DE202023103028U1 - Wire mat comprising a row with at least two stitches and at least one hook and barrier with such a wire mat - Google Patents

Abstract

Wire mat (2), comprising at least one row (R, R1, R2, R5), which has at least two adjacent stitches (4) that extend in a mesh plane, and at least one hook (6) for hanging the at least two adjacent stitches ( 4), wherein the hook (6) connects the at least two adjacent stitches (4), the at least two stitches (4) and the at least one hook (6) being formed from a continuous metallic wire (8).

Description

The present invention relates to a wire mat which comprises at least two stitches and at least one hook.

The present invention further relates to a barrier which comprises such a wire mat.

Wire mats, which are part of a boundary or boundary, for example, are known. For example, such wire mats have a large number of individual wire hangers that are intertwined with one another. For the special use of wire mesh as barriers, such as fences, such a wire mesh allows classic fence shapes to be replicated. For example, historical fence shapes such as Lenne, Schinkel or beaver tail fences are recreated.

However, such wire mats have certain disadvantages, particularly when used as room boundaries or barriers.

For example, the production of such wire mats is very complex because a large number of different work steps have to be carried out in order to obtain such a wire mat. For example, stringing together and attaching individual wire elements is very labor-intensive.

With alternative barriers, boundaries or boundaries that consist, for example, of flat steel and/or bars, a large amount of material is often required to obtain a barrier, boundary or boundary of a given size.

An aim of the present invention is to obtain a wire mat which at least reduces the above-mentioned disadvantages.

In particular, it is an object of the present invention to propose a wire mat which is easy to manufacture. In particular, an object of the invention is to easily manufacture a wire mat with complex geometric shapes, such as modern or historical shapes. An object of the present invention is also to propose a wire mat which requires a small amount of material.

According to the invention, this object is achieved by a wire mat comprising at least one row, which comprises at least two adjacent stitches that extend in a mesh plane, and at least one hook for hanging the at least two adjacent stitches, the hook connecting the at least two adjacent stitches, wherein the at least two stitches and the at least one hook are formed from a continuous metallic wire.

• - der oder jeder Haken weist, entlang einer Längsrichtung des metallischen Drahtes einen Anfangsabschnitt, einen Mittelabschnitt und einen Endabschnitt auf;
• - der Mittelabschnitt weist eine Biegung des Drahtes im Wesentlichen um 180° auf, vorzugsweise um genau 180°;
• - der Anfangsabschnitt und/oder der Endabschnitt weist/weisen jeweils eine Biegung auf, wobei diese oder jede Biegung eine Biegung des Drahtes von mindestens 90°, vorzugsweise von 180°, in einer zur Maschenebene senkrechten Ebene ist;
• - der Draht erstreckt sich im Mittelabschnitt in einer Hakenebene, welche parallel zur Maschenebene angeordnet ist;
• - der Draht formt, entlang seiner Längsrichtung direkt aufeinanderfolgend eine der mindestens zwei Maschen, den Haken und eine andere der mindestens zwei Maschen;
• - die mindestens eine Reihe ist eine erste Reihe, welche die mindestens zwei Maschen und den mindestens einen Haken umfasst, wobei die Drahtmatte des Weiteren mindestens eine zweite Reihe umfasst, welche mindestens eine Masche umfasst, wobei der Haken der ersten Reihe in die Masche der zweiten Reihe gehängt ist, vorzugsweise in einen Mittelteil der Masche der zweiten Reihe gehängt ist;
• - die zweite Reihe umfasst mindestens zwei Maschen und mindestens einen Haken, wobei die mindestens zwei Maschen und der mindestens eine Haken der zweiten Reihe aus einem durchgehenden zusätzlichen metallischen Draht geformt sind;
• - die mindestens zwei Maschen der zweiten Reihe weisen eine gleiche Form wie die mindestens zwei Maschen der ersten Reihe auf;
• - der mindestens eine Haken der zweiten Reihe weist eine gleiche Form wie der mindestens eine Haken der ersten Reihe auf;
• - zumindest die erste Reihe umfasst mehrere Haken, welche jeweils zwei benachbarte Maschen der ersten Reihe verbinden, wobei jeder Haken der ersten Reihe in die entsprechende Masche der zweiten Reihe gehängt ist;
• - der oder jeder Haken ist so in die jeweilige Masche gehängt, dass er fest verbunden ist;
• - der oder jeder Haken ist so in die jeweilige Masche gehängt, dass er fest verbunden ist durch Verpressung, Verschweißung, Verrödelung, Verklemmung des Hakens, Vernietung und/oder Verschraubung;
• - der metallische Draht weist einen im Wesentlichen gleichen Durchmesser in jedem Teilabschnitt des mindestens einen Hakens und der mindestens zwei Maschen auf;
• - mindestens eine der Maschen, vorzugsweise jede Masche, weist eine der folgenden Formen auf: eine U-Form, eine V-Form, eine Rechteckform, eine Quadratform, eine Kreisform, eine Omega-Form oder eine Sternform;
• - die Drahtmatte ist eine Deckenabhängung.

