Method for mounting a cover element

Abstract

The invention relates to a method for mounting a cover element (1) for closing an opening in a wall element or roof element, characterized by the following method steps: - mounting at least four corner fittings (2) as a support plate on a frame (3), - arranging at least four fittings (5), preferably each comprising a hinge (4) for moving the cover element (1), on the four corner fittings (2), preferably in pairs, - mounting at least four cover-element fittings (6) on the cover element (1), preferably in pairs, and - arranging the cover element (1) on the at least four fittings (5), preferably via suspension by means of two hooks (7) on two mountings (8) and / or via pivoting two of the at least four cover-element fittings (6).

Description

[0001] Method for mounting a fascia element

[0002] The invention relates to a method for mounting a cover element to close an opening in a wall or roof element. Furthermore, the invention relates to an arrangement for such a method.

[0003] Conventional blind elements – which in the context of the invention can, for example, represent windows or doors of a house – are tilted or opened by means of a pivoting motion to ventilate a room. Such blind elements have a fixed corner fitting through which both movement trajectories of the blind elements are fully guided. Document WO 2024 / 211938 A1, which discloses a different movement trajectory for blind elements, is known from the prior art.

[0004] A disadvantage of the current state of the art is that the assembly process, especially with heavy fascia elements, offers little comfort for the installer. Furthermore, each assembly process and configuration must be adapted to the specific characteristics of the fascia element in question, resulting in limited flexibility and making it impractical for a single person. In addition, stability is significantly reduced, particularly with conventional fascia element connections to a frame in the tilted or open position.

[0005] The objective technical object of the present invention is therefore to provide an improved assembly method and an arrangement for such a method, in which the disadvantages of the prior art are at least partially eliminated, and which are characterized in particular by increased assembly convenience, a simpler and faster assembly process and / or a product portfolio that is flexible and easy to adapt and provide.

[0006] This problem is solved by the features of claim 1.

[0007] According to the invention, the following process steps are provided for, preferably in chronological order:

[0008] - at least four corner fittings are mounted as a support plate on a stick ,

[0009] - at least four fittings, preferably each comprising a hinge for moving the cover element, are arranged on the four corner fittings, preferably in pairs,

[0010] - at least four fascia fittings are mounted on the fascia, preferably in pairs, and

[0011] - the glare element is arranged on the at least four fittings, preferably by hanging it on two receptacles using two hooks and / or pivoting two of the at least four glare element fittings.

[0012] This makes it possible for the four corner fittings to provide a platform that can be individually expanded in a modular fashion and adapted depending on the dimensions of the frame or fascia and / or independently of the frame or fascia.

[0013] In addition, the three-part design of the fittings, which preferably include the hinges and / or part of a guide system for moving the cover element, offers the advantage of convenient and efficient hanging, pivoting, and securing of the cover element on the top of the frame. The component parts do not need to be connected sequentially. The individual process steps do not need to be carried out sequentially. For example, in a preparatory process step, the fittings can be pre-assembled with the corner fittings—for example, in pairs—and / or assembled together. The corner fittings and the fittings can each be designed as a single assembly and assembled together.

[0014] As stated at the outset, protection is also sought for an arrangement for such a method comprising at least four corner fittings, at least four fittings each with a hinge for moving a cover element, and at least four cover element fittings for mounting a cover element on a stick, wherein the four corner fittings are essentially identical as a platform for the at least four fittings and cover element fittings, and / or two cover element fittings or two fittings comprise a hook and two fittings or cover element fittings comprise a receptacle corresponding to the respective hook, so that the two cover element fittings can be hooked into the two fittings.

[0015] The uniform design of the corner fittings reduces the required assortment for assembly, thereby simplifying the installation process. Additional stabilization can be achieved through the modular addition of further intermediate fittings or by connecting the guide system. Special frame constructions are not required. The number of interfaces can be easily increased horizontally and / or vertically, depending on the size of the cover element – ​​for example, the number of locking positions, which can be activated simultaneously by connecting elements. The hook, in interaction with the receptacle, allows an installer to conveniently attach the cover element, transferring its load to the frame and thus facilitating connection – for example, using screws.

