DE7014499U - PRE-FABRICATED ELEMENT - Google Patents

Description

ί ■ t 'ι * · · «
' I II · · ·
IfIIt 'f · «
It (« ψ
Γ t ι ι PATENT ADVOCATE DH. D. LOUIS 85 NUREMBERG Kesslerplatz I Telephone 0911/558176 Telegrams: Burgpitent

10 870

Amberg cooling, Maschinenfabrik Gebrüder Schubert, Amberg

_ ■ prefabricated building element

In an older pike there is a prefabricated element for installation has been proposed in a building with heating or air conditioning, consisting of a frame structure for inclusion a radiator and / or an air conditioner in which a ready-to-connect radiator and /

or an air conditioner permanently arranged and the frame kojistruk-

r tion is at least partially closed by a Frout cladding

The conception of the subject matter of the earlier law lay the task underlying to improve the known prefabricated elements of this type so that with the creation of the shell, the heating or air conditioning system is already installed ready-to-use without additional Assembly work is required and the execution of the work is connected to the setting up of the shell

101449923.7.70

the manual work, e.g. laying the screed, is simplified. For this purpose it is provided that the heat sink and / or an air conditioner is already firmly arranged in the frame construction and the frame structure is already closed with a front panel in such a way that Bie will later remain in the occupied state of the house. By dieee .Type the arrangement, the prerequisite for overall (■ is creating that prepare the finished component velvety during installation. 'Liehe required connection and completion operations that are normally carried out only after preparation of the reconstruction site are carried out Dasu includes that the inner wall of the frame structure as well as · '■■ - the radiator or the air conditioner have already been painted or

are painted. -

The prefabricated element explained above is self-evident.

'■ did not borrow »· ,, ·· for installation in ordinary masonry alone . . Bricks suitable, but can be due to its stiffness.

Design also in concrete or other cast building materials - pour '..' "·· '.

• According to the present invention, the prefabricated component is now to be improved by the fact that the frame structure from a liquid-tight sealing of the interior

^; '. . Protective covering is covered.- ■

This protective covering can expediently be departed

. ' ■■ ''. ■■■■ ". '■■■ ·:''7 ^ 49923.7.70.' ■ 'V ^; - ^: " vfX- ·· ¹ ' / :: ^; vV

iL

• · ta ·· · ·

>. t ι · ■ ■ ·

• I I I I t »ι ι ι

or in some other way at the gate in the surrounding Separable building material. In a further expedient embodiment it is provided that on the outside of the protective covering Paragraphs are provided which, when pouring around with casting building materials, spare channels or the like for connecting lines.

Due to the design of the prefabricated component according to the invention the advantage is imparted that moisture can penetrate, e.g. when pouring light or heavy concrete is inevitably present, in the ready finished and preferably already provided with fittings inside the frame structure is impossible. It is thus ensured that the interior is not impaired in terms of its appearance nor damage to the equipment inside.

Further advantages and features of the invention emerge from the following description of a preferred exemplary embodiment with reference to the accompanying drawings and from the Subclaims.

Show it:

FIG. 1 shows a vertical section through a prefabricated structural element according to the invention;

FIG. 2 is a front view of that shown in FIG

Prefabricated building element after removing the protective covering and. .

FIG. 3 shows a section along the line III-III in Figure 2.

tr

According to the illustration in FIG. 1, there is a prefabricated component according to the invention designated as a whole by 1 essentially from a box 2 made of sheet steel or plastic, optionally reinforced with fiberglass, in which on not A heating element 3 designed as a convector with flow and return lines 4 and 5, as shown in more detail

is attached. Der.Stahlblechkasten 2 itself is made, for example, in a welded construction and on the for Building interior facing side open. On the open side of the sheet steel box 2, a front plate or front cladding 6 is placed, which has an inlet on its underside. * "- ■ - occurs opening 7 and an outlet opening on its top 8 for the air to be heated by convection.

- In a particularly practical construction, the sheet steel

~) box bent from a piece of sheet metal, with the side panels are attached by spot welding. A layer 21 of applied polyurethane foam, which is used for thermal insulation, makes the sheet metal box so tight that it can pass through liquid at the edges is avoided. On the front side, the protective plate 17 with the actual sheet steel box 2 is liquid by means of adhesive strips »» tightly connected. Care must be taken that the material used for the thermal insulation and the protective plate

? Q 14499 July 23, 1970

Il I ι t t I * ■

ill lit

I (II * Il «

• 111 (1 I t ■

is insensitive to the casting compounds, e.g. concrete, or is at least resistant until these building materials have solidified.

As a rule, the frame construction, i.e. in the illustrated Embodiment of the sheet steel box 2, with its front edges flush with the wall or wall complete, Since its rear area therefore has sufficient strength against the pressure of the used Has cast building material in its liquid state, the thermal insulation layer 21 used must once have a sealing function take over and on the other hand be able to cope with the external stresses during transport and installation. She poses so at the same time a certain protective cladding. Since the frame construction on the inside facing the building The front side is open, the protective plate 17 must itself take on a support and sealing function. So she must be so strong '

- be designed so that they can withstand the stresses and strains of transport

(and withstands installation. For example, it can consist of a Resistant pressboard or plastic plate exist.

Should the connection lines for the radiator contained in the prefabricated component or the air conditioner partially through the wall are guided so that the creation of channels outside of the sheet steel box 2 is necessary for this, Thus, according to FIGS. 2 and 3, the thermal insulation layer 21 is followed by lugs 23 on the sides near the floor and provided on the floor of the prefabricated part itself.

■ —— " ; ; ;

These approaches are in accordance with the design desired of the channel shaped and expediently exist either from a remaining in the wall hollow body made of plastic or the like. or from an easily removable ^ while sufficiently resistant building material, e.g. Foam.

With the proposal according to the invention, it is now possible actually a prefabricated component of the type described above completely completed and also in terms of appearance to be installed in the final state during the construction of the shell of a building. Everyone can Fittings such as control valves, vent valves, heat consumption meters and the like must be installed from the start, since there is no risk of damage or contamination.

The invention. Is not limited to the illustrated embodiment.

game or the scope of the following claims.

Rather, it includes everything new and inventive compared to the state of the art.

Claims (6)

Sctautzoas sayings Prefabricated element for installation in a building with heating and / or air conditioning system, consisting of a frame structure To accommodate a radiator and / or an air conditioner with a ready-to-connect in the frame structure Radiator and / or an air conditioner fixed and the frame structure at least partially through a Front panel is closed, characterized in that the frame structure (2) is from one of its Xnaenraura liquid-tight protective cover (17, 21) is covered. 2. Prefabricated component according to claim 1, characterized in that that the protective cover (21) consists of a sprayed-on plastic. 3. Prefabricated component according to claim 1, characterized in that the protective covering (21) consists of a glued on or foamed heat-insulating plastic. 4. Prefabricated component according to one of claims 1 to 3, characterized in that.es can be cast in a cast building material. > f »t 5. Prefabricated construction element according to claim 4, characterized in that -1 -yi that the cast construction material contains cement, for example light or heavy concrete. . ~. 6. Prefabricated construction element ru; h one of claims 1 to 5, characterized in that the protective covering (17) can be separated from the cast construction material at the pouring edge 7 · prefabricated building element according to any one of claims 1 to 6, characterized in that the protective covering (21) is treated according to its outer side to increase the adhesiveness to the semolina building material, eg adhesion promoters carries. . 8 «prefabricated element according to one of claims 1 to 7, characterized characterized in that on the protective covering (21) from sät se or molded body (23) for the formation of channels in the cast building material are arranged.