Closure assembly and object

Abstract

The invention relates to a closure assembly for openings, in particular openings of furniture, shelves, bodies, containers, buildings, walls, cupboards, and the like, comprising at least one closure device, in particular blinds, roller shutters, and the like, which is movably arranged in the region of at least one opening between a closed position (GP) and an open position (OP) and vice versa, said closure device being operatively connected to at least one guide device which is arranged on the opening and which has lamella elements, wherein the lamella elements have at least one first lamella lever device with at least one guide element, and at least one connector lever device is provided. The invention is characterized in that the at least one connector lever device rotatably connects at least two first lamella lever devices; at least one connector lever device is operatively connected to at least one first lamella lever device via at least one elastic element; in the closed position (GP), at least one first lamella lever device is guided in a first guide device in a forced manner via at least one guide element; in the open position (OP), at least one first lamella lever device is guided in a second guide device in a forced manner via at least one first coupling device and at least one second coupling device; at least one first lamella lever device is guided in at least one second guide device in a forced manner via at least one guide element; and in the open position (OP), at least one first lamellae lever device is guided in at least one third guide device in a forced manner via at least one guide element.

Description

[0001] Closure arrangement and object

[0002] The invention relates to a closure arrangement for openings, in particular of furniture, shelves, bodies, containers, buildings, walls, cupboard furniture and the like, with at least one closure device, in particular blinds, roller shutters and the like, which is arranged in the region of at least one opening so as to be movable from a closed position (GP) to an open position (OP) and back, according to the features of the preamble of claim 1. The invention further relates to an object with at least one opening, in particular furniture, shelves, bodies, containers, buildings, walls, cupboard furniture and windows with at least one closure arrangement.

[0003] Such closure arrangements have proven themselves for many years and are known in various designs.

[0004] For example, DE 102017000214 A1 discloses a locking arrangement for, in particular, a piece of cabinet furniture with a blind having slats, which is arranged in the region of an opening of a piece of cabinet furniture so as to be movable from a closed position into an open position and back, and has slats arranged parallel to one another which can be moved along lateral guides during their opening and closing movement, wherein the lateral guides of the slats are formed by respective guide slots which have a first, substantially rectilinear, vertical or horizontal guide track and a second guide track which is aligned substantially orthogonally to the first guide track, so that at least some of the slats of the blind can be transferred from a closed position into an open position located in the interior of the cabinet, in which position the slats are arranged one behind the other in a packing position arranged parallel to one another.Furthermore, a second vertical or horizontal guide track is provided parallel to the first vertical or horizontal guide track, wherein a respective guide body of a slat engages in the second guide track. The closure arrangement is further configured such that the first vertical or horizontal guide track transitions into a first, second guide track formed orthogonally thereto with a curved corner region (E), and the second, first vertically or horizontally oriented guide track transitions via an arcuate corner region (E1) into a second, second guide track oriented orthogonally to the second, first guide track.

[0005] The disadvantage of this locking arrangement is that it is very costly both in its manufacture and in its complex assembly.

[0006] Another disadvantage of this locking arrangement is that it can only be installed if costly and technically complex milling has been carried out in the side walls and / or in the top or bottom of cabinet furniture in particular.

[0007] Another disadvantage is that this locking arrangement takes up a lot of space or storage space in, for example, a cupboard, which is then no longer available to the user.

[0008] Another disadvantage is that this locking arrangement is mechanically very complex and must therefore be manufactured to very tight tolerances. It is also extremely maintenance-intensive, requires care and is prone to failure.

[0009] This is where the invention comes in, which has set itself the task of overcoming the disadvantages of the known prior art and of demonstrating a closure arrangement which can be produced economically and inexpensively, which can be used both horizontally and vertically, which can be used both for closing new openings, in particular in furniture, and for closing existing furniture by means of replacement assemblies, and which is designed in such a way that a possible change of the slats is possible without problems and at low cost.

[0010] This object is achieved according to the invention by the features of claim 1. Further advantageous embodiments are described in the subclaims.

[0011] It has surprisingly been found that a closure arrangement for openings, in particular of furniture, shelves, bodies, containers, buildings, walls, cabinet furniture and the like, with at least one closure device, in particular a blind, roller shutter and the like, which is arranged in the region of at least one opening so as to be movable from a closed position (GP) to an open position (OP) and back, which is operatively connected to at least one guide device arranged at the opening, which has slat elements, wherein the slat elements have at least one first slat lever device with at least one guide element, wherein at least one connector lever device is provided, is characterized in that the at least one connector lever device rotatably connects at least two first slat lever devices,that at least one connector lever device is operatively connected to at least one first lamellar lever device via at least one elastic element, that in the closed position (GP) at least one first lamellar lever device is arranged so as to be positively guided via at least one guide element in a first guide device, that in the open position (OP) at least one first lamellar lever device is arranged so as to be positively guided via at least one first coupling device and at least one second coupling device in a second guide device, that at least one first lamellar lever device is arranged so as to be positively guided via at least one guide element in at least one second guide device, that in the open position (OP) at least one first lamellar lever device is arranged so as to be positively guided via at least one guide element in at least one third guide device. This now makes it possible,To provide locking assemblies that are economical and cost-effective to manufacture, suitable for both horizontal and vertical use, and that can be used to close openings in new furniture, for example, as well as to close existing openings in furniture through replacement installation. Another advantage of this locking assembly is that the installed slats can be easily replaced, cost-effectively, and according to the customer's design requirements. Another advantage of the locking assembly is that it was not only mechanically operated by hand, but can also be moved later by a motor, for example, electrically.

