EP3680443B1 - Rotary wing gate with clamping protection system - Google Patents

Description

The invention relates to a swing gate which comprises a frame and a leaf which are connected to one another by at least one hinge so as to be pivotable about a hinge axis and which offers protection against pinching.

Enclosure and/or building closures, such as gates, doors and windows, often include one or more leaves pivotally attached to a frame by one or more hinges. Wings and frames form enclosure and/or building closure elements.

Such fences and/or building closures are, in particular, also swing gates, which are used, for example, as garage doors, hall doors or other building gates, or also as gates to properties and other fences. They must open and close safely and reliably, provide security against unauthorized access or theft, and in many cases are actuated by a drive.

In the case of swing gates and other enclosure and/or building closures that have a pivoting leaf, care must be taken to ensure that no person's fingers get caught in a gap between the leaf and frame in the area of the hinge when the leaf is pivoted and are thereby crushed. Finger pinch protection is required for drive-operated doors or gates.

The pamphlet DE 10 2013 113 670 A1 describes a door with finger protection, which is arranged in the area of the hinge-side edge of the door leaf and extends essentially over the entire height of the door leaf. The edge of the door leaf is aligned on two Round profile sections fastened, between which an annular disk engages, on which the opposite ends of the round profile sections are supported, and which is fastened to the door frame via a door fastening element.

EP 3 348 761 A1 describes a device to be mounted on the door frame with finger protection, which comprises a door leaf and a door hinge with a plurality of hinge rolls, two of which are rotatably connected to one another. The gap between the door frame and the door leaf is covered by the hinge rollers.

DE 29 23 000 A1 discloses a door with finger protection in the area of the door stop, in which the door leaf is provided on its edge associated with the stop with a web-shaped finger protection profile which projects against the door frame, which extends at least over part of the door height and has a curved cross section. The finger protection profile covers a gap between the door leaf and the door frame and, when the door is open, enters a hollow profile in the door frame.

FR 27 23 136 A1 shows a door hinge which has a profile on its wing side, at the two ends of which two bearings are arranged symmetrically to one another. The profile of the door hinge is attached to the door leaf with a series of screws. The door hinge bearings are bolted to the frame with the help of brackets and fixed to the door hinge profile.

BE 1 014 653 A5 discloses a sliding door with at least two door parts, of which the second door part is both rotatable and slidable.

JP H08 260809 shows a door support structure according to the preamble of claim 1, which is intended to prevent fingers being pinched between a door frame and a door panel hung therein. Here, a door hinge comprises a block-shaped protruding part fixed to the door frame and a movable part supported thereon and fixed to the door panel. Above and below the block-shaped protrusions, cover members extend up and down to cover the door gap.

In KR 2010 0057221 a door hanger with a door hinge is shown, wherein profiles are arranged on the door edge in the region of the gap between the frame and the door leaf and, starting from the door hinge, extend up and down along the door edge.

Due to the technical requirements in the construction of effective anti-trap devices, in many cases the visual appearance of the door or gate is impaired by the anti-trap device.

The invention has set itself the task of creating a swing gate that offers reliable and effective protection against injury to the fingers in the area of the hinge with a visual appearance that is as appealing and harmonious as possible, with the cost of manufacture being kept low.

To solve the problem, the invention creates a swing gate according to patent claim 1.

Advantageous configurations are the subject matter of the dependent claims.

The swing gate according to the invention comprises a frame and a leaf, which are connected to one another by at least one hinge so as to be pivotable about a hinge axis, the hinge having a frame-side hinge tab which is fastened to the frame, a leaf-side hinge tab which is fastened to the leaf, and having a central region located between the belt tabs and at least two tread element assemblies extending upwardly and downwardly from both sides of the belt in the direction of the belt axis, each tread element assembly comprising a first tread element and a second tread element, of which one attached to the frame and the other to the wing, the first tread element of each tread element arrangement having a region with a surface abutted by the second tread element to cover a gap between the frame and the wing along the belt axis, the tread elements so designed s ind that the second profile element when opening and / or closing the swing gate along the surface of the first Profile element moves, wherein at least one of the profile elements comprises a carrier element for attachment to the frame and/or the sash and a cover element that can be pushed onto the carrier element, the contour of which is adapted to the contour of one of the hinge tabs and aligned with it, with the region of the first Tread element of each tread element arrangement forms a cylindrically shaped projection covering the gap, the outer contour of the region corresponding to and being aligned with the contour of the cylindrically shaped central region of the belt. The carrier element and the cover element are advantageously designed as a clip-on system.