[0016] Preferably, the arrangement comprises an adjustment device, wherein the adjustment device comprises a depth adjustment device, a side adjustment device and / or a height adjustment device, wherein the depth adjustment device is preferably arranged on a locking device and / or the side adjustment device and / or the height adjustment device is arranged on the cover element fitting.

[0017] The invention preferably relates to an application in a window or a patio door.

[0018] Advantageous embodiments of the invention are defined in the dependent claims.

[0019] It is preferably provided that, after a hanging process, the glazing element is pivoted towards two fittings, preferably the upper fittings in the operating position of the glazing element, and preferably screwed on.

[0020] It is preferably provided that at least one, preferably all, of the fittings

[0021] - is positioned on the corner fittings, preferably in two or three planes, by means of at least one bolt and at least one elongated hole, preferably designed as a keyhole, and / or

[0022] - is screwed to the frame and / or to the corner fittings and / or at least one of the, preferably all, corner fittings is screwed to the frame and / or at least one of the, preferably all, cover element fittings is screwed to the cover element.

[0023] Keyholes define the positioning by their end positions within the slot, allowing the fitting on the stock to be defined in all degrees of freedom. Generally, the slot may have a taper, whereby the bolt is positioned or clamped in a defined position by the taper.

[0024] The corner fittings can be pre-assembled and simply attached to the corner fittings for connecting the movement mechanisms.

[0025] It is preferably provided that at least one rope for compensating a tilting moment of the glare element and / or at least four, preferably six, locking devices for the glare element are arranged on the stick, wherein preferably a child safety device is activated in interaction with at least one of the locking devices and / or a connecting means for coupling two locking devices is provided.

[0026] In general, one locking device may suffice. Generally, a locking device may be provided that blocks the transition from the extended to the closed position (operable by a release lever), and / or a locking device may be provided that locks the closed position against movement into the extended position. Preferably, in addition to the locking device for the closed position and / or for the extended position, a child safety lock is provided, and / or a connecting means is provided with which a plurality of locking devices are actuated (activated and / or deactivated) simultaneously.Preferably, the movement of the louver element between the closed position and the extended position is electrically driven, and between the extended position it is manually driven, although this is generally not necessary and, for example, only electric or manual drives may be provided.

[0027] The extended position can be a tilted position of the cover element or, preferably, a ventilation position parallel to the frame, while the closed position can be laterally offset from the opening of the wall or roof element. The frame can be a window frame for a window as a cover element, or a patio door frame for a cover element in the form of a patio door, or be considered synonymous with a cover element frame.

[0028] It is preferably intended that

[0029] - at least one, preferably exactly two, guide rails on the louver element side are arranged on the louver element for moving the louver element, and / or in a preparatory process step, two, preferably two each, of the louver element fittings are connected to a guide rail on the louver element side, and / or

[0030] - at least one, preferably exactly two, wall- or roof-side guide rail for moving the cover element on the frame is arranged and / or in a preparatory process step two, preferably two each, of the fittings are connected to a wall- or roof-side guide rail, wherein it is preferably provided that the at least one cover-side guide rail is screwed to the cover element and / or the at least one wall- or roof-side guide rail is screwed to the frame.

[0031] By dividing the guide mechanism into two parts (between the stick and the louvre element), the range of motion is increased, resulting in a particularly aesthetically pleasing appearance. The down position is preferably aligned parallel to the louvre element, and the extended position is also preferably aligned parallel to the louvre element; however, conventional tilting or a mirrored tilting is also possible.

