DE102008042922B4 - Fence clamp for attaching a fence grid to a post - Google Patents

Abstract

Fence clip (1000, 2000) for fastening a fence grid (G, G ') to a fence post (P1-P5), containing: a) a C-shaped clip body (110-510) with a central part (M) and two arms (A ), which can grip around a fence post; b) a closure element (130) which can be attached to the arms (A) of the bracket body in order to connect them around a fence post; c) a fastening bearing (115-515) for holding a Fence grille (G), characterized in that both arms (A) of the clamp body (110-510) have a recess (111-511) on the outside, into which a hook projection (132) of the closure element (130) can engage.

Description

The invention relates to a fence clip for fastening a fence grid to a post according to the preamble of claim 1, in particular for fastening rollable wire mesh fences in which vertically, horizontally and / or diagonally extending bars are firmly connected to each other at their crossing points.

The invention also relates to a clip body for such a fence clip and a fence system with such a fence clip.

From the DE 34 03 340 A1 clamps are known that have to be placed completely around a round fence post in order to attach a fence grille to it.

Against this background, it was the object of the present invention to provide alternative means for fastening fence grids to fence posts which are easy to assemble, but at the same time robust and secure in their fastening function and are visually appealing.

This object is achieved by a fence clip according to claim 1, a clip body according to claim 12, and a fence system according to claim 13. Advantageous refinements are contained in the subclaims.

• - insbesondere einer Gitterstabmatte oder Schweißdrahtmatte - an einem Zaunpfosten ist durch die folgenden Komponenten gekennzeichnet:
  1. a) Einen im Querschnitt C-förmigen Klammerkörper welcher entsprechend seiner C-Form aus einem Mittelteil und zwei endseitig daran ansetzenden Armen besteht und welcher mit seinen Armen einen Zaunpfosten umgreifen kann. Vorzugsweise ist der Klammerkörper soweit elastisch, dass er als Klipp von der Seite her auf einen Zaunpfosten aufgerastet werden kann, wozu sich die Arme des Klammerkörpers vorübergehend elastisch bis zum Pfostendurchmesser auseinander bewegen müssen, um den Zaunpfosten in das Innere der C-Form eindringen zu lassen. Dies ermöglicht eine einfachere Montage als ein starrer Klammerkörper, welcher von oben her über einen Zaunpfosten geführt werden muss. Als „Achsrichtung“ des Klammerkörpers wird im Folgenden die Richtung bezeichnet, in die sich ein Zaunpfosten erstreckt, auf den der Klammerkörper aufgesteckt ist.
  2. b) Ein Verschlusselement, welches an den Armen des Klammerkörpers befestigt werden kann, um diese um einen Zaunpfosten herum zu verbinden. Im montierten Zustand bilden Klammerkörper und Verschlusselement somit einen Ring, welcher einen Zaunpfahl ganz umschließt. Vorzugsweise gibt es dabei keine radial (weit) überstehenden Vorsprünge, sondern eine kompakte, glatte Außenkontur.
  3. c) Ein Befestigungslager zur Halterung eines Zaungitters. Verschiedene Ausführungsformen eines solchen Befestigungslagers werden in Verbindung mit bevorzugten Weiterbildungen der Erfindung beschrieben. Vorzugsweise ist das Befestigungslager am Klammerkörper ausgebildet, insbesondere an dessen Mittelteil.

The fence clip according to the invention for fastening a fence grid

• - in particular a wire mesh mat or welding wire mat - on a fence post is characterized by the following components:
  1. a) A clamp body with a C-shaped cross-section which, according to its C-shape, consists of a central part and two arms attached to it at the ends and which can grip a fence post with its arms. The clip body is preferably elastic enough that it can be snapped onto a fence post as a clip from the side, for which purpose the arms of the clip body must temporarily move apart elastically up to the post diameter in order to let the fence post penetrate the interior of the C-shape . This enables easier assembly than a rigid clip body, which has to be guided over a fence post from above. In the following, the “axial direction” of the clip body is the direction in which a fence post extends, onto which the clip body is attached.
  2. b) A locking element which can be attached to the arms of the clamp body in order to connect them around a fence post. In the assembled state, the clip body and closure element thus form a ring that completely encloses a fence post. There are preferably no radially (far) protruding projections, but rather a compact, smooth outer contour.
  3. c) A mounting bracket to hold a fence grid. Various embodiments of such a fastening bearing are described in connection with preferred developments of the invention. The fastening bearing is preferably formed on the clamp body, in particular on its central part.

