• 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:
    The invention relates to a tub connection system (100a) for a shower or bath tub (2a), which is preferably cut to a niche size, with a tub rim (4a), which has an approximately planar horizontal tub rim top surface (6a) and an approximately flat horizontal tub rim Bottom side (3a) in each case approximately along a horizontal axis (HA 1), wherein at least one sealing strip or a frame (la) with a trough part section (WT 1) approximately parallel to the horizontal axis (HA 1) is arranged and with a connection portion (AT 1) optionally approximately parallel to the horizontal axis (HA 1) on an underbody (9a) or approximately perpendicular to the horizontal axis (HA 1) can be arranged on a connecting wall.
    公开号:CH711434A1
    申请号:CH01197/15
    申请日:2015-08-19
    公开日:2017-02-28
    发明作者:Gassmann Urs
    申请人:Sanipat Gmbh；
    IPC主号:
    专利说明:

    The present invention relates to a bath or shower tray to be installed in a new building or renovation work. In this case, it may be necessary to have to produce a stable, watertight connection which transfers as little as possible to structure-borne sound to a wall, a floor or both. Concerning the floor connections, more and more floor-level bathtub installation is undergoing for reasons of practicability, injury risk and aesthetics.
    Usually, a frontal vertical surface is used at a Abbug the tub rim, a double-sided adhesive sealing tape or a so-called frame to arrange it. This well-known method basically meets the installation situation when connected to a wall. However, if flat floor connections and good corner solutions are to be realized at the same time, dense and wrinkle-free connections "from a single source" are difficult to achieve. The installers and skilled workers have to make expensive adjustments on site and often deliver makeshift crafting solutions. There is a lack of tub connection systems that equally wall and floor connections and meet the problems occurring in the corners.
    Another disadvantage of the known tub connection systems is that they emanate from prefabricated tubs with fixed dimensions. If, for example, the tub rim in the plan view represents a rectangle with rounded corners, then it is often not guaranteed that the recessed niche for the tub is really exactly a regular rectangle or corresponds to the actual dimensions of the tub. This also leads to adjustment and compensation work and ultimately to results that may be unstable or leaky in the long term.
    Furthermore, it is particularly disadvantageous in ground connections, if it can not be responded to different floor tiles or flooring strengths. It is often the case that the customer or the builder selects a particular floor tile or tile himself. However, the thicknesses of these floor tiles or tiles can vary widely. It would be ideal to achieve a really floor level connection of the tub edge to the subsequent tiled or laminated floor, on the one hand already know the thickness of the selected floor tiles or slabs at the time of tub installation and on the other hand also adjust the height or thickness of the tub rim and it to be able to. One speaks professionally of using the height of the edge of the tub to «reproduce» the size of the floor tiles or tiles.
    The well-known from the prior art tub installation solutions do not take this fact into account and, conversely, due to the usual on the market, not adaptable tub edge height dimensions, the strength of the floor tiles or plates before, if an exact floor-level connection is desired.
    The object of the present invention is to provide, while avoiding the above-mentioned disadvantages of a new, combined tub connection or tub installation system, which is equally suitable for connection to a wall or to a floor and generally in his Properties and optimized in its application.
    The solution of the problem is initially in the selection of a tub with a tub rim, which preferably has an approximately planar horizontal tub edge top, but preferably also a likewise approximately plan-horizontal tub edge bottom. The term "approximately horizontal plane" is here very broad, it should not be understood as limiting that would be slightly oblique or arranged with a slight slope tub edge top and sides excluded.
    Also, a classically shaped tub made of steel or acrylic with a tub rim in the form of a C- or L-shaped Abbug has such an underside. However, in a trough connection system according to the invention, it is preferred to use novel trough forms made of so-called "polyester concrete", for example from "Korean" (essentially stone meal and resin). Such modern tub shapes have flat tub edges with a tub rim top and a bottom side. It is generally rather such modern materials for tubs into consideration, which continue to be cast, for example, quartz and acrylic resin and are generally characterized by high material stiffness, good sound insulation, UV resistance, good thermal insulation and high slip resistance. In addition, such materials are warm and skin-friendly and have smooth non-porous surfaces that shine permanently and are easy to clean.
    At least in the sense of the present invention is not necessary to install the necessary for the wall or floor connection sealing strips or frames as before on an approximately vertical face of the tub rim. According to the invention, a sealing strip or a frame is arranged on the side edge of the tub rim or furthermore optionally at least parallel to an approximately horizontally extending horizontal axis of the tub rim.
    The horizontal-planar arrangement of the sealing strip or the frame is preferably carried out by means of a waterproof bond, for example, with butyl, but it can also be an alternative attachment into consideration, such as other bonding, welding, ins-material pouring, form-fitting Joining and / or even riveting or bolting.
    In this way, according to the invention is arranged on the bottom edge of the tub or parallel to the horizontal axis of the tub rim sealing strip or the frame either for a ground level connection, as well as for a wall connection equally available. Thus, in the following, a combination of a combined tray connection system according to the invention is discussed. For the former case of a floor-level connection, the sealing strip or the frame can extend in a horizontal extension on the adjoining floor. For the latter case of a wall connection, however, it is provided to guide the sealing strip or the frame approximately vertically along the approximately vertical end face of the tub rim. This can be done without or with the help of a bond to the approximately vertical end face of the tub rim.
    This inventive application that the sealing strip or the frame either flat or can be folded vertically, makes it clear that the sealing strip or the frame is preferably flexible.
    However, it is also conceivable rigid frame embodiments, which are plastically deformable in the flat bottom connection position or in the vertical wall connection position, preferably at desired bending points. These rigid frame designs can be, for example, prefabricated metal or plastic profiles, for example made of aluminum sheet, which are factory-fitted to a tailor-made tub, but also those frame versions that are adapted and glued on site to the respective installation situation and / or and screwed on and / or riveted. Such metallic angle profiles can be welded or glued in the corner areas. The surfaces may be roughened or perforated for better adhesion. The metallic surfaces may also be a grating or transition into one and may further be rubberized or coated with any other sealing and sound insulating coating.
    The sealing strip or the frame can, if the tub rim is formed accordingly, be extended on the side so that it is arranged on the inventive arrangement on the tub edge bottom also on an inside vertical surface of the tub rim.
    As a sealing strip or frame of an inventive tub connection system, one strip per tub side can be provided in each case, but also a one-piece «collar», which surrounds the entire tub.
