DEVICE FOR THE SOLVABLE MOUNTING PLATE OF AT LEAST ONE TWO DIMENSIONAL ELEMENT AND THEIR USE

The invention concerns a device for the solvable mounting plate of at least one two dimensional element and their use.

Such devices are well-known. However such devices proved in practice as expressed unfavorable. Thus such devices serve etc., those among other things as owners or such a thing, for example as fittings of disks from glass or plastic for shower cubicles mostly on both sides from the level of the surfaces of the windowpane. The devices therefore place unwanted Staubund Schmutzbzw. Feuchtigkeitsfänger. Also a cleaning of a windowpane is not possible, at least substantially difficult in the range of these devices. The windowpane anyhow can be taken off not continuous with a rubber lip for the distance from Reinigungsflüssigkeit. Rather it is to be driven then around these devices with the rubber lip around, perhaps even with the consequence that Reinigungsflüssigkeit actually which can be removed penetrates into the devices. Also it concerns thereby all devices, either not sufficiently stably or a very aufwändige building method and groß e overall height exhibit. Besides these devices possess the disadvantage that their Größ enverhältnisse and dimensions pre-determined and thus not changeable are. An individual adjustment to two dimensional elements with tolerance inaccuracies is possible from there not with these devices.

The invention is the basis the task to place a device to the solvable mounting plate from at least one two dimensional element to the order with which the above disadvantages can be prevented, which therefore a particularly simple cleaning of all surfaces at least of the two dimensional element held by the device made possible and at the same time constructionally particularly simply, compactly and stably, so that is accompanying economically producible, easily individually manufacturing inaccuracies that two dimensional elements which can be interconnected adjusts and is expressed easily montierund dismantlable to make available as well as a favourable use of this device.

This task is solved in device-technical regard by the characteristics of the requirement 1.

Therefore that leaves itself erfindungsgemä&szlig by the arrangement; EN device for the solvable mounting plate of at least one two dimensional element with at least one connecting mechanism for the mounting plate at least of the two dimensional element and at least a retaining mechanism, which is fixable over one that at least a two dimensional element assigned recess at that at least a two dimensional element, cooperating with the connecting mechanism, in such a manner that those at least one retaining mechanism with of them auß to EN lying surfaces in the installed condition essentially with the levels of the surfaces at least of the two dimensional element swore, gleichmäß ige and continuous surfaces/the Flächenelemente/s held by the device reach, which can be particularly simply cleaned and kept clean. Besides a graceful designed appearance that results erfindungsgemäß EN device altogether. The moreover a compact and stable building method of the entire device is reached. Further those has erfindungsgemäß e device the substantial advantage, easily Maß to adjust inaccuracies and manufacturing tolerances, as their form and dimension are individually changeable according to the given premises. Not least from this resulting one results expressed easy handling when assembling and/or disassembly. Schließ lich also economical Herstellungsund is made possible for camp way of the device after the invention.

Further favourable details that erfindungsgemäß EN device are descriptive in the requirements 2 to 28.

Of completely particularly groß it meaning for a surface conciseness between the retaining mechanism with of them auß EN lying surfaces in the installed condition and that at least a two dimensional element with its surfaces, which are to fall essentially, i.e. to a large extent or exactly, into one level, are the characteristics of the requirement 2. thereafter cover themselves the recess at least a two dimensional element a clamping section and from the clamping section to an edge at least one a two dimensional element extending transition section for the admission of the retaining mechanism and if necessary at least one part of the connecting mechanism. So it can be favorable according to the arrangement of the connecting mechanism to take up and/or in this sunk arrange beside the retaining mechanism at least also a part of the connecting mechanism in the recess, around one gleichmäß to receive ige and continuous surface/the Flächenelemente/s held by the device.

Further it lies in the context of the invention that those covers at least one retaining mechanism according to requirement of 3 two essentially plattenförmige retaining elements, which are oppositely fastenable each other by two each other opposite surfaces at least a two dimensional element ago into the recess of the two dimensional element applicable and in the recess. A reliable mounting plate of the assigned two dimensional element, which exhibits a multiple of the weight of that in all rule the retaining mechanism, is in this way made possible. Also thereby a simple, fast and reliable assembly of the retaining mechanism is in the assigned two dimensional element and/or anschließ end to disassembly its to Wartungsoder repair purposes made possible.

By those erfindungsgemäß e arrangement of the two each other opposite retaining elements, which are together adapted in form and dimension, is on the one hand guaranteed that the retaining elements can be taken up in the recess of the two dimensional element, without with of them auß to out-be entitled EN lying surfaces in the installed condition over the levels of the surfaces at least one of the two two dimensional elements. On the other hand it is possible to train the retaining elements in such a manner that a mutual mounting plate and/or support can take place in the recess of the assigned two dimensional element. Thereby can be increased the load capacity, rigidity and firmness of the retaining mechanism altogether.