[0032] Preferably, the valance element is moved via at least one hinge from a closed position to a position extended orthogonally onto the wall- or roof-side guide rail, preferably in a parallel or oblique orientation to a wall or roof element, and / or into a position laid down parallel onto the wall- or roof-side guide rail, preferably in a parallel orientation to a wall or roof element, or vice versa, wherein it is preferably provided that, in the course of the movement, a tensioning device tightens a cable, if present, to compensate for a tilting moment.

[0033] The tensioning device can be provided independently of the assembly method and the arrangement for the continuous tightening of the rope during the movement of a blind element, with the tensioning device preferably being provided as an addition.

[0034] Traditionally, cables are tightened and their length is fixed to compensate for tilting moments during assembly, with the tensioning device – for example, by means of a swivel device – being able to tighten the cable during operation as the louver element moves (preferably over the entire range of motion or section by section between extended and closed positions) if the cable tends to become loose or if the cable is loose.

[0035] It is preferably intended that

[0036] - at least four, preferably six,

[0037] Locking devices for locking the cover element in a closed position are mounted on the cover element, preferably screwed on, and / or

[0038] - at least one release lever for the cover element is mounted on the cover element, preferably screwed on, and preferably it is provided that the at least one release lever is at least partially covered by a cover.

[0039] A preferred arrangement includes at least one electric drive device, a cover element movable relative to a wall or roof element for closing an opening of the wall or roof element in the operating position of the arrangement, and at least one guide device comprising, preferably, a wall or roof element-side and a cover element-side guide rail.

[0040] The drive device preferably comprises at least one cycloidal gear unit, and more preferably two cycloidal gear units connected via a synchronization device. If two drive devices are present, they are preferably electronically synchronized or coordinated with each other.

[0041] Preferably a drive bolt or drive lever (especially preferably a shaft of a drive shaft) is provided, with which the hinge, a pull-in lever for moving a carriage or a hinge into an extended end position and / or a locking device can be actuated - for example, via a control contour of the drive lever by force transmission from the drive shaft.

[0042] Preferably, the guide device comprises a guide rail on the wall or roof element side, wherein the cover element

[0043] - opposite the wall- or roof-side guide rail, preferably by means of at least one electric drive device, from a closed position, preferably in parallel and / or oblique orientation to the wall- or roof element, orthogonally relative to a longitudinal extension of the guide device into an extended position and / or

[0044] - opposite the wall- or roof-side guide rail, preferably manually, from the extended position in parallel alignment to the wall- or roof element parallel to a longitudinal extension of the guide device into a retracted position.

[0045] It is preferably provided that two fittings are connected to each other by means of a guide device and / or a synchronization device, wherein preferably two mechanical and / or one electronic synchronization device by means of an electrical drive device are provided.

[0046] Pre-assembling at least part of the guide system on the fittings can reduce the number of assembly steps.

[0047] It is preferably provided that at least two of the hinges or fittings are connected to each other by means of a rope to compensate for a tilting moment of the louver element, wherein preferably a tensioning device is provided for continuously tightening the rope in the course of a movement of a louver element between a closed position and an extended position or a switched-off position of a louver element.

[0048] Preferably, the clamping device is provided, wherein

[0049] - the clamping device comprises at least one, preferably two or three, deflection pulleys and / or

[0050] - the clamping device includes a power-storage and / or swiveling deflection pulley and / or

[0051] - a spring is provided with which a deflection pulley, preferably via a tension cable and / or another deflection pulley, can be moved or pivoted.

[0052] A power-storage-equipped deflection pulley ensures that the rope is always provided in the required and appropriate length for the movement of the glare shield.

[0053] It is preferably provided that at least one locking device, preferably coupled with an optionally existing electrical drive device, is provided, which comprises at least one catching device arranged on at least one of the fittings for catching at least one axis of at least one locking fitting mountable on a cover element and the at least one locking fitting with the at least one axis.

[0054] It has proven advantageous if at least one of the following features is provided for the locking device: The locking device is actuated via a drive pin (for example, a pivot lever) that is operatively connected to a drive shaft or a gearbox; the catch is actuated via a lever that is movable through the drive pin.