The carrier element and/or the cover element preferably comprises at least one snap-in element in order to connect the cover element to the carrier element by plugging it on and snapping it into place.

Advantageously, the carrier element and/or the cover element comprises at least one projection which is designed in such a way that the cover element and the carrier element come into mutual engagement by being pressed against one another. Preferably, the surface of the area of the first profile element has a convex shape.

For example, the area of the first profile element for covering the gap includes a receptacle for a section of a covering element.

In particular, the profile elements are designed, for example, in such a way that they perform a pivoting movement relative to one another when the swing gate is opened and/or closed, with the pivot axis being located within the area of the first profile element for covering the gap and corresponding to the axis of rotation of the belt.

The area of the first profile element for covering the gap is formed on the carrier element, for example.

Advantageously, the second profile element abuts with a part or area of its cover element on the surface of the area of the first profile element in order to cover the gap between the frame and the sash.

The profile elements preferably have a shape that is adapted to the shape of the at least one band in such a way that a form-fitting and/or optically uniform transition to the band is formed.

Advantageously, the carrier element is designed as a carrier rail and the cover element is designed as a clip-on rail.

For example, the carrier element comprises elongated holes and/or grooves for adjustment in relation to the angle and/or the gap size of the swing gate.

In particular, the anti-trap system is designed so that it extends over the entire height of the frame and/or the sash.

For example, at least one of the profile elements has one or more end caps to close off the end of the profile.

Fig. 1

ein teilweise geöffnetes Drehflügeltor mit einem Klemmschutzsystem gemäß einer bevorzugten Ausführungsform der Erfindung schematisch als Schnittansicht;

Fig. 2

das in Fig. 1 gezeigte Drehflügeltor mit dem Klemmschutzsystem in einem Zustand, in dem der Torflügel geschlossen ist;

Fig. 3

eine schematische Ansicht eines erfindungsgemäßen Drehflügeltors mit dem Klemmschutzsystem;

Fig. 4

einen vergrößerten Ausschnitt von Fig. 3, in dem der obere Teil des Klemmschutzsystems und ein Torband als Teilansicht dargestellt sind;

Fig. 5

den oberen Abschluss des Klemmschutzsystems mit darauf angeordneten Endkappen als Ansicht schräg von oben;

Figs. 6a-e

das Klemmschutzsystem des erfindungsgemäßen Drehflügeltors im zusammengesetzten Zustand in seiner Grundposition (Fig. 6a), sowie seine verschiedenen Komponenten in voneinander gelöstem Zustand (Figs. 6b-6e), jeweils als Querschnittsansicht; und

Fig. 7a-c

das Klemmschutzsystem bei unterschiedlichen Öffnungswinkeln des Flügels eines Tores oder einer Tür, auf dem bzw. auf der es montiert ist, jeweils als Querschnittsansicht.

An embodiment of the invention is explained in more detail below with reference to the accompanying drawings. It shows:

1

a partially opened swing gate with a pinch protection system according to a preferred embodiment of the invention schematically as a sectional view;

2

this in 1 shown swing gate with the pinch protection system in a state in which the gate leaf is closed;

3

a schematic view of a swing gate according to the invention with the pinch protection system;

4

an enlarged section of 3 , in which the upper part of the anti-pinch system and a door hinge are shown in partial view;

figure 5

the upper end of the pinch protection system with end caps arranged thereon as a view at an angle from above;

figs 6a-e

the pinch protection system of the swing gate according to the invention in the assembled state in its basic position ( Figure 6a ), as well as its various components in the dissolved state ( figs 6b-6e ), each as a cross-sectional view; and

Fig. 7a-c

the pinch protection system at different opening angles of the wing of a gate or door on which it is mounted, each as a cross-sectional view.

