DE102007050408A1 - Device for fastening and / or mounting a surface element, mounting a surface element and fastening system - Google Patents

Abstract

The present invention relates to a mounting for a surface element with a clamping device having at least a first clamping element (2a) and a second clamping element (2b), which form a space for arranging the particular edge region of the surface element in the intermediate space, wherein the holder (2, 13 ) comprises at least one connecting element (5) for holding the first clamping element (2a) against each other on the second clamping element (2b), wherein the connecting element is formed as a clip embracing the clamping elements, and a device for fixing and / or supporting a surface element comprising at least one Guide element (9) for longitudinally displaceable mounting of the surface element in a profile (24b) of a rail (23); at least one together with the guide element (9) longitudinally displaceable support (2, 13) for holding the surface element; wherein the guide element (9) at least one support portion (21) for mutual engagement with the profile (24b) of the rail (23), wherein the support portion (21) is not rotationally symmetrical manner such that the support portion (21) in a first angular position the guide element (9) can be introduced into the profile (24b) with respect to the longitudinal direction of the profile (24b) of the profiled rail (23), and in a second angular position of the guide element (9) with respect to the longitudinal extension direction of the profile (24b) of the profiled rail (23). in ...

Description

TECHNICAL AREA

The The invention relates to a device for attachment and / or storage a surface element, with at least one guide element for longitudinally displaceable Storage of a surface element in the profile of a rail and at least one together with the guide element longitudinally movable Holder for holding the surface element, the guide element at least one support section has for mutual engagement with the profile of the rail. Furthermore The invention relates to a fastening system comprising at least a device for fastening and / or supporting a surface element, and at least one rail, the at least one profile for mutual longitudinally displaceable Engagement with the at least one support portion of the guide element has, and corresponding holders for a surface element.

STATE OF THE ART

It is known to sew the top of panel curtains, curtains, etc. to to guide a pole through, which carries the surface element. The Rod is subsequently hooked into a ceiling rail, Sliders are used to longitudinally displace the rod store along the ceiling rail.

In usually the riders or glides on a slide rail attached by opening an end portion of the slide rail and The individual gliders are threaded one after the other into the profile. After threading the slider is the end portion of the profile blocked again, so that the gliders are included in the profile.

alternative There are glides / slides that are clipped into the ceiling rail can be. However, you have to the clipped sliders when they are removed from the rail should also be threaded out at the end of the profile.

The hanging and removing the sliders using the aforementioned conventional ones suspensions requires not only patience and a relatively high amount of time. The threading and unthreading The glider can be used in confined spaces Conditions under which no convenient access to the guide rail possible is, even difficult or impossible.

Of the lower area of the panel curtain becomes usually also sewn, to insert another metal rail at the bottom of the curtain, so that the curtain is stretched wrinkle-free.

OBJECT OF THE INVENTION

outgoing From this it is the object of the present invention to attach of panel curtains a rail, even when attaching to hard to reach Make it easier. Furthermore, the attachment of brackets, be it for that hanging of the surface element or for the stretching by weight, be improved.

TECHNICAL SOLUTION

These Task is solved by the provision of holders with the features of claims 1, 12 and 15 and a device for attachment and / or storage of a surface element Claim 17, and by providing a fastening system according to claim 34.

To A first aspect of the present invention is a holder for a Surface element proposed, which is a clamping device with at least one first clamping element and at least one second clamping element, wherein the clamping elements Form a gap for the arrangement of the surface element and wherein at least one connecting element for mutual holding the first clamping element is provided on the second clamping element, which is formed as the clamping elements encompassing clamp. This is an easy to produce holder for receiving a surface element and in particular the edge region of a surface element, which as well as the suspension of the surface element as well as to streamline the surface element by means of Weight can be used. The clamp can on the clamping elements be pushed laterally or clipped, so that a simple Connection is given. Accordingly, the connecting element as an elastically tensionable spring made of a corresponding material, such as B. spring steel may be formed.

The connecting element can be designed as a cross-sectionally substantially C-shaped bracket, wherein the clamping elements may be formed, for example, as elongated, in particular cuboidal bars. If the free legs have a smaller distance than the thickness of the arrangement of two clamping elements and surface element provided therebetween, the clip holds the holder together due to an elastic tension, so that the surface element can not slip out of the space between the clamping elements. To support this effect, the clamping elements on the sides, where they rest against the surface element, be structured accordingly, for example have a corrugation.

The Elastic tension of the free ends of the clip can also be characterized causing the free legs to have at least one area, which on the opposite free thighs, so that the space between the free legs is tapered. In this way it can be achieved that even in a subarea the space between the free legs of the bracket is smaller is arranged as the thickness of the two clamping elements with the intermediate Surface element.

