DE8135845U1 - COMPONENT KIT FOR INSTALLATION OF INSTALLATIONS FOR FLEXIBLE, EXPOSED, MEDIUM-LEADING TUBES - Google Patents

Description

Applicant:

Title:

KRAUS, Kreszentia

Quai de la Montagne

68700 RAMBERVILLERS (France)

Set of components for building installations for flexible, exposed, medium-carrying pipes

The innovation concerns a component set to build up Installations for flexible, freely laid, medium-carrying pipes with or without coaxial conduit parts, preferably made of plastic, for domestic water.

This set of components can be used in:

1. Structures built on site using a lost spatial formwork, which is a lost

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nes Uandqerüst includes i and at the same front panels, the individual sanitary fittings and Sa ni tärgegenstände, ui e UC, usu washbasins. träüt. The lost formwork accommodates the water pipes and electrical installations in the cavity formed by it.

2.) Prefabricated houses (wood, light or other Sauueise) using adapters, uch the connection enable between the medium-carrying line and the valve, in particular concealed fittings.

3.) Prefabricated concrete parts (large panel construction) and room cells using the front panels and adapters mentioned under 1.) and 2.).

4) pre-installation cells and InstallatiDnsuänden from uelchem material they are made equal created souie in Trockenbauueise Piontageuän- ^ "the means mentioned under 1.) and 2.) faceplates and adapters.

The set of components also includes front panels and Adsp- l ter to accommodate υοη control elements, uie electronic, electrical, mechanical, pneumatic remote control systems for sanitary fittings on *

Furthermore, front panels and adapters for concealed drain fittings, uie siphon, closable cleaning openings and the like. Front panels and adapters are possible; the wall niches to accommodate lighting, mirror cabinets, Form shelves, UC paper holders, etc.

So far known for the installation of medium-carrying plastic pipes connection boxes for empty pipes that are in the

Buildings are brought in (register (Mr. 125264).

The cables are laid in the building itself in the conventional way, i.e. by making slots for the conduits in the previously created structure. Hit the well-known junction boxes is the connection of Concealed fittings and devices not possible.

The object of the innovation is to design systems of the type mentioned in such a way that they have the disadvantages mentioned do not have and can also be used in industrially prefabricated structures.

For this purpose, a permanent formwork according to protection claim 1 is used for structures built on site. For industrially prefabricated Structures and components are used on front panels with adapters of various designs according to protection requirements 2 to 5.

The new system according to protection claim 1 is characterized by the advantage that the lost formwork is a Uand scaffolding contains, on which by means of front panels and adapters all desired sanitary facilities with their Service water and wastewater connections can be installed at any point, according to the preliminary planning or the local conditions (in the case of renovation).

The assembly scaffolding also carries the lost formwork material, which on the one hand as formwork for receiving the Uandfüllstoffes and on the other hand as a carrier for Plaster and tile mortar bed is used.

A space is created between the formwork boundary that apart from the wall filler (e.g. lightweight concrete) the different ones Supply lines (domestic water) and

Disposal lines (sewage) takes up.

By dividing it into scaffolding elements, it makes more sense The size and use of faceplates is just about every one conceivable arrangement of the sanitary elements possible. For example, U-sinks, UCs, bidets or showers can be used varies in any order or number uer- ·; the. It is irrelevant whether the sanitary elements 1

of an assembled in the same manifold or uand |, -from a central distributor (Stockuerksverteiler), f uel- rather elsewhere in the building is assembled, to be approached.

The thickness of the permanent formwork is aligned with wall scaffolding according to stat:

Viewpoints.

according to static or installation-related ge L

It is possible to use the lost scaffolding elements industrially prefabricated and delivered to the construction site as complete units. The lost assembly frame is formed by assembling the plantation framework elements. It will be done in subsequent operations after Provide the pipe assembly with the formwork material (plaster base) and integrate it into the building structure by pouring. Different materials can be used for pouring, either thermo-technical or static Adjustments are possible. | i

The entire domestic hot water system is protected in the |

Depth of the Montacje scaffolding, whose profile space is separated by the two |

the outer end angle is limited. Sij

Uerden used, for example, plasterboard or the like, instead of the lath (preferably Rippenstreckme- f tall) can, for RaumabschluG other materials Ünn

find suitable use .

Doors, partial plauer breaks for windows, Ki already for systems usu! or different uranium strengths sine möolich. The build-up of the wall can be achieved through the selection of the filler the requirements of the switching technology are adjusted -> uerden.

The system requires the installation of the installations stockuerksueise in the uachsenden Eaukörper, uas the It has the advantage that after completion of the structural work without Interruption with the plastering work.

