WO2013174373A2

WO2013174373A2 - Profile system for fastening flexible panels

Info

Publication number: WO2013174373A2
Application number: PCT/DE2013/100186
Authority: WO
Inventors: Richard Steiner; Timo STEINER
Original assignee: Noreso
Priority date: 2012-05-25
Filing date: 2013-05-22
Publication date: 2013-11-28
Also published as: WO2013174373A3; DE112013002677A5; DE102012104528A1

Abstract

The present invention relates to a profile system for fastening flexible panels, consisting of at least two fastening profiles (A) which, connected to one another in various orientations by shaped structures and by means of further, plug‑in and plug‑on profiles, connect a flexible panel (C, D), thereby producing a continuous surface for roof, wall, facade, floor and ground installations, under flexural pressure, on a substructure on surface areas or columns/supports similar to the profile system. The profile system is characterized in that at least two fastening profiles (A) simultaneously connect, in a force‑fitting manner, a flexible panel (C, D), arranged therebetween, by latching and clamping the same, with resilient and flexural pressure, in a partly rounded, hook‑like notch (2) with an expansion‑compensating surface and, at the same time, by means of a horizontal profile rounding (10), bridging, in a force‑fitting manner, the mount of a stabilizing tube (12) for plug‑in connection at the joints/cut edges, and allowing two fastening profiles of the same system to be connected at the rear in a mirror‑symmetrical manner by means of additional retaining clamps/profiles (4), wherein water‑draining shaping and orientation of the latched‑in/clamped‑in parts is provided in conjunction with projections (1b, 2a).

Description

Yard system for attaching flexible ItineeLs

DESCRIPTION

Te c hnisc he s Ge b e t

[001] The present invention relates to a novel profile system for fastening flexible panels, comprising at least two fastening profiles and at least one additional and / or attachable further profile, wherein the profiles have different orientations connected to one another and mounted on a substructure and forming a closed surface for roof, wall, façade, floor and Reiland mon- days under bulging pressure, at least one panel being arranged between the fastening profiles.

Stand derlechnik

Roof, wall, cladding panels (panels) are usually individually fastened by visible screws. In panels, especially in the arrangement on Fassadenfläc hen attachment by pinching (Druc kverbindung) is not in use. These are guided one above the other or by means of a groove into one another and with horizontal formwork one above the other or by jamming clamps or profiles, and are predominantly screwed or rigidly glued together.

As far as systems without visible verse hraubung used to attach panels, these do not consist of Befestigungsprofüen, which are themselves part of the visible Eächen and form a protective, water-repellent supernatant, the rule can only a single and no further panel by snapping / Clamping with spring, pressure effect can be interchangeable by means of bulging tension. Particularly in the case of metal coverings in the case of the drawing (for standing seam / trapezoidal surface), these are stacked on top of one another or connected by means of a replacement, which entails higher material and assembly costs. Furthermore, the sheets are usually for tightness in direct Ebntakt without protective supernatant or on top of each other. As a result, these contact surfaces remain wet for long periods of time in wet and rainy conditions, thereby permitting moss formation and oxidation. Furthermore, these profiles are usually bolted or permanently fixed together and not individually interchangeable afterwards.

[005] Insofar as the hot air is used in the case of solar thermal facades and roofs as air rHybridko Lektor (photovoltaic / solar thermal energy), these are generally associated with additional glass plates on frame constructions (collectors) and are not without supplement existing outer profiles / plates by frame / glass latten possible. The same applies to solar roofs or facades, where so far no building, surface-integrated construction is used.

Although an arrangement change of at least two profiles is proposed in the patent application EP2119848, however, these visible profiles can not be mounted without further fasteners such as clamps, pins, screws, threaded rods, resulting in a complex and difficult installation. In addition, the visible-surface profiles can only be disassembled with a plurality of other fastening elements on a profile that is screwed directly to the wall structure, by clamping and latching, in a form-fitting manner, and thus can no longer be disassembled individually.