[0055] The transmission lever (for example, by the drive pin entering a guide track) is moved, and / or the catch lever is guided translationally or in a pivoting motion around the axis.

[0056] Preferably, an arrangement is provided with a glazing element and a shading device for the glazing element, wherein the shading device is mounted on the outside of the glazing element, preferably guided via rollers arranged on the glazing element and / or movably coupled to the glazing element.

[0057] If the shading device is motion-coupled with the glare element, no additional movement mechanism is required for the shading device to move the shading device into the extended and / or retracted position.

[0058] Preferably an arrangement is provided with a pole, a glazing element and an insect screen, wherein the insect screen is movably mounted on the pole, preferably in a reveal and / or in the operating position within the glazing element and / or vertically or horizontally foldable.

[0059] An internal mounting reduces soiling of the insect screen and facilitates access to it. If the insect screen is foldable—or generally movable or removable without tools—access to the screen element can be made more convenient, or light transmission can be increased.

[0060] The term "foldable" also includes a rollable insect screen, which, for example, is attached to the frame like a roller shutter and can be rolled in and out. Preferably, an arrangement is provided with at least one detection device for detecting an intrusion or collision in the area of ​​the fittings, glazing element fittings, and / or the glazing element itself, wherein the at least one detection device preferably comprises a laser device and / or an electrical strip.

[0061] The detection device prevents objects or body parts from being trapped by the aperture element or the guide device. The electrical strip can, for example, include capacitive, inductive, and / or electronic detection of an intrusion or approach. The laser device can, for example, detect the intrusion or approach using time-of-flight analysis and / or reflection light analysis.

[0062] The shading device, the insect screen device and / or the detection device are generally independent of the mounting method and arrangement, but are preferably used individually or in combination as a complement.

[0063] Further details and advantages of the present invention are explained in more detail below with reference to the description of the figures and the exemplary embodiments shown in the drawings. These show:

[0064] Fig. 1a-1d shows an arrangement according to a preferred embodiment in different positions in perspective view.

[0065] Figs. 2a, 2b show the arrangement according to the embodiment shown in Fig. 1a in exploded view.

[0066] Fig. 3 shows a hinge for an arrangement according to the embodiment of Fig. 1a as a detail section, Figs. 4a-5b show process steps of a preferred method according to the invention with respect to a stock of an arrangement according to the embodiment of Fig. 1a.

[0067] Figs. 6a-8e Process steps of a preferred method according to the invention with respect to a blending element of an arrangement according to the embodiment according to Fig. 1a,

[0068] Figs. 9a-9f show an enlarged view of a tensioning device for a rope for an arrangement according to the embodiment shown in Fig. 1a in varying views.

[0069] Figs. 10a-10c show an enlarged view of a locking device for an arrangement according to the embodiment shown in Fig. 1a in different views.

[0070] Figs. 11-14 show an arrangement according to the embodiment shown in Fig. 1a with add-ons in the form of a detection device, a shading device or a

[0071] Insect screen in perspective view.

[0072] Figures 1a to 1d show an arrangement consisting of a cover element 1, which is movable relative to a wall or roof element, for closing an opening in a wall or roof element in the arrangement's operating position, with a rod 3 to which the cover element 1 is connected via a guide device 22 for the cover element 1. In this embodiment, four hinges 4 are used, which have a lever kinematic mechanism comprising two levers movable in orthogonal planes.

[0073] The valance element 1 is movable relative to the guide device 22 by at least one electric drive device 21 from a closed position in a parallel or oblique orientation to the wall or roof element, orthogonally relative to a longitudinal extension of the guide device 22, to an extended position via the hinges 4, and preferably manually from the extended position in a parallel orientation to the wall or roof element, parallel to a longitudinal extension of the guide device 22, to a closed position via two carriages. In general, the manual movement section can be driven, or the driven movement section can be performed manually.

