EP2177694B1 - Fence clamp for fixing a fence mesh to a post - Google Patents

Description

The invention relates to a fence bracket for attaching a Zaungitters to a post, in particular for fastening roll-up wireframe fences, in which vertically, horizontally and / or diagonally extending rods are firmly connected at their intersection points.

From the DE 34 03 340 A1 are known clamps that must be placed completely around a round fence post to attach a fence mesh to this.

The US 2006/202184 discloses an annularly closed fence bracket according to the preamble of claim 1, which can be placed around a fence post with temporary widening, wherein at the ends radially projecting flanges are connected by a screw.

Against this background, it was an object of the present invention to provide alternative means for attachment of fence gratings to fence posts, which are easy to install, but at the same time robust and safe in their attachment function and visually appealing.

This object is achieved by a fence bracket according to claim 1 and by a fence system according to claim 12. Advantageous embodiments are contained in the subclaims.

• insbesondere einer Gitterstabmatte oder Schweißdrahtmatte - an einem Zaunpfosten weist die folgenden Komponenten auf:
  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. Der Abstand der Armenden des C-förmigen Klammerkörpers ist typischerweise kleiner als der Innendurchmesser des Klammerkörpers (d. h. die C-Form erstreckt sich über mehr als einen Halbkreis hinweg). Der Klammerkörper ist so weit 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 bracket according to the invention for attaching a Zaungitters

• in particular a grid bar mat or welding wire mat - on a fence post has the following components:
  1. a) A cross-sectionally C-shaped "bracket body" which consists of its C-shape of a central part and two end attached thereto arms and which embrace with its arms a fence post can. The pitch of the arm ends of the C-shaped bracket body is typically smaller than the inside diameter of the bracket body (ie, the C-shape extends over more than one semicircle). The clip body is sufficiently resilient that it can be clipped as a clip from the side onto a fence post, for which reason the arms of the clip body must momentarily move apart elastically to the post diameter to allow the fence post to penetrate into the interior of the C shape , This allows for easier installation than a rigid bracket body, which must be guided from above over a fence post.
     The "axial direction" of the bracket body is referred to in the following, the direction in which a fence post extends, on which the clamp body is attached.
  2. b) A closure element which can be attached to the arms of the bracket body to connect them around a fence post. In the assembled state form staple body and closure element thus a ring which completely encloses a fence post. Preferably, there are no radially (far) protruding projections, but a compact, smooth outer contour.
  3. c) A mounting bracket for holding a fence grid. Various embodiments of such a mounting bearing will be described in connection with preferred embodiments of the invention. Preferably, the mounting bearing is formed on the bracket body, in particular on its central part.

The fence bracket described has the advantage that it can be fastened particularly securely to a fence post due to the combination of a C-shaped bracket body with a closure element. The closure element prevents namely that the clip body - for example, by high load or improper manipulation - unintentionally withdrawn forward from the fence post or can be demolished. Solving the Rather, fence bracket initially requires a targeted removal of the closure element.

For the attachment of the closure element to the arms of the bracket body, there is a (typically reversible) latching attachment. This is achieved, characterized in that at least one arm of the bracket body has on the outside a recess in which a hook projection of the closure element can engage. The closure element can then simply connect by snapping with the clip body and optionally also non-destructively solve this again. Preferably, both arms of the clamp body on the outside such depressions, can engage in the corresponding (typically mutually mirror-image) projections of the closure element.

The aforementioned depression on the arms of the clamp body can in particular be designed as a groove into which a correspondingly shaped elongated hook projection can securely engage. It is particularly preferred in this case if the channel at one or both ends does not pass up to the edge of the outer surface of the arm in which it is located. In this case, a seated in the gutter hook projection can not slip out of the channel along this, since he previously abuts the end of the channel. Furthermore, there is a more appealing look, since the channel is not recognizable from the side.

According to another embodiment of the invention, the arms of the bracket body may 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 bracket body can engage in recesses of the closure element. The mutual intervention results Positive locking and thus a defined seat of the closure element on the bracket body.

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

Also for the design of the mounting bearing, with which a fencing mesh is to be fixed to the fence bracket, there are many different possibilities. According to a first preferred embodiment, the mounting bearing has longitudinal slots in the arms of the clamp body, through which a wire of a fence mesh can be guided to the inside of the middle part of the clamp body. The staple body can then be slipped onto a fence post, which fixes the fence wire between the post and staple body. Advantageously, in each case one longitudinal slot is formed in each of the two arms of the clamp body.