According to preferred embodiments, the wire mat according to the invention comprises one, several or all of the following features, in all technically possible combinations:

• - the or each hook has an initial section, a middle section and an end section along a longitudinal direction of the metallic wire;
• - the middle section has a bend of the wire essentially by 180°, preferably by exactly 180°;
• - the initial section and/or the end section each has/have a bend, this or each bend being a bend of the wire of at least 90°, preferably of 180°, in a plane perpendicular to the mesh plane;
• - the wire extends in the middle section in a hook plane which is arranged parallel to the mesh plane;
• - the wire forms one of the at least two stitches, the hook and another of the at least two stitches, in direct succession along its longitudinal direction;
• - the at least one row is a first row which comprises the at least two stitches and the at least one hook, the wire mat further comprising at least a second row which comprises at least one stitch, the hook of the first row being inserted into the stitch of the second Row is hung, preferably hung in a middle part of the stitch of the second row;
• - the second row comprises at least two stitches and at least one hook, the at least two stitches and the at least one hook of the second row being formed from a continuous additional metallic wire;
• - the at least two stitches in the second row have the same shape as the at least two stitches in the first row;
• - the at least one hook of the second row has the same shape as the at least one hook of the first row;
• - at least the first row comprises a plurality of hooks, each of which connects two adjacent stitches of the first row, each hook of the first row being hooked into the corresponding stitch of the second row;
• - the or each hook is hung in the respective stitch so that it is firmly connected;
• - the or each hook is hung in the respective stitch in such a way that it is firmly connected by pressing, welding, crimping, jamming the hook, riveting and/or screwing;
• - the metallic wire has a substantially equal diameter in each section of the at least one hook and the at least two stitches;
• - at least one of the stitches, preferably each stitch, has one of the following shapes: a U-shape, a V-shape, a rectangle shape, a square shape, a circular shape, an omega shape or a star shape;
• - the wire mat is a ceiling suspension.

The invention also relates to a barrier comprising at least one wire mat as described above, the barrier being a fence or a railing, for example a balcony railing or a terrace railing.

• - die Barriere umfasst des Weiteren mehrere Pfosten, welche seitlich mit der Drahtmatte verbunden sind;
• - die Barriere umfasst des Weiteren einen Handlauf, welcher mit der Drahtmatte verbunden ist.

According to a preferred embodiment, the barrier comprises one or more of the following features:

• - the barrier further comprises several posts which are laterally connected to the wire mat;
• - The barrier further includes a handrail which is connected to the wire mat.