Presentation of the invention

[007] The object of the present invention is to scrape a projectile, or at least one of its wings, to form a scrape or winch connection and / or drilled holes in the smallest possible portion with at least two fastening profiles via a positive connection and a bottom structure with columns and uprights. In addition, the profile system is protected from external weather influences. thereby protecting and preventing capillary and adhesion-related transmission of moisture between the profiles / panels and with dimensional or grid accuracy - in particular also with variable riding - as well as modern motoring.

According to the invention, the above object is achieved with the features of claim 1. Advantageous embodiments of the inventive Pr filsystems are indicated in the Uhteransp avengers.

Thereafter, a profile system of the type mentioned above is characterized in that at least two fastening profiles at the same time an interposed, flexible panel by snapping and pinching with spring and Völbungsdruc k in e ine r te ilg e round e te n, hook-like notch with Connect the expansion compensation surface in a force-locking manner, whereby a water-removing shaping and alignment of the engaged or embedded part in combination with projections is provided.

The profile system according to the invention provides for a mutual arrangement of the fastening profiles and panels without rivet, screw, or thread Ver indung a frictional, closed and dense outer surface of a Dach-, wall, facade and floor surface and provides by means of wasserab guiding he Shaping and alignment provide effective protection against seizure, cladding and adhesion.

In addition, when the profile system is arranged vertically, for example, on a facade, an angle-variable corner recessing with integrated recess wall is made possible for the flat-cornered connection of the facade running over E k.

The flexible panels are preferably made of metal or a Kunststo ff and coated with various materials (De basket lech, solar foil cells, Sandsteinfumier) and / o de rfoliert. [0013] For extended use as a thermal roof, façade or caravan protective roof, the distance to the surface (roof, wall, floor) can be individually expanded or changed by means of a stand-adapted substructure. Depending on the amount of warm air, enclosed areas can be used as an air collector for thermally controlled hot air flow and airflow control

The fastening profiles can by Fin- and plugging other profiles, for example. Pipe and / or clamp profiles, also rear in mirror-image ro Ano tion to a (m) supporting (m) column / stand connected and thus even the essential part e rc e rc o nstructions will be. Due to the friction-locked connection of the two pipes by means of a plate with corresponding pipe feedthroughs and the plugged-on clamps, these connected joinery can accommodate very high loads. Femerist by the clamping of sheets the production of an oval closed column, stand form possible. The notches provided in the fastening bolts for holding LD-latches enable the production of the pillars / stator shafts to be reliably counteracted by the clamping of translucent flexible plastic plates instead of metal sheets LFD handling.

In combination with the pillar and stud construction, patio roofs and carports with integrated LFD lighting and photovoltaic open-space fixings can thus be produced and inexpensively installed. Undeveloped and / or agricultural areas (eg greenhouse roof areas) can be used as thermal parks with flexible photovoltaic panels, with an area underneath as an air collector and / or radiator systems. At the same time, this solution offers highly efficient use of the surfaces covered by this system in the case of low-PV PV solar arrays as street furniture. Other possibilities include the use of large shading areas with desired overcrowding, for the use of wood and re netw ork.

For green roofs can be a flexible plate with corresponding wells / chambers (planting pallets) for receiving the Pflanzungsmate- Rielien and substrate layers for the Gründac planting be clamped by tongue and groove or buckling pressure and thus a ventilated greening are made possible. Also a juxtaposition of individual conical plant containers to a vault with lateral r Rande infassung is possible. A panel arched in the opposite direction forms a closed, second roof surface (duo-roof) and, in its channel, gives rise to a downwards-facing curvature, a drainage area for rainwater, but can also be used as watering (Hydro material and / or the capillary watering / glass fiber rdoc hte).