The retaining element is provided in favourable way with a retaining section and a carrier section. The retaining section essentially serves thereby an attachment of the retaining mechanism in the recess. The carrier section is however essentially intended for the admission and mounting plate of the retaining mechanism and if necessary at least one part of the connecting mechanism in the recess.

Further it lies in the context of the invention to connect two retaining elements of the retaining mechanism according to requirement 4 solvable with one another. As particularly favourable a bolt connection is suitable, there the Klemmkraft and/or initial tension strength of screws for example with presence of Ma&szlig in this connection; inaccuracies etc. is individually adjustable.

In favourable way is erfindungsgemä&szlig according to the requirements 5 and 6; further intended that one of the two retaining elements is provided with a recess or such recess for the admission at least one part of the connecting mechanism and that is provided others of the two retaining elements with a drilling or such a thing for the admission of a screw, which is counterable to their attachment in a tapped hole in that at least one part of the connecting mechanism.

The constructional Maß took the requirement 7 to train the drilling of the other one of the two retaining elements than slotted hole whose longitudinal axis runs essentially parallel to an edge of the two dimensional element, ensure a tolerance reconciliation, to that by manufacturing inaccuracies and/or Maß deviations, which by Baumaß took from the premises, into which two dimensional elements are to be interconnected, to arise to be able.

When particularly favourably if the two retaining elements exist in each case made of metal, at the same time however the two dimensional element from glass out-arranged is, has itself the Maß took the requirement 8 put out. Afterwards an edition element is or such supplement element preferably made of plastic, in particular Polyoximethylen, polyester, ABS, acrylic, polycarbonate, Tetrafluorethylen or Impax, with or without glass fiber reinforcement, between-regulatory between the compression areas of the two retaining elements and the compression area at the interior extent of the recess of the two dimensional element. On the one hand it can be guaranteed in this way that those erfindungsgemäß e device at the respective two dimensional element surely fastenable and thus is not automatically solvable. On the other hand it is prevented by the fact that with disassembly too groß e of Klemmkräfte of the retaining mechanism that erfindungsgemäß EN device on the two dimensional element to be expenditure-practiced and thus perhaps harmful stress ratios in the two dimensional element be produced. The assembly is thus at the same time simplified.

For a simplified handling when assembling and versatile as well as individual adjustment at least of the two dimensional element it further particularly lies in the context of the invention that the edition element according to requirement 9 one at its Auß enumfang arranged, about hemisphere, kalotten, kegelbzw. cone (blunt) or such a thing - förmig approaching and/or rounded off compression area exhibits, which cooperates with an accordingly formed compression area at the interior extent of the recess. It is guaranteed by such an arrangement at the same time that the retaining mechanism that erfindungsgemäß EN device after form closure by inserting into the appropriate recess additionally by a grip in the recess secured will can. Thus high forces and moments, those can do in particular by the weight groß it glass plates to be produced, be taken up easily surely and reliably and/or transferred.

By the Maß the requirements 10 and 11 are it in this connection possible, tolerance inaccuracies or also assembly inaccuracies took due to Raumbzw which can be found locally. Space conditions, which at the same time exert influence on the connection between retaining mechanism and two dimensional element to adjust in a simple manner. Possible one by Maß inaccuracies caused tensions are avoided and/or easily balancable thereby. At the same time is guaranteed that the retaining elements, which exist in all rule of metal, do not come with the two dimensional element into contact and damage the two dimensional element if necessary in particular if this consists of glass.

The moreover one it lies in the context of the invention to train the connecting mechanism according to requirement 12 drehfest.

In this connection the connecting mechanism is according to requirement 13 favourable-proves evenly, in particular essentially plattenförmig, L-shaped or t-shaped out-arranged.

In alternative arrangement in addition the connecting mechanism can be also bent according to requirement 14. So the angle can amount to for example 90° or 135°.

The moreover it lies in the context of the invention to out-arrange the connecting mechanism swivelling according to requirement 15. The connecting mechanism that erfindungsgemäß EN device is to that extent trained with a swivel joint provided and/or as hinge or swivel joint, in such a manner that at least a two dimensional element in relation to another two dimensional element, that zweckmäß igerweise rigid and/or is being certain, to be relatively rotated and/or swivelled can.

According to the characteristics of the requirement 16 is erfindungsgemäß planned that the connecting mechanism of that at least a two dimensional element a turned away, in which level at least a two dimensional element for the mounting plate at least of the two dimensional element at a further two dimensional element or such a thing covers arranged fastening part. The fastening part serves as kumultative or alternative Maß nahme, in order to support that at least for a two dimensional element.

The fact that the fastening part is trained according to requirement 17 as pins or tap, further section or such tongue makes one possible expressed versatile, besides individual and flexible adjustment to spatial conditions and architectural organizations.

Zweckmäß igerweise is/is the retaining mechanism and/or the connecting mechanism formed according to requirement 18 made of metal, in particular (rustproof) steel, aluminum, brass, zinc, red brass alloys or an alloy from this.