In 1 A swing gate 200 according to a preferred embodiment of the invention is shown schematically in cross-section, with an anti-trap protection system 100 attached thereto, the swing gate 200 forming an enclosure and/or building closure 200. Swing gate 200 is shown in top view and includes a frame 2 and a leaf 3 pivotally attached thereto. A band 4 not visible in the figure (see 4 ) connects the sash 3 to the frame 2 so that the sash 3 is pivotally attached to the frame 2. The wing 2 and the frame 3 each form an enclosure and/or building closure element.

The anti-trapping system 100 has a first profile element 11 which is fastened or can be fastened to the frame 2 and a second profile element 12 which is fastened or can be fastened to the wing 3 . The two profile elements 11, 12 are thus arranged on opposite sides of the strip 4, that is to say on its frame side and its wing side, when the pinch protection system 100, as shown in the figure, is mounted or fastened to the enclosure and/or building closure designed as a gate or swing gate 200.

The first profile element 11 has a cylindrically shaped area 40, on the surface 41 of which the second profile element 12 adjoins when both profile elements 11, 12 are fastened on the enclosure and/or building closure elements 2 and 3, respectively. In this way, a gap 5 between the fencing and/or building closure elements 2, 3 is covered or covered along the axis of the strip, so that it is not visible from the outside and is not accessible. The gap 5 is shielded from the two profile elements 11, 12 to the outside.

The two profile elements 11, 12 that adjoin one another in the installed state are designed in such a way that when the swing gate 200 is opened or closed, the second profile element 12 moves with a partial area 30 adjoining the first profile element 11 along the surface 41 of the first profile element 11.

The two profile elements 11, 12 each have a carrier element 21, 22 which is fastened or can be fastened to the frame 2 or the wing 3, and a cover element 31, 32 which can be pushed onto the associated carrier element 21 or 22.

In 2 10 is the anti-trap protection system 100 mounted on the swing gate 200 in a view similar to that in FIG Fig.1 shown, however, the swing gate 200 is closed so that the leaf 3 is flush within the frame 2 and is not visible in this view. The gap 5 is closed in this state. The elements of the anti-trap protection system 100 already described above are identified by the same reference symbols.

The carrier element 21 and the cover element 31 of the profile element 11 that is or can be fastened to the frame 2 form a clip-on system. Likewise, the carrier element 22 attached to the wing 3 and the one above it form Cover 32 a clip-on system. The cover elements 31, 32 can be attached to the carrier element 21 or 22 already attached to the swing gate 200 by pressing on it.

Snap-in elements 51, 53 are formed on the carrier elements 21, 22 of the profile elements 11, 12, each of which has a projection 51a or 53a. Likewise, latching elements 52 and 54 are formed on the respectively associated or attached cover elements 31, 32, each having a projection 52a and 54a, respectively.

The elongate latching elements 51, 52, 53, 54 are elastic, with their respective projections 51a, 52a, 53a, 54a having sloping end surfaces, so that two pairs of opposite latching elements 51, 52 or 53, 54 snap together when cover element 31 , 32 and carrier element 21, 22 first bend away from each other and then snap into place. For this purpose, the projections 51a, 52a, 53a, 54a have sloping retaining surfaces on their rear sides, which engage in one another when the elastic latching elements 51, 52 or 53, 54 return to their bent state at the end of the attachment process due to their elasticity return to original shape.

the Figures 3 and 4 show the gate or swing gate 200 with the anti-trap protection system 100 attached thereto schematically as a view at an angle from above, wherein 4 an enlarged section of the 3 indicates.

In the example shown here, the two wings 3 are each fastened pivotably to the frame 2 by two straps 4 . Depending on the requirements and the design, the anti-trap protection system 100 can also be designed for fences and/or building closures with a different number of straps or with just one strap.

The anti-trap system 100 is mounted along the hinge-side edge of the wing 3 in the area of the hinge axis A on the frame 2 and on the wing 3 and extends over the entire height of the wing 3. Due to its design and the Shape or contour adapted to the bands 4, the pinch protection 100 forms a visual continuity of the band profile over the entire height of the door.