    The one or more sealing strips or the frame can be flexible, but also rigid, the latter preferably in prefabricated profiles, which are cut and applied on site. Suitable materials are preferably films, nonwovens, woven fabrics, knitted fabrics and foam layers into consideration, coated or intrinsically impermeable to water, wherein the material may have a total stretchable or stretchable zones or may have incorporated. So configured sealing strips or frames can be combined with the rigid metal or plastic profiles described in paragraph [0013].
    The one or more sealing strips or the frame can also be at least partially made of metal and in particular also have a cut protection, as he was first submitted on 09/07/2010 by the managing director of the current applicant as Austrian Utility Model AT-GM 438/2010 Incidentally, it is also registered as a trademark «CUTTING PROTECTION». Such a cut protection can be a thin and preferably still flexible metal foil, whole or perforated, but also a mesh or mesh, as well as Kevlar, Carbon or Duratex fabric. This cut protection can be glued, welded or cast partially or completely on the front or back of the sealing strip or the frame, or else only be plugged into one or more tabs. It is also also possible to arrange the cut protection on the soundproofing profile and to let it rest loosely on the sealing strip or the frame.
    Preferably, at the approximately vertical end face of the tub edge soundproofing profiles and / or Kapillarschutz profiles may be arranged, separately or in conjunction with the or the sealing strip or the frame.
    A separate component of an inventive tub closure system, but also optionally also a physically connected to the capillary or the or the soundproofing profiles or part may be a horizontal protective strip that protects the tub edge top in the tub assembly , This horizontal protective strip can be glued by means of a protective tape adhesive surface on the tub edge top and removed after completion of tub installation or finished tile laying again.
    As in EP 0 748 179 B1, the horizontal protective strip can also be arranged so that it also fulfills a second task in addition to the protection of the upper side of the tub: The wall-side end of this horizontal protective strip can, in the case of a wall connection be a support and installation aid for laying the lowest and usually first laid wall tile series. Optionally, the protective strip adhesive surface may then not be configured over the entire surface, but only in a side area at the front. In addition, the protective tape adhesive surface may optionally also be configured only in partial partial strips. These two measures facilitate the loosening of the horizontal protective strip when the bottom wall tile row has been lightly supported thereon. Furthermore, it is also possible to equip the horizontal protective strip with an approximately vertical perforation and thus after removal of the horizontal protective strip or tearing at this approximately vertical perforation between the slightly supported wall tile and the tub rim top a so-called "Hinterfütterungsabschnitt» to let stand. This facilitates assembly, improves the overall sealing result and makes it easier to attach a sealing or silicone joint.
    The horizontal protective strip can extend not only over the tub edge top, but also over a large part of the tub surface, either by the horizontal protective strip itself is designed so wide or by a cover sheet is glued or welded with him.
    In order to meet even better the inventive combined use for both ground and for wall connections, also arranged on the approximately vertical rim edge face acoustic protection profile may have a perforation, which is preferably arranged horizontally. This means that, in the case of a wall connection, the soundproofing profile can also perform the above-described support and assembly aid function, but in the case of a floor-level floor connection, it can also be separated at this horizontal perforation and thus an area for a good sealing. or silicone joint between the edge of the tub and the abutting floor tiles or tiles or the floor covering releases.
    It is also possible to provide a combined protection profile, quasi consisting of a vertical acoustic strip portion and a horizontal protective strip portion consisting of both the approximately vertical end face of the tub rim, as well as the approximately horizontal tub edge top clothes. This combined protection profile preferably has a preferably vertical perforation in the horizontal protective strip section, and preferably in the vertical acoustic strip section a preferably horizontal one. However, it would also be possible diagonally across the corner perforation or more horizontally, vertically or diagonally arranged perforations. In any case, such a well-equipped tray connection system according to the invention is equally well suited for a floor-level floor connection, as well as for a wall connection, by optionally demolishing the former along the horizontal perforation in the soundproof strip section and at a wall connection along the vertical perforation in the horizontal section. protection strip subsection.
    As already described, it is a further object of the invention to meet the not always always regular installation niche. For this purpose, the tub rim can be cut to size, be it at the factory or on site at the construction site. This can be facilitated by means of lines or indentations indicating the deviations per angular degree from each corner.
    It can be provided to first trim the tub rim as needed and only then attach the or the sealing strip or the frame in the factory or on site at the site. A further embodiment variant of a tub connection system according to the invention, however, can still be cut off, for example, with a carding or circular saw, even if the sealing strip or frame is already attached, because the sealing strip or the frame is adhesively bonded only in a portion on the inside and on the edge of the tub rim can be folded away. This results in a zuschneidbarer area of the tub rim, even with already arranged sealing strip or frame.
    Also, as already described, it is a further object of the invention to "map" the mass of floor tiles or panels at a ground level ground connection, with or without tile adhesive or sealing slurry strength. In this case, it is further provided according to the invention to adapt the height dimension of the tub rim and to achieve a final assembled planar extension of the sealing strip or the frame.
    In a first, simplest embodiment variant of an inventive tub connection system with adaptable tub edge height dimension a tub edge-side recess is arranged, which can be milled deeper or less deep or glued if necessary.
    A further embodiment variant of a combined tub-connection system according to the invention with adaptable tub rim height dimension can have one or more foldable sealing strips or frames, preferably folding areas are defined by nominal folding grooves.
    For the corner regions of an inventive tub connection system, it is provided, the or the sealing strip or the frame - if a change from floor to wall connection takes place - cut and cover with appropriate matching prefabricated moldings and seal. For this purpose, a tub connection system according to the invention or rather a set of such a system comprises three different types of molded parts, namelya) molding wall-floor linear, in a number of four;b) molding wall-wall-floor inner corner, in a number of two andc) Molding wall-wall-floor outer corner, in a number of two.
    With a preferably factory delivered set with these types of moldings and in this quantity you are prepared for a tub installation in every imaginable installation situation, be it for the installation of the tub in a niche closed on two sides, in one on one side open niche, in a niche open on two sides (just along a wall) and also for the installation of a tub between two walls, so with access from two opposite sides.
    Regardless of a delivery from the factory as a set, but it is also possible to provide in the case of a known installation situation and known niche size, ex factory a prefabricated tub connection system, with a custom-tailored tub.
    The disclosed different design variants of a combined tub-connection system according to the invention can be combined with one another as far as the features are concerned which are not fundamentally relevant. Thus, for example, all the described embodiments of an inventive combined tub connection system, be it in the basic version with a glued to the bottom side sealing strip or frame or in the design variant with cast or inserted sealing strip or frame or in the design variant with recess with the described with different design variants with or without multiple sealing strip or one-piece collar or with or without cut protection, with or without sound insulation, with or without horizontal protection strips freely combinable and all with the different design variants of flexible or rigid sealing strip or frame. The combinations that result from this are in turn freely combinable with the design variants with or without folding areas, or with or without a combined protective profile.