[0074] In this embodiment, two electric drive devices 21 are provided, one located in an upper corner of the stock 3 and one in a lower corner of the stock 3. The number of drive devices 21 is generally arbitrary, for example, one or four drive devices 21 may be provided. The tilted position according to Fig. Id can be achieved by activating only the upper drive device 21, whereby a mirrored tilting process is possible. If both drive devices 21 are activated, the parallel extended position can be achieved. Synchronization of the drive devices 21 is preferably electronic, although mechanical synchronization is also generally possible.

[0075] The drive devices 21 preferably each have two gearboxes in the form of cycloidal gearboxes, which are coupled to each other by means of a synchronization device 23.

[0076] In a transition between the extended and retracted positions, a coupling device preferably acts, whereby the hinge 4 is transferred from the carriage to the drive device 21 and vice versa. The cover element 1 can be moved manually into the retracted position and electrically into the extended position by means of a carriage. Two stationary hinges 4 and two hinges 4 each assigned to a carriage are provided, whereby the number of hinges 4 and carriages is generally arbitrary.

[0077] Figs. 2a and 2b illustrate the constructive design of the exemplary embodiment with the component components belonging to the cover element 1 and the stock 3 - such as the two-part guide device 22, which are connected by means of hinges 4 via fittings 5.

[0078] Fig. 2a shows that a child safety device 14 is provided at at least one corner of the stick 3, which is preferably activated or stands in interaction with a locking device 13, whereby alternatively an independent child safety device 14 may be provided.

[0079] Fig. 3 shows a hinge 4 in an enlarged detail section with a lever kinematics which enables the transition between a closed position and the opened position.

[0080] Figures 4a to 4c show a first process step of a method for assembling the cover element 1, which is intended for closing an opening in a wall or roof element, wherein four corner fittings 2 are mounted as a support plate on the stock 3 by screwing.

[0081] Fig. 4b shows that the four corner fittings 2 are identically designed as a platform for the fittings 5 ​​and cover element fittings 6.

[0082] Fig. 4c shows that the corner fittings 2 are screwed onto the stock 3.

[0083] Fig. 5a and Fig. 5b show the component parts assigned to the stock 3 for the movement of the cover element 1, wherein four fittings 5, each comprising a hinge 4 for the movement of the cover element 1, are arranged in pairs on the four corner fittings 2.

[0084] A rope 12 is attached to the stock 3 to compensate for a tilting moment of the louver element 1, whereby a tensioning device 18 tightens the rope 12 during the movement of the louver element 1. Two of the hinges 4 or fittings 5 ​​are connected to each other by means of the rope 12.

[0085] Fig. 5a shows that two wall- or roof-element-side guide rails 17 of the guide device 22 are arranged for moving the cover element 1 on the stock 3, wherein subsequently or in a preparatory process step two of the fittings 5 ​​are connected to the wall- or roof-element-side guide rail 17.

[0086] The guide device 22 is screwed on using fastening means, whereby in general (with regard to all component components) other mounting means may also be provided.

[0087] Two fittings 5 ​​are connected to each other by means of the guide device 22 and a synchronization device 23 for two gearboxes of the drive device 21. Two fittings 5 ​​are mechanically coupled via the synchronization device 23. Two drive devices 21 are electronically synchronized with each other.

[0088] The arrangement comprises an electric drive device 21, the cover element 1, and the guide device 22, which guides the wall- or roof-side and cover element-side guide rails 16, 17 for moving the cover element 1 between the closed, extended, and retracted positions. Fig. 5b shows that the fittings 5 ​​are positioned on the corner fittings 2 in three planes by means of bolts 9 of the corner fittings 2 and elongated holes 10 of the fittings 5 ​​designed as keyholes 11, and are screwed to the frame 3 or the corner fittings 2.