Depending on the number of bands 4, the anti-trap protection system 100 comprises a number of sections or partial profiles 100a, 100b, 100c adapted thereto, which are designed in such a way that they extend between the bands 4 and above and below the bands 4 from there to the upper edge or Extend lower edge of the wing 3 to completely fill the gap 5 in this way (see 1 ) between the hinge-side edge of the sash 3 and the frame 2.

The pinch protection system 100 and at least one band 4 form an arrangement 110 for fastening or mounting on an enclosure and/or building closure in order to form the swing gate 200 . In the illustration shown, the arrangement 110 is mounted on one side on the frame 2 and on the other side on the sash 3 and is firmly connected thereto. The exemplary arrangement 110 shown here has two bands 4, of which 4 only one is visible.

As in 4 shown, each hinge 4 has a frame-side hinge tab 4a and a sash-side hinge tab 4b, through which the hinge 4 is attached to the frame 2 and to the sash 3, so that the sash 3 can be held or pivoted about a pivot axis or hinge axis A on the frame 2. is attached. The band tabs 4a, 4b extend radially outwards from a central, cylindrically shaped region 4c of the band 4. FIG.

The individual sections or partial profiles 100a, 100b, 100c of the anti-trap protection system 100 extend upwards and downwards in the direction of the hinge axis A from both sides of each hinge 4 and directly adjacent to it, around the entire area between the hinge-side edge of the leaf 3 and the to cover the adjacent edge of the frame 2 and to shield it from the outside. Each section or partial profile 100a, 100b, 100c has a first profile element 11 for attachment to the frame 2 and a second profile element 12 for attachment to the sash 3, as described above with reference to FIG figures 1 and 2 described are configured and will be described in more detail below.

The cylindrically shaped area 40 of the first profile element 11, which in this example is attached to the frame 2, has an outer contour which is adapted to the contour of the central, cylindrically shaped part or area 4c of the adjacent band 4 or this contour in Corresponds essentially, and is aligned with it. This results in a largely smooth, optically uninterrupted transition between the central area 40 of the pinch protection system 100 and the central area 4c of the strap 4, which is located between the strap tabs 4a and 4b.

The outer contour of the cover elements 31, 32 of the profile elements 11 or 12 also corresponds to the contour or the outer shape of the frame-side hinge tabs 4a or the sash-side hinge tabs 4b, so that a uniform, largely uninterrupted appearance is also achieved in the area of the hinge tabs 4a, 4b is achieved over the entire height of the wing 3.

Various surface shapes of the cover elements 11, 12 and the hinge straps 4a, 4b are possible, for example a partly concave contour of the hinge straps 4a, 4b and a substantially identical shape or contour of the cover elements 11 or 12, like out figure 5 apparent.

This means that the combination of the different profiles of the anti-trap system 100 is adapted to the shape or contour of the straps 4 . It picks up on this shape and thereby ensures an uninterrupted look for the entire arrangement 110. The result is a visual continuity of the band profile over the entire height of the door.

As in 4 shown, no screw connection is visible after the installation of the anti-trap system 100, since the attachments or screw connections of the support elements 21, 22, which are designed as support rails, are completely covered by the cover elements 31, 32. The cover elements 31, 32 are designed as clip-on rails. The clip technology is thus integrated into the geometry defined by the band. Both the invisible screwing of the anti-trap protection system 100 to the swing gate 200 achieved through the combination of the support rail or support element and clip-on rail or cover element, as well as the adaptation of the outer contour of the anti-trap protection system 100 to the outer contour of the hinges 4, offer an attractive, clear look or an attractive, clear design of the arrangement 110.

Referring to the Figures 4 and 5 further details of the swing gate 200 with the pinch protection system 100 and an arrangement 110 equipped therewith according to a preferred embodiment of the invention will now be explained. while showing figure 5 an enlarged section of 4 , in which the upper end of the assembly 110 or pinch protection system is shown.

As in figure 5 shown are at the free ends of the anti-trap profile or anti-trap system 100 end caps 81, 82, the contour of the contour of the first profile element 11 and the second profile element 12 corresponds. In this example, the end caps 81, 82 are made of a plastic. They form a protection of the cut edges of the profile elements 11, 12 and also a harmonious appearance.