    The present application discloses a first method for assembling a bath or shower tray in a niche, using a combined tray connection system according to the invention as disclosed so far, with the following basic method steps:<tb> a) <SEP> measuring the niche for the installation of the shower or bath tub;<tb> b) <SEP> if necessary, cutting a tub rim;<tb> c) <SEP> milling a recess in a tub edge bottom;<tb> d) <SEP> Sticking one or more sealing strips or a frame in the milled recess in the tub edge bottom side;<tb> e) <SEP> adhering a combined protection profile having a horizontal protective strip portion and having a soundproof strip portion at a tub rim top and at an approximately vertical end surface of the tub rim;<tb> f) <SEP> Spreading and gluing the sealing strip or the frame by means of a lower-side adhesive surface on a subfloor in the case of a ground connection;<tb> g) <SEP> folding up and sticking the sealing strip or the frame by means of a wall-side adhesive surface on a connecting wall in the case of a wall connection;<tb> h) <SEP> selecting and adhering corresponding moldings in the corner areas;<tb> i) <SEP> tiling the terminal wall;<tb> j) <SEP> tiling or flattening the terminal floor;<tb> k) <SEP> separating the horizontal protection strip from an approximately vertical perforation in the horizontal protection strip section, where the shower or bath joins a connection wall;<tb> l) <SEP> separating the horizontal protective strip section including a backing section at an approximately horizontal perforation in the acoustic strip section, where the shower or bath joins a connection bottom;<tb> m) <SEP> Place a sealing or silicone joint in a gap between the edge of the tub and the wall tiles as well as the tub rim and the floor tiles or tiles.
    The present application discloses a second method for assembling a bath or shower tray in a niche, using a combined tray connection system according to the invention as disclosed so far, with the following basic method steps:<tb> a) <SEP> measuring the niche for the installation of the shower or bath tub;if required, trimming a tub rim within a trimming area, after folding away a sealing strip or a frame in a fold-away movement;<tb> c) <SEP> folding back the sealing strip or frame;<tb> d) <SEP> sticking a combined protection profile with a horizontal protective strip section and with a soundproof strip section on a tub rim top and on an approximately vertical end surface of the tub rim;<tb> e) <SEP> Spreading and gluing the sealing strip or the frame by means of a lower-side adhesive surface on a subfloor in the case of a ground connection;<tb> f) <SEP> folding up and sticking the sealing strip or the frame by means of a wall-side adhesive surface on a connecting wall in the case of a wall connection;<tb> g) <SEP> Selecting and adhering corresponding moldings in the corner areas;<tb> h) <SEP> tiling the terminal wall;<tb> i) <SEP> tiling or flattening the terminal floor;<tb> j) <SEP> separating the horizontal protective strip from an approximately vertical perforation in the horizontal protective strip section, where the shower or bath joins a connecting wall;<tb> k) <SEP> separating the horizontal protective strip section including a backing section at an approximately horizontal perforation in the acoustic strip section, where the shower or bath joins a connection bottom;<tb> l) <SEP> Place a sealing or silicone joint in a gap between the edge of the tub and the wall tiles as well as the tub rim and the floor tiles or tiles.
    An inventive combined tub connection system has the following advantages:- It is equally suitable for floor and wall connection.- It offers good sound insulation.- It is a factory-made solution that does not require the fitter improvisation solutions.- It is stable and tight in the long term.- The or the sealing strip or the frame may include a cut protection.- If the combined protection profile of the noise protection and protection strips is provided, it is optionally possible to tear off the protection profile for a wall connection or for a floor connection.- The tub rim can be cut to size.- The tub edge is adaptable in its height.- Not the floor tiles are given by the edge of the tub, but the edge of the tub through the selected floor tiles.- There are really floor level ground connections possible.- The corner areas are wrinkle-free and tightly realized.- There is a set of a tub connection system, with which one is prepared for every imaginable installation situation.
    Further or advantageous embodiments of an inventive combined tub connection system form the subject of the dependent claims.
    The list of reference numerals is part of the disclosure.
    Based on figures, the invention is explained symbolically and by way of example closer. The figures are described coherently and comprehensively. They represent schematic and exemplary representations and are not true to scale, even in the relation of the individual components to each other. Identical reference symbols denote the same component, reference symbols with different indices indicate functionally identical or similar components.
    In the process, they show<Tb> FIG. 1 <SEP> is a schematic representation of an exemplary first embodiment variant of a combined tub connection system according to the invention in the floor-level connection to a subfloor with a relatively thick floor tile;<Tb> FIG. 2 <SEP> is a schematic representation of an exemplary second embodiment variant of a combined well-connection system according to the invention furthermore in the floor-level connection to a subfloor with a relatively thin floor tile;<Tb> FIG. 3 <SEP> is a schematic representation of an exemplary third embodiment variant of a combined tub-connection system according to the invention furthermore in the floor-level connection and with an extended sealing strip arranged on the inside of a tub rim;<Tb> FIG. FIG. 4 shows a schematic representation of an exemplary fourth embodiment variant of a combined well-connection system according to the invention, which is connected to a wall; FIG.<Tb> FIG. FIG. 5 is a schematic representation of an exemplary fifth embodiment variant of a combined well connection system according to the invention further in the floor-level connection to a subfloor, similar to FIG. 2, but with a soundproofing profile and cut protection; FIG.<Tb> FIG. FIG. 6 shows a schematic illustration of an exemplary sixth embodiment variant of a combined well-connection system according to the invention, following a wall, similar to FIG. 3, but with a soundproofing profile, cut protection and a horizontal protective strip; FIG.<Tb> FIG. FIG. 7 is a schematic representation of an exemplary seventh embodiment variant of a combined well connection system according to the invention, which in turn has a combined protective profile with a vertical and a horizontal perforation; FIG.<Tb> FIG. FIG. 8 shows a schematic illustration of an exemplary eighth embodiment variant of a combined well connection system according to the invention, further comprising a recess in which a sealing strip or a frame is arranged; FIG.<Tb> FIG. FIG. 9 shows a schematic representation of an exemplary ninth embodiment variant of a combined tub connection system according to the invention, with a partially arranged sealing strip or with a partially arranged frame; FIG.<Tb> FIG. FIG. 10 shows a schematic illustration of an exemplary tenth embodiment variant of a combined well connection system according to the invention, further comprising a cast-in sealing strip or with a cast-in frame; FIG.<Tb> FIG. 11 is a schematic representation of an exemplary eleventh embodiment variant of a combined tub connection system according to the invention, further comprising a sealing strip or a frame which is foldable in defined folding areas;<Tb> FIG. FIG. 12 is a schematic and perspective view of an exemplary shower tray incorporated with a combined well tubing system according to the invention as disclosed and with three differently shaped moldings; and FIG<Tb> FIG. 13 <SEP> an overview of the possible installation situations of a tub and the resulting maximum quantities of the three different types of moldings as part of a further inventive, factory-supplied set of a tub connection system.
