DE8712965U1 - Square machine mesh - Google Patents

Description

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The invention relates to a four-gauge machine mesh for
Wire fencing.

Square machine mesh is used for wire fencing

of all kinds, _e.g. for gardens* play j

plätae, sports and industrial facilities and cages. Such a square machine mesh lecfit is suitable as

Wire mesh fence for the solution of all boundary problems- \

bleme. Such a square machine mesh is j,

between piles^ which can be made of concrete or as j:

Profile irons are tensioned. For tensioning, *

this square machine mesh using binding wire on the \

Post or profile iron tied, whereby this binding i

wire through the mesh of the machine mesh, ie \

is pulled through a braided spiral. This

Binding wire must, on the one hand, withstand the tension of the j

Absorb the forces that occur in the machine mesh and is |

on the other hand, corrosive environmental and weather conditions?

It has been shown that these I

Binding wires often tear, break or become loose after a short time, so that the wire fence loses its hold in an undesirable way .

The invention is based on the task of creating a square-^ «

To design the machine mesh in such a way that it can be

can be tensioned more easily and safely and

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this tension lasts for a long period of time.

According to the invention, this object is achieved by the technical teaching of claim 1.
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&Xgr;&idigr;*&agr; inuüngSgiBinSß weu uic55 nüigäuc uürCu ürinueüä SiFi in the mesh of the square meshwork, drawn in flat iron with openings released.

This flat iron alternately penetrates the mesh. A square machine mesh equipped with such a flat iron can be clamped to a post, for example a profile iron, using the flat iron. Openings are provided in the post for this purpose. Screws can be screwed in through the openings in the flat iron and in the post. This fastening of the square machine mesh to a post, which is possible using the flat iron, makes it possible to absorb considerable tension forces that arise from the tensioning of the machine mesh. Furthermore, such a flat iron is much more corrosion-resistant than a binding wire.

To increase the strength and/or for certain installation purposes, it can be advantageous for at least two flat irons to be inserted into the mesh perpendicular to _one another. A versatile wire fencing component is created by connecting the flat irons inserted into the mesh to form a frame.

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Advantageously, the flat iron(s) can extend alternately over and under the spiral leg of a braided spiral.

S The inventive design of the square machine mesh for wire fencing enables a single

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The flat iron is pulled into the mesh instead of on the assembly site. In this way, the square machine mesh according to the invention is manufactured as a structural element. This structural element manufactured in this way can be screwed or clamped to a profile iron in the simplest way*, for example. The inventive design of the square machine mesh gives the expert the opportunity to pull the flat iron into the mesh in the simplest way and then to clamp the square machine mesh to a post using this flat iron.

2Ö \When the flat irons drawn into the meshes are connected to form a frame, this frame, which is drawn into the square machine mesh, can be prefabricated together with ■this machine mesh like a building element and then installed on site.

Since wire fences are not precision mechanical components, it is best to have the openings in the flat iron as elongated holes in order to compensate for the tolerances that inevitably occur.

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I' An exemplary embodiment of the invention is given below

Reference will be made to the drawing in which a section of a square mesh is shown schematically.
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The square machine braid 1 is formed from the braid spirals 2; 3; 4; 5; these braid spirals are interwoven with one another ₄ in such a way that the meshes 8 are created in a manner known per se.

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As shown, a flat iron 7 is inserted into the mesh 8 of the square machine mesh 1. This flat iron 7 extends longitudinally through the braiding spiral 3. It can be seen that

15 that the flat iron 7 runs alternately over and under the I spiral legs 6 of this braided spiral 3.

I The drawn-in flat iron 7 is placed on the described

I Way mechanically fixed in square machine mesh 1

i 20. This solid mechanical anchoring makes it

; it is possible that the flat iron 7 has all the tensioning

I square machine mesh 1 occurring forces on

i and can also be transferred to other components,

-; Due to the ancient course of the flat iron 7 over

\ 25 and under the spiral legs 6 results in a

I Construction that allows the square machine^

&iacgr; mesh 1 between this flat iron 7 and another structural element, for example a post,

to tighten or clamp.
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Rivets or mounting screws can be passed through the openings designed as elongated holes, with which the flat iron 7 can be fastened to the posts 5 while clamping the square machine mesh 1.

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Claims (1)

Λ · Λ · Patent Attorney MICHAEL HAIKOU European Patent Attorney concentration camp Dr. Haikoeski Patent Attorney Xantener Str.10 D-IOOO Berlin 15 German Patent Office 8000 aünchen 2 Br. Bichael Saiknski, Dip].-/ng. Zantener Strasse 10 IhIOOO Btrlin 15 telephone 03O/8B1 81 81 * 882 68 6k Telex I 85 366 Your sign:
ref. Daiu·: BÜFO/Oifice Sünchen Date; Mynphenburger Strasse 81 23.09 D-8000 sun 19 Telephone 089/18 08 18 Telephone 5 22 263 Hey there: Ky ref. 223/87 III/sch .1987 Regards: Applicant: Michael Ebeling, Berlin 42 1 . Square machine mesh for wire fencing, characterized by at least one flat iron provided with openings (9) inserted into the mesh (8) thereof <7). %. Square machine mesh after spraying 1 _s (Mf II itt i i t t ■ ·■ ■■ * « <» it·· &bull; a·· · e · r · r m ■ -2- characterized in that at least two flat irons (7) perpendicular to each other are drawn into the mesh (8)» 5 3. Square machine mesh according to claim 2, characterized in that the flat irons (7) drawn around the hooks (8) are connected to each other to form a frame. A. Square mesh according to claim 1, characterized in that the flat iron(s) (7) extended alternately over and under the spiral legs (6) of a braided spiral (2, 3, *, 5). 5. Square mesh according to one of claims 1 or 2, characterized in that the openings (9) in the flat iron (7) are elongated holes. 223/87.p11 Il t ti ti If Il ItH * I &diams; f f I Il to IfI &igr; r t &igr; ( &igr; t f 1 1 &igr; r · Ii im