DE102008019093A1 - Flexible multi-purpose element system for on-site expansion of baths, comprises individually producible bath cabinets such as barrier-free shower, shower separator, seat and bench, and washstands consisting of assembly units - Google Patents

Abstract

The flexible multi-purpose element system for on-site expansion of baths, comprises individually producible bath cabinets such as barrier-free shower, shower separator, seat and bench, and washstands consisting of assembly units. The assembly units consist of part sections of multi-layered combi-building slab. An independent claim is included for a method for the production of a flexible combinable element-system.

Description

field of use

construction, private, municipal and commercial sanitation, such as B. baths, Adventure, sauna and wellness landscapes.

invention

Flexible combinable elements system of a type for on-site removal of bathrooms with customizable bath carcasses such as barrier-free showers, Shower enclosures, Seats and benches, vanities u. v. m. to a product family.

System target:

Of the The basic idea of the entire expansion system is, with a small basic range consisting of only two basic building boards, in material thicknesses of 15 mm and 30 mm of these types, showers, shower panels, seat bodies, ceiling constructions, Washbasins, combination shower board u. v. m. flexible in every size, above Space adapted, safe and fast to make.

With a 15 mm thick building panel of this type can be extremely flexible in practice and be worked efficiently on wall, ceiling and floor. The since then costly and time-consuming planning as well as the fitting of finished products The spatial conditions in the implementation do not apply.

It can now shower cubicles without doors with straight tiled partitions individually with maximum Space in every room size immediately will be realized. The shapes of the edges are, straight or wavy, freely selectable. The production of the final product thus always arises unique on site.

Basic System Construction Materials / -paving blocks:

The Design of the elements consists of specially coated extruded Polystyrene rigid foam boards (XPS) or expanded polystyrene rigid foam boards (EPS) in material thicknesses 4 mm to 80 mm in the composite system. Known on the market are these elements construction panels with coatings based on cement-plastic with glass fabric in the same material thicknesses but with different material properties and limited uses.

Of the Purpose of construction elements in 15 mm thickness of this material Type are partitions without frame constructions, as constructional supports, combination shower board with integrable marketable ones Drainage systems, combinable wall, floor, ceiling constructions Substrates, seat body Washstand shelves, crack bridging pressure decoupling layer, Wall compensation, construction support for heating systems, since then only very expensive could be installed on site, such as tileable shower trays and Seating elements in fixed milled shapes or shower partitions from 20 mm material thickness in metal racks.

Of the Intended purpose of the construction elements in 30 mm material thickness are Substructures, load distribution layer on wall and floor, Cladding of built-in objects, crack bridging pressure decoupling layer, Wall compensation, mounting wall, construction support for supply lines of Gas, water, electricity and heating systems.

The Fabric coating can be done on two different types:

Type 1:

The fabric coatings on the front and back consist of:
Layer 1: One- or two-component flexible adhesive based on synthetic resin adhesives, with glass fiber fabric insert.
Layer 2 and 3 a covering mixed coating of synthetic resin adhesives with mineral quartz sands and quartz flours as a supplement of 0 to 1 mm.

Type 2:

The Fabric coating made of PU adhesives with waterproofing film Polyethylene, which is used to anchor tile adhesive on both sides Nonwoven fabric is provided, in the composite in a sandwich process.

A Alternative coating on front and back can also be done with cementitious flexible tile adhesives with embedding of glass fiber fabric or adhesion of a sealing foil made of polyethylene, which is used to anchor tile adhesive on both sides is provided with nonwoven fabric.

Production of the raw body:

horizontal thermal cutting of polystyrene foam in the blocks too plate-like raw bodies.

The Finished measure of Wall, floor, ceiling elements of this type is 2600 mm × 1200 mm × 15 mm (L / W / H) and 2600 mm × 1200 mm × 30 mm (Producible from 4 mm to 200 mm). When cutting the green body is a measure of 1.0 mm per coating thickness considered.

Tasks of the coatings of Rohkör pers (polystyrene hard foam) for the production of a further workable building board:

Manufacturing method of type 1:

layer 1: The resin adhesive with glass fiber fabric, has the task of a Adhesive, tensile and crack bridge, and a dimensionally stable first Fixation to achieve flatness in horizontal production.

layer 2: Mixed coating of synthetic resin adhesives with mineral Quarzmehlen 0 to 1 mm, on the one hand has the task of immediate Machinability of the back and preventing the adherence of the overlying ones to dehydration intermediate element panels after this first coating. Furthermore, a grip adhesive layer for the second coating, Limitation of spring capacity and as the first stabilizing load distribution layer with respect to later acting ones vertical and horizontal forces by further attachments during installation.

at the production of rigid foam components with sealing foil made of polyethylene eliminates step Second

Of the Coating process takes place in two consecutive work steps. The coating can be done by hand with appropriate tools.

sanding the surface in front of the back Further processing.

