / or to achieve another positive physiological. For example, lighting functions, the generation of steam or fog, an audio system, operating and display devices and a scenting device can be provided. Furthermore, fans, suction systems and heated surfaces can also be provided, for example to remove moisture, to supply dry air, to avoid condensation when the air humidity is high, or to dry wet surfaces quickly after use. Of course, the functions mentioned can also be combined as required.
    If, for structural reasons, no lines can be led into the support element via the side walls, it is also conceivable to provide corresponding additional openings in the system wall or to make the opening provided for the drainage system large enough that both inlet and outlet lines can be carried out. The openings then interact accordingly with recesses in the shower element. Accordingly, the lines are laid from below into the carrier element. With such a configuration, however, it is important to effectively seal the contact wall at the openings with respect to the shower element so that no water can escape from the shower element through these openings.
    According to a further development of the invention, in addition to the shower device and the second functional module, at least a third functional module is also provided. The third functional module can also be arranged and fastened to the carrier element, in particular an arrangement of the second and the third functional module next to one another is provided. Alternatively, the shower element can also have a second fastening section to which a further carrier element with the third functional module is fastened. Here, an embodiment is possible in which the second and the third functional module are each arranged on two adjacent sides of the shower elements. In such a configuration, the carrier element can also be designed as a preferably one-piece component running across a corner. An alternative multi-part design can be advantageous in terms of modularity or the ability to be assembled. The carrier element can also extend over more than one corner, for example to form a niche.
    In principle, different configurations are conceivable for the second and the third functional module. In principle, the functional modules within the scope of the invention can be designed, for example, as wash basins, toilets, bidets, bathtubs or the like. A typical combination with only two functional modules therefore consists of the shower element and a wash basin or the shower element and a toilet. With three functional elements, for example, the shower element, wash basin and toilet can be combined with one another. Depending on the configuration, further functional modules, that is to say four, five or more, are also possible. Areas of the various functional modules can also be used as shelves, shelves, cupboards or assembly rooms.
    The sanitary device according to the invention can in principle be formed from different materials, the functional modules preferably being made from steel enamel. The carrier element and / or the separating element are also preferably formed from steel enamel, although this does not exclude that individual components can be formed from other materials. For example, it is fundamentally within the scope of the invention that the carrier element and / or the separating element is formed from steel enamel only in sections. Preferably, these are integrally formed sections z. B. the hollow structure of the carrier element or the separating element. In the case of such a hollow structure, however, individual side or front walls can also be formed from other materials, e.g. B. made of glass, wood or a mirror material. These are preferably side walls that are formed via a removable plate element or a door.
    The sanitary device is usually not arranged directly above the shower element on a floor surface. Rather, a support arrangement is preferably provided below the shower element. This support arrangement consists of a frame and several feet arranged below the frame. With such a support arrangement, it is then possible to align the sanitary facility, in particular the sanitary element, with the floor conditions
    th. In addition, the support arrangement also provides soundproofing, with individual damping elements being attached to the support feet.
    Overall, however, both the support arrangement and the sanitary element itself are designed in such a way that the shower element can preferably be arranged flush with the floor in a floor area. This assumes that the shower element has the lowest possible height. In the case of a sanitary tub as a sanitary element, however, it must be ensured that a sufficient flow of water to the drain is made possible with a slight gradient. If the shower element is designed as a shower surface, this shower surface must be aligned with respect to the floor in such a way that a sufficient slope is provided here as well.
    The sanitary facility is basically designed as a self-supporting structure. Nevertheless, it makes sense to additionally anchor the sanitary facility, with the carrier element and / or the separating element preferably being attachable to an adjoining surface. For this purpose, at least one of the side walls of the carrier element and / or of the separating element is formed with perforations, via which a connection is made possible, for example, with a wall section or a facing.
    The sanitary facility according to the invention is characterized in that several, but at least two functional modules are provided with one another in a common structure, so that they can be prefabricated or pre-assembled in a wet area or integrated in a simple manner. In addition to the mere provision of the functional modules, however, further built-in components can also be provided, via which the comfort or the visual appearance for the user is improved. For example, light installations can be provided, via which different lighting moods can preferably be created. Additionally or alternatively, further additional functions described above can be provided for improved operation, an increase in comfort, an increase in the well-being and relaxation of a user, for personal hygiene and / or to achieve another positive physiological. Light installations can be provided, for example, at an upper end of the carrier or partition element, so that a ceiling area is accordingly illuminated via these light installations in the sense of indirect lighting. At the same time, however, additionally or alternatively, light installations can also be provided which illuminate the second functional module in a targeted manner from an upper end of the partition wall. This is particularly useful when the second functional module is designed as a wash basin. Other additional functions such as a fragrance generator or an aerosol generator can expediently be installed inconspicuously at a low height. When fog or steam is generated, it can sink from above or rise from below, depending on the air flow and temperature.
