DE202005012247U1 - Balcony to add to building facade has hollow section piece to support balcony and base module whose height can be independently adjusted against hollow section piece and roof module to cover balcony - Google Patents

Abstract

The balcony has a hollow section piece (2) to support the balcony (1). The balcony has a base module (23) whose height can be adjusted independently against the hollow section piece. It has an indentation to lead off rainwater into the hollow section piece. The section piece can have an electric switch eg light switch and ventilation fan. The base module can have a roof module (6), with lighting (7) if wished, mounted on it in order to form a roof for the balcony underneath.

Description

The Innovation concerns a balcony for attachment to the facade of a Building.

Of the Innovation is the object of offering a balcony, the especially inexpensive can be produced.

These Task is by a balcony with the features of the protection claim 1 solved. Advantageous embodiments of the balcony are realized in the dependent claims 2-8.

Of the according to the modern balcony for attachment to the facade of a building has at least one Hollow profile element for support of the balcony and a floor module. By such a modular design the renewal balcony is inexpensive to produce.

In In a particularly advantageous embodiment, the floor module separately height adjustable across from the hollow profile element and opposite the whole balcony. This can be done after attaching the balcony to the Facade of a building in each floor still an exact adjustment of the floor module and an adjustment to existing balcony access of the building respectively. It no longer necessary to adjust the balcony as a whole in height, rather it is possible individual floor modules separately height accurate adjust.

To a further advantageous embodiment has the balcony a recess for the discharge of rainwater, with no separate Rainpipe is provided, but accumulating and derivable Rainwater into the interior of a (corrosion-resistant or hot-dip galvanized) Hollow profile element is derived down.

At the lower end of the whole balcony may have a drain opening, from the derived rainwater of each balcony further dissipated or fed to a leaching becomes.

According to one further advantageous embodiment is in the hollow profile element at least one electrical switching element, e.g. a light switch, integrated. This is no longer necessary electrical switching elements, such as e.g. Switch, building side to install and provide. Rather, such electrical Elements are integrated into the balcony. It is only necessary the electrical switching elements of the balcony with a building side to provide electrical supply.

To a further embodiment can also be known per se in the hollow profile element at least Air extraction device (e.g., a blower) for exhausting polluted Air, e.g. from smoke or smoke, be dissipated.

Also therefor it is no longer necessary to have a separate air extraction device with a separate piping to remove the polluted air provided. The cavity in the hollow profile element is in turn used and serves for removal used and polluted air.

According to one further advantageous embodiment can on the floor module on the underside a ceiling module to form a Blanket, e.g. For an underlying balcony, be attached. This can be for the users the underlying balcony creates a pleasant living feeling become and it creates a closed ceiling impression.

advantageously, can to form a ceiling ceiling modules, in particular folded sheet metal elements (e.g., U-profiles with or without upper further convolution) for production the ceiling can be used. As a result, by inserting and positive fixing the respective ceiling modules in the floor module quickly and inexpensively closed ceiling are formed.

The Ceiling modules in particular have cavities for the attachment of electrical additions and for the integration of lighting elements.

In order to it is also no longer necessary to illuminate the balcony building side and at the building to use attached lighting elements. Rather, the lighting elements integrated into the balcony and can e.g. above the switches, which are also attached to the balcony, are operated.

According to one further advantageous embodiment On the balcony there is an (electric) awning device or sun protection device be attached.

The Innovation is based on an embodiment further explained in the drawing figures. Show it:

1 a front view of a balcony,

2 a side view A of 1 .

3a a cut B-B after 2 .

3b a section C-C after 3a .

4 a section D-D after 1 .

5a an integrated switching element,

5b a side view E of 5a .

6 a cut F-F through the ceiling of the balcony 1 ,

1 shows a balcony 1 in front view with hollow profile elements 2a and 2 B and behind it further two hollow profile elements (see. 2 , there hollow profile element 2c ) Displayed. On the balcony 1 is a railing 4 attached as well as a railing filling 25 (Balcony facade).

The balcony 1 consists of four at the corners of a floor plan, such as a rectangle, mounted hollow profile elements 2 , Between the hollow profile elements 2 is a floor module 23 attached, which via screw connections 8th with the facade (wall) of a building to attach the balcony 1 is connectable.

The floor module 23 is in particular independent of the adjustment of the hollow profile elements 2 in the direction 26 height adjustable, so that the accessible upper level of the floor module 23 , For example, to the height of a lintel in the wall of the building, can be adjusted.

The railing 4 can as a handrail 5 be trained and three-sided around the balcony 1 be appropriate (see also 2 ).

In the upper area of the balcony 1 to 1 there is another upper floor module 23 in which ceiling modules 6 (see. 6 ) can be inserted.

