DE7421401U - HANGING DEVICE FOR PANELS AND THE LIKE - Google Patents

Description

Applicant: 'ΛΌ RDWEST LOTTO ih North Rhine-Westphalia,

Suspension device for partition walls and the like

The NeneTüng bpbrif ft · a AufhMn ^ evoTrichtunp; for partition walls and the like, consisting of a hinge device connected to the edges of partitions and the like, which stands on the floor and carries the partitions. Suspension devices of the type indicated are used, for example, for open-plan offices or exhibition stands. The hanging device is suitable but also for furniture construction, for example for attaching doors to cupboard walls and for similar purposes. The term "partition walls" is intended to encompass the various types of use.

Are known suspension devices that consist of columns on which hinges are attached to the Edges of the walls are connected. The partition walls can thus be swiveled around the column. Hanging devices this type, however, have the disadvantage that partition walls vary only with difficulty in terms of height can be. They also have the disadvantage that the partition walls can only be hung in and out in a very complicated manner and that they are relatively clumsy in appearance.

For the innovation, the task is to improve the known suspension devices so that the mentioned disadvantages no longer occur «. It should

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Partition walls are created that have an elegant, functional appearance, in which the partition walls in their Attachment variable in height and easy to hang in and out. In addition, the hanging device should be inexpensive be manufactured, and be so easy to understand in operation that even technically inexperienced office staff learns to use the devices easily.

These objects are achieved by a suspension device according to the innovation, which is the hinge device has a cylindrical column provided with a support foot into which, about the axis of the column, can be displaced, Holding elements that are constant in their distance to the ground are to be latched, which can be detached with the edges of the partition walls are connected.

In order to keep the distances between the edge and the column axis small and a composite partition wall as possible To give a compact appearance, the partition walls are contoured in a cylindrical shape on the inside, with the The radius of curvature of the inner contour corresponds to the jacket radius of the column.

In front of the edge of the column is advantageously a Fastened profile strip, which has the designated inner contour and several locking devices for holding elements. In addition, the profile strip can be extruded. Through these measures it is achieved that in

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One adapted to the outer jacket of the column in the shortest possible time Inner edge of the partition can be prepared.

Further advantageous properties and developments can be found in the subclaims and the corresponding ones Parts of the description.

. Attention is drawn in particular to the possibility that

j the joint device designed as a column only over

a small part of the height of the partition is enough and

^: that more cylindrical sections of the column over the

• The height of the partition wall edge are distributed. As from the

'' Spelling, the joint device can thus-

i probably have an upward as well as a downward-looking one

Take up load.

i Properties and advantages of the innovation are based on

: an embodiment explained in the drawing

is shown. The figures in the drawing show:

: Figure 1 a partition wall edge with profile strip and upper

I part of the joint device;

j Figure 2 the edge with both parts of the joint device

tung;

Figure 3 shows a section through the profile strip at the end edge.

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In Figure 1, the edge 1 of a partition is shown, as it is used, for example, in shop fittings, open-plan offices or on exhibition stands. However, the edge shown can also be viewed as the end of a cupboard wall or the like. A profile strip 2, the cross section of which is shown in FIG. 3, is embedded in the edge 1. The cross-section of the profile strip has roughly the shape of a stylized flower. The cup-shaped front part is formed by a closed hollow profile 3, the front side of which has a cylindrical inner contour 4. The interior of the hollow profile has two inwardly facing webs 5 »6, which are mirror images of one another and each have a recess 7 at their free end. In the recess, an elastic strip can be inserted 8, which, as will be explained further below, presses against an inserted tongue of a holding element.

The rear side of the hollow profile 3 continues in a short web 9, which widens to a stop bar 10 on both sides. The web 9 continues behind the stop bar 10 and ends in a pin web 11, which has several bodies acting as barbs. With the journal web 11 , the profile strip 3 is generally embedded in the edge after a groove has been milled there beforehand.

The profile strip 2 has on its length that of the height

corresponds to the partition, several Cff nunger; 12. '';, · to expose the inside of the Monlprofile J. the Cf ι η oxiran εind as rectangular cutouts res ^ alue ^. In The cutouts are r * -shaped Hslteel-serite 14, Ί5 inserted. The holding elements 14 have the number ~ the Odals-Sune. They therefore have two lashings 16, and a short connecting web IS. The holding elements 14, 15 are, as in Figure 1, unLef, shown, pushed into the opening 12, the connecting web 18 either on the upper or lower limit of the opening 12 to lie korjrit.

A column is used as a hinge device between at least two partitions, which in the present exemplary embodiment is composed of a support part 20 and a connecting part 21 (see FIG. 2). The support part below only extends a small part over the total height of the partition. For example, with a partition height of 130 cm, the height of the support part is about 5 ^ ^m -ein. Inside the support part 20 there is a leveling foot 22 which is made up of a support piece 23 and a short threaded rod 24. A connecting tube 9 is screwed onto the threaded rod 24 and has a thread inside which corresponds to that of the threaded rod 24. The pre-binding tube has a smooth outer 30 along part of its length and ends in a short thread section

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A retaining ring 25 * which is sleeve-shaped and has two different bores in its interior, with a threaded hole 26 on the part 31 of the connecting flange screwed on. One more The existing bore 27 with a wider diameter comes at the level of the smooth outer wall 30 to lie.