[0012] The closure arrangement is further designed such that the first lamellar lever device has at least a first guide element and a second guide element arranged at a distance therefrom. Furthermore, the closure arrangement is designed such that at least the second guide element is arranged at a free end of the first lamellar lever device. Likewise advantageously, the closure arrangement is designed such that at least the second guide element of the first lamellar lever device has a different height and / or a different geometry than the first guide element of the first lamellar lever device. The closure arrangement thus has a first lamellar lever device that is cost-effective and economical to manufacture and is geometrically designed such that it ensures the unrestricted functionality of the closure arrangement in the closed position (GP) during the movement process and in the open position (OP) at all times.

[0013] Furthermore, the closure assembly is designed such that the first lamella lever device has at least one first receiving element and a second receiving element. As a result, the first lamella lever device can be operatively connected to each other and to further lamella lever devices via at least one connector lever device.

[0014] The closure arrangement is further configured such that the lamella lever device has at least one third receiving element. Advantageously, the at least one third receiving element is configured such that it can be brought into operative connection with at least one elastic element. Furthermore, the lamella lever device is configured such that at least one first, free end of the at least one elastic element can be arranged on the at least one third receiving element of the first lamella lever device.

[0015] Furthermore, the closure assembly is designed such that the first lamella lever device has at least one locking element. The at least one locking element of the first lamella lever device is designed such that lamella elements can be fixed to it in such a way that the closure assembly can be used without problems and that these lamella elements can be replaced with other lamella elements.

[0016] The locking assembly is further configured such that the first connector lever device has at least one first pin element.

[0017] Furthermore, the closure arrangement is designed such that the first connector lever device has at least one first receiving element.

[0018] The closure assembly is further configured such that the first connector lever device has at least one second receiving element. Advantageously, the closure assembly can be adapted to a wide variety of geometries in terms of the length and width of the openings to be closed via the first connector lever device, and can be manufactured economically and cost-effectively.

[0019] Advantageously, the locking arrangement is designed such that the at least one first pin element of the first connector lever device is arranged movably, in particular rotatably, with at least one first receiving element of the first lamellar lever device. Furthermore, the locking arrangement is designed such that the at least one first receiving element of the first connector lever device is arranged movably, in particular rotatably, with at least one second receiving element of the first lamellar lever device.

[0020] Furthermore, the closure arrangement is designed such that at least one first receiving element of the first connector lever device is arranged with at least one second receiving element of the first lamellar lever device in a movable, in particular rotatable, manner via at least one connecting element.

[0021] The closure arrangement can be optimally designed geometrically in its functionality, in particular also depending on the length and / or width of the slat elements, by combining the first slatted lever device with the first connector lever device.

[0022] The closure arrangement is also advantageously designed such that the first lamella lever device is operatively connected to the first connector lever device via at least one elastic element.

[0023] Furthermore, the closure arrangement is designed such that at least a first, free end of the at least one elastic element is arranged on at least one third receiving element of the first slatted lever device. The closure arrangement has the advantage that at least a second, free end of the at least one elastic element is arranged on at least one second receiving element of the first connector lever device.

[0024] In this advantageous embodiment, the closure arrangement can be moved simply and easily and without great effort when used as intended, particularly when moving from a closed position (GP) to an open position (OP) and back.

[0025] Furthermore, the closure arrangement has the advantage that at least one lamella element has at least one lamella carrier device at each of its two free ends.

[0026] Furthermore, it is advantageous in the closure arrangement that at least one lamella element is arranged in a force-fitting and / or form-fitting and / or material-fitting manner on at least one lamella lever device.

[0027] It is also advantageous in the closure arrangement that the at least one lamella element is arranged in a force-fitting and / or form-fitting and / or material-fitting manner via at least one lamella carrier device on at least one lamella lever device.

[0028] A further advantage of the locking arrangement is that the at least one slat element is operatively connected to at least one locking element of the first slat lever device via at least one clamping element and at least one locking element of the at least one slat support device. This makes it possible to provide locking arrangements that can be easily, economically, and cost-effectively adapted to all geometries, designs, and the like, for example, of furniture.