    In Fig. 1, an exemplary first embodiment variant of an inventive combined tub connection system 100a is shown schematically, which includes, inter alia, a sealing strip or a frame 1a, which is arranged on a shower or bath 2a, for example in that the sealing strip or the frame 1a is glued to a tub section WT1 on a tub edge bottom 3a of a preferably flat tub rim 4a by means of a top-side adhesive surface 5a. The flat tub rim 4a further forms a preferably flat tub rim upper side 6a and an approximately vertical end surface 7a.
    The sealing strip or the frame 1a is further adhered to a connection portion AT1 weitererhin preferably by means of a lower-side adhesive surface 8a on a bottom or connection bottom 9a. A sealing slurry layer or composite seal 40a encloses the adhered sealing strip or adhered frame 1a and at the same time is a laying substrate for a tile adhesive layer 10a and a floor tile 11a. The underside adhesive surface 8a is optional, the sealing strip or the frame 1a can also be placed directly on the underbody 9a and adhered with the sealing slurry or composite seal 40a. For this purpose, the sealing strip or the frame 1a in its distal region in a knitted fabric or / and have punched.
    The tub rim 4a extends along a horizontal axis HA1. According to the invention, the tub section WT1 of the sealing strip or the frame 1a extends approximately parallel to this horizontal axis HA1 and not perpendicular thereto or parallel to a vertical axis VA1. The terminal portion AT1 of the sealing strip or the frame 1a also extends approximately parallel to the horizontal axis HA1 in the depicted bottom connection.
    It can further be seen that the tub edge top 6a of the preferably flat tub rim 4a is aligned with a bottom tile top 12a of the bottom tile 11a. It is a so-called flush mounting of the shower tray 2a realized. If it is a bathtub 2a, with a correspondingly elongated side wall 14a, it can be realized in this way a flat tub rim 4a flush and plan subsequent Mauersims.
    As already mentioned in the general description, it is one of the objectives of the present invention, with a preferably zuschneid- or adaptable flat tub rim 4a, the different tile thicknesses of the usually selected by the customer floor tiles or plates «picture». That is, in the final assembled state, preferably, a tub edge height H1 formed of the thicknesses of the flat tub rim 4a, the adhesive surface 5a, and the seal strip 1a corresponds to approximately a floor tile height H2 formed by the thicknesses of the floor tile 11a Tile adhesive layer 10a, the sealing slurry layer or composite seal 40a and the frame 1a. The desired result of this coincidence of the height mass H1 and H2 is on the one hand an appealing connection from the flat tub rim 4a to the bottom tile or plate 11a, at the same height and subsequently preferably grouted with a sealing or silicone joint 13a, after optional attachment of a round cord 38.
    Also optional and shown only here in this Fig. 1, but in all subsequent sealing strip or Zargenvarianten feasible, is an elastic expansion zone 41, which is preferably welded to the remaining material of the sealing strip or the frame 1a. Further illustrated only by way of example in this FIG. 1, but possible in all subsequent embodiments of sealing strips or frames, is an optional Kapillarschutz strip 42 which adhered to the sealing strip or the frame 1a by means of an adhesive surface 43 or integrally made of the material of Sealing strip or the frame 1a may be formed.
    On the other hand, it is advantageous if the sealing strip or the frame 1a remains flat. In particular, in corners, a drape of drapery would possibly result in a curved course of the frame 1a, which could impair the tightness of the entire connection system 100a.
    FIG. 2 shows an exemplary second embodiment variant of a combined trough connection system 100b according to the invention, in which a curved course of a sealing strip or a frame 1b is accepted. This second embodiment variant represents a solution for thin floor tiles 11b without an adjustment of a bathtub rim height dimension H1 to a floor tile height dimension H2 having been carried out by removing the thickness of a flat rim 4b.
    A sealing slurry layer 40b can also be arranged so that it only adjoins the sealing strip or the frame 1b and the latter is covered by a tile adhesive layer 10b.
    The remaining components of the combined tray connection system 100b are already known from FIG. 1 in an analogous form and thus represented without further description only with reference numbers with a continuous index.
    Fig. 3 shows a third embodiment variant of an inventive combined tub connection system 100c, which differs from the embodiment variants of FIGS. 1 and 2 only in that a tub rim 4c a tub rim extension 37 with an inside vertical surface 34 is formed , A sealing strip or a frame 1c in turn forms an extension section 33, which is arranged by means of an inside adhesive surface 35 on this inside vertical surface.
    An upper-side adhesive surface 5c of the sealing strip or the frame 1c to a bottom edge bottom 3c is thus basically optional, but will be appropriate for good tightness results.
    The remaining elements or components of the tub connection system 100c are already known from the previous FIGS. 1 and 2 and thus only shown with continuous indices.
    4, a fourth embodiment variant of a further inventive trough connection system 100d is shown schematically, and no longer in a floor level connection to a floor or to a same high Mauersims, but to a connection wall 15a. For this purpose, a shower or bath 2d, as before, a side wall 14d and a flat tub rim 4d with a tub edge top 6d and a tub edge bottom 3d. At the latter, a tub portion WT4 of a weather strip 1d is fixed by a top-side adhesive surface 5d.
    Thus, as shown in this Fig. 4, the sealing strip or the frame 1d enclosing a soundproofing profile 16a, without being glued thereto. Optionally, but also here a bonding is possible. The soundproofing profile 16a is arranged on an approximately vertical end face 7d of the flat tub rim 4d by means of a frontal adhesive surface 17a.
    A terminal section AT4 of the sealing strip or the frame 1d, in turn, is glued to the connection wall 15a with a wall-side adhesive surface 18a and, unlike FIG. 1, now extends no longer parallel to a horizontal axis HA4, but instead parallel to a vertical axis VA4. The wall-side adhesive surface 18a may extend over the entire vertical extent of the sealing strip or the frame 1d, or else, as shown, only over a partial area. Furthermore, this, as well as all other bonds, can be realized only partially or / and with repeating adhesive sections.