[0089] Figures 6a to 7c show the component parts associated with the cover element 1 for the assembly of the cover element 1, wherein four cover element fittings 6 are mounted on the cover element 1 in pairs.

[0090] Fig. 6a shows that the guide device 22 comprises two guide rails 16 on the side of the cover element, which are arranged on the cover element 1, wherein the cover element fittings 6 can be connected downstream or in a preparatory process step with the guide rail 16 on the side of the cover element.

[0091] Fig. 6b shows that the cover element fitting 6 and the cover element-side guide rail 16 are screwed onto the cover element 1.

[0092] Figures 7a to 7c show that a release lever 19 is arranged on the louvre element 1, with which a user can manually move the louvre element 1 from the extended position to the closed position after actuating the release lever 19. The release lever 19 is connected to the louvre element fitting 6 and the fitting 5 via a shaft and has a locking device which can be activated and deactivated via the release lever 19.

[0093] A plurality of locking fittings 30 for locking devices 13 are arranged on the cover element 1, wherein the number of locking devices 13 can be individually expanded modularly depending on the dimensions of the cover element 1. According to this exemplary embodiment, six locking devices 13 are provided on the frame 3, whereby the number is generally arbitrary (one locking device 13 may be sufficient).

[0094] Fig. 7b shows that the release lever 19 for the cover element 1 is mounted on the cover element 1 by screwing, the release lever 19 being partially covered by a cover 20, as can be seen in Fig. 7c.

[0095] Figs. 8a to 8c show the process of attaching the glazing element 1 to the stock 3, wherein the glazing element 1 is attached to two receptacles 8 of the four glazing element fittings 6 by means of two hooks 7.

[0096] Fig. 8b shows that two cover element fittings 6 comprise a hook 7 and two fittings 5 ​​comprise a receptacle 8 corresponding to the respective hook 7, so that the two cover element fittings 6 can be hooked into the two fittings 5. One or both hooks 7 may have a recess as a locking aid.

[0097] Fig. 8d and Fig. 8e show that after the blind element fittings 6 are attached, two of the four blind element fittings 6 are arranged on the fittings 5 ​​by pivoting, wherein the blind element 1 is pivoted and screwed onto two upper fittings 5 ​​in the direction of two lower fittings 5 ​​in the operating position of the blind element 1 after the attachment process.

[0098] Fig. 9a shows the positioning of the tensioning device 18, where the enlarged detail section shows that the tensioning device 18 is designed to continuously tighten the rope 12 during the movement of the louver element 1 between a closed position and an extended position and a switched-off position of the louver element 1.

[0099] Figures 9b to 9f show the tensioning device 18 in different views and in exploded view, wherein the tensioning device 18 comprises three deflection pulleys 24. Two of the three deflection pulleys 24 guide the rope 12, with the middle deflection pulley 24 shortening the effective rope length.

[0100] The middle deflection pulley is energy-storage mounted and pivotably mounted, with a spring 25 being provided, with which the deflection pulley 24 can be pivoted via a tension cable 26 and a further deflection pulley 27.

[0101] Figures 10a to 10c show in different views a locking device 13, which is generally coupled to the electric drive device 21.

[0102] The locking device 13 has a catch device 28 preferably connected to the fitting 5 for catching an axis 29 of a locking fitting 30 mounted on the cover element 1, wherein the locking fitting 30 has the axis 29 for locking by interaction with the catch device 28.

[0103] Two locking devices 13 are connected by means of a

[0104] Connecting means 15 coupled, wherein, for example, six locking devices 13 for locking the cover element 1 in a closed state can be mounted / screwed onto the cover element 1.

[0105] Figures 11 and 12 each show an arrangement with a detection device 35 for detecting an intrusion or collision in the area of ​​the fittings 5, louvre fittings 6, and the louvre element 1. The detection devices 35 can be provided alternatively or in combination. In Figure 11, the detection device 35 is designed as a laser device 36 in a corner of the frame 3. In Figure 12, the detection device 35 is designed as an electrical strip 37, which is arranged in a frame circumferentially around the frame 3.