[0029] A further advantage of the closure arrangement is that the slat element arranged at the first, free end of the closure device is arranged on at least one second slat lever device.

[0030] Another advantage of the closure arrangement is that the second lamella lever device is arranged in a positively guided manner via a second connector lever device and via a first coupling device in the second guide device.

[0031] Further advantageously, the closure assembly is designed such that the at least one second louvre lever device is arranged movably, in particular rotatably, via at least one second connector lever device and via a second coupling device with at least one first louvre lever device. This makes it easy for the closure assembly to arrange the louvre element arranged at the first, free end of the closure device parallel and flush, for example, with a top panel and / or a side panel, in particular of a piece of furniture.

[0032] The closure arrangement further has the advantage that the second guide device has at least one first guide track, at least one second guide track and at least one third guide track.

[0033] Furthermore, the closure arrangement is designed such that the at least one second guide device has at least one receiving element. This makes it possible with the closure arrangement for the slat elements of the closure device arranged on the slatted lever devices to not only be easily movable in the guide devices, but also to move uniformly with a constant distance from one another when moving from the closed position (GP) to the open position (UP) and back. Furthermore, the closure arrangement is designed such that the first coupling device is arranged via at least one receiving element so that it can be moved, in particular rotated, with the receiving element of the second guide device. This likewise leads to a uniform movement of the closure arrangement that requires little effort.

[0034] Furthermore, the closure arrangement is designed such that the first coupling device is operatively connected to the receiving element via at least one receiving element in a movable, in particular rotatable, manner, with the second guide device.

[0035] This also results in a smooth movement of the locking assembly without much effort.

[0036] Furthermore, the closure assembly is designed such that the first coupling device is movably, in particular rotatably, connected to the receiving element via at least one receiving element, and is operatively connected to the second guide device via at least one connecting element. This also results in a smooth movement of the closure assembly without requiring great effort.

[0037] A further advantage of the closure arrangement is that the at least one first guide device is operatively connected to at least one second guide device.

[0038] Furthermore, the closure assembly is advantageously designed such that the at least one first guide device is operatively connected to the at least one second guide device via at least one third guide device. Thus, closure assemblies are available that can be manufactured economically and cost-effectively for all opening geometries, in which, particularly in the open position (OP), the externally visible lamella elements of the closure assembly are arranged equidistant from one another and parallel.

[0039] The invention further relates to an object having at least one opening, in particular furniture, shelves, bodies, containers, buildings, walls, cupboard furniture and windows having at least one closure arrangement according to the preceding embodiments.

[0040] Alternatively, it is possible for the closure assembly to be manufactured using a generative manufacturing process, for example, a 3D printing process. Machine-readable, three-dimensional models are advantageously usable for manufacturing the closure assembly. The invention also encompasses a method for generating a machine-readable, three-dimensional model for use in a manufacturing process for a closure assembly. In particular, the method also includes inputting data representing a closure assembly into a data processing machine and using this data to represent a closure assembly as a three-dimensional model, wherein the three-dimensional model is suitable for use in manufacturing a closure assembly.The closure assembly can be manufactured in whole or in part using a line-by-line or layer-by-layer manufacturing process. A 3D dataset can be used to great advantage during construction or production. The method also encompasses a technique in which the input data from one or more 3D scanners, which operate either contact-based or non-contact-based, with the latter delivering energy to a closure assembly and receiving the reflected energy, is used to generate a virtual three-dimensional model of a closure assembly using computer-aided design software.The manufacturing process can comprise a generative powder bed process, in particular selective laser melting (SLM), selective laser sintering (SLS), selective heat sintering (SHS), selective electron beam melting (EBM / electron beam additive manufacturing - EBAM), or binder jetting of powder material. The manufacturing process can comprise a generative free-space process, in particular cladding, wax deposition modeling (WDM), contour crafting, metal powder deposition (MPA), plastic powder deposition, cold spraying, electron beam welding (EBW), or melt deposition processes such as fused deposition modeling (FDM) or fused filament fabrication (FFF).The manufacturing process may include a generative liquid material process, in particular stereolithography (SLA), digital light processing (DLP), multi-jet modeling (MJM), polyjet modeling, or liquid composite molding (LCM). Furthermore, the manufacturing process may include other generative layer-building processes, in particular laminated object modeling (LOM), 3D screen printing, or light-controlled electrophoretic deposition.

[0041] The invention will now be described in more detail using the following non-limiting embodiments.

