DE8307071U1 - FACADE RUST - Google Patents

Description

"Facade grate"

f) The invention is based on a facade grate or Öergl., consisting of two arranged in the locking longitudinal direction Reinforcement profiles and between these disordered grid locking segments that with the stiffener ungspraf ilen are connected, with the facade rust on brackets mounted on the building side ader tiergl. is stored and the grating segments from There are supporting rods arranged parallel at a distance from one another and filler rods laid transversely thereto.

Such known facade notches are usually relocated swords that are known as hoofs and are fixed to the building and can have a free span of up to 3QDÜ mm, for example.

They serve as escape routes, as catwalks for window cleaning and as sun visors.

The gratings that are used for the production of facade gratings can be of different types and locking heights exhibit.

If a relocation with the purpose of reduction • If sun exposure is intended, it is common froBe Rosthühlen to use, in which case the Supporting beams laid lengthways and welded through Latches are supported.

Usually used to form facade gratings »White stiffening profiles arranged at a distance, for example L-profiles, C-profiles, U-profiles or box profiles used, in which the grid frame segments are inserted and get bumped against each other

For fixing the grid segments on the stiffening profiles, it is common welds \ orzusehen _c through the welded joint, however, there is a danger dab the surface of the grates and / or comparison is "teifungsprofile damaged, for example when it is calibrated to galvanized or plastic-coated material, the laying effort is still very costly due to the additional work required.

Of these, the invention of _w consistently has the object to create a facade of rust gattungsgemäBen way greatly diminished in the one hand, the installation effort, but on the other hand, the damage dss grate BEZW. the ver

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stiffening profiles practical thanks to assembly work is excluded.

In addition, a considerable stiffening of the facade grating should be achieved.

The invention proposes to solve this complex problem before that the stiffening profiles on their rust facing flank running in the longitudinal direction Have inset, in each case the outermost support rod of the supporting structure running with IMngs Grating can be pushed in, one end edge of the respective support rod rests against the base of the essentially U-shaped insert and the other end edge of the bearing bar applied to a profile's own stop is.

The insertion of the stiffening profile can, for example in the case of profiles formed on sheet metal by simply turning the profile over, so that preferably on its A pocket is formed on the lower edge, in which the support rod is attached to each grating step to be laid can be inserted into this pocket.

* t I M 111 «i ■ ·« ■ ■

The stop on the one opposite the slot Side edge of the V / reinforcement profile can be through a Bevel be formed ader the like.

The installation effort is considerable due to this training reduced, with also damage to the stiffening profile and / or the grating practical thanks to the assembly excluded are.

In addition, there is a considerable increase in the section modulus against bending.

This is because there is considerable stiffening of the edge zones achieved by the reinforcement profiles, which are pushed onto the respective edge support rods. Thanks to the sliding fit, no further fastening of the profit and / or the grating segments is required, since borders are usually attached to the head ends of the facade gratings.

In order to avoid bending, the inventive Proposal only a corresponding dimensioning of the stiffening profiles is required.

The dimensioning of the stiffening profiles has to be done in coordination with the grid segments

I I I 1 Il ti *

In a further development, the invention proposes that the prefile's own stop should also be U-shaped Admission for the front edge of the bearing rod that is in contact with it mostly.

The stiffening profile is on this Uleise guided support rod on its upper and lower edge out so that it does not know how to move due to deflection.

As a result, the insertion depth of the plug-in unit is much smaller than when the support rod is only is overlapped on one side by the insert and on the other hand is placed against a pre-owned stop.

Particularly when only one-sided vGm insert is overlapped ; At the edge of the bearing bar, it is useful that the flank

hähs of the U-shaped insert at least half Corresponds to the height of the bearing rod.

An advantageous further development is that

the insert on the one facing away from the support bar surface

Side of the stiffening profile is arranged.

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In order to achieve excellent rigidity against lateral vibrations even with large spans, it is advantageous that a substantially closed hollow profile is formed on the insert. what parts of the face a flank respectively. the base of the U-shaped Inset forms.