When the swing gate 200 is opened and/or closed, the profile elements 11, 12 mounted thereon pivot towards one another, the pivot axis being located within the cylindrical part or region 40 of the profile element 11 covering the gap 5. The pivot axis corresponds to the rotation or belt axis A of the belt or belts 4.

When opening and closing the swing gate 200, the profile element 12 attached to the leaf 3 moves with a partial area 30 along the surface 41 of the cylindrically shaped area 40 of the profile element 11 mounted or attached to the frame 2 and at a small distance thereto in its circumferential direction. In this way the gap 5 (see 1 ) on the entire pivoting range of the wing 3 is shielded to the outside, so that no injuries can occur, for example by crushing fingers in the gap 5.

The surface 41 of the area 40 of the profile element 11, along which the profile element 12 moves when opening and/or closing the swing gate 200, has a convex shape, with the distance between the two profile elements 11, 12 being kept as small as possible in all pivot positions. For this purpose, the adjacent surface of the second profile element 12, which is attached or attachable to the wing 3, is concave in a corresponding manner. The radii of curvature of these adjoining surfaces are preferably of the same size.

The swing gate 200 according to the invention with the pinch protection system 100 and the one or more belts 4 is drive-actuated or can be provided with a drive. For example, it can also correspond to a 2-leaf side door in larger dimensions, or it can also be designed as a 2-leaf side door.

the Figures 6a to 6e show the assembly of the pinch protection system 100, which consists of different profiles or profile parts, two of which can be detachably connected to each other by plugging or snapping.

The Figure 6a the pinch protection system 100 similar to in 2 in its initial position, i.e. in a position in which the enclosure and/or building closure on which the anti-pinch system 100 is or will be mounted is closed. The various elements and components of the pinch protection system 100 have already been described above and are identified by the same reference numbers as above.

The anti-trap system 100 and its parts or profiles are made of aluminium. The combination of profiles takes up the shape of the bands 4 to which it adjoins in the installed state, so that an uninterrupted look is ensured.

The first profile element 11 is located in the Figure 6a on the right side, while the second profile element 12 is arranged to the left of it. Preferably, the first profile element 11 is attached to the frame 2 and the second profile element 12 to the wing 3, as described here by way of example. However, it is also possible to attach the first profile element 11 to the wing 3 and the second profile element 12 to the frame 2 .

the Figures 6b and 6c show the carrier element 21 and the cover element 31 of the first profile element 11.

The carrier element 21 is designed as an anti-trap profile and the associated cover element 31 is designed as a cover strip profile. As already described above, the two elements 21, 31 are designed in such a way that they can be connected to one another by mutual latching and can also be detached from one another again.

When the support member 21 and the cover member 31 are connected to each other, their engaging members 51, 52 engage with each other by means of the projections 51a, 52a formed at their ends.

Furthermore, a recess is formed in the cylindrical part or region 40 of the carrier element 11, which is designed as a longitudinal groove and forms a receptacle 42 for an end or partial piece 61 of the associated cover element 31.

After the carrier element 21 has been attached to the frame 2 of the swing gate 200 , the cover element 31 is placed on the carrier element 21 so that the section 61 is accommodated in the receptacle 42 . By pressing the cover element 31 onto the already mounted or screwed support element 21, the projections 51a, 52a of the latching elements 51 and 52 engage in one another and latch into one another. As a result, the first profile element 11 is mounted on the frame 2 , with the section 40 forming an overhang that covers the door gap 5 between the frame 2 and the leaf 3 .

the Figures 6d and 6e show the cover element 32 and the carrier element 22 of the second profile element 12.

The cover element 32 of the second profile element 12 is designed as a cover strip profile. The carrier element 22 of the second profile element 12 is designed as a carrier strip profile. It is preferably attached to the sash 3, but can also be attached to the frame 2.

To fasten or assemble the profile element 12, first the in Figure 6e Support element 32 shown is screwed to the wing 3 or fastened thereto. After its attachment, the cover element 32 is placed on the carrier element 22 and pressed against it. As described above, the elastic latching elements 53 of the carrier element 22 engage in pairs with the elastic latching elements 54 of the cover element 32 . At this time, the projections 53a formed at the ends of the latches 53 engage with the projections 54a on the latches 54 with each other. Due to the snap-in elements 53, 54 of elastic design, a durable and yet detachable connection between the carrier element 22 and the cover element 32 is achieved.