[0106] Fig. 13 shows the arrangement with a shading device 31 for the glazing element 1, wherein the shading device 31 is guided on the outside of the glazing element 1 via rollers arranged on the glazing element 1 and is mounted so as to be movable in a movement-coupled manner with the glazing element 1.

[0107] Fig. 14 shows the arrangement with an insect screen 33, wherein the insect screen 33 is movably mounted on the stock 3 in a reveal 34 and in the operating position within the glazing element 1. The insect screen 33 is horizontally foldable, and a vertical folding process of the insect screen 33 can generally be provided.

Claims

Patent claims 1. Method for mounting a cover element (1) for closing an opening in a wall or roof element, characterized by the following method steps: - at least four corner fittings (2) are mounted as a support plate on a stick (3), - at least four fittings (5), preferably each comprising a hinge (4) for moving the cover element (1), are arranged on the four corner fittings (2), preferably in pairs, - at least four fascia fittings (6) are mounted on the fascia (1), preferably in pairs, and - the diaphragm element (1) is arranged on the at least four fittings (5), preferably by means of hanging it on two receptacles (8) by means of two hooks (7) and / or pivoting two of the at least four diaphragm element fittings (6).

2. Method according to claim 1, wherein the glare element (1) is pivoted and preferably screwed onto two fittings (5) in the direction of two fittings (5) in the direction of two fittings (5) in the direction of the glare element (1) in the direction of the glare element (1).

3. Method according to claim 1 or 2, wherein at least one, preferably all, of the fittings (5) - is positioned on the corner fittings (2) by means of at least one bolt (9) and at least one elongated hole (10), preferably designed as a keyhole (11), preferably in two or three planes, and / or - is screwed to the stock (3) and / or to the corner fittings (2) and / or at least one of the, preferably all, corner fittings (2) is screwed to the stock (3) and / or at least one of the, preferably all, cover element fittings (6) is screwed to the cover element (1).

4. Method according to one of the preceding claims, wherein at least one rope (12) for compensating a tilting moment of the glare element (1) and / or at least four, preferably six, locking devices (13) for the glare element (1) are arranged on the stick (3), wherein preferably a child safety device (14) is activated in interaction with at least one of the locking devices (13) and / or a connecting means (15) for coupling two locking devices (13) is provided.

5. Method according to any one of the preceding claims, wherein - at least one, preferably exactly two, guide rails (16) on the glare element side for moving the glare element (1) are arranged on the glare element (1) and / or in a preparatory process step two, preferably two each, of the Cover element fittings (6) are connected to a cover element-side guide rail (16) and / or - at least one, preferably exactly two, wall- or roof-element-side guide rail (17) for moving the cover element (1) on the frame (3) is arranged and / or in a preparatory process step two, preferably two each, of the fittings (5) are connected to a wall- or roof-element-side guide rail (17), preferably, the at least one guide rail (16) on the glazing element side is screwed to the glazing element (1) and / or the at least one guide rail (17) on the wall or roof element side is screwed to the stock (3).

6. Method according to claim 5, wherein the louver element (1) is moved via at least one hinge (4) from a closed position into a position extended orthogonally onto the wall- or roof-side guide rail (17) via at least one hinge (4), preferably in a parallel or oblique orientation to a wall or roof element, and / or into a position laid down parallel onto the wall- or roof-side guide rail (17) via at least one hinge (4), or vice versa, wherein it is preferably provided that, in the course of the movement, a tensioning device (18) tightens a cable (12) that may be present to compensate for a tilting moment.

7. Method according to any one of the preceding claims, wherein - at least four, preferably six, Locking devices (13) for locking the cover element (1) in a closed state are mounted on the cover element (1), preferably screwed on, and / or - at least one release lever (19) for the cover element (1) is mounted on the cover element (1), preferably screwed on, wherein it is preferably provided that the at least one release lever (19) is covered at least partially by a cover (20).