The fence clip described has the advantage that it can be attached particularly securely to a fence post due to the combination of a C-shaped clip body with a closure element. This is because the closure element prevents the clip body from being unintentionally pulled off or torn off the front of the fence post again, for example due to high loads or improper manipulation. Rather, loosening the fence clip first requires targeted removal of the closure element.

There are various options for attaching the closure element to the arms of the clamp body, for example screwing or gluing. According to the invention, there is a (typically reversible) snap fastening. This is achieved, for example, if at least one arm of the clip body has a recess on the outside, into which a hook projection of the closure element can engage. The closure element can then be connected to the clip body simply by snapping it into place and, if necessary, can also be detached from it again without being destroyed. According to the invention, both arms of the clip body have such depressions on the outside, into which corresponding (typically mirror images of one another) projections of the closure element can engage.

The aforementioned recess on the arms of the clip body can in particular be designed as a channel into which a correspondingly shaped elongated hook projection can securely engage. It is particularly preferred if the channel does not extend at one or both ends to the edge of the outer surface of the arm in which it is located. In this case, a hook projection seated in the channel cannot slip out of the channel along the channel, since it previously hits the end of the channel. Furthermore, the appearance is more appealing because the channel cannot be seen from the side.

According to another development of the invention, the arms of the clip body can have recesses into which corresponding projections on the inside of the closure element can engage (the “inside” of the closure element is defined as the side facing a fence post in the assembled state). Of course, the arrangement of recesses and projections can also be reversed, ie projections on the clip body can engage in recesses of the closure element. The mutual engagement results in a form fit and thus a defined seat of the closure element on the clip body.

Furthermore, at least one projection can optionally be arranged on the inside of the closure element which touches an inner surface defined by the C-shape of the clip - for example an inner circle delimited by the C-shape. In the assembled state of the fence clip, this projection is then supported on the associated fence post and thus ensures additional stability and tension of the closure element.

There are also numerous different options for the design of the mounting bearing with which a Zaungi ter is to be fixed to the fence bracket. According to a first preferred embodiment, the fastening bearing has longitudinal slots in the arms of the clip body, through which a wire of a fence grid can be guided to the inside of the central part of the clip body. The clip body can then be attached to a fence post, whereby the fence wire is fixed between the post and clip body. A longitudinal slot is advantageously formed in each of the two arms of the clip body.

In the aforementioned embodiment, a bulge for receiving (vertical) fence bars is also advantageously provided on the inner side of the central part facing the post, extending in the axial direction of the fence clip (i.e. in the assembled state parallel to a fence post).

According to another embodiment, the fastening bearing has a groove on the outside of the central part, which is used to receive (at least) one wire of a fence grid. Since the channel is on the outside of the clamp body, it can first be attached to the post and then the fence grille can be fixed in its channel.

The above-mentioned channel can, for example, be designed by an undercut open at the top so that it can hold a fence grille on its own (similar to an eye hook). In addition, however, the fastening bearing can also have a fixing device for attaching a clip bracket over said channel. A fence wire lying in the groove can then be held in place with this clip bracket fixed to the clip body.

The above-mentioned fixing device for a clip bracket can comprise a threaded hole for receiving a screw or a locking seat into which a complementary clip bracket can be locked.

The invention further comprises a fence system with posts and a fence grille which is attached to the post with at least one fence bracket of the type described above.

In another embodiment of the invention, the channel can be designed as an undercut groove on the outside of the central part. A fence wire introduced into the groove is then secured against unintentional leaving the groove by the undercut. If the open passage in the groove is narrower than the wire thickness, it can even be achieved that the wire can only be removed by targeted manipulation.

The invention also relates as a separate, independent product to a clip body for a fence clip of the type described above. Such a clip body represents an independently marketable product which can be used as a fence clip according to the invention in combination with suitable closure elements. The clip body is C-shaped in cross-section with a middle part and two arms attached to it at the ends, with which it can grip around a fence post. Furthermore, the clip body has a fastening bearing for holding a fence grid, which can be located in particular on the middle part of the clip body.