The fastening profile is because of the above-described inventive properties so ge fo with, as ss fle xJb le panels made of various materials (metal / plastic) and Be layers - eg. Decorative panels, photovoltaic films, flexible PV solar modules or sandstone fumieren, flexible Gründac h-planting pallets or containers firmly and permanently and interchangeably afterwards, can be connected without screw or union connection and / o the drilling, or Sc hraublöcher. A combination of two side wall surfaces produced with this system is possible via these identical fastening profiles as a system-integrated outer and inner corner solution by means of a flexible panel which is then directed outwards or inwards. A rear flexible end plate, which can be clamped at the end of the profile (neck groove), can form a closed, protected shoulder and with concealed, internal and therefore not visible to the outside Eallrohrbzw. Water outlet can be fitted or find use as a supply channel.

H a particular embodiment of the invention is a two-sided conical, arranged wave profile at the end of the two profiles to be joined by at least one connecting means (preferably he lateral short thread locking screw) at the cutting edges with the attachment sprofü firmly and connected her and through the mirror web portions with wave-like teeth are arranged at a conical angle, wherein in the case of - preferably three - teeth / shafts with full pressure or spring action, the cover profile snaps into the fastening profile, in opposite directions. Direction of pressure per tooth / wave is again lower. As a result, a disassembly without damaging the profiles - in particular two wave-like formations - possible. This additionally ensures that various attachable covering or Haltepro fUe non-positively locking screw orRundstab can be connected to the mounting profile and also huh a shelving system in a horizontal arrangement allows.

[0019] Flexible arched grid panels and an overlying sheet of trapezoidal flaps can be manufactured and installed as open-field enclosures on a U-shaped structure together with the profile-oriented columns / uprights and attachment. Uebebaute and / or agricultural areas (eg., Greenhouse roof areas) can be used as a family of energy by a large number of mounting profits with flexible Solarbzw. Photo voltaic thin-layer plates with an underlying area as Luftkoltekto be used around / o of the The Rmie anläge. At the same time, this solution offers the economical use of the areas covered by this system for energy-saving solar areas as fuel. Further possibilities are the use of large shading areas with desired partial shading, energy and rainwater utilization by alternately arranging F ken grid plates and / or photovoltaic thin-layer plates.

By Finktemmen the panel and the then resulting Völbungsdruc k, even very thin sheets reach a strength - especially against wind loads - as otherwise only with aluminum -Verb and - metal sheets (sandwich panels) o dermillimeterdic ken Flachbtechen can be achieved with frame , This also allows for the processing of very thin roll cloths for the erection of long, seamless and dense panel surfaces without impact (joining, cutting edges). Furthermore, such a large-format printing of entire pictures or lettering can also be realized on very large surfaces.

Kuizb notes the drawings

Further objects, features, advantages and possible applications of the extruded profile system can be seen from the following Description of several embodiments with reference to the drawings. All of the described and / or illustrated features alone or in any combination form the subject matter of the invention, regardless of the summary in individual claims or the backbone.

[0022] h show the drawings

Eg.la - lc is a section of the fastening sprofils (system) with different (exemplary) pluggable covering and holding profiles;

Figure 2 is a perspective view as Hg.la - lc of attachment spro fite with the einstec kbaren covering and holding profiles;

Hg.3 a perspective view of the fastening system with a curved to the mounting surface flexible panel after clamping in the hook-like notch of Be festig ungsprofüe and a plug-cover profile

[0026] FIG. 4 shows a detailed view of the locking system, with a predominantly outwardly curved panel in the state after being clamped in the hook-like notch at the end of the support surface. stiff sprofile, together with one of the cover profiles (eg for photovoltaic flexible thin-walled foils);

Fig. 5A is a perspective detail view of a closed rounded corner formation, for a connection of two angularly arranged floors in the state after clamping an outwardly arched vertically arranged viewing panel, equally latching in the hook-like notch, furthermore correspondingly at an angle curved shut-off plate for lifting the closed rainwater drain - as a substitute for an eall tube - clamped in grooves of the respective webs at the ends of the fastening sprofile; also usable as a closed supply s-channel Fig. 5b shows a side view similar to Fig. 5, for a connection of two angularly arranged surfaces of the body of the foot, together with a concealed inside downpipe.