8. Arrangement for a method according to one of the preceding claims comprising at least four corner fittings (2), at least four fittings (5) each with a hinge (4) for moving a cover element (1), and at least four cover element fittings (6) for mounting a cover element (1) on a stick (3), characterized in that the four corner fittings (2) are substantially identical as a platform for the at least four fittings (5) and cover element fittings (6), and / or two cover element fittings (6) or two fittings (5) comprise a hook (7), and two fittings (5) or two cover element fittings (6) comprise a receptacle (8) corresponding to the respective hook (7), such that the two cover element fittings (6) are inserted into the two Fittings (5) can be attached.

9. Arrangement according to claim 8 with at least one electric drive device (21), a cover element (1) movable relative to a wall or roof element for closing an opening of the wall or roof element in Operating position of the arrangement and at least one guide rail (16, 17), preferably comprising a wall- or roof-element-side and a fascia-element-side guide rail, Command and control facility (22) .

10. Arrangement according to claim 8 or 9, wherein the guide device comprises a wall- or roof-element-side guide rail (17), wherein the cover element (1) - opposite the wall- or roof-element-side guide rail (17), preferably by means of the at least one electrical drive device (21), from a closed position, preferably in parallel and / or oblique orientation to the wall- or roof element, orthogonally relative to a longitudinal extension of the The guide device (22) is movable into an extended position and / or - opposite the wall- or roof-side guide rail (17), preferably manually, from the extended position in parallel alignment to the wall- or roof element parallel relative to a longitudinal extension of the guide device (22) into a parked position.

11. Arrangement according to one of claims 8 to 10, wherein two fittings (5) are connected to each other by means of a guide device (22) and / or a synchronization device (23), preferably two mechanical and / or one electronic by means of an electrical drive device (21). Synchronization device (23) are provided.

12. Arrangement according to one of claims 8 to 11, wherein at least two of the hinges (4) or fittings (5) are connected to each other by means of a rope (12) to compensate for a tilting moment of the louver element (1), wherein preferably a tensioning device (18) is provided for continuously tightening the rope (12) in the course of a movement of a louver element (1) between a closed position and an extended position or a switched-off position of a louver element (1).

13. Arrangement according to claim 12, wherein the clamping device (18) is provided, wherein - the clamping device (18) comprises at least one, preferably two or three, deflection pulleys (24) and / or - the clamping device (18) a power-storage-assisted and / or swiveling deflection pulley (24) includes and / or - a spring (25) is provided with which a deflection pulley (24) can be moved or pivoted, preferably via a tension cable (26) and / or a further deflection pulley (27).

14. Arrangement according to one of claims 8 to 13, wherein at least one locking device (13), preferably coupled with an optionally existing electrical drive device (21), is provided, which comprises at least one catching device (28) arranged on at least one of the fittings (5) for catching at least one axis (29) of at least one locking fitting (30) mountable on a cover element (1) and the at least one locking fitting (30) with the at least one axis (29).

15. Arrangement according to one of claims 8 to 14 comprising a glare element (1) and a shading device (31) for the glare element (1), wherein the shading device (31) is movably mounted on the outside of the glare element (1), preferably via rollers arranged on the glare element (1) and / or coupled to the glare element (1).

16. Arrangement according to one of claims 8 to 15 comprising a Stock (3) , a glazing element (1) and an insect screen (33) , wherein the Insect protection device (33) on the stick (3) , preferably in a reveal (34) and / or in the operating position within the glazing element (1) and / or is vertically or horizontally foldable and movable.

17. Arrangement according to one of claims 8 to 16 with at least one detection device (35) for detecting an interference or collision in the area of ​​the fittings (5) , Aperture element fittings (6) and / or of the aperture element (1), wherein the at least one detection device (35) preferably comprises a laser device (36) and / or an electrical strip (37).

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