In the area 30 of the cover element 32, a surface 30a is concave or cylindrically curved inward, with its radius of curvature corresponding to that of the convex-shaped cylindrical surface 41 of the area 40 of the profile element 11 to which it adjoins. As a result, the profile element 12 can be guided very closely and at a very small distance along the surface 41 of the profile element 11 in its circumferential direction when the door is opened and closed in the assembled state (see also Figure 6a ).

Slots or grooves or drilled grooves 71 are configured in the wing-side carrier profile or carrier element 22 so that the profile element 12 can be adjusted. This is particularly advantageous when the gate or swing gate 200 is adjusted on belt 4 and the angle or the gap of the gate changes. The adjustment range is matched to the adjustment range of the belt 4. The elongated holes or grooves or drilled grooves 71 can also be arranged in the carrier element 21 on the frame.

The combination of carrier element 21, 22 and cover element 31, 32 provides additional protection against the door leaf or leaf 3 being lifted out, since the strip 4 gets caught on the finger trap protection profile when the door leaf is lifted out. This increases burglary security.

the Figures 7a to 7c illustrate the position of the two profile elements 11, 12 relative to one another when the anti-trap protection system 100 is attached to a gate or enclosure and/or building closure whose wing is opened or closed. The opening angles are 30° ( Figure 7a ), 90° ( Figure 7b ) and 176° ( Figure 7c ). The various elements have already been described in detail above, to which reference is made here. They are marked with the same reference numbers.

In the installed state of the anti-trap protection system 100, a pivoting movement S occurs when the gate or enclosure and/or building closure is opened or closed about a pivot axis A, which corresponds to the pivot axis of the wing or the axis of rotation of the hinge. Due to the geometry and the arrangement of the profile elements 11, 12, they keep a very small mutual distance during the entire pivoting movement S.

In the preferred embodiment described here, the first profile element 11 is fastened to the frame 2 and the second profile element 12 to the wing 3 of the enclosure and/or building closure. However, it is also possible to fasten the first profile element 11 to the wing 3 and the second profile element 12 to the frame 2, ie in kinematic reversal. The description applies here analogously.

The anti-trap protection system 100 according to the invention offers very reliable protection against injuries, in particular to the fingers, and at the same time offers a harmonious, attractive appearance with a clear, continuous line of the belt profile.

An enclosure and/or building closure (200) designed as a swing gate, which is provided with an anti-trap protection system (100), comprises a first profile element (11) for attachment to a frame (2) on one side of a band (4) and a second Profile element (12) for attachment to a gate leaf (3) on the other side of the strip (4), the first profile element (11) having a region (40) with a surface (41) to which the second profile element (12) adjacent to cover a gap (5) between frame (2) and wing (3) along the belt axis (A). The profile elements (11, 12) are designed in such a way that the second profile element (12) moves along the surface (41) of the first profile element (11) when the enclosure and/or building closure (200) is opened and/or closed. At least one of the profile elements (11, 12) has a carrier element (21, 22) for attachment to the frame (2) or leaf (3) and a cover element (31, 32) that can be pushed onto the carrier element (21, 22).

Reference list:

2

first enclosure and/or building closure element / frame

3

second enclosure and/or building closure element / wing

4

tape

4a

frame-side strap flap

4b

wing-side hinge flap

4c

central band area

5

gap

11, 12

first or second profile element

21, 22

Carrier element of the first or second profile element

30

area

30a

Surface

31, 32

Covering element of the first or second profile element

40

area

41

surface

42

recording

51, 52

elastic snap-in elements

51a, 52a

head Start

53, 54

elastic snap-in elements

53a, 54a

head Start

61

part

71

grooves, slots

81.82

end caps

100

pinch protection system

100a-c

partial profiles

110

Arrangement with pinch protection system and strap

200

swing gate

A

Belt axis / pivot axis

S

pan movement

Claims (13)