• - die 1 eine schematische Perspektivansicht eines Teils einer Drahtmatte gemäß einer ersten Ausführungsform ist;
• - die 2 eine schematische Ansicht der Drahtmatte gemäß der ersten Ausführungsform in einer Vorderansicht ist;
• - die 3 eine schematische Ansicht der Drahtmatte analog zur 2 gemäß einer zweiten Ausführungsform ist;
• - die 4 eine schematische Ansicht der Drahtmatte analog zur 2 gemäß einer dritten Ausführungsform ist;
• - die 5 eine schematische Ansicht der Drahtmatte analog zur 2 gemäß einer vierten Ausführungsform ist;
• - die 6 eine perspektivische Ansicht der Drahtmatte analog zur 2 gemäß einer fünften Ausführungsform ist;
• - die 7 eine schematische Ansicht der Drahtmatte analog zur 2 gemäß einer sechsten Ausführungsform ist;
• - die 8 eine schematische Ansicht der Drahtmatte analog zur 2 gemäß einer siebten Ausführungsform ist;
• - die 9 eine schematische Ansicht der Drahtmatte analog zur 2 gemäß einer achten Ausführungsform ist;
• - die 10 eine schematische Ansicht der Drahtmatte analog zur 2 gemäß einer neunten Ausführungsform ist;
• - die 11 eine schematische Perspektivansicht eines Teils der Drahtmatte der 10 ist, und
• - die 12 eine schematische Perspektivansicht einer Barriere ist, welche mehrere Drahtmatten gemäß der 4 umfasst.

Preferred embodiments of the invention will now be described in detail using the drawings, where:

• - the 1 is a schematic perspective view of a part of a wire mat according to a first embodiment;
• - the 2 is a schematic view of the wire mat according to the first embodiment in a front view;
• - the 3 a schematic view of the wire mat analogous to 2 according to a second embodiment;
• - the 4 a schematic view of the wire mat analogous to 2 according to a third embodiment;
• - the 5 a schematic view of the wire mat analogous to 2 according to a fourth embodiment;
• - the 6 a perspective view of the wire mat analogous to 2 according to a fifth embodiment;
• - the 7 a schematic view of the wire mat analogous to 2 according to a sixth embodiment;
• - the 8th a schematic view of the wire mat analogous to 2 according to a seventh embodiment;
• - the 9 a schematic view of the wire mat analogous to 2 according to an eighth embodiment;
• - the 10 a schematic view of the wire mat analogous to 2 according to a ninth embodiment;
• - the 11 a schematic perspective view of part of the wire mat 10 is and
• - the 12 is a schematic perspective view of a barrier comprising several wire mats according to 4 includes.

With reference to the 1 and 2 According to a first embodiment, a wire mat 2 comprises at least one row R, R1, R2, which comprises at least two adjacent stitches 4 and at least one hook 6 for hanging the at least two adjacent stitches 4. The hook 6 connects the at least two stitches 4. The adjacent stitches 4 extend in a common plane, which is referred to below as the stitch plane. Preferably, all meshes 4 of the wire mat 2 extend in the mesh plane.

According to the invention, the at least two stitches 4 and the at least one hook 6 are formed from a continuous metallic wire 8. The at least two stitches 4 and the at least one hook 6 are in particular formed from the same or a single metallic wire 8. The metallic wire 8 is therefore shaped or bent in such a way that it forms the stitches 4 and the hook or hooks 6.

In particular, several stitches 4 and the hook or hooks 6 connecting these stitches 4 consist of a single metallic wire 8. Preferably, each row R, R1, R2 is formed by a respective single, continuous wire 8. For example, particularly when each stitch 4 has the same shape, the wire of each row R, R1, R2 has the same length.

Each stitch 4 has in particular the shape of an arc in the stitch plane.

According to the first embodiment of 1 and 2 Each stitch 4 has a U-shape. For example, each stitch 4 forms two parallel legs 10, which are formed by a curved part 12 of the wire 8 are connected. The legs 10 are preferably parallel to one another. The legs 10 in particular each have one end, the wire 8 being preferably oriented in the same direction at both ends, for example upwards. The ends in particular merge directly into the respective hooks 6. “Ends” here is preferably not understood to mean an end of the wire 8, but rather a transition from the stitch(es) 4 to a respective section of the wire 8, which forms the corresponding hook 6.