Next an elastic, ie non-positive or frictional connection may additionally or alternatively a form-fitting Provided connection, if, for example, at the ends of the free leg transverse areas or on the other free Thigh-facing areas are provided, which prevent that in the space between the free legs of the bracket recorded clamping elements with the surface element of the clip can slip out.

Additionally or alternatively you can the clip and the clamping elements also have recesses and projections, which interlock with each other, thereby creating an additional or alternative form-fitting Connection is given.

The Clamping elements can be provided separately from each other or interconnected be, for example, over a movie hinge. In this embodiment, the clamping elements to the film hinge unfolded to the surface element or the edge of a surface element record and then to be folded back on each other to the surface element to include between themselves.

In a development of the invention, the holder at least a receiving device with an inner area for receiving the Clamping device in the interior of the receiving device. The Recording device may alternatively or additionally fulfill the function of a cover. she can with a desired Design be provided when used as an externally visible component becomes. In particular, the terminal block is within the receiving device added. The receiving device can as Zylinderrohrartiges Element be formed.

In a special embodiment the receiving device has an opening through which the surface element can be performed from the interior of the recording device to the outside.

Preferably the receiving device is designed such that the expansion the interior of the receiving device towards the opening reduced. The Element on which the surface element is attached, without further attachment in the interior of the receiving device be arranged. This means that the element is relative to the receiving device is movable.

Especially reduces the expansion of the interior of the recording device to the opening in such a way that the clamping device in a movement towards the opening is compressed, so that the clamping elements compressing force elevated becomes. The reduction of the extent thus causes a change the force effect, with a tensile force acting on the surface element acts, is at least partially transformed into a force that the clamping elements are pressed together.

Preferably the holder is self-locking and / or self-locking.

To A second aspect of the invention is a support for a surface element provided, wherein the at least one connecting element is a magnet includes, so that the frictional and / or adhesion, with which the surface element held between the clamping elements, realized by magnetic forces becomes. Thus, a particularly simple attachment of the holder on the surface element possible.

The Connecting element can be formed simultaneously by a clamping element be when either one piece or a multi-part magnet on a clamping element is arranged or a corresponding magnet in addition as Clamping element is formed.

at such an embodiment at least one clamping element may be ferromagnetic, to effectively interact with the magnet.

To Another aspect of the present invention is a bracket for a surface element proposed, in which between at least one first clamping element and at least a second clamping element a space for receiving of the surface element is formed, which takes the form of a gap with at least one, preferably has several changes of direction and is arranged so that due to the change in direction in the gap arranged in the gap Surface element due gravity jammed.

Of the Gap may have an S, U or Z-like shape in cross section.

The inventive device for attachment and / or storage of a surface element according to another Aspect of the present invention comprises at least one guide element for longitudinally displaceable Storage of the surface element in a profile of a rail and at least one together longitudinally displaceable with the guide element Holder for holding the surface element, the guide element at least one support section has for mutual engagement with the profile of the rail. The carrier section is non-rotationally symmetric according to the invention formed such that the support portion in a first angular position of the guide element relative to Longitudinal extension the profile of the rail in the profile is inserted, in a second Angular position of the guide element relative to the longitudinal direction the profile of the rail in mutual engagement with the Profile of the profile rail stands.

The Holder of the surface element can according to a be formed of the previously described brackets. Furthermore is also a loop holder with a rod element and at least one about it laid loop of the surface element conceivable.

The Device for fixing and / or supporting a surface element refers primarily to applications for attaching a Curtain, a curtain, a panel curtain, a room divider, a string curtain, a poster, a functional element, a lamella, etc., on a running or sliding rail.

When guide element can be a sliding or rolling body be provided. As a rule, the guide element is complementary to the inner profile formed of the rail. A pen for the passage through the in the longitudinal direction extending guide opening of Profile rail connects a support section, the corresponding guide projections of Profile rail engages behind, with the bracket.

In the solution according to the invention the carrier section non-rotationally symmetric and thus not circular or trained around. In this way it is possible, the support portion to bring in at least two different angular positions, in which the length expansions the carrier sections differ. There is thus a first, smaller longitudinal extent, in the carrier section from below transversely or vertically (relative to the intended direction the longitudinal displacement along the profile) into the guide opening of the Profile rail introduced can be. Subsequently becomes the carrier section in the intended direction relative to the longitudinal extent turned the profile rail. The intended orientation corresponds to the second angular position. In this is the greater length extension of the beam section transverse or perpendicular to the longitudinal extent aligned with the profile, so that the support section guide projections of the profile engages behind on both sides. Limit the leadership tabs the guide opening of the Profiles of the profile rail.