[0042] Shown are: Figure 1 : perspective view of a locking arrangement in the closed position (GP) on an object, in particular cabinet furniture

[0043] Figure 2: further perspective view of a locking arrangement in the open position (OP) on an object, in particular cabinet furniture,

[0044] Figure 3: Partial sectional view of a closure arrangement in the closed

[0045] Position (GP) inside an object, especially cabinet furniture,

[0046] Figure 4: Side view of a closure arrangement without slat elements,

[0047] Figure 5: Perspective view of a first lamella lever device of the

[0048] Locking arrangement

[0049] Figure 6: Perspective view of a first connector lever device of the

[0050] locking arrangement,

[0051] Figure 7: Perspective view of a second connector lever device of the

[0052] locking arrangement,

[0053] Figure 8: Perspective view of a second guide device of the

[0054] locking arrangement,

[0055] Figure 9: Perspective view of a third guide device of the

[0056] locking arrangement,

[0057] Figure 10: Perspective view of a slat carrier device of the

[0058] Locking arrangement.

[0059] Figure 1 shows a perspective view of a locking arrangement in the closed position (GP) on an object, in particular a cabinet 1. In this exemplary embodiment, the locking arrangement is arranged for openings, in particular of furniture, shelves, bodies, containers, buildings, walls, in particular on a cabinet 1.

[0060] The locking arrangement comprises at least one locking device 2, in particular a blind, roller shutter, or the like, which in this exemplary embodiment is arranged in a closed position (GP) in the region of a non-visible opening. Furthermore, the cabinet 1 in this exemplary embodiment comprises a body 4 on which the locking device 2 is arranged.

[0061] The closure arrangement, with at least one closure device 2, has slat elements 20, 20', which are each arranged parallel to one another and cover the invisible opening of the cabinet 1.

[0062] Furthermore, the closure assembly with a closure device 2 is designed such that it is arranged to be horizontally movable. The slat elements 20, 20' are arranged via a handle element 110 so that they can be moved from right to left, i.e., from the illustrated closed position (GP) to an open position (OP) or from left (OP) to right (GP).

[0063] Figure 2 shows a further perspective view of a locking arrangement in the open position (OP) on an object, in particular cabinet furniture 1.

[0064] The closure arrangement for openings 3, in particular of furniture, shelves, bodies, containers, buildings, walls, in particular cabinet furniture 1, with at least one closure device 2, in particular a blind, roller shutter, and the like, which is arranged in the region of an opening 3 and is movable from a closed position (GP) to an open position (OP) and back, which is operatively connected to at least one guide device 5, 6, 7 arranged at the opening 3, which has slat elements 20, 20', wherein the slat elements 20, 20' have at least one first slat lever device 10 with at least one guide element (not visible), wherein at least one connector lever device (not visible here) is provided, is characterized in that the at least one connector lever device movably, in particular rotatably, connects at least two first slat lever devices 10,that at least one connector lever device is operatively connected to at least one first lamella lever device 10 via at least one elastic element (not visible), that in the closed position (GP) at least one first lamella lever device 10 is arranged in a positively guided manner via at least one guide element in a first guide device 5, that in the open position (OP) at least one first lamella lever device 10 is arranged in a positively guided manner via at least one guide element in at least one third guide device (not visible here).

[0065] Furthermore, in this embodiment, the cabinet furniture 1 has a body 4 on which the locking device 2 is arranged.

[0066] The slat element 20, 20' has at least one slat lever device 10, 60 at each of its two free ends 21, 22.

[0067] The locking arrangement is arranged on the cabinet 1 such that a first free end 28 of the locking device 2, in particular the slatted element 20', is arranged approximately parallel and approximately flush with the top panel 200 of the cabinet 1. Another free end 29 of the locking device 2, in particular the slatted element 20, is arranged at a distance from the top panel 200 of the cabinet 1.

[0068] The closure device 2 of the closure arrangement is designed such that, when used as intended, it can be moved in a vertical movement via the handle element 110 from bottom to top, i.e. from the closed position (GP) to the open position (OP) or from top (OP) to bottom (GP).

[0069] Figure 3 shows a partial sectional view of a locking arrangement in a closed position (GP) inside an object, in particular cabinet furniture 1.

[0070] The closure arrangement for openings 3, in particular of furniture, shelves, bodies, containers, buildings, walls, in particular cabinet furniture 1, with at least one closure device 2, in particular a blind, roller shutter and the like, which is arranged in the region of an opening 3 so as to be movable from a closed position (GP) to an open position (OP) and back, which is operatively connected to at least one guide device 5, 6, 7 arranged at the opening 3, which has slat elements 20, 20', wherein the slat elements 20, 20' have at least one first slat lever device 10 with at least one guide element 15, 16, wherein at least one connector lever device 30, 40 is provided, is characterized in that the at least one connector lever device 30, 40 movably connects at least two first slat lever devices 10, that at least one connector lever device 30,40 is operatively connected to at least one first slatted lever device 10 via at least one elastic element (not visible here), that in the closed position (GP) at least one first slatted lever device 10 is positively guided via at least one guide element 15, 16 in a first guide device 5, that in the open position (OP) at least one first slatted lever device 10 is positively guided via at least one first coupling device 50 and at least one second coupling device 80 in a second guide device 6, that at least one first slatted lever device 10 has at least one guide element 15, 16 in at least one second guide device 6, that in the open position (OP) at least one first slatted lever device 10 is positively guided via at least one guide element 15, 16 in at least one third guide device 7.