[0029] FIG. 5 c shows a perspective view of a facade area to be assembled with the FJckverbindungen according to Flg.5a and 5b and an exemplary attachment of flexible PV solar modules on a wall with insulation and rear ventilation.

Figure 6 is a perspective view of the (s) profüorientierten pillar stand with the on and plugged Verbindungspr profiles (pipe / clamp).

[0031] FIG. 7 is a perspective view of a wet overdrawing device with the U-shaped structure and the columns for fastening flexible part-n-pores to a photovoltaic device for inspection and Stro mp ro d uktio n.

[0032] FIG. 8 is a detailed depiction of a polarized photovoltaic panel in a possible east-west orientation on the base structure and pillars of a co-rp o rt sys tem.

Figure 9 is a perspective view of an outdoor mounting system for mounting flexible photovoltaic panels for use in large thermal park areas for strobe mprod uktio n

Fig. 10a is a perspective view of a sola-balcony system for the attachment of flexible - also teiltranspaienten - photovoltaic panels for Stro mp ro d uktio n and a ls ss htsc hutz.

Fig. 10b is a perspective view of a Bodenisoliersystem with the profilgleic hen materials of Solaibalkonsystems on the bottom plate resting, without verse screwing fitted with Clip System mo ibaren bamboo or plastic Tenassenpaneels, also for the rear te te sealing large terraces usable , [0036] FIG. 11 is a perspective view of a caravan canopy to be mounted with flexible rigid foam panels and trapezoidal sheet metal sheets as a superstructure. FIG. 12 is a perspective view of a backlightable shelving system with the special plug-in retaining profile for FIG the shelves, eg. Of plastic plates.

[0038] FIG. 13 is a perspective view of the shading system with the expanded metal plate clamped in under buckling pressure (for example Rombus 10 scales), as well as overlying sheets with the trapezoidal flaps for thermally controlled hot air removal when a shading surface is erected, in particular outside of buildings.

[0039] FIG. 14 is a perspective view of the green planting with the plant arranged in a curved frame on the inside and the plant below it.

15

the sealing panels / gully.

Execution of the invention

[0040] FIGS. 1a-c show a section of the fastening profile with the various mirror-symmetrically arranged formations: this is how it is done, and how it is done with deca rt plastic for the optimization of the feo la tio n s e s ha es, the semicircular, hook-like notch with expansion compensation surface 2 with the projection 2a above the support surface 3 for the paste.

25

neels,

the different Aufsteckpr foe B (la, lb, lc) and the conical connector 4a in Fbrm a mirror-image wave-shaped ridge formation to Finschub in the oppositely upwardly open Finrastnut 4 of the underlying Befestigungspr fOs A together with a 3Q mirror-image semicircular shape at the wave-shaped ridge formations Receiving a short threaded screw 5, the attachment profile for the horizontal mounting of shelves with the round rod for fastening and stabilization by means of a threaded screw, the screws 6 for T FD-Tic

the insertion groove / hook 7 for receiving the foot of a mounting bracket with wave-shaped teeth, fit exactly to Ausfo tion 7a on Befestigungspr Fil A for kraftsc hlüssigen connection with the respective n TJhte rko nstruktio n,

derspiegelbidlic he wedge-shaped Finrastnut in the middle of the profile 8 and the web formations 8a at the lower end for variable further attachments and recording vo n Pro file n, / panels.

the Einrastnuten 9 and the in-lying rounding 10 for receiving a stabilizing tube (eg. Plug connection to the joints), in order to bridged, if possible, large spans without screw connections, in particular an individual roof, non-positively,

As can be seen from FIG. 2, it is possible to accommodate the slip-on and cover profiles in various designs and types of fastening (pinching / twisting). The wave-shaped conical mirror-image toothing is particularly advantageous. The water-removing protrusion is designed on both sides so that rainwater can be prevented from penetrating into the individual roof area even when the fastening profile is horizontal - without a slope or roof pitch. The underlying hook-like notch 2 is located in a protected area and is additionally covered by the supernatant 2a with water-repellent angle of inclination. In addition, there are the water-dissipating, formations of aufstec kbaren cover profiles B. On the mounting profile A is advantageously a retaining 6 for T D-Tic htb ändem - for Eassaden-, wall, Te nessend ach-, column, shelf lighting - provided.