• 1 drei perspektivische Ansichten eines ersten Zaunsystems mit einem ersten Klammerkörper, der ein durch Schlitze in den Armen gebildetes Befestigungslager hat;
• 2 eine Frontansicht des ersten Zaunsystems;
• 3 eine Draufsicht des ersten Zaunsystems;
• 4 einen Schnitt entlang der Linie IV-IV von 2
• 5 drei perspektivische Ansichten des ersten Klammerkörpers;
• 6 Ansichten des ersten Klammerkörpers aus den verschiedenen orthogonalen Raumrichtungen;
• 7 zwei perspektivische Ansichten eines Verschlusselementes;
• 8 eine Frontansicht und eine Draufsicht des Verschlusselementes;
• 9 eine perspektivische Ansicht eines zweiten Zaunsystems mit einem zweiten Klammerkörper, der ein rinnenförmiges Befestigungslager und einen anschraubbaren Klammerbügel aufweist;
• 10 eine Frontansicht des zweiten Zaunsystems;
• 11 eine Draufsicht des zweiten Zaunsystems;
• 12 einen Schnitt entlang der Linie XII-XII von 10;
• 13 drei perspektivische Ansichten des zweiten Klammerkörpers;
• 14 Ansichten des zweiten Klammerkörpers aus den verschiedenen orthogonalen Raumrichtungen;
• 15 drei perspektivische Ansichten des zweiten Klammerkörpers mit angebrachtem Klammerbügel;
• 16 Ansichten des zweiten Klammerkörpers mit angebrachtem Klammerbügel aus den verschiedenen orthogonalen Raumrichtungen;
• 17 drei perspektivische Ansichten eines dritten Klammerkörpers, bei welchem das Befestigungslager eine Rinne zur Aufnahme eines Drahtes sowie Rinnen für den Rastsitz eines Klammerbügels aufweist;
• 18 Ansichten des dritten Klammerkörpers aus den verschiedenen orthogonalen Raumrichtungen mit einem eckigen Klammerbügel;
• 19 drei perspektivische Ansichten des dritten Klammerkörpers mit dem eckigen Klammerbügel;
• 20 Ansichten des dritten Klammerkörpers aus den verschiedenen orthogonalen Raumrichtungen mit einem runden Klammerbügel;
• 21 drei perspektivische Ansichten des dritten Klammerkörpers mit dem runden Klammerbügel;
• 22 Ansichten eines vierten Klammerkörpers aus verschieden orthogonalen Raumrichtungen mit einer hinterschnittenen Nut zur Aufnahme eines Spanndrahtes;
• 23 drei perspektivische Ansichten des vierten Klammerkörpers;
• 24 Ansichten eines fünften Klammerkörpers aus verschiedenen orthogonalen Raumrichtungen mit einer hinterschnittenen Nut zur Aufnahme eines Spanndrahtes sowie einer innenseitigen Ausbuchtung;
• 25 drei perspektivische Ansichten des fünften Klammerkörpers;
• 26 einen Querschnitt durch einen Rundpfosten mit einer Ausbuchtung (oben links) sowie ein Zaunsystem mit diesem Pfosten und der erfindungsgemäßen Zaunklammer (oben rechts, unten);
• 27 einen Querschnitt durch einen abgeflachten Rundpfosten (oben links) sowie ein Zaunsystem mit diesem Pfosten und der erfindungsgemäßen Zaunklammer (oben rechts, unten);
• 28 einen Querschnitt durch einen abgeflachten Rundpfosten mit einer Ausbuchtung (oben links) sowie ein Zaunsystem mit diesem Pfosten und der erfindungsgemäßen Zaunklammer (oben rechts, unten);
• 29 einen Querschnitt durch einen abgeflachten Ovalpfosten (oben links) sowie ein Zaunsystem mit diesem Pfosten und der erfindungsgemäßen Zaunklammer (oben rechts, unten);
• 30 ein Zaunsystem mit abgeflachten Ovalpfosten und einer erfindungsgemäßen Zaunklammer, welche zur Halterung eines Spanndrahtes verwendet wird.