Of the support section is over the connecting pin connected to the holder. The holder can be solved on the connecting pin or the guide element be attached. The connecting pin protrudes when inserted carrier section through the guide hole of the Rail. The connecting pin has a cross-section, always smaller than the width of the guide opening of the profile of the rail is. In particular, the cross section of the connecting pin can also be formed rotationally symmetrical.

These Solution according to the invention facilitates hanging of the surface element in a corresponding rail, even in confined areas and with difficult accessibility to the end sections of the profile rail.

The Profile rail has an inner race, for example in the form of a T-shaped Cavity, up. The T-shaped Cross section extends as a continuous channel along the longitudinal extent of the Profile. Extends through the guide opening the connecting pin of the guide element. Intended use the device is the support section of the guide element taken in the inner race of the rail.

The Profile rail has in particular a concave inner profile. So the rail can be a C-shaped Have groove, wherein in the intended use of the connecting pin of the guide element through the opening extends while the carrier section of the guide element is disposed within the groove.

Of the support section the guide element has in principle, a complementary to the inner profile of the rail outer profile for engagement in the inner profile of the rail. The mutual However, engagement between the rail and the guide member can also through a convex outer profile the rail, for example by an I-shaped Profile and by a corresponding concave inner profile of the guide element will be realized.

In a preferred embodiment, the support portion has a base surface with a first maximum length dimension which is smaller than a second maximum length dimension of the Base of the support section. The two length expansions in question are measured at an angle to each other.

Especially is the angle is essentially 90 °. This means that at a 90 ° rotation of the guide element the longitudinal extent relative to the longitudinal extent the guide opening of the Profiles of the profile rail changed can be. So can the guide element from a disengaged orientation in which the support portion in the guide opening vertically or can be inserted transversely from above, in an orientation be brought, in which the support section of the guide element the guiding projections of the Profile of the rail, which delimit the guide opening, engages behind.

Especially is the carrier section point-symmetrical to a central axis of rotation of the guide element and / or axisymmetric to a sectional plane of the guide element educated.

By however, the non-rotationally symmetric formation is ensured that the carrier section of the guide element can be brought into at least two different angular positions, namely in a proper direction and an orientation for attaching and detaching the guide members from the profile.

Especially is the first maximum length extension smaller than the width of the longitudinally extending guide opening of the Profiles of the profile rail, the second maximum length dimension greater than the width of the longitudinal direction extending guide opening of the Profiles of the profile rail.

In a preferred embodiment has the carrier section of the guide element at least two protrusions for moving, in particular sliding, edition on corresponding projections the profile of the rail on. The projections of the profile are laterally the guide opening provided and limit this. In the intended orientation, the projections of the support section aligned so that they engage behind the projections of the profile and thus opposite Tensile stress are fixed to the rail. The projections of the support section extend in the first angular position parallel to the longitudinal direction, in the second angular position transversely, in particular perpendicular, to Longitudinal extension the guide opening of the Profile.

Preferably has the device for fastening and / or storage of a surface element at least a first guide element and a second guide element on. Preferably, the guide elements arranged at each end of the holder. This indicates the Mount at least two sliding elements connected to it, over the the holder is displaceably mounted on the rail.

In a further preferred embodiment The invention relates to the first guide element and / or the second guide element detachably mounted on the bracket.

Especially has the first guide element a first carrier section with a base area with a first maximum length extension which is smaller than a second maximum length extension in one oriented at first angle to the first maximum longitudinal extent, and / or the second guide element has a second carrier section with a base area with a third maximum length extension which is less than a fourth maximum length extension in one second angle to the third maximum longitudinal extent is arranged.

Preferably the holder has at least one portion for mutual Bending the end portions of the bracket on. The section on Can bend it, like the bracket overall, elastic or be articulated. In this embodiment of the invention it possible, one already complete assembled suspension device with a surface element attached therein so that one or both guide elements in an alignment are brought, in which the carrier sections through the guide hole of the Rail can be pushed through. So is a bending conceivable by an angle of 180 °. So can both guide elements at the same time inserted through the guide opening become. If the bend forms back again, the support sections grip in the profile and remain fixed on this displaced.

In a preferred embodiment, the holder is bendable at least in a predetermined plane. In particular, the holder is bendable only in this predetermined plane, which is defined by the first angular position of the guide element and the second angular position of the guide element. In the loading direction, which is determined by the position of the surface element and which is usually perpendicular to the predetermined bending plane, the holder is, however, formed substantially rigid. This can be accomplished by the cross-sectional profile of the holder, which has a relatively narrow cross section in the bending plane, a relatively wide cross section (with the same length) in the loading plane. In addition, in the bending section a Pro be formed in the form of a recess or narrowing of the holder perpendicular to the bending plane, which facilitates bending of the holder in the desired bending plane.