    Still further, Fig. 4 shows that in the final assembled state of the combined tub connection system 100d, a wall tile 19a covers a majority of the vertical extension or terminal portion AT4 of the sealing strip or frame 1d with a sealing slurry layer or composite seal 40d and a tile adhesive layer 10d overlaps and that between the wall tile 19a and the tub edge top 6d, a sealing joint 13d is attached.
    FIG. 5 shows a fifth embodiment variant of a combined well-connection system 100e according to the invention, in which analogous to the embodiment variant from FIG. 2, a ground-level connection to a lower or connection bottom 9d is realized. In addition, this embodiment variant is distinguished by a soundproofing profile or strip 16b, which is adhesively bonded to an end-side adhesive surface 17b on an approximately vertical end face 7e of a tub rim 4e. Furthermore, a cut protection 20a is cast into a sealing strip or a frame le. This and all other cut protection strips disclosed in this patent application can be cast in, glued in, inserted, in whole or in part, or else glued or arranged only on the upper or lower side of the sealing strip or the frame.
    The remaining components of the combined tray connection system 100e are already known from the previous figures and thus given without further mention only with continuous indices.
    FIG. 6 diagrammatically shows a sixth embodiment variant of a combined well-connection system 100f according to the invention, in which a wall connection to a wall 15b is realized analogously to the embodiment variant from FIG. In addition, this embodiment is characterized by a cut protection 20b in or on the sealing strip or a frame 1f and further via a horizontal protective strip 21a, which is arranged by means of a protective tape adhesive surface 22a on a tub edge top 6f. On the one hand, this horizontal protective strip 21a fulfills the function of protecting the surface of the trough 2f against soiling or damage when installing a trough 2f and laying wall tiles 19b. For this purpose, the horizontal protective strip 21a may extend as desired beyond the trough surface or else pass into a cover film. Furthermore, in each case one horizontal protective strip 21a may be provided per side of the bath, but also one single one that goes all the way around.
    A second function of the horizontal protective strip 21a is to be a positioning aid for setting the lowermost row of tiles of the wall tiles 19b. It is possible here, more or less firmly set the lower edge of the wall tile 19b on the horizontal protective strip 21a. In this way, provided that the wall tile 19b with its own weight is not placed completely on the horizontal protective strip 21a, at least one reference line for tiling is created. In contrast, in the case in which the horizontal protective strip 21a is used as a supporting aid for the wall tile 19b, it is advantageous if, as shown, not the complete underside of the horizontal protective strip 21a with the protective strip adhesive surface 22a on the tub rim Top 6f is glued. Because the wall-side end of the horizontal protective strip 21a can be clamped by a wall tile 19b which is supported more or less firmly thereon between the latter and the tub rim upper side 6f, the removal of the horizontal protective strip 21a after completion of the tile installation could prove difficult. if he should also be glued in this area.
    In principle, it is also possible to equip the horizontal protective strip 21a with an approximately vertical perforation and leave a small residual area as a so-called Hinterfütterungsabschnitt between the wall tile 19b and the tub edge top 6f, not least as a back-lining for a sealing or Silicone joint, as shown in Fig. 4 already shown.
    A noise protection profile or strips 16c glued by means of an end-face adhesive surface 17c to an approximately vertical end surface 7f of a flat rim 4f and the horizontal protection strips 21a are shown as not connected to one another in the present FIG but, be. Furthermore, they can, as shown, be different thickness, but also the same thickness.
    As an optional arrangement of the cut protection 20b is still considered to arrange it only on the wall-side surface of the soundproofing profile, ie opposite of the frontal adhesive surface 17c and beyond the height of the soundproofing profile 16c out with the surface of the sealing strip or to glue the frame 1f or even to rest loosely.
    The remaining components of the combined tub connection system 100f, ie a side wall 14f of the shower or bathtub 2f, a tub rim bottom 3f with a top side adhesive surface 5f of the sealing strip or frame 1f and a sealing slurry layer or composite seal 40f and a tile adhesive layer 10f, a wall-side adhesive surface 18b, a horizontal axis HA6, a vertical axis VA6 and a well portion WT6, and a terminal portion AT6 are already known analogously from the previous figures.
    Fig. 7 shows schematically a seventh embodiment variant of a further inventive combined tub-connection system 100g, which includes as before a shower or bath 2g with a side wall 14g and a preferably flat tub rim 4g. On a side edge 3g of the tub, a tub section WT7 of a sealing strip or a frame 1g is glued by means of an upper-side adhesive surface 5g and this or these has a preferably cast-in cut protection 20c, which in turn extends into a connection section AT7in.
    The cut protection 20c may optionally be fastened in the region of the trough part WT7auchauch between the sealing strip or the frame 1g and the upper-side adhesive surface 5g and loosely from where the terminal portion AT7beginnt.
    A horizontal protective strip 21b is arranged by means of a protective tape adhesive surface 22b on a tub edge top 6g and a soundproofing profile or strip 16d by means of a frontal adhesive surface 17d at an approximately vertical end face 7g of the tub rim 4g. This time, the horizontal protection strip 21b and the soundproofing profile or strip 16d are connected together and together form a combined protection profile 200. Combined, it is mainly because of the dual function of both an installation situation with a floor, as well as those with a connection wall to meet, namely either at a connection to a wall along an approximately vertical perforation 23a and at a connection to a floor along an approximately horizontal perforation 23b can be separated. Instead of the perforations 23a and 23b, a diagonally arranged perforation may also be provided in the back-feeding section 32.
    The combined protective profile 200 comprises a horizontal protective strip section 30, a soundproof strip section 31, and a back-feeding section 32.
    As before, the well portion WT7 is arranged approximately parallel to a horizontal axis HA7 and approximately perpendicular to a vertical axis VA7.
    FIG. 8 schematically shows an eighth embodiment variant of a combined well-connection system 100h according to the invention. A shower or bathtub 2h with a side wall 14h and a preferably flat tub rim 4h forms a tub edge top 6h, an approximately vertical end face 7h and a tub rim bottom 3h. At the latter, a tub portion WT8 of a weather strip or a frame 1h is arranged by means of an upper-side adhesive surface 5h. A terminal section AT8 waits to be arranged either approximately parallel to a horizontal axis HA8 for a ground connection or approximately parallel to a vertical axis VA8 for a wall connection.