The invention is explained in more detail below with the aid of the figures using exemplary embodiments. It shows:

• 1 three perspective views of a first fence system with a first bracket body having an attachment bearing formed by slots in the arms;
• 2 a front view of the first fence system;
• 3 a top view of the first fence system;
• 4th a section along the line IV-IV of 2
• 5 three perspective views of the first bracket body;
• 6th Views of the first bracket body from the different orthogonal spatial directions;
• 7th two perspective views of a closure element;
• 8th a front view and a plan view of the closure element;
• 9 a perspective view of a second fence system with a second bracket body, which has a channel-shaped fastening bearing and a screw-on bracket bracket;
• 10 a front view of the second fence system;
• 11 a top view of the second fence system;
• 12 a section along the line XII-XII of 10 ;
• 13 three perspective views of the second bracket body;
• 14th Views of the second bracket body from the different orthogonal spatial directions;
• 15th three perspective views of the second clip body with attached clip bracket;
• 16 Views of the second clamp body with attached clamp bracket from the different orthogonal spatial directions;
• 17th three perspective views of a third clip body, in which the fastening bearing has a groove for receiving a wire and grooves for the locking seat of a clip bracket;
• 18th Views of the third clip body from the different orthogonal spatial directions with a square clip bracket;
• 19th three perspective views of the third clip body with the angular clip bracket;
• 20th Views of the third clip body from the different orthogonal spatial directions with a round clip bracket;
• 21st three perspective views of the third clip body with the round clip bracket;
• 22nd Views of a fourth clamp body from different orthogonal spatial directions with an undercut groove for receiving a tension wire;
• 23 three perspective views of the fourth bracket body;
• 24 Views of a fifth clip body from different orthogonal spatial directions with an undercut groove for receiving a tension wire and a bulge on the inside;
• 25th three perspective views of the fifth bracket body;
• 26th a cross section through a round post with a bulge (top left) and a fence system with this post and the fence clip according to the invention (top right, bottom);
• 27 a cross section through a flattened round post (top left) and a fence system with this post and the fence bracket according to the invention (top right, bottom);
• 28 a cross section through a flattened round post with a bulge (top left) and a fence system with this post and the fence clip according to the invention (top right, bottom);
• 29 a cross section through a flattened oval post (top left) and a fence system with this post and the fence clip according to the invention (top right, bottom);
• 30th a fence system with flattened oval posts and a fence clip according to the invention, which is used to hold a tension wire.

Identical or similar parts in the figures have identical or multiples of 100 different reference numbers.

• - Einen Zaunpfosten, hier beispielsweise einen Zaunpfosten P1 mit kreisrundem Querschnitt.
• - Ein Zaungitter, hier bestehend aus aufrollbaren Gitterstabmatten oder Drahtmatten G, G' mit vertikalen und horizontalen Drähten, die an ihren Kreuzungspunkten verschweißt sind. Die Drahtdicke liegt dabei typischerweise in einem Bereich von 2,0 bis 6,0 mm.
• - Eine Zaunklammer 1000 gemäß einer ersten Ausführungsform.

In the 1 to 8th a first embodiment of a fence system according to the invention is shown. The fence system includes

• - A fence post, here a fence post, for example P1 with a circular cross-section.
• - A fence grid, here consisting of roll-up bar mats or wire mats G , G' with vertical and horizontal wires welded at their crossing points. The wire thickness is typically in a range from 2.0 to 6.0 mm.
• - A fence clip 1000 according to a first embodiment.

The fence clip representing the core of the invention 1000 includes how in particular from 4th is recognizable, again two main ones Components, namely a bracket body 210 and a closure element 130 .

The clip body produced for example from a plastic by injection molding 210 is substantially C-shaped in cross-section with a central portion M. as well as two arms attached to the end A. . The clamp body 210 can therefore be used as a clip on the round fence post P1 locked from the front, with the arms extended A. temporarily expand due to their elasticity. If the dimensions are appropriately coordinated, the clamp body sits 210 advantageously under light pressure on the post P1 . Optionally on the inside of the clamp body 210 radially and / or axially extending webs of small height (not shown) can be provided in order to compensate for tolerances in the post diameter.

For additional security, the in 7th and 8th shown, clasp-shaped closure element 130 by snap fit on the arm ends of the clamp body 210 attached. The poor A. of the clamp body 210 show gutters on their outside 211 on which hook projections 132 of the closure element 130 can intervene. Because the gutters 211 do not go through to the edge, fix the locking element 130 against a shift in the channel direction. Through the closure element 130 will prevent the fence clip 2000 is unintentionally or unauthorized pulled forward from the fence post, since the closure element 130 prevents the arms of the clamp body from spreading.

The poor A. of the clip body also have slot-shaped recesses at the outermost end 212 in which an inwardly protruding web 133 of the closure element 130 can intervene in order to additionally secure the seat of the closure element by positive locking.