According to requirement 19 the two retaining elements that exhibit at least a retaining mechanism and the connecting mechanism favourable-prove essentially a thickness, summed up slightly smaller, equivalent or slightly größ it is as the thickness of the two dimensional element. Thus it is ensured that the two retaining elements of the retaining mechanism and/or the connecting mechanism as well as/the Auflageelement/en not beyond the surfaces of the two dimensional element.

By the Maß it took the requirement 20 that the retaining mechanism and the connecting mechanism are take offable by a cover element or such covers, in such a manner that of them auß EN lying surfaces in the installed condition essentially with that auß EN lying surfaces of the two dimensional element swore, arise one gleichmäß ige and continuous surface that erfindungsgemäß EN device with the advantage of a simplified cleaning and cleaning, in particular even if the two dimensional elements consist of glass and to that extent one verhältnismäß industrial union require intensive keeping clean. Besides a graceful designed appearance that results erfindungsgemäß EN device altogether. Therefore those can auß EN lying surfaces of the retaining element, for example a screw nick, a female hexagon profile or such a thing, to be covered.

Of groß em interest in a simplified cleaning and cleaning that erfindungsgemäß EN device are further the characteristics of the requirement 21 that the retaining mechanism and/or the connecting mechanism and/or the cover covering with one auß EN lying surface are trained, which is dirt-deflecting flüssigkeitsund/or. Those auß EN lying surface of the two each other opposite retaining elements can be achieved thereby either by the chemical material composition of the retaining elements, which is out-arranged for example hydrophob. Likewise it can conceivable be attained one flüssigkeitsund/or dirt-deflecting surface of the retaining elements and/or the entire device altogether by it that mechanical surface samples and/or - profiles within the nano-range are intended, which an adhesion of liquid and/or works against dirt etc. During latter arrangement for example the so-called Lotusblüteneffekt use finds.

Zweckmäß igerweise are the clamping section and the transition section of the recess by the Maß took the requirements 22 to 28 trained.

Schließ lich it lies still in the context of the invention according to the requirements 29 and 30, a device gemäß the invention for the solvable mounting plate of at least one two dimensional element made of metal, plastic, wood, to use glass or a combination of it and/or as fitting or such a thing for the assembly of space divisors, partitions or other separative elements, glass showcases, glass landscapes in office space, Glasund plastic disks as well as Glasund plastic doors, in particular of and/or for Duschoder toilet cabs or such wet cells, and/or for the attachment of construction units, like mounting plates, handles or such armatures to use and such articles. The use that erfindungsgemäß EN device in particular as fitting leads to expressed groß EN advantage the fact that glass showcases are easily mountable and just as dismantlable, so that is at any time transportable their cleaning and cleaning is expressed simple, remains their transparency keeping large and schließ lich Maß inaccuracies and manufacturing tolerances easily of adjusting is capable.

Further characteristics, advantages and details of the invention result from the following description of some preferential execution forms of the invention as well as on the basis the designs. Here show:

Fig. 1A

a pulled apart perspective opinion of a first execution form of one erfindungsgemäß trained device for the solvable mounting plate of at least one two dimensional element,

Fig. 1B to 1D

a perspective opinion, a plan view and a side view of the execution form that erfindungsgemäß after trained device the Fig. 1A in the installed condition,

Fig. 1E to 1G

a plan view, a side view and a cross section opinion by the execution form that erfindungsgemäß EN after device the Fig. 1A along the line IG-IG in the Fig. 1E in the installed condition as well as a cover element,

Fig. 2A

a perspective opinion of the execution form that erfindungsgemäß after trained device the Fig. 1A in the installed condition as well as one erfindungsgemäß EN connecting mechanism,

Fig. 2B

a plan view on the execution form that erfindungsgemäß after trained device the Fig. 1A in the installed condition for the connection of two to each other neighbouring two dimensional elements in a common level,

Fig. 3A to 3D

Draufsichten and perspective opinions of different execution forms of erfindungsgemäß trained connecting mechanisms,

Fig. 4A

a pulled apart perspective opinion of a further execution form of one erfindungsgemäß trained device for the solvable mounting plate of at least one two dimensional element,

Fig. 4B to 4D

a perspective opinion, a plan view and a side view of the execution form that erfindungsgemäß after trained device the Fig. 4A in the installed condition as well as a cover element,

Fig. 5a

a perspective opinion of the execution form that erfindungsgemäß after trained device the Fig. 4A in the installed condition as well as one erfindungsgemäß EN connecting mechanism,

Fig. 5b

a plan view on the execution form that erfindungsgemäß after trained device the Fig. 4A in the installed condition for the connection of two to each other neighbouring two dimensional elements in a common level,

Fig. 6A to 6E

schematic Draufsichten and perspective opinions of remark different versions erfindungsgemäß it devices for the solvable mounting plate of two, three and four two dimensional elements in a common level,

Fig. 7A

a perspective opinion of another execution form of one erfindungsgemäß trained device for the solvable mounting plate of two two dimensional elements in two different levels in the partly installed condition as well as a connecting mechanism,