This can be used in a floor module 23 after attachment and height adjustment to the hollow profile elements 2 on the one hand ceiling modules 6 to form a blanket and on the other a floor covering 13 for walking the floor module 23 be attached.

The floor module 23 is designed in its simplest form as a circumferential L-profile, in which ceiling modules 6 can be inserted and on which a floor covering 13 (eg made of wood or stone) is attachable in the ceiling modules 6 can light elements 7 to get integrated.

The entire balcony 1 Can via adjusting elements 27 also in the direction 26 opposite the foundation 9 be adjusted in height.

2 shows a side view A of 1 where identical components as well as in 1 are designated. About the screw connection 8th can the balcony 1 with a non-illustrated housing wall in the area of the screw connection 8th get connected.

The floor module 23 can turn in the direction 26 in particular individually independent of the separate height adjustment of the hollow profile elements 2 be adjusted in height.

3 shows details of the attachment of the floor module 23 in height adjustable form by way of example on the hollow profile element 2c , The bottom module has this 23 slots 28 , which is a height adjustment of the floor module 23 in the direction 26 allow, within the opening range of the slots 28 , As adjustment can be another adjustment 29 be provided, which is an adjustable screw, depending on the degree of screwing / unscrewing of the adjustment 29 in a on the hollow profile element 2c attached (four) edge element 34 with internal thread the screw connection and thus the attached floor module 23 in different height positions on the hollow profile element 2c be positioned.

After reaching the final desired height position of the floor module 23 be the screws 32 and 33 attracted and becomes the height-adjusted floor module 23 resilient on the hollow profile element 2c locked. 4 shows a sectional structure of a floor module 23 with flooring inserted from above 13 (eg wood or stone), where the flooring 13 slightly inclined to the horizontal, so that impinging water (especially rainwater) can drain and the depression 12 (Gutter) can be supplied. The gutter 12 is in turn inclined and leads impinging and dissipated water, eg from the hollow profile element 2 B the hollow profile element 2a according to 1 to and directs the water in the hollow profile element 2a for further discharge in the inner cavity of the hollow profile element 2a down from. At the lower end (eg in the area of the foundation 9 ), the rainwater discharged from above the individual balcony levels can be further derived (not shown in detail).

5a shows a hollow profile element 2 with integrated light switch 17 , In the hollow profile element 2 In the inner cavity also other electrical units, such as a distribution box with transformer 30 be attached ( 5b ). 6 shows a section through a floor module 23 with integrated ceiling module 6 , In the floor module 23 are ceiling modules 6 , in particular in the form of folded sheet metal elements 22 introduced so that when inserting the ceiling modules 6 a cavity 21 arises in the lighting elements 7 can be attached.

On the balcony 1 Further additional modules (eg fire stairs or escape stairs) can also be installed (not shown).

1

balcony

2

Sectional element

3

adjustment

4

railing

5

handrail

6

ceiling module

7

light element

8th

screw

9

foundation

10

notch

11

adjusting screw

12

deepening

13

Flooring

14

steel frame

15

pipe

16

substructure

17

light switch

18

socket

19

transformer

20

power supply

21

cavity

22

Faltblechelement

23

Base module

24

Air extraction device

25

railing panel

26

direction

27

adjustment

28

Long hole

29

adjustment

30

transformer

31

cavity

32

screw

33

screw

34

Kant element

Claims (8)

Balcony ( 1 ) for attachment to the facade of a building, wherein at least one hollow profile element ( 2 ) to support the balcony ( 1 ) is provided and the balcony ( 1 ) a floor module ( 23 ), which in particular separately adjustable in height relative to the hollow profile element ( 2 ) is trained. Balcony according to claim 1, wherein a recess ( 12 ) is provided for the discharge of rainwater and the derived rainwater in the hollow profile element ( 2 ) is discharged. Balcony according to one of the preceding claims, wherein in the hollow profile element ( 2 ) an electrical switching element, eg a light switch ( 17 ) is integrated. Balcony according to one of the preceding claims, wherein in the hollow profile element ( 2 ) an air extraction device ( 24 ) is provided for the extraction of polluted air, such as smoke, smoke, etc. Balcony according to one of the preceding claims, wherein at the floor module ( 23 ) on the underside a ceiling module ( 6 ) for forming a ceiling, eg for an underlying balcony ( 1 ) is attachable. Balcony according to claim 5, wherein the ceiling module ( 6 ) into the floor module ( 23 ) can be inserted. Balcony according to claim 5 or 6, wherein the ceiling module ( 6 ) as a folded sheet metal element ( 22 ) is trained. Balcony according to one of claims 5 - 7, wherein in the ceiling module ( 6 ) a luminous element ( 7 ) is integrable.