The external framework is preferred to the

Ueiligt ceiling formwork installed. The pipe installation takes place before concreting the respective floor slab. This ensures that empty pipes, uelche hot water pipes and several pioneering scaffolds together. || that can connect, be guided in the floor slab ", and are thus protected from damage during removal. There is also no need for additional leveling screeds when laying pipes on the floor ceiling, in particular are necessary when installing underfloor heating. That wage-intensive slapping with the associated, Partial destruction of the structure is not necessary. Fitting dimensions are strictly observed; Damage οεγ installations in the riontag frame are hardly possible. The whole The set of components can be built up with a few tools. As an alternative, it can be installed on the finished concrete ceiling.

Exemplary embodiments of systems of the set of components according to the invention for creating systems for guiding a medium in plastic pipes are described in more detail below with reference to the drawings; there-

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at demonstrate: Fig. 1 Fig. 2 Fig. 3 Fig. 4th Fig. 5 Fig. 5

Fig. 1 shows the basic structure of a lost

Formwork with wall scaffolding.

the routing of the feed and waste water pipes in the framework.

the planning options for permanent formwork with IJsridner scaffolding.

Embodiment r- ··; = - r ■: ^ plates and Adapter.

Fig. 5 embodiments of the front panels and

Adapter.

a domestic hot water system in schematic graphical representation.

1 shows the basic structure of a wall element designed as a lost wall framework. The side Angled profiles (1) are interlocked by struts (2) or stiffeners (3) connected. The Uinkel can with Holes must be prefabricated in the RastermaQ. The angles are permanently protected against corrosion. The one formed from the corner The frame is fused, riveted or screwed at the joints. The front panel (4) carries connections for Sanitary elements such as cisterns, washbasins, etc. and can can be varied at will. The following parameters can be freely selected depending on requirements, e.g. standards: width, Design of the front panel, height arrangement of the front panels, one or more front panels per element, placement on the front and / or back of the lost framework.

This means that all commercially available sanitary elements can be installed in the system described.

In Fig. 2, the line routing in the assembly frame can be seen. The front panel (4) contains the supply (5) and disposal connections (6) and, if necessary,

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Stud ociar nuts (7) for fastening the sanitary elements. The flexible protective tubes, preferably made of polyethylene, run through from the front panel (8) the Uand cavity (9) that arises between the Uinkeln. The medium-carrying line running in the protective hose itself can be made of all approved materials uerden. On the side facing away from the outer wall adapters (io) are mounted on the front panel. The adapters form a protected cavity (11) that holds the connection fitting records. At the same time, because the protective tube opens appropriately into the adapter cavity, no Dirt reach the connection fitting from the Uand cavity (11).

The basic elements shown in FIGS. 1 and 2 allow a number of planning variants of those in FIG. 3 Embodiment is shown.

There is a bidet next to the Uaschbecken elements (12) (13) and UC (14). On the back of the bidet is also a sink element (15) attached. The spaces between the functional frames can be of any width Adding frame (16). A concealed ventilator will also be shown or bleeder (17). In the middle area, the expanded metal rib (18) used as formwork shown.

As a rule, the lost scaffolding is designed floor-to-ceiling. You can directly or on the ceiling cladding sit on the finished floor. Partial, inserted or backed into conventional walls are also possible Set wall frameworks for e.g. spisgel niches (19) or the like. A door or window opening is not shown in the picture, which is made using the technique of lost scaffolding. Another variant is a partition

(2ο) for e.g. shower / bathtub. Ϊ-

The front panel design for 1

Basin attachment roughly described. Since the front ft

panel an essential element of the permanent formwork |

and also the link between the standard 1

but represents different fittings, describe |>

see the front panel design in Fig. Λ in more detail. |

The Frorc plates (5) receive in principle either a | Another adapter element (io), which in shape and size at j! the respective task is adapted and one
Cavity (11) forms, or the fitting (21) is direct; on the front panels using pipe clamps or clamps (22) ^! attached. The adapter element is located on the side of the front panel facing away from the outer wall. It is | · either by screws (23) or by expanding bolts (24) | held. Other mounting options, such as stud bolts cast in the adapter, are possible. The protective tubes (9) are t plugged into the fitting openings of the adapter. * The number depends on the respective requirements. ^J

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Furthermore, Geuind bores (25) are prepared in the adapter, in which later the valve (21) is attached by means of screws (23). The lining piece (26) prevents the penetration of dirt centers the valve and absorbs side forces. If necessary, e.g. in the case of shower fittings, the mounting hole (27) can be replaced by a Cover the cover (28). Appropriately, this happens only after the final assembly. There in general the size of the adapter cavity (11) can be such that several elements can be accommodated in it, there are innumerable design options. Adapters for siphon and concealed ventilation are not shown in the picture or foot presses. A distribution box into which the risers open can also be used without difficulty housed.