As can be seen from Flg.3, is fixed by the individual panel C to be mounted (in the arrangement change) - fixed in the respective hook-like notch 2 (right and left) of BefestigungsprofOs A - a dense, closed and contiguous roof, wall or façade surface. The bulging of the panels due to pressure / spring action secures them by latching / clamping and is therefore easy to remove. Ibaise Iba round ensures good drainage of rainwater. No screw or thread connection and / or drilling or screw holes which damage the outer surface are required. Also, the insertion groove 7 is designed to fit the crack of the retaining angle 1s / Kreuzve binder and the wave-shaped teeth as well as accurately to the shape 7a on Befestigungspro filA and allows a frictional with the Un comprenc tio n (U / LPro fQ) o hne Direct application of the consolidation profileA.

As can be seen from Hg.4, no load spikes for weather-related loads is required in the hall of the upward or outward by pressure / Ha effect resulting curvature of the panel D. The entire loads are taken over the lateral fastening sprofile A A so that the upward or outward curvature is hardly subject to change.

As can be seen from FIGS. 5a to 5c, the production of an E is also achieved with the identical fastening profiles. It is possible to build a house (inside and outside) with different angles and thus a full-surface connection of two wheel wells with integrated rainwater drainage / Rallrohr in the Rassadeneck.

As can be seen from Hg.6, the production of a statisc h highly loadable column / stand by the rear connecting two fastening profiles by means of union union and retaining clamps, profiles possible. By the lateral slamming of smaller slender panels creates a closed oval columnar shape, which can be advantageously stabilized by appropriate uniform cover plates 15 unte r Durc hführung the tubes to the Hilden and also in addition to the bumps. At the ends of the cracks, the tubes may be designed so that a strong force is an important factor.

As can be seen from Hg.7, is with this column construction over a cross section and Kte uzve rb ind em with this fastening ung sprofilen for flexible panel with appropriate alternate arrangement a Te wet nüb roofing - even larger scale - produce, h the rule can do it even an otherwise necessary center pillar can be dispensed with, since this makes it possible to fix it in place by means of wire-like fastening as a substitute for the center pillar. By means of clamping grooves 6 for TFD sealing strips contained in the columns and the lower tapping seam, a power-saving, versatile illumination of the covered turf surface is possible. Of particular advantage is the use of this decking for the attachment of transparent flexible PV solar modules to the power plant.

As can be seen from Eg.8, the production of overdac tions for carps (carpoits), which consist predominantly of the loading sprigilen as the main component is another large Ensatzfeld. The use of this roof-shaped carcass outer surface for attaching flexible PV solar modules to the flow compartment in energy-efficient east-west orientation is also of particular advantage here. Also, the composite with a channel-like Re- nge-water-run profile 13 is provided.

As can be seen from FIG. 9, the block is also possible as a mounting system for the novel use of flexible PV solar modules for generating power in energy parks. The column can here by appropriate processing a TTräger record in the required angle or with a special -. Rotatable - essay be provided. At the fracture ends, the tubes may be formed so that a connection to a concrete foundation or beam driven in an ankle can be made frictionally over the circular formations.

[0049] As shown more clearly in FIG. 10a, it is possible to produce a balustrade with a railing by means of this fastening system. The flexible panels can consist of transparent or semi-transparent plastic panels or flexible - even semi-transparent - PV solar modules for struc- turing.