Each hook 6 defines, in particular through a corresponding bend of the wire 8, a receptacle which is suitable for hanging the hook 6, and in particular the stitches 4 connected to this hook 6, on a corresponding stitch 4.

Each hook 6 has, for example, a starting section 14, a middle section 16 and an end section 18 along a longitudinal direction of the metallic wire 8.

In particular, the wire 8 has a three-dimensional bend in the area of each hook 6, which, on the one hand, bends the wire 8 out of the mesh plane and, on the other hand, has a bend in the middle section 16 of the hook 6.

For example, as in particular on the 1 visible, the longitudinal direction of the wire 8 in the initial section 14 is parallel to the longitudinal direction of the wire 8 in the end section 18.

The wire 8 preferably extends in the middle section 16 in a so-called hook plane, which is arranged parallel to the mesh plane. In this case, the bend in the initial section 14 and in the end section 18 is preferably a bend of 180°. A distance between the hook level and the mesh level is defined in particular by the length of the wire 8 in the initial section 14 and in the end section 18.

For example, each hook 6 is formed by three bends of the wire 8. The middle section 16 has, for example, a bend of the wire 8 essentially by 180°. Preferably, the beginning section 14 and the end section 18 each have a further bend, which is a bend in the wire 8 in a plane perpendicular to the mesh plane. The respective bend in the initial section 14 and in the end section 18 is, for example, a bend in the wire 8 of at least 90°, preferably of 180°, in a respective plane perpendicular to the mesh plane. The plane in which the bend of the initial section 14 extends is in particular parallel and spaced from the plane in which the bend of the end section 18 extends.

With reference to the 1 For example, the wire 8 forming the respective hook 6 has a bend of 180° in the plane perpendicular to the mesh plane in the initial section 14, a bend of 180° in the hook plane in the middle section 16, and a bend of 180° in the end section 18 another plane perpendicular to the mesh plane.

The wire 8 preferably forms one of the stitches 4, one of the hooks 6 and then another stitch 4 in direct succession along its longitudinal direction.

Preferably, the wire 8 has a substantially uniform diameter throughout, in particular a same diameter in every section of the hook(s) 6 and/or in every section of the meshes 4.

The wire mat 2 preferably comprises at least two rows R. In particular, the wire mat 2 comprises a plurality n of rows R, where n is at least two, preferably at least five, further preferably at least ten.

With reference to the 1 For example, the wire mat 2 has a first row R1, which includes the at least two stitches 4 and the at least one hook 6. The wire mat further has a second row R2, which includes at least one stitch 4. The or each hook 6 of the first row R1 is hung in the respective stitch 4 of the second row R2. Preferably, the or each hook 6 is hung in a central part of the stitch 4 of the second row R2, which corresponds to the curved part 12 of the respective stitch 4.

Preferably, the second row R2 comprises a plurality of stitches 4 and a plurality of hooks 6, the stitches 4 and the hooks 6 of the second row R2 being formed from a continuous (or single) additional metallic wire 8. Each row R1, R2 in particular has its own, continuous wire 8. In the example of 1 only the metallic wire of the R1 series is marked with the reference number 8. The wires of the other rows are preferably identical.

Preferably, the additional wire 8 of the second row R2 has the same material and/or the same diameter as the wire 8 of the first row R1. The stitches 4 of the second row R2 preferably have the same shape or geometry as the stitches 4 of the first row R1 and/or the hook or hooks 6 of the second row R2 has/have the same shape or geometry as the hook or hooks 6 of the first row R1.

The first row R1 preferably comprises a plurality of hooks 6, each of which connects two adjacent stitches 4 of the first row R1. In particular, each hook 6 of the first row R1 is hooked into the corresponding stitch 4 of the second row R2.