The aforementioned webs 133 of the closure element 130 are still dimensioned so that they are in the assembled state of the fence clamp 1000 on the associated post P1 support and thereby for additional stability and tension of the closure element 130 to care. The closure element 130 thus allows overall tolerance compensation with regard to the thickness of the posts P1 .

For fastening the fence grid G shows the clamp body 210 a holding device 215 on. In the first embodiment of the invention, ie the "first bracket body" 210 , comprises the holding device 215 two aligned slots 215 that in arms A. of the clamp body 210 are introduced in the longitudinal direction of the arms. Through these slots horizontally extending bars of wire mesh can be G be performed before the clamp body 210 on a fence post P1 is clamped. After this clamping, the wire mesh mats G then between the clamp body 210 and the fence post P1 fixed.

There is also a franking or bulge 217 on the inside of the middle part M. recognizable, the one defined by the C-shape (here circular) inner surface of the clip body 210 goes out radially. The bulge 217 runs in the axial direction of the clamp body 210 , ie in the direction of an inserted post or perpendicular to the plane of the drawing in 4th . It offers space to accommodate vertical bars (in the direction of the posts). Because of the width of the bulge 217 the exact position of these vertical bars can vary within a certain range, so that tolerances can be compensated for when a fence is erected.

1. a) zwei endständige Vertikalstäbe von aneinander stoßenden Gitterstabmatten G, G' gefasst werden;
2. b) ein mittlerer Vertikalstab einer Gitterstabmatte gefasst wird;
3. c) kein Vertikalstab gefasst wird.

Illustrated in this regard 1 three different mounting options for the clamp body 210 , at them

1. a) two terminal vertical bars of butting rod mats G , G' to get nabbed;
2. b) a central vertical bar of a lattice bar mat is grasped;
3. c) no vertical rod is grasped.

In addition to the variants shown, it is also possible to use the fence clip 1000 to be attached to inclined ("diagonal") support struts, whereby the horizontal wire of the bar mat usually only through the slot 215 a single arm A. running.

The 9 to 16 show a second inventive fence system with a second embodiment of a fence clip 2000 . The corresponding second bracket body 110 differs from the first bracket body 210 only through the formation of the mounting bracket for wire mesh panels. The attachment of a tensioning element 130 is, however, unchanged with the help of a gutter 111 and a recess 112 in the arms A. of the clamp body 110 possible, so that this does not have to be discussed again in detail.

The fastening bearing of the clamp body 110 comprises a rectangular, in the axial direction of the clamp body 110 running gutter 118 on the outside of the middle part M. by two webs 119 is laterally limited and can be inserted into the vertical bars of a mesh mat. In this regard, the 9 to 12 a situation is shown in which the two terminal vertical bars of different double bar mesh mats G , G' in the gutter 118 lie. Alternatively, of course, only a single vertical rod of a mesh mat can be placed in the channel 118 be stored. Furthermore, a channel rotated by 90 ° for receiving horizontal bars could also be provided. The one on one side above the plane of the bracket body 110 protruding projections 120 (Extensions of the bars 119 ) are used to position horizontal bars.

One in the gutter 118 The bar is located with the help of a clamp bracket 150 fixed in this groove. According to the 15th and 16 can the bracket 150 be designed as a stamped and bent part made of metal, which the channel 118 covered. Through a central hole 151 of the bracket 150 can the latter with the help of a screw (not shown) on the bracket body 110 attached. For this purpose, the clip body has a hole in the assembled state 151 aligned bore 116 through which said screw can be passed. At the inside end of the bore, a hexagonal recess is preferably formed, into which a nut for receiving the screw can be inserted in a rotationally secure manner.

One of the aforementioned holes 116 A corresponding bore (preferably with an internal thread) can also be provided in the other embodiments of the clip body in order to additionally fix it to a fence post by means of a screw if necessary.

17th shows a third embodiment of a clip body in perspective views 310 , again being the mechanism of a gutter 311 and a slot-shaped recess 312 for attaching a clamping element 130 has remained unchanged. The fortification camp 315 includes in the clip body 310 a channel running transversely (or alternatively: parallel) to the fence post axis 318 , into which a wire of a wire mesh G can be inserted. The grid mat can then with the help of clamp brackets 350 or 450 like them in the 18th and 19th or. 20th and 21st are shown in the gutter 318 be fixed. The attachment of the aforementioned brackets 350 , 450 is advantageously carried out by means of a locking seat (similar to the closure element 130 ), at the hook projections at the ends of the brackets 350 , 450 in gutters 316 on the clamp body 310 intervention. The exact position of the bracket is along the gutters 316 variable in order to be able to evade fence posts standing in the way if necessary.