    With this embodiment variant of a trough connection system 100h according to the invention, different tile thicknesses of floor tiles 11e including a tile adhesive layer 10g are readily reproducible, because a recess 24a is differently or rather deeply routable and thus a bathtub rim height H1 to a floor tile Height dimension H2 is adaptable.
    9 shows schematically a further, ninth embodiment variant of a further inventive combined tub-connection system 100i, the again a shower or bath 2i with a side wall 14i and a preferably flat tub rim 4i with a tub edge top 6i, with a comprises approximately vertical end face 7i and with a tub edge bottom 3i.
    Characteristic of this embodiment variant of the combined trough connection system 100i is, ultimately, no matter whether in a recess 24b or on the flat bottom edge 3i as shown in FIGS. 1-7 arranged, only a partial top-side adhesive surface 5i. By means of this, a well portion WT9eines a sealing strip or a frame 1i is glued only in a partial area TB of the tub rim 4i. Thereby, the sealing strip or the frame 1i is wegklappbar in a Wegklappbewegung W and in this way even a Zuschneidebereich ZB of the tub rim 4i free when the shower or bath 2i factory delivered with already glued sealing strip or frame 1i.
    A connection section AT9 can, as before, also be arranged parallel to a horizontal axis HA9 or to a vertical axis VA9, depending on the floor or wall connection.
    FIG. 10 schematically shows a tenth embodiment variant of a well connection system 100J according to the invention, in which a well section WT10 of a sealing strip or a frame 1j is inserted in a material M by means of an insertion slot 26 or molded seat 25 a tub rim 4j or a shower or bath 2j is taken.
    As before, the shower or bathtub 2j has a side wall 14j and the tub rim 4j has a tub rim top 6j, an approximately vertical end surface 7j and a tub rim bottom 3j. Depending on the installation situation, a connection section AT10 of the sealing strip or the frame 1j can be guided along a horizontal axis HA10 or along a vertical axis VA10.
    The sealing strip or frame 1j may have notches 39a-39c along which it may be folded or torn off).
    Fig. 11 shows schematically another, eleventh embodiment variant of a further inventive inventive combined tub connection system 100k, which initially in a manner disclosed so far a shower or bath 2k with a side wall 14k and a preferably flat tub rim 4k shows. This tub edge 4k forms a tub rim upper side 6k, an approximately vertical end surface 7k and a tub rim bottom 3k.
    A tray section WT11 of a sealing strip or frame 1k may be placed again in a plug-in slot 26a or a molded-in seat 25a in a material M of the tub rim 4k. However, the sealing strip or the frame 1k immediately forms a first desired folding groove 29a, a first folding area 28a and a second set folding slot 29b at the exit from the material M. In this way, the sealing strip or the frame 1k is initially guided vertically along the approximately vertical end face 7k or a vertical axis VA11. In this way, the folding area 28a simultaneously fulfills the function of a soundproofing profile 16e.
    Further, the sealing strip or the frame 1k or rather a terminal portion AT11the same optionally extending approximately horizontally or parallel to a horizontal axis HA11, or as shown a second folding area 28b, a third desired folding 29c and have a third fold region 28c.
    In this way it is possible to assume different high positions of the tub rim 4k or of the sealing strip or the frame 1k. For a further fold below the rim 4k, a fourth desired fold 29d, a fourth fold 28d and a fifth set fold 29e may be arranged. The same folding principle can also be provided when sealing strip or ribs 1k adhered to the bottom edge 3k of the tub, but then omitting the first desired folding groove 29a, the first folding region 28a and the second target folding groove 29b. Furthermore, it would be possible to include the floor tiles in the fold. The surfaces which adjoin one another by folding can optionally be adhesively bonded.
    FIG. 12 shows schematically how an exemplary inventive combined well-connection system 1001 can be installed in a built-in recess N. A showering tub 21 has a delimiting tub rim 41, which adjoins a first connection wall 15c, a second connection wall 15d and an underbody 9e. On a side edge 3l of the tub rim 41, a sealing strip or a frame 1l-1o is attached per one side of the tub 36a-36d. Only an overlap U schematically shows that the sealing strips or the frames In and 1o overlap. However, it is also possible to arrange a one-piece sealing strip or a one-piece frame on all four tub sides 36a-36d of the shower tray 21. Such one-piece, collar-shaped sealing strips or frames are particularly suitable for round, oval, triangular or polygonal or other forms of shower or baths into consideration.
    At the connection walls 15c and 15d, the respective sealing strips or the frames 11 and Im are already folded up and where, where a floor-level connection to the subfloor 9e is to be realized, after the laying of floor tiles or plates not shown a Tub edge top 61 are aligned with the surface. An approximately vertical end face 71 of the tub rim 41 will then no longer be visible and lends itself to the application of a soundproofing profile.
    The shower or bath 21, arranged in the two-sided open niche N further shows in respective corner regions EB1-EB3drei respective suitable types of moldings, namely a molding wall-floor-linear 27a, a molding wall-wall-floor Inside corner 27b and a molding wall-wall-floor exterior corner 27c.
    The molded parts 27a-27c are three-dimensional, but optionally a two-dimensional molded part may be placed over the overlap Ü.
    13 schematically shows which possible installation situations can occur and how many of the three molded parts 27a-27c must belong to a set of a bathtub connection system 100m at most, so that it is suitable for every imaginable installation situation. According to the row A, it can be a maximum of four moldings wall-floor-linear 27a, namely, if according to position IV a shower or bath 2 is placed between two longitudinal walls. According to row B and position I, there can be a maximum of two of the wall-wall-floor-inner-corner 27b shaped parts and, according to row C and likewise position I, a maximum of two of the wall-wall-floor outer corner 27c moldings.