Preferably both rows R1, R2, or all rows R, have the same shape and/or the same number of stitches 4 and hooks 6. In particular, two rows R are connected to each other by hanging the hooks 6 in such a way that they are offset by half a phase. For example, at least one of the hooks 6, preferably each hook 6, is connected to a center point of the stitch 4 of the adjacent or overlying row R. “Center point” is understood to mean half the wire length of the corresponding mesh 4 along the longitudinal direction of the metallic wire 8.

For example, the or each hook 6 is firmly connected to the respective stitch 4 in which it is hung. For example, the or each hook 6 is firmly connected to the respective mesh 4 by pressing, welding, braiding, jamming the hook 6, riveting and/or screwing.

With reference to the 2 the wire mat 2 in particular has a uniform structure which comprises a plurality of rows R, such as the first and second rows R1, R2. Each row R of the wire mat 2 preferably comprises similar stitches 4 and similar hooks 6.

In the example of 2 the wire mat 2 has seven rows R. Each row R is formed from a respective continuous wire 8. In particular, each row R is formed from a single piece of wire.

With reference to the 12 A barrier 20 comprises several of the wire mats 2. The barrier 20 is, for example, a railing, for example a balcony railing or a terrace railing, and/or a fall protection device.

According to other examples, the barrier 20 is a fence or a room divider.

For example, the barrier 20 includes at least one frame, which is connected to the respective wire mat 2. The frame has in particular a rectangular shape around the respective wire mat 2 and is arranged in particular in the mesh plane. The wire mat 2 is connected, for example, to the frame via welding, braiding and/or riveting.

The barrier 20 preferably comprises a plurality of posts 22, which are connected in particular laterally to the respective wire mat 2, and/or comprises a handrail 24 or beam which is connected to the respective wire mat 2.

According to one example, the wire mat 2 is a ceiling suspension. In this case, for example, an upper row R of the wire mat 2 is designed to be connected to a ceiling, such as a concrete or wooden ceiling, and a lower row R is designed to be connected to a ceiling suspension extending parallel to the ceiling to be. According to another example, the wire mat 2 is designed to be arranged parallel to the ceiling, i.e. for example horizontally in the case of a horizontal ceiling. In particular, the mesh plane extends parallel to the ceiling. In this case, the wire mat 2 is attached to the ceiling or walls, for example by struts or wires.

The wire mat 2 forms, for example, a rectangle. Each of the rows R extends in particular parallel to one another and parallel to an edge of the rectangle, such as an upper or lower edge. The hooks 6 of a respective row R are preferably arranged along a line parallel to this edge. If the upper and lower edges of the rectangle formed by the wire mat 2 run horizontally, the hooks 6 of each row R are preferably arranged along a respective horizontal line.

The wire mat 2 comprises metal, in particular it consists of metal, such as steel, preferably stainless steel.

The wire mat 2 is coated, for example. For example, the wire mat 2 is galvanized, powder-coated and/or lacquer-coated, in particular by dipping lacquer. If the wire mat 2 is made of stainless steel, it preferably has no coating.

The 3 shows a second embodiment of the wire mat 2. The 4 shows a third embodiment of the wire mat 2. The 5 shows a fourth embodiment of the wire mat 2. The 6 shows a fifth embodiment of the wire mat 2. The 7 shows a sixth embodiment of the wire mat 2. The 8th shows a seventh embodiment of the wire mat 2. The 9 shows an eighth embodiment of the wire mat 2. The 10 and 11 show a ninth embodiment of the wire mat 2.

Each of the second to ninth exemplary embodiments or embodiments of the wire mat 2 includes at least one, several or all technical features of the first embodiment of the wire mat 2, unless otherwise described below. In the present description, the terms “embodiment” and “example” are used equivalently.

In particular, each hook 6 of the wire mats 2 according to the second to ninth embodiments is identical to the hook 6 of the wire mat 2 according to the first embodiment.

According to the second embodiment, with reference to 3 , each stitch 4 has a V-shape. In particular, each hook 6 is hung in the angle of the V-shape of a stitch 4 of the adjacent row R.