    In the case of a front wall of the separating element which is oriented in the direction of the second functional module, it is advisable if this is formed, for example, via a mirror element or a glass element. The hollow structure of the partition can then be made of steel enamel, for example, and then the mirror element or the glass element can be attached to the hollow structure. If a glass element is provided, a light installation can preferably be provided behind the glass element so that the wet area or the wet rooms can be illuminated via the glass element. The glass element is then preferably designed with a frosted glass look. Alternatively, it is also possible that the front wall of the separating element is provided at least in sections as a projection surface, with different information being able to be displayed on this front wall. If, for example, a user uses the second functional module as a wash basin, this can be provided with useful information at the same time. This is useful, for example, when the sanitary facility is to be used in hotels or similar facilities. In this way, the hotel guest can be provided with current daily information or customer-specific information while using the sanitary facility. Such a configuration is also conceivable in the case of front walls which are oriented in the direction of the shower element. In this way, the information can also be communicated to the user while the shower device is being used.
    In addition or as an alternative, further intelligent input and output devices are also possible. For example, display displays, touch displays or control panels can be inserted into associated wall openings. Display displays in the form of monitors or touch displays can, for example, also be integrated into a home entertainment system, home information system and / or home control. In addition to sound output by means of loudspeakers, voice control can also be provided. Voice control can be useful if a user's hands are wet or dirty, if the user is at another location in the bathroom and cannot or does not want to leave it, or if the user's view is restricted.
    In the case of the preferred material steel enamel, too, control panels without a wall opening can also be formed using suitable sensors. Corresponding measures are known from DE 10 2014 102 144 A1.
    The preferred material steel enamel has comparatively good heat conduction. At a normal ambient temperature, contact surfaces and in particular tread surfaces can become metallically cool for a user. In principle, such areas can also easily be preheated by surface heating elements, such warming being also possible very quickly through the material due to the good heat conduction. The good heat conduction can in principle also generally be used in combination with suitable heating elements for heating purposes and / or for heat exchange. A heat exchange can be provided, for example, in order to use the heat from wastewater to heat the inlet water and / or the surroundings.
    As already explained above, areas of the various functional modules can also be used as assembly rooms in order to arrange inflows and outflows there or to implement various additional functions. According to a further aspect, devices for water treatment and / or water recirculation can also be provided in the assembly rooms. Various systems for stationary installation are known from literature and practice, with which, for example, the water collected by a shower element is completely or at least partially fed back to a shower head, either directly or after prior treatment. If, for example, a user takes a shower off with clear water to increase their wellbeing and does not use any cleaning agents, the water taken up by the shower element can be returned without restriction. If necessary, the recirculated water can then be heated to a certain extent so that a desired temperature is reached despite previous cooling. In addition, it is also known to recycle and / or store the water using suitable measures. Processing is possible, for example, through various filter systems, separation or the addition of cleaning or neutralizing agents. The available assembly spaces can also be provided for intermediate storage of water before further use. Even water that is soiled and / or foamy to a certain extent can generally be used at least to flush the toilet, so that no fresh water then has to be used. Here, too, there is the advantage that the various functional modules are directly connected to one another. Of course, the various systems for recycling, processing or storing the water can also be equipped with control electronics, sensors or the like.
    The invention also relates to a sanitary room according to claim 22, wherein the shower element of the sanitary device according to the invention is arranged flush with the floor with an adjacent floor surface. The carrier element and / or the separating element are preferably attached to a wall surface.
    The invention is explained below with the aid of a drawing that shows only one exemplary embodiment. Show it:
    1 shows the sanitary device according to the invention in an exploded view,
    2 shows the sanitary device according to the invention in an isometric view,
    3a, 3b, 3c show an isometric view of the sanitary device according to FIG. 1 in the installed state
    4 shows a rear isometric view of the sanitary device according to FIG. 1
    FIG. 5 shows a sectional view of the sanitary facility according to FIG. 4 along a section line parallel to the sides
    walls of the sanitary facility.
    1 shows the sanitary device according to the invention with two functional modules, the first functional module being designed as a shower device 1 and the second functional module being designed as a wash basin 2. The shower device essentially consists of a shower element in the form of a shower tray 3. In principle, however, it is also possible to use a shower surface instead of a shower tray 3, the following statements always also applying to both types of shower elements or further variants.
    The sink 2 is arranged in a carrier element 4, more precisely in a horizontal leg 5 of the carrier element 4. This horizontal leg 5 connects to a vertical leg 6, over which the carrier element 4 and thus also the sink 2 on a Surface of the shower tray 3 is supported. For fastening, the shower tray has a fastening section 7 with a multiplicity of fastening means 8. The carrier element 4 can be fastened to the fastening section 7 of the sanitary tub 3 via these fastening means 8. The manner of attachment results from a comparison with FIG. 2. The vertical leg 6 of the support element 4 has an abutment wall 23 which, in the assembled state, rests on the fastening section 6 of the shower tray 3. The abutment wall 23 has a A plurality of openings which are each assigned to the fastening means 8 in the fastening section 7. The fastening means 8 are designed purely by way of example as screw connections, so that counter-locking takes place on the side of the contact wall 23 by means of nuts. Other detachable and non-detachable fastening means are also possible in addition or as an alternative.