    LIST OF REFERENCE NUMBERS
    [0087]<tb> 1a-1o <SEP> Sealing strip or frame<tb> 2, 2a-2l <SEP> Shower or bath<Tb> 3a-3l <September> Deck-Bottom<Tb> 4a-4l <September> rim<tb> 5a-5i <SEP> top adhesive surface<Tb> 6a-6l <September> Deck-top<tb> 7a-7l <SEP> approximately vertical face<tb> 8a-8d <SEP> bottom adhesive surface<tb> 9a-9e <SEP> Bottom, connection bottom<Tb> 10a-10g <September> tile adhesive layer<tb> 11a-11e <SEP> Floor tile, tile, flooring<Tb> 12a-12d <September> Floor Tiles Top<tb> 13a-13e <SEP> Sealing Joint, Silicone<tb> 14a-14k <SEP> Sidewall of 2<Tb> 15a-15d <September> Connection Wall<tb> 16a-16e <SEP> Soundproofing Profile Strip<tb> 17a-17d <SEP> front adhesive surface<tb> 18a, 18b <SEP> wall adhesive surface<tb> 19a, 19b <SEP> Wall tile<Tb> 20a-20c <September> cut protection<tb> 21a, 21b <SEP> Horizontal Protection Strips<tb> 22a, 22b <SEP> Tape Adhesive Surface<tb> 23a <SEP> vertical perforation<tb> 23b <SEP> horizontal perforation<tb> 24a, 24b <SEP> Recess, cutout<tb> 25, 25a <SEP> Cast-in seat<tb> 26, 26a <SEP> Plug-in slot<b> 27a <SEP> Molding wall-floor-linear<b> 27b <SEP> Molding wall-wall-floor-inner corner<tb> 27c <SEP> Molding wall-wall-floor exterior corner<Tb> 28a-28d <September> fold area<Tb> 29a-29d <September> target clincher groove<Tb> 30 <September> Horizontal protective strip-Part<Tb> 31 <September> soundproofing Strip Part<Tb> 32 <September> backing section<Tb> 33 <September> extension section<tb> 34 <SEP> inside vertical surface of 4<tb> 35 <SEP> inside adhesive surface<Tb> 36a-36d <September> pan side<Tb> 37 <September> Bath Rim extension<Tb> 38 <September> toroidal<Tb> 39a-39c <September> notch<tb> 40a-40f <SEP> Sealing Slurry, Sealing Layer, Composite Sealing<tb> 41 <SEP> elastic stretch zone<tb> 42 <SEP> Capillary protection strip, profile<Tb> 43 <September> adhesive surface<Tb> <September><tb> 100a-100m <SEP> Combined Tub Connection System<tb> 200 <SEP> combined protection profile<Tb> <September><tb> AT1-AT11 <SEP> Port Subsection of 1<Tb> EB1-EB3 <September> corner<tb> H1, H1, H1 <SEP> Bath rim height measurement<tb> H2, H2, H2 <SEP> Floor tile height measurement<Tb> HA1-HA11 <September> Horizontal axis<tb> M, M <SEP> Material of 4 or 2 respectively<Tb> Md <September> material thickness<Tb> N <September> Built-in niche<Tb> TB <September> subarea<Tb> Ü <September> overlap<Tb> VA1-VA11 <September> Vertical axis<Tb> W <September> Wegklappbewegung<tb> WT1-WT11 <SEP> Tray Subsection of 1<Tb> example <September> crop
    权利要求:
    Claims (22)
    [1]
    1. bathtub connection system (100a-100m) for a shower or bath tub (2, 2a-2l) with a tub rim (4a-4l), the approximately plan-horizontal tub rim top (6a-6l) and an approximately plan -horizontale tub edge bottom (3a-3l) ausformt, each approximately along a horizontal axis (HA1-HA11), wherein at least one sealing strip or a frame (1a-1o) with a tub portion (WT1-WT11) approximately parallel to the horizontal axis (HA1-HA11) and to a terminal section (AT1-AT11) optionally approximately parallel to the horizontal axis (HA1-HA11) on a subfloor (9a-9e) or approximately perpendicular to the horizontal -Axis (HA1-HA11) on a connecting wall (15a-15d) can be arranged.
    [2]
    2. tub connection system (100a-100m) according to claim 1, characterized in that the at least one sealing strip or the frame (1a-1o) is a flexible film, a flexible fabric, a flexible knitted fabric or a flexible Schaumstoffläge.
    [3]
    3. tub connection system (100a-100m) according to claim 1, characterized in that the at least one sealing strip or the frame (1a-1p) is rigid and plastically deformable.
    [4]
    4. tub connection system (100c) according to any one of the preceding claims, characterized in that the at least one sealing strip or the frame (1c) with an extension portion (33) parallel to a vertical axis (VA3) on an inside vertical surface (34 ) of the tub rim (4c) is arranged.
    [5]
    5. tub connection system (100a-100m) according to any one of the preceding claims, characterized in that the at least one sealing strip or the frame (1a-1o) is designed as a one-piece collar.
    [6]
    6. tub connection system (1001) according to any one of the preceding claims 1-4, characterized in that in each case a sealing strip or a frame (1l-1o) per tub side (36a-36d) is arranged and the sealing strips or the frames ( 1l-1o) overlap in an overlap area (Ü).
    [7]
    7. tub-connection system (100a-100m) according to any one of the preceding claims 1, 2 and 4-6, characterized in that the at least one sealing strip or the frame (1a-1o) consists entirely of a stretchable material or at least one stretchable Zone (41).
    [8]
    8. tub connection system (100a-100m) according to any one of the preceding claims, characterized in that the at least one sealing strip or the frame (1a-1o) comprises at least one cut protection (20a-20c).
    [9]
    The tray connection system (100a-100m) according to any one of the preceding claims, characterized in that the tray connection system (100d-100g, 100k) comprises a soundproofing profile (16a-16e).
    [10]
    A tray connection system (100a-100m) according to any one of the preceding claims, characterized in that the tray connection system (100f, 100g) comprises at least one horizontal protective strip (21a, 21b) for the tub rim top (6f, 6g) ,
    [11]
    A tray connection system (100a-100m) according to claim 10, characterized in that said at least one horizontal protection strip (21a, 21b) having a partial protective tape adherend (22a) is disposed on the tub rim top (6f).
    [12]
    12. tub-connection system (100a-100m) according to any one of the preceding claims 10 or 11, characterized in that on the horizontal protective strip (21b) an approximately vertical perforation (23a) and a rear-feeding portion (32) are arranged.
    [13]
    13. tub connection system (100g) according to claim 9, characterized in that on the soundproofing profile (16d) an approximately horizontal perforation (23b) is arranged.
    [14]
    The tray connection system (100a-100m) according to any one of the preceding claims, characterized in that the tray connection system (100g) comprises a combined protection profile (200) with a horizontal protection strip section (30) in which one approx vertical perforation (23a) is arranged, and with an acoustic strip section (31) in which an approximately horizontal perforation (23b) is arranged.
    [15]
    15. tub connection system (100a-100m) according to any one of the preceding claims, characterized in that the tub rim (4a-4l) can be cut to size.
    [16]
    16. tub-connection system (100i) according to claim 15, characterized in that the tub portion (WT9) of the sealing strip or the frame (1i) in a partial area (TB) on the tub edge bottom (3l) of the tub rim (4i ) is arranged and a Wegklappbewegung (W) of the sealing strip or the frame (1i) a Zuschneidebereich (ZB) of the tub rim (4i) releases.