According to the third embodiment, with reference to 4 , each stitch 4 has a U-shape. In contrast to the first embodiment, the side legs of the U-shape are not parallel. In particular, the side legs each have an outward orientation relative to a center of the U-shape.

According to the fourth embodiment, with reference to 5 , each stitch 4 has a star shape, which includes, for example, at least 3 points. In particular, each hook 6 is hung in one of the points of a stitch 4 of the adjacent row R.

According to the fifth embodiment, with reference to 6 , each stitch 4 has a rectangular shape, in particular a square shape.

According to the sixth embodiment, with reference to 7 , each stitch 4 has an omega shape, in particular a shape of an upside down omega. The shape of the inverted omega is specifically the shape of the large inverted omega. In particular, each stitch 4 has at least partially a circular shape.

According to the seventh and eighth embodiments, with reference to the examples of 8th and 9 , the meshes 4, which are arranged on the edges of the wire mat 2, have a different shape than the meshes 4, which are encompassed by the meshes 4 arranged on the edges. The wire mat 2 has the stitches 4 in a different shape than the remaining stitches, particularly in the top and bottom rows, as well as in laterally arranged columns of the wire mat 2.

For example, how to refer to the 8th In the seventh embodiment, the stitches 4 at the edges of the wire mat 2 have the V shape, while the remaining stitches 4 have the omega shape, in particular the shape of an upside down omega.

The wire mat 2 according to the eighth embodiment, with reference to FIG 9 , is identical to the wire mat 2 according to the seventh embodiment, except for the meshes 4, which are not arranged at the edges. The latter here have the rectangular shape instead of the shape of the upside down omega.

The wire mat 2 according to the ninth embodiment has one or more stitches 4 which form one or each letter. For example, words or sentences, such as certain brands or names, are formed from several adjacent stitches 4. With reference to the 10 and 11 For example, the wire mat 2 has one of the rows R, designated in these figures by row R5, the stitches 4 of which form the words “MOON AND SUN”. Each stitch 4 forms one of the letters, with two adjacent letters being connected by one of the hooks 6. The hooks 6 of the row R5 are used in particular to hang the row R5 on the row R above it. In addition, each letter of the row R5 forms a base for one of the hooks 6 of the row R lying below the row R5. The letters of the row R5 with the hooks 6 in between are at least partially, preferably all, formed from a continuous metallic wire 8.

Each of the wire mats 2 according to the second to ninth embodiments forms, for example, a ceiling suspension.

According to other examples, one or each of the wire mats 2 according to the second to ninth embodiments is part of the barrier 20.

According to examples not shown, the wire mat 2 has any combination of the described embodiments. For example, the wire mat has a large number of meshes 4, which have different shapes from one another. For example, at least one stitch 4 has a triangle. For example, a wire mat 2 has the omega shape and the V shape alternately in one of the rows R, the omega shape and the U shape alternately in another of the rows R, and the omega shape alternately in another of the rows R and the rectangle shape and in another of the rows alternating R the omega shape and the star shape. According to another example, the wire mat 2 does not have any meshes 4 in the omega shape. According to examples, the V shape, the Omega shape or the rectangular shape of the wire mats 2 according to the seventh and eighth embodiments (see for example 8th and 9 ) replaced with any other form mentioned. The same also applies, for example, to the rectangular shape of the wire mat 2 according to the ninth embodiment, which can be replaced by any other shape mentioned.

According to examples, the wire mat 2 has the stitches 4 with any different shapes as long as two adjacent stitches 4 are connected to the respective hook 6. Preferably, each stitch 4 is delimited laterally by a hook 6. Along the metallic wire 8, the wire mat therefore has the elements hook 6, stitch 4, hook 6, stitch 4, etc., each stitch having any different shape, preferably one of the shapes described above or a letter. Different shapes of the stitches 4 can therefore be combined with one another as desired, particularly within a row R.

The present invention has a large number of advantages.