[0050] As is the case with the provision of the Eg. 10a, this system provides a ventilated insulation for the protection against rainfall (weather / rain) of balconies and meadows well-n possible. A otherwise it is not necessary to seal the concrete and / or mortar structures (ceiling / cantilever plates). The surface of the sample surface can be used as a floor covering instead of tiled with wood or estuarine 1 s by embedding it in the surface of the pro cess m ode.

As can be seen from Flg.11, with the mounting system, the preparation of a caravan canopy, center 1s e ee r depending on the caravan edge / edge made bracket as U te rko nstruktio n, possible. As flexible panels, the lightweight rigid foam panels are particularly suitable. Promising panels are characterized by high strength with low weight and good insulation properties and can be used in the fastening system by a person with no hemming and slight buckling pressure. After just as easy disassembly, these stackable plates require only a very minimal storage, transport surface. Another advantage is that the protective roof surface can be optionally equipped with a number required for power production flexible PV solar modules instead of hard foam panels.

As can be seen from Flg.12, the production of shelf walls in horizontal Anorderung the mounting profiles is possible. The special top, bottom, finisher creates stable uptake of shelf bottom panels, up to an average shelf depth. An additional non-positive connection for stabilizing the shelves can be created by means of an angle profile on the outer part of the rebate and threaded rod up to the inserted round bar. The flexible panels may, for example, consist of white or colored, semi-transparent plastic panels. The LFD light strip clamping grooves 6 then provides horizontal alignment to provide a backlit shelf wall. In addition, the panels can contribute to an effective wall design by means of layering with wood or sandstone fumes and the use of back- ground, or at the same time print energy-efficient and cost-effective luminous advertising (labeling and mediatization of the wall hen).

As can be seen from FIG. 13, in another embodiment of the invention, the invention is achieved by means of an inner flexible grid plate with an upper surface. TiemiikgeiegelterAir exchange / Wamiluftabzug he allows the trapped between the fastening profiles lattice panel with Fblie.

As can be seen from Figure 14, a representation of the green roof with the ge in arched Fbrm arranged plant onta ine m and the underlying waterproofing / gutter.

Because of the properties already described above, the fastening profile is so precise that the panels are made of a wide variety of materials (metal / plastic) and coverings, for example solar foils (photovoltaics, roof, façade). , Decor sheets (also printed) or wood and sandstone fats, Griindac planting pallets firmly and durably - but can be exchangeable / reversible afterwards - and can be joined together by means of other profiles in different configurations Mounted at a distance from the wall structure, it creates a closed surface for roof, wall, façade, floor and outdoor installations under arching pressure.

H another embodiment of the invention Fifindung is by means of a flexible grid plate with overhead shading foil and outwardly directed trapezoidal flaps a thermally controlled air exchange / hot air extraction on the ungsprofilen between the fastening trapped grid panel with F lie ermöglic ht and can as freestanding Besc ha combined with flexible PV solar panels.

H a further embodiment of the invention Fifindung a ventilated witte rangsdichte surface is provided, which includes a flexible with sd jerk sr ck clamped panel, which - without verse hraubung wooden or plastic patio slats mounted - a walk-Terra ssenfläc he or Balko nb o de nb e lay with undercut. list of reference numerals

A fastening profile

B Depreciation and entry profiles in the versions (la-lc)

C, D Pane e le with W Ib ung ung ung (((C) and n (D)

E C o n s e c tio n

F Waiting for and ex ception 1

la Cover and locker for the locker

lb Cover and recess c kp ro f overfitting with gaiter (uneven) lc Covering and door c sting with sill and groove for shelves

2 Hook-like notch with expansion compensation surface

2a projection fastening profile

3 edition bottle for Panneis

4 Enrastnut undulating for Abdec kprofile

4a bar wavy with thread for screw thread

5 fixing screw (thread)

5a round bar (stabilization sta b)

5b Design for wind turbines

6 clamp mmnut for T EP-T ap t

7 Enrastnut / bridge for Ha lte wave 1 with foot

7a Enra sta us fo rm a nce f ile for Ha lte winke 1 (C uiv ers)

7b Que r-Halte pro fü (Kre ube b ind e r)