    [17]
    17. tub connection system (100h) according to one of the preceding claims, characterized in that in the tub rim (4h) a recess (24a) is milled, so that a tub edge height (H1) to a floor tile height dimension (H2 ) Is adaptable.
    [18]
    18. tub connection system (100k) according to any one of the preceding claims, characterized in that the at least one sealing strip or the frame (1k) defined folding areas (28a-28d).
    [19]
    The tray connection system (100a-100m) according to any one of the preceding claims, characterized in that the tray connection system (1001) comprises shaped portions (27a-27c) for corner portions (EB1-EB3).
    [20]
    20. tub-connection system (100m) according to claim 19, characterized in that the tub connection system is formed as a set, the four wall-floor linear-shaped parts (27 a), two moldings wall-wall-floor inner corner (27 b) and includes two moldings wall-wall-floor exterior corner (27c).
    [21]
    21. A method for mounting a shower or bathtub (2, 2a-2l) in a recessed niche (N), with a tray connection system (100a-100m) according to any one of the preceding claims 1-20, characterized in that the following Procedural steps are carried out:a) - measuring the installation niche (N) for the installation of the shower or bathtub (2, 2a-2l);b) - if necessary, cutting a tub rim (4a-4l);c) - milling a recess (24a, 24b) in a tub edge bottom (3a-3l);d) - Sticking one or more sealing strips or a frame (1a-1o) in the milled recess (24a, 24b) in the tub edge bottom (3a-3l);e) adhering a combined protective profile (200) to a horizontal protective strip partial section (30) and to a soundproof strip partial section (31) on a tub rim upper side (6a-6l) and on an approximately vertical end surface (7a-7l) the tub rim (4a-4l);f) spreading and gluing the sealing strip or the frame (1a-1o) by means of a lower-side adhesive surface (8a-8d) on a lower floor (9a-9e) in the case of a ground connection;g) - folding and gluing the sealing strip or the frame (1a-1o) by means of a wall-side adhesive surface (18a, 18b) on a connection wall (15a-15d) in the case of a wall connection;h) - selecting and adhering corresponding mold parts (27a-27c) in corner regions (EB1-EB3);i) tiling the terminal wall (15a-15d);j) tiling or flattening the terminal tray (9a-9e);k) - separating the horizontal protective strip (21a, 21b) along an approximately vertical perforation (23a) in the horizontal protective strip section (30), where the shower or bathtub (2, 2a-2l) on a connection wall (15a-15d);l) separating the horizontal protective strip portion (30) including a backing portion (32) along an approximately horizontal perforation (23b) in the acoustic strip portion (31) where the shower or bath (2, 2a-2l ) at a connection bottom (9a-9e) connects;m) - Setting a sealing or silicone joint (13a-13e) in a gap between the tub rim (4a-4l) and the wall tiles (19a, 19b) and the tub rim (4a-4l) and floor tiles or plates or covering (11a-11e).
    [22]
    22. A method for assembling a shower or bathtub (2, 2a-2l) in a recessed niche (N), with a tray connection system (100a-100m) according to any one of the preceding claims 1-20, characterized in that the following Procedural steps are carried out:a) - measuring the installation niche (N) for the installation of the shower or bathtub (2, 2a-2l);b) - if necessary, cutting a tub edge (4a-4l) within a Zuschneidebereiches (ZB), after folding away a sealing strip or a frame (1a-1o) in a Wegklappbewegung (W);c) - folding back the sealing strip or the frame (1a-1o);d) adhering a combined protective profile (200) to a horizontal protective strip subsection (30) and to a soundproof strip subsection (31) on a tub edge top (6a-6l) and on an approximately vertical end surface (7a-7l) ) of the tub rim (4a-4l);e) spreading and adhering the sealing strip or the frame (1a-1o) by means of a lower-side adhesive surface (8a-8d) on an underbody (9a-9e) in the case of a bottom connection;f) - folding and gluing the sealing strip or the frame (1a-1o) by means of a wall-side adhesive surface (18a, 18b) on a connection wall (15a-15d) in the case of a wall connection;g) - selecting and adhering corresponding mold parts (27a-27c) in corner areas (EB1-EB3);h) tiling the connection wall (15a-15d);i) tiling or flattening the terminal tray (9a-9e);j) - separating the horizontal protective strip (21a, 21b) along an approximately vertical perforation (23a) in the horizontal protective strip section (30), where the shower or bath (2, 2a-2l) at a Connecting wall (15a-15d) connects;k) separating the horizontal protective strip section (30) including a backing section (32) along an approximately horizontal perforation (23b) in the acoustic strip section (31) where the shower or bath (2, 2a) 2l) at a connection bottom (9a-9e) connects;l) - Setting a sealing or silicone joint (13a-13e) in a gap between the tub rim (4a-4l) and the wall tiles (19a, 19b) and the tub rim (4a-4l) and the floor tiles or plates or Covering (11a-11e).
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    同族专利:
    公开号 | 公开日
    CH711434B1|2020-03-13|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    CH690162A5|1995-01-08|2000-05-31|Alfred Gassmann|Frame for producing wall edges|
    EP1038485A2|1999-03-20|2000-09-27|FRANZ KALDEWEI GMBH &amp; CO.|Sealing arrangement for sealing the edge area of a sanitary tub to the wall or the floor of a room|
    AT510127A1|2010-03-18|2012-01-15|Urs Gassmann|SEAL AND ASSEMBLY BELT WITH A CUT PROTECTION|
    CH705339B1|2011-12-13|2013-02-15|Sanipat Gmbh|Sealing profile useful for a sealing in the mounted state between e.g. mounting object and connection wall, comprises left lower strip with adjacent left upper strip, right lower strip with adjacent right upper strip, and a folded portion|
    CH707133A1|2012-10-29|2014-04-30|Sanipat Gmbh|Dichtbandset for bath or shower tray.|AT15952U1|2016-07-26|2018-10-15|Rivaplan Ag|Cut protection for use in damp and wet areas of a building and building area with such cut protection|
    法律状态:
    2017-09-29| PCAR| Change of the address of the representative|Free format text: NEW ADDRESS: RIGIBLICKSTRASSE 78, 6353 WEGGIS (CH) |
    优先权:
    申请号 | 申请日 | 专利标题
    CH01197/15A|CH711434B1|2015-08-19|2015-08-19|Combined wall and floor connection system for a tub that can be cut to size.|CH01197/15A| CH711434B1|2015-08-19|2015-08-19|Combined wall and floor connection system for a tub that can be cut to size.|
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