To Coating the back Like the front, the last and third coating takes place at the Front and then at the back.

layer 3: Mixed coating of PU adhesive with mineral quartz flours (same as step 2), the task (same as step 2) has limitation the suspension behavior of the entire construction and increase the Load values on and on the element in terms of load capacity, Density, Adhesion and cohesion forces.

Manufacturing method of type 2:

at the composite production with PU adhesives with a arranged on it Polyethylene sealing film for anchoring tile adhesive On both sides is equipped with nonwoven fabric, the curing takes place in Sandwich process afterwards under pressure. The solution the tasks of required material properties by this type 2 is the same as type 1.

Further Details on the construction according to type 1 and type 2 will continue behind in the embodiments explained in more detail.

Material features:

The Waterproof is the coated polystyrene foam board 100 percent. The special place of use in all humid rooms like Bath, showers, swimming pools.

The low dead weight of the 15 mm combi construction board (combination board) of these types about 2000 gsm. The proportion due to double non-cementitious coating approx. 1600 g / m² of adhesive including one-time embedded glass fabric reinforcement with sanding of the surface.

limit of resilience is covered by the coating in the range of about 1200 gsm to 2000 gsm with synthetic resin adhesive sand mixture (Quartz flour 0 to 1 mm and larger) reached. The quartz sand has the task of carrying a supporting structure limited bending ability. The optimum value at 1600 gsm (800 gsm / covering side) of this type creates new material properties that make a production in only 15 mm material thickness with a greatly increased Load capacity and stability achieved despite low weight. Compared to a lower one Coating of this type and known to market known cementitious coated Building boards (from 3000 g / sqm net weight with 20 mm material thickness), is this 15 mm building board all the others through the newly created areas of application and uses in practice, far superior.

facing side Attachment to wall and floor, or bonding of two partition wall elements to each other, carried out with two-component resin adhesives or PU adhesives. Not with cementitious adhesives.

stiffening the straight-walled shower partition due to the double-sided workability with tiles in almost freestanding condition (two-sided or one-sided).

The type of wave-shaped edges forming with perpendicular end face to the longitudinal side, in addition stabilizing in conjunction with glass-form mosaics of Kombifliesign ^® by specially rounded injury-free edge shape embossing, with druckentkoppelnden lubricious and hence damage-free properties of the joint without cracks and high intrinsic strength of the edges against impacts, the otherwise can be achieved only with hard ceramic materials or metal.

Ceiling constructions in free forms fixed with tile adhesive, can now be self-adhesive easily glued to the ceiling or freely on the wall without slipping or peeling off.

The resilience for the dimensional stability was limited so that at a deformation of the building board due to improper transport before tiling with a trim with the help of a device (Prism Trimming Aid), for a 100% surface flatness the tiles on the laying surface in the freestanding state allows and thus easily into the original Production form can be brought without it at or after drying out neither in the tiles nor in the tile joints comes to stress cracks.

A high dimensional accuracy is without deformation during the curing process by the production method with non-shrinking synthetic resin adhesives reached.

light Machinability due to low weight of soft material.

Low dust development during processing

Can be screwed with coarse metal screws as a fixing aid

door lots Shower cabin by arrangement of straight tiled shower partitions with Creation of a water lock if necessary in the edge offset.

System Element Prism Trimming Aid:

Design type:

The Component consisting of 15 mm combi building board with an edge length of 150 mm and one series length of 2600 mm will be at 120 ° angle glued to each other. This results from this production the availability of a trim aid. This mounting element is long-term, too after repeated use by screwing is a 100% aligned On-site production ensured by shower partitions of this type.

The Further details of the invention are in various possible Following exemplary embodiments explained in more detail, wherein in the drawings, schematic representations are shown as options the invention embodiment, but not as a limitation and limitation of the new, inventive element system: show it

1 in perspective and partial section, a shower cubicle without door;

2 an inventively constructed building board in cross-section according to type 1;

3 the building board after 2 in axometry view;

4 an inventively constructed building board in cross-section according to type 2;

5 the building board after 4 in axometry view;

6 a prism trim aid according to the invention and

7 to 37 various application examples of the components of the new element system.