The guide element can also be rotatably mounted on the holder to the positions for Introduce to take in the rail and for storage in the rail. In particular, a connecting pin, the support portion of the guide element and a holder connects, be formed as a rotation axis, so that the carrier section can be turned into the appropriate positions. The connecting pin can also be designed so that it in two rotational positions can be fixed.

Preferably has the device for fastening and / or storage of a surface element at least a driver for contacting at least one adjacently arranged Device for fixing and / or supporting a surface element on. The driver can be a hook, which is between the bracket and the termination element for cooperation with the adjacent one Fastening device is arranged. The hook can become one have to the side of the rail extending portion. takeaway are particularly interesting in applications with profile rails, the several parallel adjacent profiles arranged to the movable Arrangement of various devices for attachment and / or storage of surface elements exhibit.

The inventive task is also solved by a fastening system comprising at least one device for fixing and / or supporting a surface element as described above, and a profile rail comprising at least one profile for mutual (longitudinally displaceable) engagement the at least one guide device with the profile.

Especially the profile has a guide opening, the straight, but can also be designed with direction changes. The guide opening points a constant width through which a connecting pin, a support portion of the guide element connects with the bracket extends. The rail can also have multiple, juxtaposed profiles.

DESCRIPTION OF THE FIGURES

Further Features and advantages of the invention will become apparent from the description a preferred embodiment in connection with the figures. Show it:

1 a perspective view of part of a suspension device according to the invention;

2 an exploded view of a portion of a suspension device according to the invention;

3a a perspective view of the suspension according to 2 in a first assembled state;

3b a perspective view of the suspension according to 2 in a second assembled state;

4 a section of the 2 ; and

5 a hanging in a running rail suspension according to 3b ,

6 a perspective view of another embodiment of a device according to the invention;

7 a perspective view of a third embodiment of a suspension device according to the invention;

8th a perspective view of a fourth embodiment of a suspension device according to the invention;

9 a perspective view of a fifth embodiment of a suspension device according to the invention;

10 a representation of the arrangement of a suspension device according to the invention in a rail; and in

11 an illustration of a part of another embodiment of a suspension device according to the invention.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

The 1 shows a part of a suspension device according to the invention 1 in a perspective view.

The suspension device 1 includes a terminal block 2 consisting essentially of a first inguinal element 2a and a second last element 2 B consists. Between the strip elements 2a and 2 B an object can be trapped. The object may be a curtain, a shading element, a curtain, a slat or the like. The object is stored or held on the suspension device. On the facing insides 3a respectively. 3b the two clamping elements 2a and 2 B In each case a profile is formed, which is the liability of a between the clamping elements 2a and 2 B clamped object on the terminal block 2 elevated. The profile may be, for example, a roughened surface or any profile with protrusions / ridges and depressions.

At the outer sides facing away from each other 4a and 4b the clamping elements 2a respectively. 2 B In each case, an outer profile is formed, each one in the longitudinal direction of the terminal block 2 extending groove 4a respectively. 4b having.

The bar elements 2a and 2 B are made by attaching one or more brackets 5 at the terminal block 2 attached to each other. The clip 5 points two vertically from a base 5c extending thighs 5a and 5b on. On the thighs 5a and 5b Each is an inwardly curved portion complementary to the grooves 4a and 4b the inguinal elements 2a respectively. 2 B formed when attaching the clip 5 at the terminal block 2 engages in the corresponding groove and so on the terminal block 2 is held.

In addition, the suspension device points 1 two end caps 6 on, one of which in the 1 is shown. The end caps 6 be during assembly of the suspension device 1 in the area of the two ends of the terminal block 2 arranged.

The construction of the end cap 6 is best based on the 2 clear. The illustrated end cap 6 has a basic body 7 on, at the bottom of an eyelet 8th is arranged. Opposite to the eyelet 8th extends from the main body 7 out to the top a guide element 9 ,

It also has the end cap 6 two perpendicular to the main body 7 extending side sections 10a and 10b and one perpendicular to the main body 7 extending receiving section 11 on. At the side sections 10a and 10b is in each case an outwardly extending, circular projection 12a respectively. 12b intended.

As a further component of the suspension device according to the invention 1 show the 2 an aluminum strip 13 as a recording or cover 13 serves and a connecting bar 14 and substantially perpendicular to the connecting web 14 extending side panels 15a and 15b having. The side parts 15a and 15b form together with the connecting bridge 14 a kind of clip that has an interior 16 limited, in which the terminal block 2 during assembly of the suspension device 1 is introduced. That in the terminal strip 2 jammed object extends over one in the aluminum strip 13 provided longitudinal opening 17 outward.