1. Rotary wing gate, comprising:

   a frame (2) and a wing (3) which are connected to each other by at least one hinge (4) so as to be pivotable about a hinge axis (A),

   the hinge (4) having a frame-side hinge tab (4a) attached to the frame (2),

   a wing-side hinge tab (4b) attached to the wing (3), and a central region (4c) disposed between the hinge tabs (4a, 4b);

   at least two profile element arrangements (100a, 100b, 100c) extending upwardly and downwardly from both sides of the hinge (4) in the direction of the hinge axis (A);

   wherein each profile element arrangement (100a, 100b, 100c) comprises a first profile element (11) and a second profile element (12), one of which is fixed to the frame (2) and the other of which is fixed to the wing (3);

   wherein the first profile element (11) of each profile element arrangement (100a, 100b, 100c) has a region (40) with a surface (41) to which the second profile element (12) is adjacent to cover a gap (5) between the frame (2) and the wing (3) along the hinge axis (A),

   wherein the profile elements (11, 12) are configured such that the second profile element (12) moves along the surface (41) of the first profile element (11) when the rotary wing gate (200) is opened and/or closed,

   at least one of the profile elements (11, 12) comprising a support element (21, 22) for fastening to the frame (2) and/or the wing (3) and a cover element (31, 32) which can be plugged onto the support element (21, 22) and whose contour is adapted to the contour of one of the hinge tabs (4a, 4b) and is aligned therewith,

   characterized in that

   the region (40) of the first profile element (11) of each profile element arrangement (100a, 100b, 100c) forms a cylindrically shaped projection covering the gap (5), the outer contour of the region (40) corresponding to the contour of the cylindrically shaped central region (4c) of the hinge (4) and being in alignment therewith.
2. Rotary wing gate according to claim 1, characterized in that the support element (21, 22) and the cover element (31, 32) are designed as a clip-on system.
3. Rotary wing gate according to claim 1 or 2, characterized in that the support element (21, 22) and/or the cover element (31, 32)

   3.1 has at least one latching element (51, 52, 53, 54) for connecting the cover element (31, 32) to the support element (21, 22) by plug-fitting and latching, and/or

   3.2 has at least one projection (51a, 52a, 53a, 54a) which is designed such that the cover element (31, 32) and the support element (21, 22) engage with one another by being pressed against one another.
4. Rotary wing gate according to any of the preceding claims, characterized in that the surface (41) of the region (40) of the first profile element (11) has a convex shape.
5. Rotary wing gate according to any of the preceding claims, characterized in that the region (40) of the first profile element (11) comprises a seat (42) for a portion (61) of the cover element (31).
6. Rotary wing gate according to any of the preceding claims, characterized in that the profile elements (11, 12) are designed in such a way that they perform a pivoting movement S relative to one another when the enclosure and/or building closure (200) is opened and/or closed, the pivoting axis A being located within the region (40) of the first profile element (11) for covering the gap (5) and being aligned in such a way that it corresponds to the axis of rotation of the hinge (4).
7. Rotary wing gate according to any of the preceding claims, characterized in that the region (40) of the first profile element (11) is formed on the support element (21).
8. Rotary wing gate according to any of the preceding claims, characterized in that the second profile element (12) adjoins the surface (41) of the region (40) of the first profile element (11) with a part or region (30) of its covering element (32) in order to cover the gap (5) between the frame (2) and the wing (3).
9. Rotary wing gate according to any of the preceding claims, characterized in that the profile elements (11, 12) have a shape which is adapted to the shape of the at least one hinge (4) in such a way that a form-fitting and/or visually uniform transition to the hinge (4) is formed.
10. Rotary wing gate according to any of the preceding claims, characterized in that the support element (21, 22) is designed as a support rail and the cover element (31, 32) is designed as a clip-on rail.
11. Rotary wing gate according to any of the preceding claims, characterized in that the support element (21, 22) has elongated holes and/or grooves (71) for adjustment with respect to the angle and/or the gap dimension of the rotary wing gate (200).
12. Rotary wing gate according to any of the preceding claims, characterized in that the profile element arrangements (100a, 100b, 100c) extend over the entire height of the frame (2) and/or the wing (3).
13. Rotary wing gate according to any of the preceding claims, characterized in that at least one of the profile elements (11, 12) has one or more end caps (81, 82) for closing the profile end.

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