An advantageous further development is seen in that on the flank of the V / reinforcement profile =, the dem respective support rod is adjacent, between the insert and the stop a longitudinally continuous, 3tur support rod side surface protruding from this Supportable support rib is formed.

This training is particularly useful for grating segments advantageous, in which the cross bars across enteprechenrie Openings of the support rods are pushed through and each twisted to form an interlocking connection and the outer surface of the outermost "fagstabes" is then protruded from the ends of the crossbars. On the one hand, these ends are visually unattractive and, on the other hand, must be in corresponding cavities in the reinforcement profile be housed.

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So in this case under load buckling or fr-

Bending of the outer supporting rods is prevented, f molded the additional support rib, which an additional | forms immediate support against deflection. §

LJm through the stiffening profiles at the same time a skirting board |

to form as security against slipping sideways, uird

suggested that the stiffening profile from the insert is extended beyond the stop and at his so formed free end at a considerable distance from the The grate surface is bent towards the grate, uiobsi the stiffening profile on its outer surface facing away from the grate at least approximately smooth-surfaced and free of protrusions is.

Embodiments of the invention are shown in the drawing

shown and described in more detail below. |

It shows:

1 shows a detail of a facade grating seen in section;

FIG. 2 shows a variant in the view according to FIG. 1; j

3 shows a further variant in the same view,

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The facade structure consists essentially of stiffening profiles 1, 2, 3 arranged in the longitudinal locking direction, of which only the one arranged on the right is shown in the drawing, as well as bitter grate segments k, 5 arranged between these.

The facade grate is mounted in the usual way on brackets or the like held on the building side. The grating segments k, 5 consist of supporting rods 6, 7 arranged parallel and at a distance from one another and transversely Ηατιι inminnlsfi ΓΓ.1 lntUk. ·. O α

wufc-M WW ^. ACtJ ucii ■ UAlOliauCll U, 7.

In the exemplary embodiment, a Fasaadenroat construction made of steel is shown in FIGS. 1 and 2, in which both the stiffening profile 1, 2 and the grating k are made of hot-dip galvanized steel.

The grating is in the usual way by pressing bezhi. Welding formed by rods.

The embodiment according to FIG. 3 shows a stiffening profile 3, which is extruded from aluminum while the grating 5 is also made of aluminum bars, the filler rods 9 being inserted through corresponding openings in the supporting rods 7 and positively locking by twisting is fixed.

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The V / reinforcement profiles 1,2,3 point to the grating If, 5 facing flank one running in the longitudinal direction Insertion 1D into which the respective first support rod 6

respectively 7 of the grating k respectively. 5 is retractable.

The support rods 6 respectively. 7 in the longitudinal direction of the Façade grid relocated. One end edge 11 of the respective support rod 6

respectively 7 lies en the base of the substantially U-shaped

Slot 1D. The other end edge 12 of the support rod 6 bewz. 7 is

1 and 2 to a profile-specific stop 13

created.

According to FIG. 3, the profile's own stop 13 also has a

approximately U-shaped receptacle for the front edge resting on it

12 of the support rod.

The Trsgstsb 7 is thus geisMB Fig * 3 on both of them LMngsrandkanten firmly held. In the embodiment according to ^{FIGS. 1 and 2 4} '.t the flank

the height of the U-shaped slot 1D is at least half that

Height of the support rod 6 dimensioned accordingly. This is necessary in order to prevent the bearing rod G to prevent, since this is not at its upper edge

is positively driven.

All examples have in common that the Insert 10 on the one facing away from the support grid surface Side of the reinforcement profile 1,2,3 is arranged. In the exemplary embodiments according to FIGS. 2 and 3, the insert 10 is an essentially closed hollow profile 14 beziij. 15 molded, which surface parts of a Flank bezu. the base of the U-shaped insert 10 forms.

In the embodiment according to FIG. 3, the cross bars are standing slightly over the outer surface of the outermost bearing rod out.