The inner surfaces of the side parts 15a and 15b the aluminum strip 13 run to the longitudinal opening 17 together, so that the space between the side panels 15a and 15b reduced. Due to this narrowing of the interior 16 the aluminum strip 13 is upon exercise of a tensile force on the object, for. B. on a curtain, from the receiving device 1 away the terminal block 2 downwards in the direction of the longitudinal opening 17 drawn. The bar elements 2a and 2 B are pressed together with increased force, resulting in the resistance of the terminal block 2 against detaching the curtain from the bar 2 elevated. The greater the tensile load, the greater the contact pressure of the strip elements 2a and 2 B up to today. Thus, the suspension acts 1 self-locking or self-locking against pulling out of the curtain. Detaching the jammed object from the terminal block 2 is effectively prevented.

When mounting the suspension device 1 can the side sections 10a and 10b as well as the receiving section 11 the end cap 6 perfectly fitting in the interior 16 the aluminum strip 13 be inserted, as in the 3a and 3b shown.

The aluminum strip 13 points to the projections 12a and 12b formed on both sides, complementary openings 18a and 18b on, in which the projections 12a respectively. 12b with mounted suspension device 1 engage the end cap 6 on the aluminum holder 13 to fix.

Between the aluminum cover 13 and the body 7 the end cap 6 can optionally either a filler as needed 19 or a driver 20 to be ordered. The filler 19 or the driver 20 be over the receiving section 11 pushed. In the 3a is the suspension device 1 in the assembled state with a filler 19 , in the 3b with a driver 20 shown.

The 4 shows an enlarged view of the guide element 9 the end cap 6 , The guide element 9 is adapted to a sliding and / or rolling, at least movable attachment of the suspension device 1 to allow on a rail. This requires a support section 21 that has a connection pin 22 with the main body 7 of the end cap 6 is connected to be introduced into the inner profile of a rail. The connecting pin 22 protrudes through a trained in the rail longitudinal opening, along which the end cap 6 can be moved smoothly.

The base GT of the support section 21 of the guide element 9 is opposite the base GV of the connecting pin 22 enlarged out forms. The carrier section 21 surmount the connecting pin 22 on two opposite sides around a projection 21a respectively. 21b , The expansion 1 of the carrier section 21 in the guide direction F is smaller than the extension b of the support section 21 perpendicular to the guide direction F. The carrier section 21 is not circular or rotationally symmetrical, but has a maximum extent in the longitudinal direction 1 which is smaller than the width b of the support section.

The 5 shows a rail 23 with several adjacent mutually parallel profiles 24a . 24b . 24c . 24d and one sliding in profile 24b arranged suspension device 1 with carriers 20 , with adjacent drivers, indicated by the driver 24 , interact and in neighboring profiles 24a the profile rail 23 can move attached hangers.

The profiles 24a . 24b . 24c . 24d the profile rail 23 each have recesses for engagement of the support portion 21 of the guide element 9 on, with the recesses down through Gleitvorsprünge 25 be demarcated, which is a longitudinal opening 26 of the respective profile 24a . 24b . 24c . 24d define with a width B.

According to the invention, the maximum extent 1 of the carrier section 21 in a first direction smaller than the width B of sliding protrusions 25 defined opening 26 while the maximum extent b of the beam section 21 in a second direction greater than the width B of sliding protrusions 25 defined opening 26 is. In this way it is possible, the support portion 21 four end cap 6 in a defined first angular position relative to the guide direction F of a profile 24b in the profile 24b and to rotate in a second, different angular position and thereby on the profile 24b to fix. In the first angular position is the extension 1 of the carrier section 21 along the width B of the opening 26 aligned, in the second angular position is the extension b along the width B of the opening 26 aligned so that the lateral projections 21a and 21b of the carrier section 21 the end cap 6 on the profile 24b keep moving. The bottoms of the tabs 21a and 21b lie in the intended (second) orientation of the end cap 6 on the profile rail 23 on each a sliding projection 25 of the inner profile 24b on and allow a sliding movement of the hanger 1 in a longitudinal direction F of the profile rail 21 ,

The connecting pin 22 has a footprint GV, whose maximum extension in all orientations of the end cap 6 relative to the inner profile 24b the extension B of the opening 26 of the inner profile 23b does not exceed. The connecting pin 12 protrudes when introduced carrier section 21 through the from the sliding projections 25 limited opening 26 therethrough.

The inventive design of the guide element allows easy attachment of the suspension device 1 on the profile rail 23 , For example, first a curtain in the bar 2 trapped, by the clamp 5 fixed and in the aluminum receptacle 13 be inserted.