In particular, the present wire mat 2 and the corresponding barrier 20 are very material-saving and/or easy to manufacture. Furthermore, the wire mat 2 is very stable thanks to the metallic wire 8, which forms several stitches 4 and hooks 6.

The wire mat 2 makes it possible in particular to achieve weight savings, for example in barriers 20 such as fall protection. The wire mat 2, for example, enables a weight reduction of approximately 40% compared to rod-based barriers or barriers made of flat steel.

In addition, a smaller amount of material leads to a smaller CO2 footprint of the wire mat 2.

Claims (14)

Wire mat (2), comprising at least one row (R, R1, R2, R5), which has at least two adjacent stitches (4) that extend in a mesh plane, and at least one hook (6) for hanging the at least two adjacent stitches ( 4), wherein the hook (6) connects the at least two adjacent stitches (4), the at least two stitches (4) and the at least one hook (6) being formed from a continuous metallic wire (8). Wire mat (2) according to Claim 1 , wherein the or each hook (6), along a longitudinal direction of the metallic wire (8), has a starting section (14), a middle section (16) and an end section (18), the middle section (16) forming a bend in the wire (8 ) has substantially 180°, and/or wherein the initial section (14) and/or the end section (18) each has a bend, this bend causing a bend in the wire (8) of at least 90°, preferably 180°, is in a plane perpendicular to the mesh plane. Wire mat (2) according to Claim 2 , wherein the wire (8) in the middle section (16) extends in a hook plane which is arranged parallel to the mesh plane. Wire mat (2) according to any one of the preceding claims, wherein the wire (8), along its longitudinal direction, forms one of the at least two stitches (4), the hook (6) and another of the at least two stitches (4) in direct succession. Wire mat (2) according to any one of the preceding claims, wherein the at least one row is a first row (R1) comprising the at least two stitches (4) and the at least one hook (6), the wire mat (2) further comprising at least a second row (R2) which comprises at least one stitch (4), the hook (6) of the first row (R1) being suspended in the stitch (4) of the second row (R2), preferably in a central part of the stitch (4) is hung on the second row (R2). Wire mat (2) according to Claim 5 , wherein the second row (R2) comprises at least two stitches (4) and at least one hook (6), the at least two stitches (4) and the at least one hook (6) of the second row (R2) made of a continuous additional metallic Wire (8) are shaped. Wire mat (2) according to Claim 6 , wherein the at least two stitches (4) of the second row (R2) have the same shape as the at least two stitches (4) of the first row (R1) and / or wherein the at least one hook (6) of the second row (R2) has the same shape as the at least one hook (6) of the first row (R1). Wire mat (2) according to any of the Claims 5 until 7 , wherein at least the first row (R1) comprises a plurality of hooks (6), each of which connects two adjacent stitches (4) of the first row (R1), each hook (6) of first row (R1) is hung in the corresponding stitch (4) of the second row (R2). Wire mat (2) according to any one of the preceding claims, wherein the or each hook (6) is hung in the respective mesh (4) so that it is firmly connected, preferably that it is firmly connected by pressing, welding, crimping, jamming the Hook (6), riveting and/or screwing. Wire mat (2) according to any one of the preceding claims, wherein the metallic wire (8) has a substantially equal diameter in each portion of the at least one hook (6) and the at least two meshes (4). Wire mat (2) according to any one of the preceding claims, wherein at least one of the meshes (4), preferably each mesh (4), has one of the following shapes: a U-shape, a V-shape, a rectangular shape, a square shape, a circular shape , an omega shape or a star shape. Wire mat (2) according to any one of the preceding claims, wherein the wire mat (2) is a ceiling suspension. Barrier (20) comprising at least one wire mat (2) according to any one of Claims 1 until 12 , wherein the barrier (20) is a fence or a railing, for example a balcony railing or a terrace railing. Barrier (20) according to Claim 13 , further comprising a plurality of posts (22), which are laterally connected to the wire mat (2), and / or further comprising a handrail (24), which is connected to the wire mat (2).

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