In the aforementioned embodiment, furthermore, a bulge extending in the axial direction of the fence bracket (i.e., in the mounted state parallel to a fence post) is advantageously provided on the inside of the central part facing the post for receiving (vertical) fence mesh rods.

According to another embodiment, the mounting bearing on a groove on the outside of the central part, which serves to receive (at least) a wire of a Zaungitters. Since the channel is located on the outside of the bracket body, it can first be attached to the post and then fixed the fence mesh in its groove.

The above-mentioned channel can be designed for example by an open-topped undercut so that they alone already hold a fence mesh can (similar to a hook hook). Furthermore, however, the mounting bearing can also have a fixing device for attaching a clamp bracket over said channel. An in-the-gutter fence wire can then be held in place with this clamp bracket fixed to the bracket body.

The above-mentioned clip bracket fixing device may include a threaded hole for receiving a screw or a snap fit into which a complementarily formed clip bracket may be engaged.

Furthermore, the invention comprises a fence system with posts and a fencing grid, 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 may be formed on the outside of the central part as an undercut groove. A fence wire inserted in the groove is then secured by the undercut against inadvertent leaving of the groove. If the open passage in the groove is formed narrower than the wire thickness, it can even be achieved that the wire can only be removed by targeted manipulation.

The invention further relates as a separate, independent product a staple body for a fence bracket of the type described above. Such a staple body is an independently marketable product, which can be used in combination with matching closure elements as a fence bracket according to the invention. The staple body is in cross-section C-shaped with a central part and two ends attached thereto arms with which he can embrace a fence post. Furthermore, the clamp body on a mounting bracket for supporting a Zaungitters, which may be located in particular on the central part of the bracket body.

Fig. 1

drei perspektivische Ansichten eines ersten Zaunsystems mit einem ersten Klammerkörper, der ein durch Schlitze in den Armen gebildetes Befestigungslager hat;

Fig. 2

eine Frontansicht des ersten Zaunsystems;

Fig. 3

eine Draufsicht des ersten Zaunsystems;

Fig. 4

einen Schnitt entlang der Linie IV-IV von Fig. 2

Fig. 5

drei perspektivische Ansichten des ersten Klammerkörpers;

Fig. 6

Ansichten des ersten Klammerkörpers aus den verschiedenen orthogonalen Raumrichtungen;

Fig. 7

zwei perspektivische Ansichten eines Verschlusselementes;

Fig. 8

eine Frontansicht und eine Draufsicht des Verschlusselementes;

Fig. 9

eine perspektivische Ansicht eines zweiten Zaunsystems mit einem zweiten Klammerkörper, der ein rinnenförmiges Befestigungslager und einen anschraubbaren Klammerbügel aufweist;

Fig. 10

eine Frontansicht des zweiten Zaunsystems;

Fig. 11

eine Draufsicht des zweiten Zaunsystems;

Fig. 12

einen Schnitt entlang der Linie XII-XII von Fig. 10;

Fig. 13

drei perspektivische Ansichten des zweiten Klammerkörpers;

Fig. 14

Ansichten des zweiten Klammerkörpers aus den verschiedenen orthogonalen Raumrichtungen;

Fig. 15

drei perspektivische Ansichten des zweiten Klammerkörpers mit angebrachtem Klammerbügel;

Fig. 16

Ansichten des zweiten Klammerkörpers mit angebrachtem Klammerbügel aus den verschiedenen orthogonalen Raumrichtungen;

Fig. 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;

Fig. 18

Ansichten des dritten Klammerkörpers aus den verschiedenen orthogonalen Raumrichtungen mit einem eckigen Klammerbügel;

Fig. 19

drei perspektivische Ansichten des dritten Klammerkörpers mit dem eckigen Klammerbügel;

Fig. 20

Ansichten des dritten Klammerkörpers aus den verschiedenen orthogonalen Raumrichtungen mit einem runden Klammerbügel;

Fig. 21

drei perspektivische Ansichten des dritten Klammerkörpers mit dem runden Klammerbügel;

Fig. 22

Ansichten eines vierten Klammerkörpers aus verschieden orthogonalen Raumrichtungen mit einer hinterschnittenen Nut zur Aufnahme eines Spanndrahtes;

Fig. 23

drei perspektivische Ansichten des vierten Klammerkörpers;

Fig. 24

Ansichten eines fünften Klammerkörpers aus verschiedenen orthogonalen Raumrichtungen mit einer hinterschnittenen Nut zur Aufnahme eines Spanndrahtes sowie einer innenseitigen Ausbuchtung;

Fig. 25

drei perspektivische Ansichten des fünften Klammerkörpers;