ί On the upper part 32 of the connecting pipe

I then place a spacer ring up to wall 30

[ screws. Then another retaining ring is used

I 33 on the connecting pipe up to the upper edge of the di-

I punching ring 33 pushed on. The retaining ring 33 is

I also sleeve-shaped and has a smooth underside

I edge up. The dimensions of the thread lengths and ring

heights are dimensioned so that between the lower edge of the retaining ring 33 and the upper edge of the retaining ring 25 a gap 34 is formed. This gap is in Connection to a cavity which is present between the outer wall 30 and the cylinder bore 27.

A spacer tube 35, which can be extended as required, is pushed over the step-shaped retaining ring 33

(and, for example, as a connector to other input

I units of the joint device can serve. The pipe

I is usually about the length of the height of the partition *

% In the gap 34, the tongue 17 of the retaining element

'Section 15 inserted, with the connecting web 18 on the

, ι

ra: or. ;; - ;, d- ^: .1 rv.; r ^% --- i :. r r'i: γ -

ο t - _. w -j -

-1 ■

Ι :: · upper; _L '· ■ L> -: ■, J ¹ : · .- "V - ;. · =:.: ^R - Lrt: -r. N; - V · -. Rb L'viu:'. ^ - th ''! I iurrfi-M - ::, i 'r ί · - :: Ξι: · L · r - ■: "* _i: r' _r -u.- '" i --rgr-Ftfllt? i :. νΛ. Lir-C: V · ■ -r γ ir.d-.i ::? :: ■: ·: .- LI? 1 ': -.-: - r <ht - ¹ Jr = a: lower, rbltfrirr 57, i 'ν "' ό ·. * Γ (·: '. Γ ^: -. ·.:.:' ■ y; e?: ■■■ \\ 1 in. Tm lnrier ^ r; weipt :. ι- "· · i-, ρ G> .- _wi:; .lf-i .. · - ^ ?! Γ '.. · f y ^ t'i -i .'- etvjos more Zylirifl ^ rbohi-ü. '. R;' ·, * · ... '' · £ ir 7 ·: bin'.luv.gsroiir 40, da? In Ai '[:;i'. ^{C. C} ur. [: e :! ^: 'd Πρ. "*; ^] 1 to the Ye: birdun; ~: -rohr? 9 corresponds to b, is in the Gf vvir.ir hohrunr yo until gsttcn ötiück; ■;) ^ iri ^ f.'ci'hT'riubo. An ;; cnli; 2e: j; i becomes an end cap ^ 1 -αιΓ d ^ :, short -.- ii part Vi de.? thread: · untwisted. Dab-i remains A gap 43 between the: parts 57 and 41. As can be seen, the closing cap 41 is also shaped like a cuff with a number of different: liuienüff'ierungen the fuel 42 is accessible. The back r edges together which are not connected in the manner described. Here, too, the full flexibility of the closing edges against each other is not hindered.

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Instead of the embodiment with separate connecting and supporting parts, a continuous rod with itucuucu ucWifiucucIxcu VcI "WeüG.cTy η" ΘΧΌ.βϋ. Ai. ο π'θ -

An essential feature is considered in particular that holding elements 14, 15 are provided which are described in FIG Way through gap and cavity and for a connection between the column and the edge profile ensure, to care.

The individual parts can be made of metal as well made of plastic.

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Claims (1)

Protection claims 1. Suspension device for partition walls u;: i derrlcirhen, consisting of a? r ::. it edges of steep walls, and derr: leic :: - r :: connected 3-articulated device, lay on dcir. Floor stands up and supports the partition walls, thereby marked, that as a joint device (2Ό, 21) with a Support foot (22) provided cylindrical column is provided is, in the displaceable around the axis of the column, constant in their distance to the floor cold elements (14-, I7) are to be latched with the Edges (i) of the partitions are detachably connected. 2. Hanger for partition walls, marked through a cylindrical inner contour (4) of the partition wall edges, whose radius of curvature dt.m corresponds to the column wall. 5. Suspension device according to claim Λ and 2, characterized in that a profile strip (2) is attached in front of the edge (1) of the partition, the Raehrc-e locking devices (12, 13) for ilalteelemente (14, 15) . 4. Suspension device according to claim 3, characterized in that the profile strip (2) f is pressed. 7421404111.74 shows between :. it'i.r :, ■ - ·! :: £ ::?: "': ^ - 2 *': ^ -" teht, dei ·: iach obeti and - under; iu-c; ^ w '^ ferei htf · on] ;; gef] surfaces is limited _v 7 · Hanger according to claim f- and <:, because gekc-ra-ιζεlehnet that the Kp.ltei ing; :: uf f ep.f -shaped £ '· - stslr-et and only a string »- (.? ')) can be pushed, whereby, inside · "· !: the rfinges is burdened with a free Ratu: i. which opens into Ie :: gap i'A) and into which a tongue (1? ) sine: · H-shaped ^ r. Haiteelementes can be inserted, the other tongue (16)?. η engages a latching device (12) of the partition wall edge (1) ./ 8. Suspension device according to claim 2 and 7 »characterized in that a resilient bar (8) is inserted inside the profile (2) which ^{presses against the inserted tongue (16) of the Haito element (1 Z} O). 9- Suspension device according to at least one of the preceding Claims, characterized by a only over a small part of the height of the partition 742140419.9.74 - 1Ί - cheiide column, dir. · with at least one latching device; is provided, and characterized by further:, distributed over the height of the cladding wall edge, wal Zi'nförir.i-- · .- ■ Gc-I \ .kvoT · ichtunp ·· - "!: iiit Eink] inkvorc ·. '!, d '> _>: ·. i "connected to the r.'int ^ ri. 742140419.9.74