Method of cultivation in practice:

The basic structure of the components of the new element system is from the 1 to 6 shown in conjunction with the list of reference numerals.

A system element for a straight-walled tileable shower partition is in 7 shown.

The finished prismatic element comes with coarse metal screws after the curing the fixed raw shower partition before the tiles on the still uncovered covering back wall of screwed on side to be occupied and after curing of the laid tile covering including the screws replaced and removed. The negative side of the shower partition remains in it received their straightened shape.

The construction in practice is in an axometry view in 8th shown.

In the 8th On the left are the build-up layers of the shower wall element. The middle illustration shows the tiled wall side on the shower wall element and the right side shows the finished tiled shower wall element; each in partial sections.

The structural panels of both types, allows on site with appropriate processing tool, the free adjustment of almost freestanding (frontally unique attachment to wall and floor or floor only) tileable shower partitions to a shower cubicle in each room size. An additional stabilization of the partition walls brings an angulation in the escape, the two-sided covering of the partitions with tiles, the edge training with Kombifliesign ^® glass tiles. The partition system provides a free form in straight or wavy To shape.

System element slot board:

Combi slot board 15 mm × 1200 mm × 2600 mm:
By unilaterally sawing the 15 mm Kombibauplatte in Sägeeabständen from 10 mm, columns with a diameter smaller than 20 cm, as well as any radii and segmental arches can be produced as a partition or component. For this 9 and 10 ,

By Use of the 15 mm slot building board can curves in any Shapes and radii are generated. In addition, by a wavy edge shaping a further optical shaping can be achieved.

System element combinable shower board:

The representations in the 11 to 18 show details of a combi-board with firmly integrated floor drain system in several views (sections, sections, perspectives).

In the 11 to 15 is a combination board 85 × 350 × 350 mm, soundproof, shown.

The integrable floor drain pot is designed as a cross-outlet system with a construction height of 80 mm (s. 16 ), with vertical outlet or as a metal gutter system, independent of the combi on-board system depending on the manufacturer interchangeable. Floor drain systems with transverse water outlets are available from 75 mm on the market.

Advantages:

With this individual no longer manufacturer-defined positioning is it possible now? the overall structure, with required minimum gradient of 2 cm / m, compared to the market To reduce variant so that a simple installation by the positioning of the combo board at the lowest position without loss of height by local Conditions with the highest Safety at density and design construction now from 76 mm system height (in uninsulated form) + Gradient can be guaranteed.

It can now space-adapted shower board solutions individual space on site in every size and shape from the craftsman manufactured and installed.

Combi shower board components, this 18 :

Extension element with perforated stainless steel sheet insert, waterproofing fleece, combi construction panel, second Waterproofing fleece, second combi-construction panel, drain pot with fixed Flange and cross outlet, with the first combi-building board 15 mm with Recess as a system connection Synthetic resin bonding in a composite the second combi-building board and the drain pot and the second combi-building board 15 mm with recess as system connection with fixed synthetic resin connection is arranged on the drain pot. Under the second combi-building board and the drain pot surrounding substructure elements as height compensation and construction support intended. Under the drain pan and the sub-elements is a Construction basic element provided, which also serves the sound insulation.

System arrangement from above, this 19 to 20 :

Stainless steel floor drain with openings as an extension element for the alignment of different material thicknesses the surface finish such as natural stone, Mosaic, ceramic floor tiles or suitable coatings.

sealing Fleece 1 top-level arrangement against moisture infiltration over all Bumps adjacent the circumferentially arranged extension elements (Combi-construction panel 15 mm).

First Kombibauplatte about 250 mm × 250 mm edge dimension in material thickness 15 mm of polystyrene foam boards, prepared as described, with Recess as a finished fixed upper edge of the overall construction for working on adjacent customizable on-board elements from the 15 mm combination building board to the system. This 1st construction level serves as 1st load-distributing layer and finished laying substrate for suitable Floor tiles as a surface for use.

sealing Fleece 2 on the lower level against moisture infiltration on all Bumps adjacent the circumferentially arranged extension elements (Combi-construction panel 15 mm).

Second Combi building board approx. 300 mm × 300 mm Edge dimension in material thickness 15 mm made of polystyrene foam board with 25 mm overhang over the above arranged 1. Kombi building board (250 mm × 250 mm) as a second floor level, with milled flange recess for fixed Integration with reactive resin adhesive of a finished production Drain system of a manufacturer and for connecting adjacent system components with a correspondingly large recess for the Mini board drainage system and additional structural beam for load distribution and reinforcement of the usable area of the 1. Construction level.