Fig. 26

einen Querschnitt durch einen Rundpfosten mit einer Ausbuchtung (oben links) sowie ein Zaunsystem mit diesem Pfosten und der erfindungsgemäßen Zaunklammer (oben rechts, unten);

Fig. 27

einen Querschnitt durch einen abgeflachten Rundpfosten (oben links) sowie ein Zaunsystem mit diesem Pfosten und der erfindungsgemäßen Zaunklammer (oben rechts, unten);

Fig. 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);

Fig. 29

einen Querschnitt durch einen abgeflachten Ovalpfosten (oben links) sowie ein Zaunsystem mit diesem Pfosten und der erfindungsgemäßen Zaunklammer (oben rechts, unten);

Fig. 30

ein Zaunsystem mit abgeflachten Ovalpfosten und einer erfindungsgemäßen Zaunklammer, welche zur Halterung eines Spanndrahtes verwendet wird.

In the following, the invention will be explained in more detail with the aid of the figures with reference to exemplary embodiments. Showing:

Fig. 1

three perspective views of a first fence system with a first bracket body having a formed by slots in the arms mounting bracket;

Fig. 2

a front view of the first fence system;

Fig. 3

a plan view of the first fence system;

Fig. 4

a section along the line IV-IV of Fig. 2

Fig. 5

three perspective views of the first bracket body;

Fig. 6

Views of the first bracket body from the different orthogonal spatial directions;

Fig. 7

two perspective views of a closure element;

Fig. 8

a front view and a top view of the closure element;

Fig. 9

a perspective view of a second fence system with a second bracket body having a groove-shaped mounting bearing and a screw-on bracket clip;

Fig. 10

a front view of the second fence system;

Fig. 11

a plan view of the second fence system;

Fig. 12

a section along the line XII-XII of Fig. 10 ;

Fig. 13

three perspective views of the second bracket body;

Fig. 14

Views of the second bracket body from the different orthogonal spatial directions;

Fig. 15

three perspective views of the second bracket body with attached bracket clip;

Fig. 16

Views of the second bracket body with attached clip bracket from the different orthogonal directions in space;

Fig. 17

three perspective views of a third bracket body, wherein the mounting bearing has a groove for receiving a wire and grooves for the locking seat of a staple bracket;

Fig. 18

Views of the third bracket body from the various orthogonal spatial directions with a square bracket clip;

Fig. 19

three perspective views of the third bracket body with the square bracket clip;

Fig. 20

Views of the third bracket body from the different orthogonal spatial directions with a round bracket clip;

Fig. 21

three perspective views of the third bracket body with the round clip bracket;

Fig. 22

Views of a fourth bracket body from different orthogonal spatial directions with an undercut groove for receiving a tension wire;

Fig. 23

three perspective views of the fourth bracket body;

Fig. 24

Views of a fifth bracket body from different orthogonal spatial directions with an undercut groove for receiving a tension wire and an inside bulge;

Fig. 25

three perspective views of the fifth bracket body;

Fig. 26

a cross section through a round post with a bulge (top left) and a fence system with this post and the fence bracket according to the invention (top right, bottom);

Fig. 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);

Fig. 28

a cross-section through a flattened round post with a bulge (top left) and a fence system with this post and the fence bracket according to the invention (top right, bottom);

Fig. 29

a cross section through a flattened oval post (top left) and a fence system with this post and the fence bracket according to the invention (top right, bottom);

Fig. 30

a fence system with flattened oval posts and a fence bracket according to the invention, which is used to hold a tension wire.

Identical or similar parts carry in the figures the same or by multiples of 100 different reference numerals.

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

• A fence post, here for example a fence post P1 with a circular cross-section.
• A fencing grid, here consisting of rollable grid bars or wire meshes G, G 'with vertical and horizontal wires, which are welded at their crossing points. The wire thickness is typically in a range of 2.0 to 6.0 mm.
• A fence bracket 1000 according to a first embodiment.

The core of the invention performing fence bracket 1000 includes, in particular from FIG. 4 recognizable, again two main components, namely a clamp body 210 and a closure element 130th

The staple body 210, for example, made of a plastic by injection molding is in cross-section substantially C-shaped with a middle part M and two end thereto attaching arms A. The staple body 210 can therefore be snapped as a clip on the round fence post P1 from the front, wherein the Arm A temporarily expand due to their elasticity. With appropriate coordination of the dimensions of the clamp body 210 is advantageously sitting under slight pressure on the post P1. Optionally, radially and / or axially extending webs of small height (not shown) may be provided on the inside of the clamp body 210 in order to compensate for tolerances in the post diameter.