[0071] The closure arrangement is designed such that the first louvre lever device 10 has at least one first guide element 15 and at least one second guide element 16 arranged at a distance therefrom. Furthermore, the first louvre lever device 10 is designed such that at least one second guide element 16 is arranged at a free end of the first louvre lever device 10.

[0072] The closure device 2 of the closure arrangement is designed such that at least one second guide element 16 of the first slatted lever device 10 has a different height and / or a different geometry, in this embodiment a lower height, than the at least one first guide element 15 of the first slatted lever device 10.

[0073] The first slatted lever device 10 has at least one first receiving element 11, 11" and one second receiving element 12, 12". Furthermore, the first slatted lever device 10 has at least one third receiving element 13.

[0074] Furthermore, the closure device 2 of the closure arrangement is designed such that the first lamella lever device 10 has at least one locking element 14.

[0075] The locking arrangement is further designed such that the first connector lever device 30 has at least one first pin element 31.

[0076] Furthermore, the first connector lever device 30 has at least one first receiving element 32. The connector lever device 30 is further configured to have at least one second receiving element 33.

[0077] The locking device 2 of the locking arrangement is further designed such that the at least one first pin element 31 of the first connector lever device 30 is arranged rotatably with at least one first receiving element 11, 11' of the first lamella lever device 10.

[0078] Furthermore, the closure arrangement is designed such that the at least one first receiving element 32 of the first connector lever device 30 is arranged with at least one second receiving element 12, 12' of the first lamellar lever device 10 in a rotatable manner, via at least one connecting element 17.

[0079] In this embodiment, the closure arrangement is designed such that the first lamella lever device 10 is operatively connected to the first connector lever device 30 via at least one elastic element (not visible).

[0080] The closure device 2 of the closure arrangement is designed such that at least one lamella element 20, 20' has at least one lamella lever device 10, 60 at each of its two free ends 21, 22.

[0081] The slat element 20, 20' is arranged in a force-fitting and / or form-fitting and / or material-fitting manner on at least one slat lever device 10, 60.

[0082] The lamella element 20' arranged at the first, free end 28 of the closure device 2 is arranged on at least one second lamella lever device 60.

[0083] The closure arrangement is further designed such that the second lamella lever device 60 is arranged in a positively guided manner in the second guide device 6 via a second connector lever device 40 and a first coupling device 50.

[0084] Furthermore, the closure device 2 of the closure assembly is designed such that the second guide device 6 has at least one first guide track 6.1, at least one second guide track 6.2, and at least one third guide track 6.3. The second guide device 6 of the closure assembly further has at least one receiving element 6.4.

[0085] The first coupling device 50 is arranged via at least one second receiving element 52 so that it can move, in particular rotate, with the at least one receiving element 6.4 of the second guide device 6.

[0086] Furthermore, the first coupling device 50 is designed such that the first coupling device 50 is movably connected to the first receiving element 43 of the second connector lever device 40 via at least one first receiving element 51. The locking arrangement is further designed such that the first coupling device 50 is movably connected to the first receiving element 43 via at least one first receiving element 51 and to the second connector lever device 40 via at least one connecting element 17.

[0087] Furthermore, the closure arrangement is designed such that at least one third guide device 7 is arranged between the at least one first guide device 5 and the at least one second guide device 6.

[0088] In this exemplary embodiment, three third guide devices 7 are arranged. The at least one first guide device 5 is operatively connected to at least one second guide device 6 via at least one third guide device 7.

[0089] Figure 4 shows a side view of a closure arrangement without slat elements.

[0090] The closure arrangement for openings 3, in particular of furniture, shelves, bodies, containers, buildings, walls, in particular cabinet furniture 1, with at least one closure device 2, in particular a blind, roller shutter and the like, which is arranged in the region of an opening so as to be movable from a closed position (GP) to an open position (OP) and back, which is operatively connected to at least one guide device (not visible) arranged at the opening, which has slat elements (not visible), wherein the slat elements have at least one first slat lever device 10 with at least one guide element 15, 16, wherein at least one connector lever device 30, 40 is provided, is characterized in that the at least one connector lever device 30, 40 connects at least two first slat lever devices 10 in a movable, in particular rotatable, manner, that at least one connector lever device 30,40 is operatively connected to at least one first slatted lever device 10 via at least one elastic element 8, that in the closed position (GP) at least one first slatted lever device 10 is positively guided via at least one guide element 15, 16 in a first guide device 5, that in the open position (OP) at least one first slatted lever device 10 is positively guided via at least one first coupling device 50 and at least one second coupling device 80 in a second guide device 6, that at least one first slatted lever device 10 has at least one guide element 15, 16 in at least one second guide device 6, that in the open position (OP) at least one first slatted lever device 10 is positively guided via at least one guide element 15, 16 in at least one third guide device 7.