When the various sanitary elements are in place, The individual front panels are therefore in their planned place, in the initially hollow wall each can only conceivable installation bzu. Cable routing carried out. The flexible ones, preferably made of polyethylene Empty conduits, which are connected to metal wires or nets can be provided better location, and contain the medium-carrying lines in their interior, connect every desired feed or supply opening. Gb now the direct route, supplier / consumer or consumer / disposal company is selected, is subject to the desired planning.

The elements are preferably installed on the ceiling formwork, i.e. before the floor ceiling is concreted.

First of all, at the points indicated above, the foot winches are I

nail on the cladding. Then the proposed

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Completed disposal line inserted in the Uand area. The previously provided and pre-made lost Scaffolding is then put over one after the other the drain installation and rivet or screw it to the FuQuinkeln. Before this operation will be the free ends of the disposal lines into the openings in the front panels of the lost assembly frame plugged. This ensures that the disposal lines are aligned in the lost assembly scaffolding are laid (axial dimensions, angular accuracy). To the Finally, connect the two upper longitudinal angles with the standing scaffolding.

The pipe assembly begins with the pulling in of the medium-carrying Cable with protective tube, the assembly works from the consumer in the direction of the feed. This procedure allows the protective tube into the adap

to plug in, pull the hose carrying the medium out of the front panel, and place the fitting on the hose to assemble and the whole thing, after it has been pushed back into the opening in the front panel, with screws in the Attach adapter. The pipe leads to the feed point in the cavity of the lost assembly frame. there The assembly process described is repeated.

Other assembly methods are conceivable and depend on the local or pre-planned possibilities. So can For example, the pipe carrying the medium must be installed without a protective hose. Especially during the initial assembly, while uelcher the lines in the lost assembly frame are easily accessible, other methods may be used.

In the further course of assembly, the surface will penetrate Expanded ribs closed. It is by means of drill

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wires attached to the assembly frame.

Due to the good accessibility and interchangeability of all fittings and armatures, the ceiling can be concreted before or after the pressure test of the pipe system. The exchange of the medium-carrying pipes remains obtain. Any damage to the pipes is recorded by the pressure test.

After the stockwsrkswänds are erected, the lost one will be Formwork secured with tension wires and concreted, the pipes lie firmly in walls and ceilings can be used immediately. The same procedure is used for multi-storey buildings.

The wall is plastered, and the ribbed metal which was previously the formwork medium, now serves as an excellent plaster base. Can on the expanded rib metal Tiles can be laid in the mortar bed without plaster.

Fig. 6 shows a bathroom that in that described above Kind of was executed. The individual front panels of the sanitary facilities are taken from a distributor approached. The shortest route to the consumer is expediently chosen from the distributor. to You can also see the disposal through the drain installation and the laying of the supply lines in the Floor ceiling.

Claims (1)

PROTECTION CLAIMS 1. Set of components for the construction of installations for flexible, exposed pipes carrying the medium with or without coaxial empty pipe parts, preferably made of plastic, for service water, \ denoted by a as a carrier jj 1. formed, lost wall scaffolding (1, 2, 3) or a Prefabricated component, front to be attached or built in ! plates (4), supply (5) and disposal connections (6) as well as forming cavities (11) on the carrier, the aforesaid Connections receiving adapter (10). 2. Set of components according to claim 1, characterized 9 e ) indicates that the front panels (4) as Mounting plates provided with openings for fastening the supply (5) and disposal connections (6) as well as for Fixing of sanitary facilities, such as wash basins (12), Sinks (15), cisterns. Bidets or the like, as well as the for this purpose, the required operating elements are designed. 3. Set of components according to claim 1 and 2, characterized Marked i c h net, the one on the one on the other The side facing away from the outer wall is provided on the front panel Adapter (10) can be screwed or clipped onto it for attachment and to accommodate the armatures, fittings or functions they are trained. A. Set of components according to claim 1, 2 or 3, characterized in that an adapter (10) has a cavity (11) for receiving the ventilation the Brauchwasrerlei device and with fitting openings for receiving protective pipes or protective hoses (9) are provided. 5. Set of components according to claims 1 to 4, characterized in that an adapter (10) forms a cavity for receiving a concealed cistern and fastening devices or openings for the supply and discharge lines. 6. Set of components according to one or more of the preceding claims, characterized in that that the lost wall scaffolding consists of lateral angle profiles (1), which are connected to each other by struts (2) or reinforcements (3) are connected, with the front panels provided with openings on the angle rails (1) are attached. 7. Set of components according to one or more of the preceding claims, characterized in that that in the front panels (A) on the rear side connected adapters (10) the connection fittings for the supply and disposal connections are fixed.