For additional security, the in FIGS. 7 and 8 shown, clasp-shaped closure member 130 by snap fit to the arm ends of the bracket body 210 attached. The arms A of the bracket body 210 have for this purpose on their outer sides grooves 211, in which hook projections 132 of the closure element 130 can engage. Since the grooves 211 do not go to the edge, they fix the closure element 130 against a displacement in the gutter direction. The closure member 130 prevents the fence bracket 2000 from being unintentionally or unauthorizedly pulled forwards off the fence post, as the closure member 130 prevents spreading of the arms of the bracket body.

The arms A of the bracket body further have slot-shaped recesses 212 at the outermost end, in which an inwardly projecting web 133 of the closure element 130 can engage to additionally secure the seat of the closure element by positive engagement.

The above-mentioned webs 133 of the closure element 130 are further dimensioned so that they are supported in the assembled state of the fence bracket 1000 on the associated post P1 and thereby provide additional stability and tension of the closure element 130. The closure element 130 thus allows an overall tolerance compensation with respect to the thickness of the posts P1.

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

Furthermore, a clearing or bulge 217 on the inside of the middle part M can be seen which extends radially beyond the inner surface of the clamp body 210 defined by the C-shape (here circular). The bulge 217 extends in the axial direction of the bracket body 210, ie in the direction of an inserted post or perpendicular to the plane in FIG. 4 , It provides space for vertical (in the post direction) extending bars. Due to the width of the bulge 217 can thereby vary the exact position of these vertical bars in a certain range, so that when setting up a fence tolerances can be compensated.

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 FIG. 1 three different mounting options of the bracket body 210, in which

1. a) two terminal vertical bars of abutting grid bar mats G, G 'are taken;
2. b) a central vertical bar of a grid bar mat is grasped;
3. c) no vertical bar is caught.

In addition to the illustrated variants, it is also possible to attach the fence bracket 1000 to obliquely extending ("diagonal") support struts, the horizontal wire of the grid bar mat usually runs only through the slot 215 of a single arm A.

The FIGS. 9 to 16 show a second fence system according to the invention with a second embodiment of a fence bracket 2000. The associated second bracket body 110 differs from the first bracket body 210 only by the formation of the attachment bearing for grid mats. The attachment of a clamping element 130 is, however, unchanged by means of a groove 111 and a recess 112 in the arms A of the bracket body 110 possible, so that it does not need to be discussed again in detail.

The mounting of the bracket body 110 includes a rectangular, extending in the axial direction of the bracket body 110 groove 118 on the outside of the middle part M, which is bounded laterally by two webs 119 and can be inserted into the vertical bars of a grid mat. In this regard is in the FIGS. 9 to 12 a situation is shown in which the two terminal vertical bars of different double rod lattice mats G, G 'lie in the channel 118. Alternatively, of course, only a single vertical rod of a grid mat can be stored in the channel 118. Furthermore, a rotated by 90 ° groove for receiving horizontal bars could be provided. The projections 120 protruding beyond the plane of the bracket body 110 on one side (extensions of the legs 119) serve to position horizontal bars.

A lattice bar located in the channel 118 is fixed in this channel by means of a clip bracket 150. According to the FIGS. 15 and 16 For example, the clip bracket 150 may be formed as a stamped and bent metal part that covers the channel 118. Through a central hole 151 of the clip bracket 150, the latter can be fastened to the bracket body 110 by means of a screw (not shown). The bracket body has this in the mounted state with the hole 151 aligned bore 116 through which said screw can be performed. At the inner end of the bore, a hexagonal recess is preferably formed, in which a nut for receiving the screw can be inserted in a rotationally secure manner.

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

FIG. 17 shows in perspective views a third embodiment of a staple body 310, again the mechanism of a groove 311 and a slot-shaped recess 312 for attachment of a clamping element 130 has remained unchanged. The mounting bearing 315 comprises in the clamp body 310 a transversely (or alternatively: parallel) to the fence post axis extending groove 318, in which a wire of a grid mat G can be inserted. The grid mat can then with the help of clip brackets 350 or 450, as in the FIGS. 18 and 19 20 and 21 are fixed in the groove 318. The attachment of said brackets 350, 450 is advantageously accomplished by a snap fit (similar to the closure member 130) in which hook projections on the ends of the brackets 350, 450 in grooves 316 on the bracket body 310 engage. The exact position of the clamp bracket is variable along the grooves 316, in order to avoid any standing in the way Zaunstäben can.