[0091] The closure arrangement is designed such that the first slatted lever device 10 has at least one first guide element 15 and at least one second guide element 16 arranged at a distance therefrom. Furthermore, the first slatted lever device 10 is designed such that the at least one second guide element 16 is arranged at a free end of the first slatted lever device 10. The closure device 2 of the closure arrangement is designed such that the at least one second guide element 16 of the first slatted lever device 10 has a different height and / or geometry than the at least one first guide element 15 of the first slatted lever device 10.

[0092] The first slatted lever device 10 has at least one first receiving element 11, 11" and at least one second receiving element 12, 12". Furthermore, the first slatted lever device 10 has at least one third receiving element 13.

[0093] Furthermore, the closure device 2 of the closure arrangement is designed such that the first lamella lever device 10 has at least one locking element 14.

[0094] The locking arrangement is further configured such that the first connector lever device 30 has at least one first pin element 31. Furthermore, the first connector lever device 30 has at least one first receiving element 32.

[0095] The connector lever device 30 is further designed to have at least one second receiving element 33.

[0096] The closure device 2 of the closure arrangement is further designed such that the at least one first pin element 31 of the first connector lever device 30 is arranged movably, in particular rotatably, with at least one first receiving element 11, 11" of the first lamella lever device 10.

[0097] Furthermore, the closure arrangement is designed such that the at least one first receiving element 32 of the first connector lever device 30 is arranged with at least one second receiving element 12, 12" of the first lamellar lever device 10 in a movable, in particular rotatable, manner via at least one connecting element 17. In this exemplary embodiment, the closure arrangement is designed such that the first lamellar lever device 10 is operatively connected to the first connector lever device 30 via at least one elastic element 8.

[0098] The closure arrangement is further designed such that at least a first, free end of the at least one elastic element 8 is arranged on the third receiving element 13 of the first slatted lever device 10.

[0099] Furthermore, the closure arrangement is designed such that at least one second, free end of the at least one elastic element 8 is arranged on the second receiving element 33 of the first connector lever device 30

[0100] Figure 5 shows a perspective view of a first slatted lever device 10 of the closure arrangement.

[0101] The slatted lever device 10 has at least one first guide element 15 and at least one second guide element 16 arranged at a distance therefrom. The at least one second guide element 16 is arranged at a free end of the first slatted lever device 10. The at least one second guide element 16 of the first slatted lever device 10 has a different height and / or a different geometry than the at least one first guide element 15 of the first slatted lever device 10.

[0102] In this exemplary embodiment, the at least second guide element 16 of the first slatted lever device 10 is designed such that it has a lower height than the at least one first guide element 15 of the first slatted lever device 10.

[0103] However, it is also within the scope of the invention that the at least one second guide element 16 or the at least one first guide element 15 of the first slatted lever device 10 each have a different geometry, for example a different diameter, a different outer contour and the like.

[0104] The first slatted lever device 10 is further designed such that it has at least a first receiving element 11,1 T and a second receiving element 12,12".

[0105] The first receiving element 11,11" and the second receiving element 12,12" are designed, for example, as an opening of the first slatted lever device 10.

[0106] In this exemplary embodiment, the first receiving element 11, 11" and the second receiving element 12, 12" are each designed as two openings arranged opposite one another in the first slatted lever device 10. The first slatted lever device 10 has at least one third receiving element 13. The third receiving element 13 of the first slatted lever device 10 is designed as a pin in this exemplary embodiment.

[0107] Furthermore, the first slatted lever device 10 has at least one locking element 14 at its other free end, opposite the second guide element 16. In this exemplary embodiment, the locking element 14 is arranged in a recess 18 of the first slatted lever device 10.

[0108] Figure 6 shows a perspective view of a first connector lever device 30 of the closure assembly.

[0109] The first connector lever device 30 has at least one first pin element 31. In this exemplary embodiment, the first connector lever device 30 has two pin elements 31 arranged opposite one another.

[0110] The pin elements 31 are each arranged on a leg 34, 35 of the first connector lever device 30. In this embodiment, the pin elements 31 are arranged at a free end of the connector lever device 30.

[0111] The legs 34, 35 of the first connector lever device 30 are arranged spaced apart from one another via a recess 36.

[0112] The first connector lever device 30 is also designed such that the at least one first pin element 31 of the first connector lever device 30 is movably connected to at least one first receiving element of the first multi-lever lever device. Furthermore, the first connector lever device 30 is designed such that the at least one first receiving element 32 of the first connector lever device 30 is movably arranged with at least one second receiving element of the first multi-lever lever device via at least one connecting element.

[0113] Furthermore, the first connector lever device 30 has at least one first receiving element 32.