The end caps 6 can on the rail 23 be attached by the carrier sections 21 in a first angular position in the opening 26 the profile rail 23 introduced and then rotated to a second angular position in which the side projections 21a and 21b on each a sliding projection 25 the profile rail 23 rest. Subsequently, the aluminum intake 13 in which the bar 2 is arranged with the end caps 6 be connected, being between the main body 7 the end cap 6 and the aluminum cover 15 a filler 19 or a driver 20 can be arranged.

Alternatively, it is conceivable that in the aluminum receptacle 13 with a first end cap 6 connect to. The second end cap is now in the rail 23 attached. Subsequently, the with the aluminum intake 13 connected end cap 6 by a suitable alignment together with the aluminum receptacle 13 on the profile rail 24b be attached.

The bar 2 to which a curtain is attached may be before or after joining the aluminum receptacle 13 with the first end cap 6 and / or before or after attaching the first end cap to the rail 24b in the aluminum holder 13 be introduced.

The 6 showed a further embodiment of a suspension device according to the invention 100 in which two cooperating clamping elements 102 and 102b are provided in the form of cuboid bars, which on the surfaces facing each other 103a and 103b have a corrugated structure around a surface element 110 to record at its edge.

The clamping elements 102 and 102b are at least one, preferably several parentheses 105 held together, their free thighs 105a and 105b at their ends inwardly inclined areas 106a and 106b have, which prevent the clamping elements 102 and 102b the clip 105 at its open end between the thighs 105a and 105b on the illustrated Can leave drawing down. Accordingly, the clamping elements 102 and 102b positively by the inwardly inclined areas 106a and 106b held. Because the distance between the free legs 105a and 105b the bracket 105 is dimensioned so that when laterally inserted clamping elements 102 and 102b and interposed surface element 110 the surface element is clamped to the clamping elements, the surface element 110 safe in the suspension device 100 held.

At the clip 105 is a guide element 109 with a support section 121 and a connecting pin 122 intended.

The connecting pin 122 For example, via a screw, a clip connection or other suitable connection with the clip 105 be connected, which in particular also allows the arrangement in at least two different angular positions.

Like in the 6 can be seen, the surface element points 110 at its lower end also a holder consisting of two clamping elements 102 and 102b as well as an elongated bracket 120 on which over the free thighs 121 and 121b the clamping elements 102 and 102b as well as the surface element 110 absorbs in a pinching manner. By this appropriate holder causes the surface element 110 by the gravity of the holder 120 . 102 and 102b pulled down and thus taut.

The 7 shows yet another embodiment of a suspension device according to the invention 200. in which a holder 201 is provided, which has a T-profile, whose in the operating position pointing down leg 202b represents a first clamping element. In addition, the bracket points 201 magnets 202a on, as the second clamping elements on the leg 202b be arranged to between the surface element 210 to keep it stuck.

On the bracket 201 or the horizontal leg of the T-shaped bracket 201 are several guide elements 209 that has a corresponding support section 221 and a connecting pin 222 have, provided, wherein only a guide element 209 in 7 is shown. The guide elements 209 in turn can be properly with the holder 201 , in particular releasably and / or rotatably connected, so that the holder 201 can be arranged in the manner described on the guide rails.

The 8th shows a further embodiment of a suspension device according to the invention 300 in which a holder 301 is provided in the form of a Zylinderrrohrkörpers, which via guide elements 309 with corresponding support sections 321 and connecting pins 322 can be arranged in a guide rail. The guide elements 309 are also detachable and / or rotatable on the holder 301 arranged.

The retaining ring 301 with the cylinder tube-like base body has in the main body a gap 304 along the longitudinal axis, which is U-shaped, S-shaped or Z-shaped in cross-section. Correspondingly, the two ends 302 and 303 the holder 301 that the gap 304 limit, shaped, so that in the gap 304 recorded surface elements several, so at least two changes in direction, preferably three or four changes of direction must go through. Besides, the gap is 304 arranged so that when a force on the surface element, for example by gravity, the surface element 310 in the zigzag-shaped gap 304 jammed.

The previous embodiments have a suspension device shown in which the surface element has been clamped and that in sections or preferably over the whole length a border area.

The embodiment of the 9 shows a suspension device according to the invention for a loop suspension of a surface element 410 , For this purpose, the surface element 410 on one edge side a plurality of loops 403 on, in 9 only a single loop 403 is shown. The suspension device 400 for each one loop comprises a rod 401 which two guide elements 409 with respective support sections 421 and connecting pins 422 to the bar 401 having. Between the two guide elements 409 is a reception area 402 for the loop 403 of the surface element 410 intended.