The 22nd and 23 show a fourth embodiment of a clip body 410 , in which the fastening bearing 415 as a groove running transversely to the axial direction and open at the top 418 is designed to receive a fence wire. The said fence wire can in particular be a tension wire running in the longitudinal direction of the fence (ie horizontally). The upwardly open channel or groove 418 is also formed undercut by a funnel-shaped inwardly directed projection on its opening side 419 is arranged. One in the groove 418 introduced fence wire is therefore from this projection 419 Maintained form and force in the groove. Otherwise, the fourth bracket body corresponds 410 as described above, so that its further features need not be discussed again.

The 24 and 25th show a fifth embodiment of a clip body 510 . This is essentially similar to the clip body described above 410 formed, ie it has a mounting bearing 515 with a groove 518 on which an inner protrusion 519 is trained. In addition, the clip body 510 on the inside of the middle part M. a bulge 517 on which vertical bars of a fence and / or bulges of a fence post can be received.

In the 26th to 30th is the use of the fence clip according to the invention (here using the example of the first fence clip 1000 ) shown in combination with various non-circular fence posts, for example a round post P2 with a bulge, a flattened post P3 , a flattened post P4 with a bulge and an oval post P5 . Of course, the fence clip can also be used in conjunction with numerous other post cross-sections, the geometry and dimensions of the fence clip having to be adapted accordingly, if necessary.

In 30th can also be seen that the fence clip according to the invention 1000 can also accommodate the tension wire SD of a fence grid.

Claims (13)

Fence clip (1000, 2000) for fastening a fence grid (G, G ') to a fence post (P1-P5), containing: a) a C-shaped clip body (110-510) with a central part (M) and two arms (A ), which can encompass a fence post; b) a closure element (130) which can be attached to the arms (A) of the bracket body in order to connect them around a fence post; c) a fastening bearing (115-515) for holding a fence grid (G), characterized in that both arms (A) of the clip body (110-510) have a recess (111-511) on the outside, into which a hook projection (132) of the closure element (130) can engage. Fence clip (1000, 2000) according to Claim 1 , characterized in that the recess is designed as a channel (111-511). Fence clip (1000, 2000) according to Claim 2 , characterized in that the channel (111-511) does not go through to the edge on at least one side. Fence clamp (1000, 2000) after at least one of the Claims 1 to 3 , characterized in that the arms (A) of the clip body (110-510) have recesses (112-512) into which projections (133) arranged on the inside of the closure element (130) can engage. Fence clamp (1000, 2000) after at least one of the Claims 1 to 4th , characterized in that at least one projection (133) is arranged on the inside of the closure element (130) which contacts an inner surface defined by the C-shape of the clip. Fence clip (1000) after at least one of the Claims 1 to 5 , characterized in that the fastening bearing has longitudinal slots (215) in the arms (A) of the bracket body (210) through which a fence wire can be guided to the inside of the central part (M). Fence clip (1000) after at least one of the Claims 1 to 5 , characterized in that on the inside of the middle part (M) there is a bulge (217, 517) extending in the axial direction of the fence clip for receiving fence bars. Fence clip (2000) after at least one of the Claims 1 to 7th , characterized in that the fastening bearing (115, 315-515) on the outside of the central part (M) has a channel (118, 318-518) for receiving a fence wire. Fence clip (2000) Claim 8 , characterized in that the fastening bearing (115, 315) has a fixing device (116, 316) for fixing a clip bracket (150, 350, 450) above the channel (118, 318). Fence clip (2000) Claim 9 , characterized in that the fixing device is designed as a threaded hole (116) or as a latching seat (316). Fence clip (2000) Claim 8 , characterized in that the channel is designed as an undercut groove (418, 518). Clip body (110-510) for a fence clip (1000, 2000) according to at least one of the Claims 1 to 11 . Fence system, comprising posts (P1-P5) and a fence grid (G, G ') which is attached to the post with a fence bracket (1000, 2000) according to at least one of the Claims 1 to 11 is attachable.

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