Drain pot system of a manufacturer heights Compensation and construction carrier made of 30 mm Kombibauplatten sound-absorbing base element for the construction of the Minibord body in the sound-insulated version.

to Stabilization Combination on-board system can, depending on the drainage system on 1. Combi building board (250 mm × 250 mm) a metal plate from 1 mm are glued.

The Combined shower board element can also be made from a part by a milled shape be achieved.

The Shower board substructure consists of blanks of the 30 mm combi building board, arranged in increments of approx. 30 cm maximum distances from each other become. This is at the same time the required gradient in Cutting the upper edges into account.

Construction of the shower board substructure with miniboard and on-board mounting plates, this 21 :

On a subassembly as described above is a first Combi building board laid on, followed by a sealing first fleece cuff, covering over Connection joints between the miniboard and adjacent shower board attachment, on top from above a second layer and laying surface for floor tiles from a combi-building board, as an adjustable shower board attachment and second load distribution Layer with cavity-free bonding with flexible tile adhesive. On top of that a sealing further fleece cuff, covering over connection joints between the miniboard and adjacent shower board attachment and thereupon the extension element.

Construction description from below in detail too 21 :

The Shower board substructure and construction beam made of combi-building board in material thickness 30 mm made of polystyrene foam boards, made as described, consisting of blanks, aligned to the height level Minibord with 2% minimum slope (2 cm by 100 cm) to the outer edges of the board, firmly with the miniboard and the substrate (concrete, screed) with suitable tile adhesive connected. Arrangement in the maximum grid of 30 cm to each other before Built-in place.

The Combi construction panel cut to size as adjacent on-board mounting plate material thickness 15 mm with combibord recess, made as described in two layers one above the other arranged with sealing fleece and in a single operation in a sandwich process adhesively bonded to each other with appropriate tile adhesive.

A Waterproofing fleece cuff is placed on top of each after board resulting shock joints glued with suitable tiles / construction adhesive.

The Drainage element as an extension of the drain pot, is in height on the material thickness adjusted according to the pad end material and after curing of Underlays with tile adhesive firmly glued.

Embossing under 60 kg load during the curing is by placing weights on the surface z. b. Tile adhesive sacks with approx. 60 kg, 4 sacked tile adhesive.

Of the Front attachment of the extending shower floor elements done with fast hardening resin glue or PU adhesives not with tile adhesive.

A finished shower board element with central drainage arrangement is in 22 shown.

The arrangement of the corner seal on a tileable shower cubicle is in 23 shown.

The Shower cubicle construction is facing the occupancy with tiles at all Building board bumps and edges seal with suitable sealants.

Advantages of the system:

The developed combination shower module with adjacent on-board mounting plates (15 mm Kombibauplatte), can each structural specification according to lowest point for the overall structure is positioned and arranged.

One immediate adaptation with high flexibility to the local conditions.

A Processing without loss of time with fast hardening tile adhesives without Drying time ensures a cheapest and safest installation.

easy Cleaning with straight-walled, simply tileable shower partitions with normal market conditions Wall tiles instead of costly and easy to clean mosaics.

The Walls of elaborate space-consuming partitions and constructions are eliminated.

The safety standard of density is increased by the stable substructure system in the sandwich method. Deformation of the substrate as well as cracks are excluded. Manufacture in every size by attaching parts of the same chen design in a sandwich process with tile adhesive

The entire elementary expansion system of this type, offers practical orientation a variety of flexible solutions with fast implementation with the simplest planning.

Advantages compared to set Shower board systems:

At the Market available are finished systems with fixed drainage points that are in series mainly centrally arranged and in a maximum edge length of 1500 mm × 1500 mm or 1000 mm × 1800 mm are orderable.

The usual installation often unsystematic after own experiences, mostly wet in the mortar bed process, the same time higher Drying times required.

Of the Installation is more expensive and expensive.

One Uncertainty factor against sound and not firm substructure directly Depending on the system sender, under the drain pot, the drain pot is screwed on to the already fixed glued-in board-Systembauplatte of above as the last step.

The Costs are generally for Finished elements higher and the temporal installation are about the same, except for Custom made.