[0114] The first connector lever device 30 further comprises at least one second receiving element 33.

[0115] The first receiving element 32 of the first connector lever device 30 is formed as an opening.

[0116] The second receiving element 33 of the first connector lever device 30 is designed as a pin. In this exemplary embodiment, the second receiving element 33 of the first connector lever device 30, designed as a pin, is arranged on at least one leg 34, 35 of the first connector lever device 30. It is also within the scope of the invention for the second receiving element 33, designed as a pin, to connect the legs 34, 35 to one another.

[0117] Figure 7 shows a perspective view of a second connector lever device 40 of the closure assembly.

[0118] The second connector lever device 40 has at least a first pin element 41.

[0119] Furthermore, the second connector lever device 40 has at least one first guide element 42.

[0120] The second connector lever device 40 further comprises a base 49. At least one first receiving element 43 is arranged on the base 49 of the second connector lever device 40. In this exemplary embodiment, two first receiving elements 43, arranged opposite one another and formed as an opening, are arranged in the base 49 of the second connector lever device 40.

[0121] The second connector lever device 40 is designed such that a pair of oppositely arranged legs 44, 45 are arranged on the base 49 and are spaced apart from one another via a recess 46.

[0122] Furthermore, the second connector lever device 40 is designed such that at least one first pin element 41 and / or one first guide element 42 is arranged at each free end of at least one leg 44, 45. In this exemplary embodiment, the second connector lever device 40 is designed such that at least one pin element 41 is arranged at one free end of the leg 44, 45 and at least one first guide element 42 is arranged at the other free end of the leg 44, 45. The legs 44, 45 are each arranged spaced from one another via a recess 46.

[0123] Figure 8 shows a perspective view of a second guide device 6 of the closure arrangement.

[0124] The second guide device 6 has at least one first guide track 6.1. Furthermore, the second guide device 6 is designed to have at least one first guide track 6.1, at least one second guide track 6.2, and at least one third guide track 6.3.

[0125] The at least one first guide track 6.1 is formed approximately parallel to an outer edge of the at least one second guide device 6, approximately in the shape of a groove.

[0126] The at least one second guide track 6.2 and the at least one third guide track 6.3 are each approximately arcuate, at an angle to one another.

[0127] The at least one second guide track 6.2 and the at least one third guide track 6.3 are connected to one another at their free ends. In this exemplary embodiment, the at least one third guide track 6.3 has a different height than the at least one second guide track 6.2.

[0128] Furthermore, the at least one second guide device 6 is designed such that the at least one second guide track 6.2 is arranged on the at least one third guide track 6.3, running approximately parallel thereto.

[0129] The second guide device 6 has at least one receiving element 6.4.

[0130] In this exemplary embodiment, the at least one receiving element 6.4 is designed as an approximately circular pin. Furthermore, the at least one receiving element 6.4 is spaced apart from and arranged approximately opposite the at least one first guide track 6.1 of the second guide device 6.

[0131] Figure 9 shows a perspective view of a third guide device 7 of the closure arrangement.

[0132] The third guide device 7 has at least one first guide track 7.1 at its one free end.

[0133] Furthermore, the third guide device 7 is designed such that it has at least one second guide track 7.2.

[0134] The at least one first guide track 7.1 of the third guide device 7 is arranged approximately linearly and approximately parallel to the free end, approximately groove-shaped. The at least one second guide track 7.2 of the third guide device 7 is arranged at a distance from the at least one first guide track 7.1, approximately arcuately shaped. The at least one first guide track 7.1 has a different height than the at least one second guide track 7.2 of the third guide device 7.

[0135] The third guide device 7 is designed such that it has at least one holding element

[0136] 7.3. The at least one holding element 7.3 is approximately cone-shaped.

[0137] The third guide device 7 is further configured to have at least one recess 7.4. The at least one recess 7.4 is configured as an opening.

[0138] Figure 10 shows a perspective view of a slat carrier device 70 of the closure arrangement.

[0139] The slat carrier device 70 has a base 71.

[0140] Furthermore, the slat carrier device 70 has at least one clamping element 72. The slat carrier device 70 also has at least one locking element 74.

[0141] The at least one clamping element 72 is arranged on at least a first, free end of the base 71 of the slat carrier device 70.

[0142] The at least one locking element 74 is arranged at a second, free end of the base 71 of the slat carrier device 70.

[0143] The at least one clamping element 72 is arranged at a distance from the at least one locking element 74 of the slat carrier device 70.

[0144] The at least one clamping element 72 of the slat carrier device 70 points away from the first, free end of the base 71, into a first recess 73.

[0145] The at least one locking element 74 of the slat carrier device 70 points to the second, free end of the base 71 into a second recess 75.