Fig. 7B to 7D

a perspective opinion, a plan view and a side view of the execution form that erfindungsgemäß after trained device the Fig. 7A in the installed condition as well as a cover element,

Fig. 8A to 8H

Draufsichten and perspective opinions of different execution forms of further erfindungsgemäß trained connecting mechanisms,

Fig. 9A to 9D

schematic Draufsichten and perspective opinions of remark different versions erfindungsgemäß it devices for the solvable mounting plate of two, three and four two dimensional elements in different levels,

Fig. 10A

a perspective opinion still of different execution form of one erfindungsgemäß trained device for the solvable mounting plate of two two dimensional elements in the partly installed condition as well as a connecting mechanism,

Fig. 10B to 10D

a perspective opinion, a plan view and a side view of the execution form that erfindungsgemäß after trained device the Fig. 10A in the installed condition as well as a cover element,

Fig. 11A to 11D

perspective opinions of further execution forms of erfindungsgemäß trained connecting mechanisms, once in the not assembled and once in the installed condition for the solvable mounting plate of at least two two dimensional elements with one another, and

Fig. 12A to 12D

different execution forms of erfindungsgemäß trained Klemmund transition sections from recesses by those erfindungsgemäß e device solvable to halternden two dimensional element.

Those erfindungsgemäß e device 10 is intended for the solvable mounting plate of at least one two dimensional element 12. During the following description of remark different versions that erfindungsgemäß EN device are each other appropriate, same construction units provided with identical reference numbers in each case.

The device 10 after the invention is suitable for the solvable mounting plate of at least one two dimensional element 12 from metal, plastic, wood, glass and compound materials from it. With the two dimensional element 12 it can act for example around silencing wall panels out of wood, windowpane, plastic disk etc. and/or a wall of an area, for example a bathroom wall. In expressed favourable way the device serves 10 after the invention as fitting or such a thing for the assembly of space divisors, glass showcases, glass landscapes in office space, Glasund plastic disks as well as Glasund plastic doors, in particular from and/or for Duschund toilet cabs or such wet cells, and/or for the attachment of construction units, like mounting plates, handles or such a thing, armatures and such articles. In completely favourable way those is suitable erfindungsgemäß e device 10 also for the solvable mounting plate of partitions between in each case two each other neighbouring sanitary mechanisms, as for example wash basin, Urinalbecken, toilets, showers etc.

The two dimensional element 12 of the execution form of the device 10, those in the Fig. 1A to 1G is shown, is for example designed as windowpane of a Duschoder toilet cab. The two dimensional element 12 is however represented for simplification with all execution forms only schematically.

Into the Fig. 1A to 2B is now a first execution form of such a device 10 represented after the invention. The device 10 covers at least one connecting mechanism 14, which that haltert at least a two dimensional element 12. In particular the connecting mechanism 14 makes a connection or a definition at least a two dimensional element the 12 to and/or at a further two dimensional element for 12 and/or additional constructional construction units possible to the support. The connecting mechanism 14 and these additional construction units to the support are still more near described in the following.

Beyond that the device 10 exhibits at least one retaining mechanism 16, which cooperates with the connecting mechanism 14. With the represented execution form of the device 10 after the Fig. 1A to 1G is only a retaining mechanism 16 shown. In practice however several of such retaining mechanisms 16 are for the mounting plate at least a two dimensional element the 12 intended in all rule.

The connecting mechanism 14 and the retaining mechanism 16 of the device 10 are together over a recess 18 at the two dimensional element assigned in each case 12 fixably. The recess 18, those with in the Fig. 1A to 1G execution form shown in a corner area of the two dimensional element 12 arranged is, enclosure for this purpose a clamping section 18 ', in order to take up those in the following retaining mechanism 16 described still more near, and a transition section 18 '', in order to take up part and/or remaining part of the retaining mechanism 16 and at least one part of the connecting mechanism 14. The transition section 18 '' extends thereby from the clamping section 18 ' to an edge 12 ' of the two dimensional element 12, which is turned/to the further Flächenelement/en 12.

Those at least one retaining mechanism 16 is actuated fastenable in the recess 18 of the two dimensional element 12 formund/or. The retaining mechanism 16 in the recess 18 is in such a manner fixed that those at least one retaining mechanism 16 with of them auß to EN lying surfaces 20, 20 ' in the installed condition too and/or essentially with the levels of the back surface 22 and the front-lateral surface 24 of the two dimensional element 12 swore. This results in particular from the Fig. 1D. A particularly simple cleaning of the two dimensional element 12 is in this way guaranteed in the installed condition. Besides one results expressed beautiful shaping of the two dimensional element 12 with the retaining mechanism 16 from such an surface-concise arrangement.