How clearly in 10 to see is the staff 401 made flexible, so that the rigid with the rod 401 connected guide elements 409 can be brought in accordance with different orientation to each other. This is in the lower part of the picture 10 in positions 1) and 2). At position 1) the device becomes 400 , which may also be referred to as loop slider, as shown in the receiving opening shown in dashed lines 426 a rail arranged that the longitudinal extent of the guide element 409 aligned parallel to the profile longitudinal axis, which is parallel to the dashed edges of the opening 426 extends. The two guide elements 409 are like that on the staff 401 arranged that the respective carrier sections 421 are provided aligned parallel to each other. By Bend of the rod 401 can be achieved that the second guide element with the longitudinal extent of its support portion in line with the other guide element 409 Aligned so that both at the same time in the opening 426 the guide rail can be introduced. As soon as the rod 401 has regained its original straight alignment after elastic relaxation, are the guide elements 409 so arranged in the rail that the carrier sections 421 come to rest in the rail (see position 3)). Accordingly, by an elastic bending of the rod 401 a simple arrangement can be achieved in a guide rail, wherein by the elastic restoring forces of the rod 401 force it to its original position, in which the loop slider 400 can no longer escape from the guide rail down, but could only be performed laterally from the guide rail.

The 11 shows a further embodiment of a suspension device according to the invention 500 when only the interaction between a guide element 509 and a holder 501 is shown. The holder 501 has a cruciform opening 502 on, in which the guide element 509 can be included. The guide element 509 has a support portion 521 in a cuboid shape and a cylindrical connecting pin 522 on, which at its the carrier section 521 opposite end a truncated pyramid 523 having. The truncated pyramid 523 is dimensioned so that the guide element 509 not through the opening 502 through, but with the truncated pyramid 523 in the opening 502 jammed. Through the cross-shaped opening 502 is there for the guide element 509 two possible positions, which are rotated by 90 ° to each other. Accordingly, the guide element 509 in the holder 501 be fixed once in a position in which the guide element 509 is aligned so that in a parallel arrangement of the holder 501 to the guide rail, the guide element 509 can engage in the opening of the guide rail, while in a rotated by 90 ° arrangement, the guide element 509 in the opening 502 the holder 501 the carrier section 521 of the guide element 509 rests in the guide rail and can be slid.

Even though the present invention with reference to the accompanying embodiments detailed has been described is for the expert of course, the protection is not limited to these embodiments, but that rather modifications or changes are possible, especially the different combination of individual features presented as also the omission of individual features, without departing from the scope of the appended claims.

Claims (34)