[0146] Patent claims -

Claims

Patent claims 1. A closure arrangement for openings (3), in particular of furniture, shelves, bodies, containers, buildings, walls, cabinet furniture (1) and the like, comprising at least one closure device (2), in particular a blind, roller shutter and the like, which is arranged in the region of at least one opening (3) so as to be movable from a closed position (GP) to an open position (OP) and back, which is operatively connected to at least one guide device (5, 6, 7) arranged at the opening (3), which has slat elements (20, 20'), wherein the slat elements (20, 20') have at least one first slat lever device (10) with at least one guide element (15, 16), wherein at least one connector lever device (30, 40) is provided, characterized in that the at least one connector lever device (30, 40) movably connects at least two first slat lever devices (10), that at least one connector lever device (30,40) is operatively connected to at least one first slatted lever device (10) via at least one elastic element (8), that in the closed position (GP) at least one first slatted lever device (10) is positively guided via at least one guide element (15, 16) in a first guide device (5), that in the open position (OP) at least one first slatted lever device (10) is positively guided via at least one first coupling device (50) and at least one second coupling device (80) in a second guide device (6), that at least one first slatted lever device (10) is positively guided via at least one guide element (15, 16) in at least one second guide device (6), that in the open position (OP) at least one first slatted lever device (10) is positively guided via at least one guide element (15, 16) in at least one third guide device (7).

2. Closure arrangement according to claim 1, characterized in that the first slatted lever device (10) has at least one first guide element (15) and a second guide element (16) arranged at a distance therefrom.

3. Closure arrangement according to one of the preceding claims, characterized in that the connector lever device (30, 40) has at least one pin element (31, 41, 42).

4. Closure arrangement according to one of the preceding claims, characterized in that the connector lever device (30) has at least one first receiving element (32, 43).

5. Locking arrangement according to one of the preceding claims, characterized in that the at least one first pin element (31) of the first connector lever device (30) is arranged movably with at least one first receiving element (11, 11') of the first slatted lever device (10).

6. Closure arrangement according to one of the preceding claims, characterized in that the at least one first receiving element (32) of the first connector lever device (30) is arranged to be movable with at least one second receiving element (12, 12') of the first lamellar lever device (10) via at least one connecting element (17).

7. Closure arrangement according to one of the preceding claims, characterized in that the first lamella lever device (10) is operatively connected to the first connector lever device (30) via at least one elastic element (8).

8. Closure arrangement according to one of the preceding claims, characterized in that at least a first, free end of the at least one elastic element (8) is arranged on the third receiving element (13) of the first slatted lever device (10).

9. Closure arrangement according to one of the preceding claims, characterized in that at least a second, free end of the at least one elastic element (8) is arranged on the second receiving element (33) of the first connector lever device (30).

10. Closure arrangement according to one of the preceding claims, characterized in that at least one lamella element (20, 20') has at least one lamella lever device (10, 60) at each of its two free ends (21, 22).

11. Closure arrangement according to one of the preceding claims, characterized in that at least one lamella element (20, 20') has at least one lamella carrier device (70) at each of its two free ends (21, 22).

12. Closure arrangement according to one of the preceding claims, characterized in that the slat element (20') arranged at the first, free end (28) of the closure device (2) is arranged on at least one second slat lever device (60).

13. Closure arrangement according to one of the preceding claims, characterized in that the second lamella lever device (60) is arranged in a positively guided manner via a second connector lever device (40) and via a first coupling device (50) in the second guide device (6).

14. Closure arrangement according to one of the preceding claims, characterized in that the second lamella lever device (60) is arranged to be movable via a second connector lever device (40) and via a second coupling device (80) with at least one first lamella lever device (10).

15. Closure arrangement according to one of the preceding claims, characterized in that the second guide device (6) has at least one first guide track (6.1).

16. Closure arrangement according to one of the preceding claims, characterized in that the second guide device (6) has at least one first guide track (6.1), at least one second guide track (6.2) and at least one third guide track (6.3).

17. Closure arrangement according to one of the preceding claims, characterized in that the first coupling device (50) is arranged via at least one second receiving element (52) so as to be movable with the receiving element (64) of the second guide device (6).

18. Closure arrangement according to one of the preceding claims, characterized in that the first coupling device (50) is movably connected to the receiving element (43) of the second connector lever device (40) via at least one first receiving element (51).

19. Closure arrangement according to one of the preceding claims, characterized in that the first coupling device (50) is movably connected to the receiving element (43) via at least one first receiving element (51), and is operatively connected to the second connector lever device (40) via at least one connecting element (17).

20. Closure arrangement according to one of the preceding claims, characterized in that the first guide device (5) is in operative connection with a second guide device (6).

21. Closure arrangement according to one of the preceding claims, characterized in that the first guide device (5) is operatively connected to a second guide device (6) via at least one third guide device (7).

22. Object with at least one opening (3), in particular furniture, shelves, bodies, containers, buildings, walls, cabinet furniture (1) and windows with at least one closure arrangement according to one of claims 1 to 21.

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