8 Enra sta us fo rm a tion for exhaustion 1

8a web formations with the grooves

9 Enra stnut for conclus sible

10 expanded metal plate

10a F o ry with Kla p p o ff e s (W o rk M anag e)

11 plant crates, containers

12 Sta ilization, Proce ction s (Pro filve rb ind e r)

13 P h o to p a ss (Where to find a n o rk nstructures)

14 Bracket / Pro filve rb ind e r

15 (a) Ehd plate (pillar) / (bottom)

16 gutter nprofü (water drainage)

17 T-hunters

Claims

EXPECTATIONS

Profile system for fastening flexible panels, consisting of at least two fastening profiles (A) and at least one plug-in and/or plug-in further profile (B), the profiles (A, B) being connected to one another in different orientations and on a base nstruction are mounted at a distance and form a closed surface for roof, wall, facade, floor and outdoor installations under arching pressure, with at least one panel (C, D) being arranged between the fastening profiles (A),

characterized.

that at least two fastening profiles (A) simultaneously fit a flexible panel (C, D) arranged between them by snapping and clamping with spring and arch pressure in a partially rounded, hook-like notch

(2) connect non-positively with the expansion compensation surface, with a water-draining color and alignment of the snapped or clamped parts in conjunction with protrusions (lb, 2a) being provided.

Per foot system according to claim 1,

characterized.

that on the field of the two profiles to be connected (A, B) by means of at least one connecting means, a world npro fQ arranged conically on both sides is fixed to the cutting edge n with the fastening pro fQ and they are connected and through the game The upper web areas with planet-like teeth are arranged at a conical angle in such a way that with - preferably three - teeth/worlds with full pressure or spring action, the cover profile snaps into the fastening profile and in the opposite direction the pressure per tooth/world is reduced.

3. Pro system according to claims 1 and 2,

characterized.

that the fastening roller (A) supports the flexible panels (C, D) through curvature and pressure resistance via the support surface (3) and the expansion-compensating, hook-like notch (2) in a force-fitting manner by snapping in a small one mm angle Is / cross connector with barrel and weld profile (7, 7a) in the profile (A) for snap-in variable fastening on a Uhter construction of the wavy horizontal, vertical or inclined surface, connect.

4. Prof system according to application h 3

characterized.

that at the same time the inclusion of a stabilizing tube (12) for the plug-in connection at the joints/cut edges is non-positively bridged by means of an inherent profile rounding (10) and preferably a reverse mirror connection is connected Two systems allow for easy fastening of profiles using additional retaining clips, profiles (13), with further profile shapes (5b, 8, 8a, 9) being provided as additional fastening options.

Profile system according to one of the preceding claims,

characterized.

that flexible panels, panels (C, D) with different thicknesses and coatings and purpose-oriented designs can be arranged in a vault-like manner and can be connected, held and fixed by clamping in a change of arrangement using the fastening profiles (A) on both sides.

Profile system according to one of the previous claims,

characterized.

that two of the same system fastening profiles, columns and stands are produced with the rear mirror-image composite, which, depending on the further structure of the substructure, are intended to be a self-supporting component of this construction (Eg.8 -10).

7. Profile system according to one of the previous claims,

daduich marked.

that by means of a flexible grid panel with a shading film on top and outward-facing trapezoidal flaps, a thermally controlled air exchange is made possible.

8. Profile system according to one of the preceding claims,

daduich marked.

that the fastening profile (A) has an inhibiting groove (6) for LED light strips for direct and indirect lighting, especially indoor lighting of transparent panels.

9. Profile system according to one of the previous claims,

daduich marked.

that, depending on the structure of the external structure, a corresponding rear-ventilated space is provided as a thermally usable air or hybrid collector, which at the same time forms air p oist insulation with or without thermal control.

10. Profile system according to one of the previous claims,

daduich marked.

that a rear-ventilated, weatherproof surface is provided, which includes a flexible panel 1 tensioned with arching and pressure.