    Concealed surfaces and sections of the shower tray 3, the wash basin 2 and the carrier element 4 can preferably be provided with a sound-absorbing and / or insulating material. Anti-droning mats, foamed volume materials and stuffing materials are known from practice.
    The shower tray 3 also has a drain 9 which is arranged in the form of an opening within the fastening section 7 of the shower tray Sange. For this purpose, the fastening section 7 has an area that is recessed in the vertical direction, in which the drain 9 can then be arranged so that the water can reach this recessed area via a slope of the shower tray 3. When comparing FIGS. 1 and 2, it becomes clear that, in an assembled state, the vertical leg 6 of the carrier element 4 covers the entire fastening section 7 and thus also the drain 9. The water drainage takes place accordingly
    权利要求:
    Claims (23)
    [1]
    1. Sanitary facility with at least two water-bearing functional modules which differ from one another in their intended use, a first functional module being designed as a shower device (1) with at least one shower element, characterized in that the second functional module is attached to a lateral attachment section (7) on the surface the shower element is supported.
    [2]
    2. Sanitary facility according to claim 1, characterized in that the second functional module is attached to the shower element via a carrier element (4).
    [3]
    3. Sanitary device according to claim 2, characterized in that the carrier element (4) is L-shaped with a vertical and a horizontal leg (5, 6), wherein the carrier element (4) on the vertical leg (6) on the shower element is attached.
    [4]
    4. Sanitary facility according to claim 3, characterized in that the second functional module is arranged in or on the horizontal leg (5) of the carrier element (4) or is formed with the horizontal leg (4).
    [5]
    5. Sanitary device according to claim 3 or 4, characterized in that a separating element (15) is arranged on the horizontal leg (5) of the carrier element (4).
    [6]
    6. Sanitary device according to one of claims 2 to 5, characterized in that at least the vertical leg (6) is designed as a hollow structure and has a horizontal contact surface directly adjacent to the shower element.
    [7]
    7. Sanitary facility according to claim 6, characterized in that the vertical leg (6) has at least one resealable front wall.
    [8]
    8. Sanitary device according to one of claims 2 to 7, characterized in that the horizontal leg (5) is arranged on a side of the vertical leg (6) facing away from the shower element.
    [9]
    9. Sanitary device according to one of claims 5 to 8, characterized in that the separating element (15) is at least partially designed as a hollow structure.
    [10]
    10. Sanitary device according to one of claims 1 to 9, characterized in that the shower element has a drain (9) which is arranged in a concealed manner.
    [11]
    11. Sanitary device according to one of claims 1 to 10, characterized in that the drain (9) is arranged in a region of the fastening section (8) which is set back in the vertical direction.
    [12]
    12. Sanitary facility according to claim 10, characterized in that the functional modules have a common water drain.
    [13]
    13. Sanitary device according to claim 12, characterized in that a contact wall (23) with an opening (13) in the contact surface of the carrier element (4) is worked out and the functional modules are in operative connection with the drain (9) of the shower element.
    [14]
    14. Sanitary device according to one of claims 2 to 13, characterized in that individual components of the shower device (1) are arranged in and / or on the carrier element (4).
    [15]
    15. Sanitary facility according to one of claims 2 to 14, characterized in that the functional modules have a common water inlet.
    [16]
    16. Sanitary facility according to one of claims 1 to 15, characterized in that a third functional module is provided.
    [17]
    17. Sanitary device according to one of claims 1 to 16, characterized in that the second and / or third functional module is a wash basin (2), a toilet, a bidet or a bathtub.
    [18]
    18. Sanitary facility according to one of claims 1 to 17, characterized in that the functional modules are formed from steel enamel.
    [19]
    19. Sanitary device according to one of claims 2 to 18, characterized in that the carrier element (4) and / or the separating element (15) are formed at least in sections from steel enamel.
    [20]
    20. Sanitary device according to one of claims 2 to 19, characterized in that the carrier element (4) and / or separating element (15) are formed in one piece.
    [21]
    21. Sanitary device according to one of claims 1 to 20, characterized in that a support arrangement is arranged below the shower element.
    [22]
    22. Sanitary room with a sanitary facility according to one of claims 1 to 20, characterized in that the shower element is arranged flush with the floor with an adjacent floor surface (2).
    [23]
    23. Sanitary room according to claim 22, characterized in that the carrier element (4) and / or the separating element is attached to a wall surface.
    类似技术:
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    同族专利:
    公开号 | 公开日
    DE102019124877A1|2021-03-18|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    FR2335185B1|1975-12-15|1978-05-12|Ato Batiment|
    GB0912694D0|2009-07-22|2009-08-26|Bronte Whirlpools Ltd|Shower apparatus and method of assembly thereof|
    ITAN20130065U1|2013-07-31|2015-02-01|Ercole Conti|SHOWER ENCLOSURE WITH INTEGRATED WASHBASIN|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE102019124877.9A|DE102019124877A1|2019-09-16|2019-09-16|Sanitary facility|
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