Like in particular the Fig. 1A to infer is, enclosure those at least one retaining mechanism of 16 two essentially plattenförmige retaining elements 26, 26 '. The plattenförmigen retaining elements 26, 26 ' are applicable by the two each other opposite and/or from each other turned away surfaces 22, 24 of the two dimensional element 12 ago into the recess 18 of the two dimensional element 12. To that extent the retaining element is 26 with in Fig. 1A represented execution form of the back, the retaining element 26 ' of the front to the appropriate surfaces 22 to advance 24 of the assigned two dimensional element 12. The two retaining elements 26, 26 ' are each other oppositely fastenable when and/or after bringing into the recess 18.

As from the Fig. 1A is evident, is each other adapted the two retaining elements 26, 26 ', which face each other, in form and dimension.

The retaining elements 26, 26 ' point according to the Fig. 1A to 1C in each case a retaining section 28 up, which essentially serves the attachment of the retaining mechanism 16 in the clamping section 18 ' of the assigned recess 18. The moreover one the retaining elements cover 26, 26 ' according to the Fig. 1A to 1C in each case a carrier section 30, which is essentially for the admission and mounting plate of retaining mechanism 16 and at least one part of the connecting mechanism 14 in the transition section 18 '' the assigned recess 18 intended. Thus the retaining section 28 in the clamping section 18 ' of the appropriate recess 18 is taken up. The carrier section 30 finds in contrast to this admission in the transition section 18 '' to the assigned recess 18.

The retaining section 28 and the carrier section 30 of the two retaining elements 26, 26 ', as in the Fig. 1A and 1E are suggested, have essentially a thickness D, which is slightly smaller than the half thickness D of the two dimensional element 12.

The two retaining elements 26, 26 ' are connectable with one another and/or boltable, over at least one screw 32. Without being in detail represented, the one screw could be 32 about centrically in the retaining section 28 of the respective retaining element 26, 26 ' arranged.

To gleichmäß igen Kraftverteilung and thus increase of stability are however with the remark example of the Fig. 1A to 1G four screws 32 intended, which specify the two retaining elements 26, 26 to each other '. The four screws 32 are gleichmä&szlig thereby; industrial union over the retaining section 26 and the carrier section 30 of the respective retaining element 26, 26 ' distributes and to each other mirror-symmetrically arranged.

The Fig. 1A shows further that 26, 26 ' with four drillings 34 provides a retaining element 26 ' of the two retaining elements for the admission of the screws 32. The other retaining element 26 of the two retaining elements 26, 26 ' is however equipped with four tapped holes 36 for countering the screws 32.

Beyond that a retaining element 26 of the two retaining elements 26, 26 exhibits ' one recess or such recess 38, which serves the admission at least one part of the connecting mechanism 14. The other retaining element 26 ' of the two retaining elements 26, 26 ' is connectable with the connecting mechanism 14 and/or a part of it. For this purpose the other retaining element 26 ' provided with a drilling 40 or such a thing is, which a screw 42 (see Fig. 2B and/or 5a, 5b) take up. The screw 42 is counterable in a tapped hole 44. The tapped hole 44 is in that at least one part of the connecting mechanism 14 to their attachment.

According to the Fig. 1A is trained the drilling 40 of the other retaining element 26 ' as tolerance reconciliation than slotted hole. The longitudinal axis 46 of the drilling 40 designed as slotted hole runs thereby essentially parallel to an edge 12 ' of the two dimensional element 12. Such an constructional arrangement has the advantage that with mounting plate of the two dimensional element 12 over a recess 18 in the corner area of the two dimensional element 12 a reconciliation of inaccuracies, which result for example in the case of the manufacturing is to be found just as however by spatial building conditions, in a direction, i.e. toward the longitudinal axis 46, possible is.

Such a construction brings a further advantage to 12 with mutual mounting plate of two two dimensional elements in the corner area with itself. This results from the mirror-image arrangement of the two recesses 18 of the respective two dimensional element 12, so that the actually identical retaining elements 26 ' of the two retaining mechanisms 16 gleichermaß EN mirror-wrongly into the recess 18 to be used. By the mirror-wrong arrangement of the two retaining elements 26 ' of the retaining mechanisms 16 however the longitudinal axes 46 run perpendicularly to each other. This makes a tolerance reconciliation not only in a direction, but in Xund for Y-direction possible according to the double arrows 48, 50 in the Fig. 2B. Therefore easily also any skew of the connecting mechanism 14 in relation to the two retaining mechanisms 16 in the recesses 18 can be received.

According to the Fig. 1A to 1G are the recess or such recess 38 for the admission at least a part of the connecting mechanism 14 and the drilling 34 or such a thing for the admission of the screw 42 in the range of the carrier section 30 of the two retaining elements 26, 26 ' arranged.

Further in particular the Fig leaves itself. 1A take that between that at least a two dimensional element 12 and that is arranged at least a retaining mechanism 16 an edition element 52. The edition element 52 preferably exists made of plastic, in particular Polyoximethylen, polyester, ABS, acrylic, polycarbonate, Tetrafluorethylen or Impax, with or without glass fiber reinforcement, if the two dimensional element 12 consists of glass.