The FIGS. 22 and 23 show a fourth embodiment of a clamp body 410, in which the mounting bearing 415 is formed as a transversely extending to the axial direction, open at the top groove 418 for receiving a Zaungitterdrahtes. In particular, said fence wire may be a tension wire extending in the longitudinal direction of the fence (ie horizontally). The upwardly open channel or groove 418 is further formed undercut by a projection 419 is arranged funnel-shaped inwardly on its opening side inwardly. One in the groove 418 introduced Zaungitterdraht is therefore held by this projection 419 positive and power liquid in the groove. Incidentally, the fourth bracket body 410 corresponds to the embodiments described above, so that its further features need not be discussed again.

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

In the FIGS. 26 to 30 is the use of the fence bracket according to the invention (here the example of the first fence bracket 1000) shown in combination with various non-circular fence posts, such as a round post P2 with a write-off, a flattened post P3, a flattened post P4 with bulge, and an oval post P5. Of course, the fence bracket can also be used in conjunction with numerous other post sections, optionally with the geometry and dimensions of the fence bracket adapted accordingly.

In FIG. 30 In addition, it can be seen that the fence bracket 1000 according to the invention can also accommodate the tension wire SD of a fence grid.

Claims (12)

1. Fence clamp (1000, 2000) for fixing a fence mesh (G, G') to a post (P1-P5), comprising:

   a) a clamp body (110-510) with a middle part (M) and two arms (A), which can encompass the fence post (P1-P5), whereby the clamp body (110-510) is elastic to such an extent that it can be snapped on the fence post (P1-P5) as a clip from the side, wherefore the arms (A) of the clamp body (110-510) temporarily move apart elastically up to the post diameter, in order to let the fence post (P1-P5) enter into the interior of the form of the clamp body (110-510);

   b) a locking element (130), which can be fixed to the arms (A) of the clamp body (110-510), in order to link them around the fence post (P1-P5), whereby clamp body (110-510) and locking element (130) in a mounted condition form a ring, which fully encloses the post (P1-P5);

   c) a fixing bearing (115-515) formed on the clamp body (110-510) for holding a fence mesh (G),
   characterized in that

   - the clamp body (110-510) is C-shaped, whereby the distance of the arm endings of the C-shaped clamp body (110-510) is smaller than the inner diameter of the clamp body (110-510), and

   - at least one arm (A) of the clamp body (110-510) has a depression (111-511) at the outside, in which can engage a hook protrusion (132) of the locking element (130).
2. Fence clamp (1000, 2000) according to claim 1,
   characterized in that the depression is formed as a groove (111-511).
3. Fence clamp (1000, 2000) according to claim 2,
   characterized in that the groove (111-511) does not extend to the edge at least at one side.
4. Fence clamp (1000, 2000) according to at least one of the claims 1 to 3,
   characterized in that the arms (A) of the clamp body (110-510) have recesses (112-512), in which protrusions (133), arranged at the inner side of the locking element (130), can engage.
5. Fence clamp (1000, 2000) according to at least one of the claims 1 to 4,
   characterized in that at least one protrusion (133) is arranged at the inner side of the locking element (130), which touches an inner surface defined by the C-shape of the clamp.
6. Fence clamp (1000) according to at least one of the claims 1 to 5,
   characterized in that the fixing bearing has longitudinal slots (215) in the arms (A) of the clamp body (210), through which a fence mesh wire can be guided to the inner side of the middle part (M).
7. Fence clamp (1000) according to at least one of the claims 1 to 5,
   characterized in that there is a bulge (217, 517) at the inner side of the middle part (M) running in axial direction of the fence clamp, for holding fence stanchions.
8. Fence clamp (2000) according to at least one of the claims 1 to 7,
   characterized in that the fixing bearing (115, 315-515) has a groove (118, 318-518) at the outer side of the middle part (M) for holding a fence mesh wire.
9. Fence clamp (2000) according to claim 8,
   characterized in that the fixing bearing (115, 315) has a fixing device (116, 316) for the fixation of a clamp bracket (150, 350, 450) on the groove (118, 318).
10. Fence clamp (2000) according to claim 9,
    characterized in that the fixing device is formed as a threaded hole (116) or as a snap fit connection (316).
11. Fence clamp (2000) according to claim 8,
    characterized in that the groove is formed as a groove with undercut (418, 518).
12. Fence system, comprising fence clamps (1000, 2000) according to at least one of the claims 1 to 11, posts (P1-P5) as well as a fence mesh (G, G'), that can be fixed to the posts with the fence clamps (1000, 2000).

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