Advantages over traditional ones sanitary shower systems:

Opposite traditional Shower system construction with effervescent or acrylic shower enclosures and shower partitions Glass or Plexiglas, is the invented expansion system as a shower cubicle, more durable in wear, long-term maintenance-free 100% tight in the system, easy to clean for years down to the last detail, space saving, easier to plan, in the Realization 50% cheaper.

In Things mold and spores long term resistant without use of expensive adhesives and fillers based on synthetic resins.

System element shower seat, this 24 and 25 :

The special features are:
Wavy shaping with non-accessible installation of the combination board with right-angled edge formation to the shower board surface.

two-piece Shower shelf consisting of combination shelf with drainage system and arbitrary ergänzbaren Attachment elements (15 mm combination plate) of the same design with attachment in Sandwich method The sandwich method of this type with tile adhesive increases the load capacity and the safety of the density from damage.

Following the structure description:

The Design of this shower seat construction as a kit consists of blanks the 30 mm combi building board in horizontal and vertical form, as structural beam and a 15 mm slot plate in apron shape as a kit, with suitable tile adhesive is glued together.

The shape of this shower seat is unique on the market. Because a wave-shaped right-angled edge shape with a flat seat of this type is injury-free and only possible in combination with Kombibliesign ^® glass-form mosaics due to its specially rounded edge embossing with high impact resistance.

The construction description of another seat type is in the 26 to 30 shown.

The Design of this seat construction is similar. Here is a 15 mm slotted board sandwiched over two layers arranged and glued together with tile adhesive.

Of the Distance of the vertically arranged fixed support beam should be less than 30 cm.

System element in execution built-on washbasin, this 31 to 33 :

One Vanity unit for a fast parallel wall attachment consists of a washbasin floor element from a combi-building board, a Sink apron slotted structural panels, double-layered, glued in sandwich method, and a vanity top from a combi-building board.

One Washbasin attachment with individual shape of the washbasin cover and optimal dimensional adaptation with 15 mm Kombibauplatte to the spatial specifications consists of a vanity apron as a free form blank from a combi-building board, preferably 15 mm, a washbasin attachment element, ready to use with tile adhesive, and a vanity cover as free form blank from a combi-building board, preferably 15 mm strong.

The 33 shows the washbasin version in practice, where the edge formations of the washbasin are covered with tiles and / or mold mosaics.

These Design can also be produced as a corner version.

The Cultivation system can also be used as a milled form element with cementitious Coating be made.

A system element in execution as a ceiling element, this 34 to 37 :

The Tile adhesive lightweight ceiling system can be installed 30 mm and / or 15 mm structural panels of the new, inventive type.

A ebenflächige design, a composite ceiling in the middle with circulating suspended ceiling construction is in the 34 and 35 shown.

The Structural beam, made of 30 mm combi construction board, glued to the ceiling with tile adhesive, bolted and glued with underneath and arranged in between Slotted construction panels in 15 mm material thickness.

A rounded design of such a ceiling construction show the 36 and 37 , The formative construction beams, made of 30 mm combi building board, are glued to the ceiling with tile adhesive; screwed and glued to the slit building board in 15 mm material thickness underneath. The slot construction panel consists of 15 mm combi construction panels in a two-layer sandwich design.

10

Combined building board with PU / synthetic resin coating (or combi-panel 15 mm × 1200 mm × 2600 mm or tileable shower partition made of 15 mm combination panels)

10a

section Combined building board

11

 layer 3; PU adhesive with mineral aggregates

12

layer 2; PU adhesive with mineral aggregates

13

Glass fiber fabrics

14

layer 1; Adhesive layer PU adhesive / synthetic resin base

15

Polystyrene foam

16

layer 1; Adhesive layer PU adhesive / synthetic resin base

17

Glass fiber fabrics

18

layer 2; PU adhesive with mineral aggregates

19

layer 3; PU adhesive with mineral aggregates

L1

total thickness 15 mm or 30 mm

L2

Material thickness 1.5 mm

L3

Material thickness 1.5 mm

20

Combined building board with PU / synthetic resin coating (or combi-panel 15 mm × 1200 mm × 2600 mm or tileable shower partition made of 15 mm combination panels)

20a

section Combined building board

21

polyethylene film 1 mm

22

PU synthetic resin adhesive

23

Polystyrene foam

24

PU synthetic resin adhesive

25

polyethylene film 1 mm

L4

total thickness 15 mm or 30 mm

L5

Material thickness 1.5 mm

L6

Material thickness 1.5 mm

L7

total thickness 15 mm

L8

Material length 150 mm × 260 mm

L9

Material length 150 mm × 260 mm

L10

Material length 150 mm × 260 mm

L14

80 mm overall height

L15

33 mm partial height

L16

maximum Distance 30 cm

L20

distance 30 cm

L21

distance 30 cm

26

tile glue

27

ceramics wall tiles

28

Kombifliesign ^® shaped tile mosaic in 35 mm width

29

recess Slot distance L11 = 10 mm to 30 mm, slot cut to 3 mm Width L12, 12 mm depth L13