With all represented execution forms in each case two edition elements 52 intended between the two dimensional element 12 are and the respective retaining element 26, 26 ' of the retaining mechanism 16. The two edition element 52 are to that extent to each other identical and come with of them each other turned backs 54 in each case in contact. Without being in detail represented, it is however just as conceivable to out-arrange the edition element 52 one-piece.

In order to simplify the assembly, the two edition elements 52 point at their Auß enumfang 56 in each case compression areas 58 up, those with the execution form of the device 10 after the Fig. 1A to 1G kegelbzw. cone (blunt) is förmig trained. The compression areas 58 of the edition elements 52 cooperate again with according to formed compression areas 60 at the interior extent 62 of the clamping section 18 ' and the transition section 18 '' the respective recess 18.

Without in detail into the Fig. 1A to 1G to be represented, is it however just as possible, the compression areas 58 in arbitrary way different to out-arrange for example more halbkugeloder kalottenförmig approaching and/or rounded off. The compression areas 60 would be then accordingly (out) formed.

Like in particular in the Fig. 1A is shown, is essentially adapted to the basic form a retaining element 26 with the recess or such recess 38 the respective edition element 52 in its basic form. For the simplified assembly as also to the reconciliation of tolerance inaccuracies the edition element is 52 besides with a slot 64 or such provide recess. The slot 64 divides the edition element 52 thereby into two mirror-symmetrically same halves 66, 66 '.

At the fronts 68 of the respective edition element 52 beyond that one plant bulge or such edge (- increase) 70 is intended, with which the retaining element 26, 26 ' over its edges 72 assigned in each case at least partly comes into contact. By this to a large extent rotating plant bulge the retaining element 26, 26 ' in the edition element 52 assigned in each case can 70 at the edition element 52 therefore be embedded and/or taken up by this. A relative displacement between the respective edition element 52 and retaining element 26 and/or 26 ' is therefore surely avoided to each other.

Further the retaining mechanism 16 and the connecting mechanism 14 take offable by a cover element 74 or such covers are at least partly. With the fact it is preferential that those auß EN lying surfaces of the cover element 74 in the installed condition also and/or essentially with that auß EN lying surfaces 22, 24 of the respective two dimensional element 12 swore.

For example the respective cover element 74 by means of a Schnappoder such rest connection at the retaining mechanism 16 can be attached. For this purpose one or more rest noses can be intended 76 at that the respective retaining element 26, 26 ' assigned surface of the cover element 74, which are bringable with appropriate rest recesses 78 at the respective retaining element 26, 26 ' to cooperate and in mutual interference. In this way additionally a uniform surface of the two dimensional element leaves itself 12 with that erfindungsgemäß EN device 10 receive. A cleaning of the solvable go-aged two dimensional element 12 is particularly simple thereby. Likewise is Schmutzbzw. Accumulation of dust within the range of the device 10 worked against.

The retaining mechanism 16 and/or the connecting mechanism 14 can be thereby depending upon use, application type and customer's request manufactured made of metal, like for example (rustproof) steel, high-grade steel, aluminum, brass, zinc, red brass alloys or an alloy from this, over arbitrarily groß e of forces take up and to support to be able. Thus it concerns with the schematically represented two dimensional element 12 in all rule a two dimensional element größ erer dimension with inevitably groß EN Gewichtskräften, as for example in the case of a windowpane or Glastüre, which is to be held from the device 10 after the invention. Likewise it is however conceivably, the retaining mechanism 16 and/or the connecting mechanism 14 or at least parts of it from plastic, for example from Polyoximethylen, polyesters, ABS, acrylic, polycarbonate, Tetrafluorethylen or Impax to manufacture with or without glass fiber reinforcement.

According to the Fig. is drehfest trained 2A and 2B the connecting mechanism 14. Is the connecting mechanism 14 essentially plate, more stegoder such a thing band-shaped trained. The structural arrangement of the connecting mechanism 14 according to the Fig. 2A and 2B are in the Fig. 3A again in detail shown.

Without being limited to such an structural arrangement, it is however possible to train the connecting mechanism 14 also in another form at will depending upon need, requirement and spatial conditions arranges itself. Like that the connecting mechanism is according to 14 the Fig. 3B essentially as quadratförmige plate trained. The connecting mechanism according to 14 the Fig. 3C is out-arranged L-shaped, whereby the two thighs exhibit same length. Likewise it is however conceivable to provide one of the two thighs with a length those größ it is as that of the other thigh. The connecting mechanism according to 14 the Fig. 3D points schließ lich T-form up.

Into the Fig. 3A to 3D are the connecting mechanisms 14 from there differently formed out, in each case however plattenförmig out-arranged. Therefore the connecting mechanisms 14 extend in each case in a common level.

The execution form that erfindungsgemäß EN device 10, those in the Fig. 4A to 5b is shown, is essentially correct with that the Fig. 1A to 2B. Differently only the form of the recess is 18 in the two dimensional element 12. Accordingly the individual construction units are adapted to the amended basic form of the recess 18. The different shape and dimension of the recess 18 result from the fact that the recess is intended not in a corner area of the two dimensional element 12 in an educated manner, but in a straight edge range.