Holder for a surface element with a clamping device with at least one first clamping element ( 2a ) and a second clamping element ( 2 B ), which form a space for the arrangement of the surface element in the intermediate space, characterized in that the holder ( 2 . 13 ) at least one connecting element ( 5 ) for holding the first clamping element ( 2a ) on the second clamping element ( 2 B ), wherein the connecting element is formed as the clamping elements encompassing clip. Holder according to claim 1, characterized in that the connecting element is designed as an elastically tensionable spring is. Holder according to one of the preceding claims, characterized characterized in that the connecting element as a cross-sectionally C-shaped bracket is trained. Holder according to claim 3, characterized the free legs of the clip have at least one area, run towards each other to hold the clamping elements form fit and / or elastically to be braced. Holder according to one of the preceding claims, characterized characterized in that the clip and the clamping elements have recesses and projections have, which engage with each other. Holder according to one of the preceding claims, characterized in that the clamping elements ( 2a . 2 B ) are connected to each other via a film hinge, in particular along their longitudinal sides. Holder according to one of the preceding claims, characterized in that the holder ( 2 ) at least one receiving device ( 13 ) with an interior area ( 16 ) for receiving the clamping device ( 2 ) indoor ( 16 ) of the receiving device ( 13 ) having. Holder according to claim 7, characterized in that the receiving device ( 13 ) at least one opening ( 17 ), by which the surface element from the interior ( 16 ) of the receiving device ( 13 ) is led to the outside. Holder according to one of the preceding claims 7 or 8, characterized in that the receiving device ( 13 ) is designed such that the extent of the interior area ( 16 ) of the receiving device ( 13 ) to the opening ( 17 ) decreased. Holder according to claim 9, characterized in that the extension of the inner region ( 16 ) of the receiving device ( 13 ) to the opening ( 17 ) is reduced so that the clamping device ( 2 ) during a movement to the opening ( 17 ) is compressed so that the clamping elements ( 2a . 2 B ) compressive force is increased. Holder according to one of the preceding claims, characterized in that it is designed to be self-locking and / or self-locking is. Support for a surface element, with at least one first clamping element ( 2a ) and a second clamping element with a clamping device ( 2 B ), which form a space for the arrangement of the surface element in the intermediate space, characterized in that the holder ( 2 . 13 ) at least one connecting element ( 5 ) for holding the first clamping element ( 2a ) on the second clamping element ( 2 B ), wherein the connecting element comprises a magnet. Holder according to claim 12, characterized in that that the connecting element and a clamping element integrally formed are, in particular, the clamping element is a magnet. Holder according to one of claims 12 or 13, characterized that at least one clamping element is ferromagnetic. Holder for a surface element with a clamping device with at least one first clamping element ( 2a ) and a second clamping element ( 2 B ), which form a gap for the arrangement of the surface element in the intermediate space, characterized in that the gap is formed in the form of a gap with at least one, preferably a plurality of direction changes, which is arranged so that due to the change in direction in the gap arranged in the gap surface element jammed due to gravity. Holder according to claim 15, characterized the gap has an S-U or Z-like shape in cross-section. Device for fastening and / or supporting a surface element, comprising: at least one guide element ( 9 ) for longitudinally displaceable mounting of the surface element in a profile ( 24b ) a profile rail ( 23 ); at least one together with the guide element ( 9 ) longitudinally displaceable holder ( 2 . 13 ) for holding the sheet member; the guide element ( 9 ) at least one support section ( 21 ) for mutual engagement with the profile ( 24b ) of the profile rail ( 23 ), characterized in that the support section ( 21 ) is formed non-rotationally symmetrical such that the support section ( 21 ) in a first angular position of the guide element ( 9 ) with respect to the longitudinal direction of the profile ( 24b ) of the profile rail ( 23 ) in the profile ( 24b ) is insertable, and in a second angular position of the guide element ( 9 ) with respect to the longitudinal direction of the profile ( 24b ) of the profile rail ( 23 ) in longitudinally displaceable engagement with the profile ( 24b ) stands. Apparatus according to claim 17, characterized in that at least one holder ( 2 . 13 ) is provided according to one of claims 1 to 16. Device according to claim 17, characterized in that that at least one holder for receiving a loop of a Surface element provided is. Device according to one of claims 17 to 19, characterized in that the support section ( 21 ) has a base area (GT) with a first maximum longitudinal extent ( 1 ) which is smaller than a second maximum longitudinal extent (b) which is at an angle to the first maximum longitudinal extent ( 1 ) is arranged. Device according to claim 20, characterized in that that the angle is substantially 90 °. Device according to one of claims 17 to 21, characterized in that the support section ( 21 ) Is formed point-symmetrical to a central axis of rotation and / or axisymmetric to a sectional plane. Device according to one of claims 20 to 22, characterized in that the first maximum length extension ( 1 ) smaller than the width (B) of the longitudinally extending (F) guide opening ( 26 ) of the profile ( 24b ) of the profile rail ( 23 ), the second maximum longitudinal extent (b) is greater than the width (B) of the longitudinally extending (F) guide opening (FIG. 26 ) of the profile ( 24b ) of the profile rail ( 23 ). Device according to one of claims 17 to 23, characterized in that the support section ( 21 ) at least two projections ( 21a . 21b ) for resting on corresponding projections ( 25 ) of the profile rail ( 23 ) having. Device according to one of claims 17 to 24, characterized in that the device ( 1 ) at least one first guide element ( 9 ) and a second guide element ( 9 ), which are preferably arranged at the ends of the holder. Apparatus according to claim 25, characterized in that the first guide means ( 9 ) and / or the second guide device ( 9 ) detachable on the holder ( 2 . 13 ) are arranged. Device according to one of claims 17 to 26, characterized in that the holder ( 2 . 13 ) at least a portion for bending a first end portion of the holder ( 2 . 13 ) relative to a second end portion of the holder ( 2 . 13 ) having. Device according to claim 27, characterized in that the holder ( 2 . 13 ) is formed bendable at least in a predetermined plane. Device according to one of claims 17 to 28, characterized in that the guide element ( 9 ) is rotatably mounted on the holder. Device according to one of claims 17 to 29, characterized in that the guide element is a connecting pin ( 22 ) between bracket ( 213 ) and support section ( 21 ) having. Device according to claim 30, characterized in that that the connecting pin represents a rotation axis. Device according to claim 30 or 31, characterized that the connecting pin can be locked in at least two rotational positions is. Device according to one of claims 17 to 32, characterized in that the device ( 1 ) at least one driver ( 20 ) for contacting at least one adjacently arranged device ( 1 ) for attachment and / or storage of a surface element. An attachment system comprising: at least one device according to any one of claims 17 to 33; and a profile rail ( 23 ) comprising at least one profile ( 24b ) for the longitudinally displaceable engagement of at least one guide element ( 9 ) in the profile ( 24b ).