30

Rig prism

31

for screwing made of 15 mm combi-building board 10 / 20 Thigh length 150 mm Length 2600 mm

40

Sound-insulated base element for height compensation from 30 mm combi-building boards between underground and minibord system body

41

Extension element with perforated stainless steel sheet insert

42

Polyethylene film in combination on combi-building board Kunstharzverklebung (or sealing Covering fleece cuff over Connection joints between the Mini board and adjacent shower board attachment or waterproofing non-woven via miniboard)

43

Combined building board 15 mm with recess as system connection Synthetic resin bonding in combination on 2. combi-construction panel

44

Polyethylene film in combination on combi-building board Kunstharzverklebung (or sealing Covering fleece cuff over Connection joints between the Mini board and adjacent shower board attachment)

45

Combined building board 15 mm with recess as system connection with fixed synthetic resin connection on the drain pot

46

drain pot with fixed flange with cross outlet

47

48

Drain pipe extension between drain pot and domestic drainage

49

50

module with integrated floor drain (or mini board element drain pot with fixed flange with cross outlet)

60

module Showerboard substructure with gradient education

61

Edge load element from building boards with 30 mm material thickness

62

intermediate element from building boards with 30 mm material thickness

63

crossmember from building boards with 30 mm material thickness

64

diagonal element from building boards with 30 mm material thickness

70

Shower board member

71

location and laying surface for floor tiles consisting of 15 mm combi-building board element as an adaptable shower board attachment element and 2. load-distributing layer with void-free bonding with flexible tile adhesive to a arranged below and Fortified 1. Location of a shower board element from a 15 mm 2. Kombi building board of same design

72

location 15 mm combi-building board element as an adaptable shower board attachment element and 1. load distributing layer, attached with tile adhesive the substructure element

80

shower cabin

81

sealing fleece at all bumps

90

module

91

Combined seat in wavy shape with flat cover surface

92

Detail view Edge formation made of Kombifliesign ^® shaped mosaics made of glass in 6 mm material thickness with rounded edges

93

shaping Cover and mounting plate made of 30 mm construction panel

94

Construction carrier off 30 mm building board

95

Front apron off 15 mm slotted construction panel

100

Slot plywood from 15 mm Kombibauplatten 2-ply in a sandwich process

200

Slot plywood from 15 mm Kombibauplatten 2-ply in a sandwich process

300

module Combination bench with reclining profile combi construction panels 15 mm in sandwich method on a form giving substructure from 30 mm building boards in two layers on top of each other bonded.

301

Tailored slot construction panel 100 / 200. 15 mm

302

Tailored slot construction panel 100 / 200. 15 mm

303

Tailored slot construction panel 100 / 200. 15 mm

304

forming Substructure made of 30 mm building boards

305

Sandwich method in two layers

310

module Corner seat version with free customization

400

module Vanity attachment element

401

Sink cover from 15 mm combination building board

402

Vanity apron off 15 mm of slotted construction boards 2-ply glued in a sandwich process

403

Sink base element from 15 mm combination building board

404

Sink cover as a free cut from a 15 mm combi construction panel

405

Vanity apron as free form cut from a 15 mm combi construction panel

406

Apron with Wall tiles assignable

500

Construction carrier off 30 mm combi construction boards bonded with tile adhesive to ceiling; bolted and glued to the underneath and interposed slot building board in 15 mm material thickness.

501

Combined building board in 15 mm

502

Construction carrier off 30 mm construction boards

600

Impressive construction beam made from 30 mm combi construction boards bonded with tile adhesive to ceiling; screwed and glued to the underneath 100 / 200. Slotted construction board in 15 mm material thickness

Claims (2)

Flexibly combinable element system Design for on-site development of baths with customizable bath carcasses such as barrier-free showers, Shower enclosures, Seats and benches, vanities consisting of one or more of said assemblies, wherein at least one of the assemblies of at least one section consists of a multi-layer combi-building board. Process for the preparation of a flexibly combinable Element system according to claim 1 with the previously mentioned above steps for the entire System as well as its individual modules.