Into the Fig. 6A to 6E are to each other represented schematically different tying up possibilities of several two dimensional elements 12.

In the Fig. 6A for example are represented two two dimensional elements 12 in a straight edge range. For this purpose a connecting mechanism is suitable according to 14 the Fig. 3A. In the Fig. 6B are shown two two dimensional elements 12 in a corner area in each case. For this purpose a connecting mechanism is suitable likewise according to 14 the Fig. 3A. In the Fig. 6C are represented three two dimensional elements 12, which are connected by the corner area and/or held. For this purpose in particular a connecting mechanism is suitable according to 14 the Fig. 3C. In the Fig. 6D are held two two dimensional elements 12 connected by the corner area with one another and additionally with a two dimensional element 12 in the straight edge range. For such an execution form in particular a t-shaped connecting mechanism is suitable according to 14 the Fig. 3D. Schließ lich is in the Fig. 6E a possibility represented of fixing altogether four two dimensional elements 12 to each other in their respective corner area. For this purpose again a connecting mechanism is according to 14 the Fig. 3B suitably.

Alternatively to it is however just as conceivable to train the connecting mechanism 14 ' bent over if necessary two two dimensional elements 12 to each other in an angle as holding. Such a bent connecting mechanism 14 ' is for example with the execution form of the device 10 after the Fig. 7A to 7D realizes. In all other respects the execution form of the Fig is correct. 7A to 7D with that the Fig. 1A to 2B.

The connecting mechanism 14 ' is with the remark example according to the Fig. 7D out-arranges in such a manner that the two two dimensional elements 12 arranged in an angle of 90° are slightly to each other beabstandet. Therefore a small gap 80 present between the edge 12 is ' a two dimensional element 12 and the front-lateral surface 24 of the other two dimensional element 12. This gap 80 is arbitrarily changeable, i.e. can if necessary up to zero reduced smaller or arbitrarily vergröß are ert.

Into the Fig. 8A to 8G are represented different connecting mechanisms 14 ', which are essentially bent in each case. The connecting mechanism 14 ' according to the Fig. 8A corresponds to that, which already in connection with the execution form of the device 10 after the Fig. 7A to 7D is described. In the Fig. 8B is represented a connecting mechanism 14 ', which is bent not around an angle of 90°, but of 130°. Schließ lich the Fig shows. 8D a bent connecting mechanism 14 ', which is out-arranged t-shaped at the same time. Such a connecting mechanism 14 ' is suitable for example for separating from several Duschoder toilet cabs lying next to each other.

Into the Fig. 8D to 8G execution forms shown of further connecting mechanisms 14, 14 ' are essentially correct with those the Fig. 3A and/or 8A to 8C. Only difference consists of the fact that these connecting mechanisms 14, 14 ' for the mounting plate of a two dimensional element 12 at a further two dimensional element 12 in form for example a wall element and/or a wall of a bathroom or such a thing in each case is intended. Over tolerance inaccuracies or also assembly inaccuracies due to Raum-bzw which can be found locally. Space conditions to adjust, thereby at least a drilling 82 is in such a manner groß out-arranged that an position-exact definition of the connecting mechanism 14, 14 is possible ' in Xund Y-direction.

Into the Fig. 9A to 9D are schematically represented to several two dimensional elements 12 at further two dimensional elements 12 different possible tying up possibilities of in or. Into the Fig. 9A, 9B and 9D are shown thereby tying up and/or mounting plates between two two dimensional elements 12 from glass in each case. In the Fig. 9C is however a two dimensional element 12 screwed from glass directly onto a two dimensional element 12 in form of a wall of an area.

Into the Fig. 10A to 10D is erfindungsgemä&szlig a further execution form that; EN device 10 represented. This differs from that after the Fig. 7A to 7D only by the fact that the connecting mechanism 14 '' with a swivel joint 84 provided and/or as swivel joint 84 is out-arranged. In this way is made possible to connect a two dimensional element 12, which is immovable, with a two dimensional element 12, which is relatively swivelling in relation to the fixed two dimensional element 12, as for example a door a Duschoder toilet cab.

Schließ lich are in the Fig. 11A to 11D still different execution forms of connecting mechanisms 14 ''' shown. A fastening part 86 for (additional) the mounting plate at least a two dimensional element 12 attached at a further two dimensional element 12 or such a thing is at the respective connecting mechanism 14 '''. The fastening part 86 is at least a two dimensional element 12 turned away and in favourable way in the level at least a two dimensional element 12 arranged thereby from that.

Like that the fastening part is 86 with the execution form of the Fig. 11A as pins or tap 88 trained. The pin and/or tap 88 can intervene thereby in an appropriate drilling or case, for example in a cover and/or on the ground. Therefore both two dimensional elements are 12 to each other relatively swivelling not only, but out-arranges additional in relation to the area. At the same time the pin and/or tap 88 provides for an additional anchorage and thus for an increase of stability.