For this overhang there is a 3 in the stiffening profile necessary insertion space created, with an over the entire length of the stiffening profile 3 running Support rib 16 is provided, which is supported on the outermost support rod 7 when the outermost support rod 7 is bent can and sd causes stiffening.

What all embodiments have in common is that Reinforcement profile 1,2,3 from insert 1D over the stop 13 is also extended and at its free end so formed at a considerable distance from the grate surface to the grate is bent.

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^{The stiffening profile 1,} 2, 3 is on its 1 facing away from the detent. The outer surface is designed to be at least approximately smooth and free of protrusions.

The extension of the stiffening profile serves as a Skirting board and thus as a security against sideways

Slipping off.

All new individual and Hambinatian features disclosed in the description and / or drawing become regarded as essential to the invention.

Claims (1)

Patent attorney: · - * .. ".. '· .. ** .. d9pl.-ing. Johannes papproth Ladenscheid ■ Oenekinger Weg 7 · ® (02351) 20655 Patent attorney Dipl.-Ing. Papprcth - 5880 Lfldenscheid · Oenekinger Weg UNR: 10 6S My file no. 25.SS please specify Your reference: CJK / U. Date: 1Q. March 19-3 Utility model registration Note: Aliendarfer factory for steel processing Ing. Herbert Panne GmbH, a Cg ₃ HG. 6349 Greifenstein-Allendarf Ss title: Fasaadenrast £ Protection claims: 1. Façade rest vein the like, consisting of reinforcement profiles arranged in the longitudinal direction of the grate and admixing these arranged grating segments, which are connected to the stiffening profiles, uiobei the facade rest is mounted on brackets held on the building side and the grid locking segments are parallel consist of supporting bars arranged at a distance from one another and filler bars laid transversely thereto, characterized in that Postal checking account: Dortmund 25334-460 Bank account: Commerzbank A.G. Lüdenscheid (BLZ 45840Ö26) No. 6234512 J »> 111 » 13 <1 that the \ iersteifunnsprafile (1,23) on their dem Bitter rust facing flank have a longitudinally extending insert (10) in which the respective outermost supporting rod (S, 7) of the one with longitudinal supporting rods laid grating (* », 5) can be pushed in, one end edge (11) of the respective support rod (G, 7) at the base of the essentially U-shaped insert (10) rests and the other end edge (12) of the support rod (6,7) on a profiled stop (13) is applied. 2. Facade rest according to claim 1, characterized in that that the profile's own stop (13) is roughly misshapen Cfig has a receptacle for the front edge (12) of the support rod (7) resting against it. 3). 3. Facade grate according to claim 1 or 2, characterized in that the flank height of the U-shaped Einchubas (10) corresponds to at least half the height of the bearing rod (G) (Figures 1 and 2). • · «If *« * according to • ■ · · t ♦
■ k. Facade grate according to one of Claims 1 to 3, characterized in that «, marked. that the slide-in module (10) is on the I I rust surface on the side of the reinforcement profile f I (1,2,3) is arranged. ^!H 5. Facade grate according to one of claims 1 to 4, characterized \ a '' - characterized in that on the insert (10) / essentially _; closed hollow profile (it », 15) is formed, which
Area parts of a flank related. the base of the U-shaped
Insert (10) forms (Fig. 2 bezui. 3). 1 6. Facade grate according to one of claims 1 to 5, characterized It indicates that on the flank of the stiffening profile
(3), which is adjacent to the respective support rod (7),
between the insert (10) and the stop (13) a
Continuous in the longitudinal direction to the support bar side surface
projecting support rib (16) that can be supported on this
is formed (Fig. 3). 7. Facade grate according to one of claims 1 to 6, characterized
characterized in that the reinforcement profile (1,2,3) \ #ntn
Insert (10) extended beyond the stop (13)
is and at its so formed free end with considerable The distance from the grate surface to the grate is bent is, with the Wersteifungsprafil (1,2,3) on its the outer surface facing away from the edge at least approximately is smooth-surfaced and free of protrusions. r. ia3 / S2 § kB PatsnuiG PATENT ADVOCATE DlPL-ING. CONRAD-JOACHIM COOKING