In the Fig. 11B is provided the fastening part 86 with a further section 90, the one eye 92 enclosure, over which the two two dimensional elements are definable 12 at a continuous bar 94.

In the Fig. 11C is represented a fastening part 86, with which the connecting mechanism 14 ''' with a swivel joint 84 is equipped and exhibits an extended section 96, in order to link for example the two dimensional element 12 over two drillings 98 at the further two dimensional element 12 in form of a wall.

In the Fig. 11D is provided the fastening part 86 at the connecting mechanism 14 ''' with an extended section 100, which is finallaterally bent to depend in order to fasten the two to each other relatively rotable two dimensional elements 12 for example to the cover or to the ground (not shown), i.e. and/or up stands.

Like all execution forms of the Fig. 1A to 11D to infer is, exhibits the two retaining elements 26, 26 ' that at least a retaining mechanism 16 and the connecting mechanism 14 essentially a thickness D, which is summed up slightly smaller than the thickness D of the two dimensional element 12 is. The thickness of the connecting mechanism 14 should be selected thereby according to the retaining forces which can be taken up and being adapted to the thicknesses of the retaining elements 26, 26 ' like also the edition elements 52, in order not to exceed the thickness D of the two dimensional element 12 if possible. It is in this way guaranteed that those at least one retaining mechanism 16 with of them auß EN lying surfaces 20, 20 ' in the installed condition essentially with the levels of the surfaces 22, 24 at least a two dimensional element 12 coincide.

Into the Fig. 12A to 12D are schließ lich still remark different versions represented by recesses 18.

Like that the clamping section is 18 ' of the recess 18 with the execution form of the Fig. 12A by a drilling 102 in the two dimensional element 12 in an educated manner, whereby the Umfangswinkel α größ it as 180° is. The transition section 18 '' the recess 18 is formed by a further drilling 104. The light distance e of the transition section 18 '' the recess 18 can thereby directly or größ it its as the diameters of the clamping section 18 ' of the recesses 18, i.e. as the diameters of the drilling 102.

Alternatively to it the transition section 18 can '' the recesses 18 also according to the execution form of the Fig. 12B (out) to be cut.

Beyond that it is possible to form the clamping section 18 ' of the recesses 18 by a drilling 106 whereby the Umfangswinkel α “amounts to equal 180°. According to the remark example of the Fig. 12C is the transition section 18 '' the recesses 18 cut thereby tangential (out) or, as from the Fig. 12D comes out, tangential (out) cut and within edge ranges 108 additionally broken. In order to prevent with these two execution forms a relative motion each other turned two dimensional elements of the 12 in longitudinal direction of the connecting mechanism 14 and/or retaining mechanism 16, 16” after connection of each other facing retaining elements 26, 26 ', however lights a distance is to be selected e' the transition section 18 '' the recesses 18, is smaller than the diameter of the clamping section 18 ' of the recesses 18 with these execution forms.

Schließ lich the two each other opposite retaining elements 26, 26 ' and/or the cover elements 74 are au&szlig with one in each case; EN lying surface 20, 20 ' trained, which is dirt-deflecting according to the so-called Lotusblüteneffekt flüssigkeitsund/or.

10

Device

12

Flächenelement/e

12 '

Kante/n/the Flächenelemente/s

14, 14 ', 14 '', 14 '''

Verbindungseinrichtung/en

16

Halteeinrichtung/en

18

Ausnehmung/en

18 '

Clamping section of the Ausnehmung/en

18 ''

Transition section of the Ausnehmung/en

20, 20 '

auß EN lying surfaces of the Halteeinrichtung/en

22

back Oberfläche/n/the Flächenelemente/s

24

front-lateral Oberfläche/n/the Flächenelemente/s

26, 26 '

Halteelement/e of the Halteeinrichtung/en

28

Retaining section of the Halteeinrichtung/en

30

Carrier section of the Halteeinrichtung/en

32

Schraube/n

34

Bohrung/en

36

Gewindebohrung/en

38

Recess and/or recess

40

Drilling

42

Screw

44

Tapped hole

46

Longitudinal axis

48

Double arrow

50

Double arrow

52

Auflageelement/e

54

Back/the Auflageelemente/s

56

Auß enumfang/the Auflageelemente/s

58

Compression areas

60

Compression areas

62

Interior extent

64

Slot

66, 66 '

Halves/the Auflageelemente/s

68

Front/the Auflageelemente/s

70

Plant bulge

72

Edges/the Halteelemente/s

74

Cover element

76

Rastnase/n

78

Rastausnehmung/en

80

Gap

82

Drilling

84

Swivel joint

86

Fastening part

88

Pin

90

Section

92

Eye

94

Bar

96

Section

98

Drillings

100

Section

102

Drilling

104

Drilling

106

Drilling

108

Edge ranges

D

Thick one/Halteund of liaison vehicles

D

Thick one/the Flächenelemente/s

α

Umfangswinkel

α '

Umfangswinkel.