DE7008347U - FENCING POST. - Google Patents

Description

5 GlDiüH 70 08 347.5
NY BEKAERT SA

MÖHLSTRASSE 22, NUMBER 4 * 3921722

<983921/22>

Fence posts

Me innovation "concerns a post for a fence, which has at least one grid of horizontal wires which are individually tensioned by means of tensioners.

Most "known fences" have posts on which a network of horizontal independent and parallel ones, or enclosed in a grid or a metallic meshwork Metal wires is attached. In all cases the horizontal wires, be it that they go into the grid or wickerwork are included or not, to the Ends of the fence are tensioned to give them the necessary strength to prevent them from falling over in the wind and the penetration of all foreign bodies into the enclosed property "prevents. Since these horizontal wires do not have any internal · are an integral part of the lattice or wickerwork, they are attached to it by means of fasteners and get their necessary strength by acting on them longitudinal wires tension exerted

Ss are numerous jigs for the horizontal Wires known. In general, one uses single chip

ner, which are arranged at a certain distance from the end posts. This not only leads to a deterioration in the external appearance of the fence, but also requires "a special fastening of each tensioner to the adjacent post. In French patent specification 1 543 362 it has already been proposed to insert a rotatable rod into the interior of each end post , that the posts are inserted by means of all the wires of the wire net can be clamped simultaneously by separate n individually holes I ^ i.

Such a simultaneous tension of all horizontal] However, the wires of the wire mesh do not meet all the requirements of an effective fencing, albeit a considerable one Progress is being made, and there is often an interest in individually assessing the tension of each horizontal To be able to adjust the wire. In particular, it is desirable to have the longitudinal wires of the top and bottom edges one to give higher tension than the rest of the intermediate wires of the tie and the tension of each of these To be able to adjust the end wires separately.

According to the innovation, this is achieved by at least one U-shaped cross-section support, on which around horizontal parallel axes, the individual clamps are rotatably mounted, each of which has a rotary drive device and has a locking device.

Another embodiment of the increase in price is the cross-section the support is TJ-shaped and the support is on a mount- gungssoekel erected on the floor

Another embodiment of the fire is the U-support located and "fixed" in a tubular body of the post that has holes around each wire and a

To be able to insert the drive tool for turning each tensioner individually «,

In Figures 1 to 7 of the drawings, the subject of the innovation is shown using two exemplary embodiments and explained in more detail below It shows:

Pigd schematically shows a perspective view of a corner the fence, which has posts according to the innovation;

Figure 2 is a perspective view of a corner post;

Figo3 is a perspective view of a tensioner and its elements for tensioning and for the non-rotatable arrangement in the corresponding U-support in the pulled apart Arrangement;

Pig.4 a horizontal section through the overall arrangement the Pig »3 in an assembled state;

Pig.5 is a perspective view of a corner post in a further embodiment;

Pig »6 is a perspective view of the partially sectioned lower part of this post;

Pig.7 shows a horizontal section of the post of the figures 5 and 6.

Pig. 1 shows a corner of the fence which is intended to to delimit two adjacent, perpendicular sides of a property. The fence owns a corner post ρ and at each end of the sides of the base

ρ
Piece an end post ρ. only one of which is shown

1 2

is. Two grids T and T are placed between these posts each of which is made up of nets of horizontally stretched wires with an upper border wire 1, a lower hand— wire 2 and intermediate wires 3 and a network of vertical 4 wires, which are connected by welding or other ¥ iron with the horizontal wires.

The innovation is based on the task to post ρ .and

ρ that allow each horizontal Tension wires 1, 2, 3 of each of the two sitters.

1 a

33 © r Post ρ (Pig «1, 2) is made of S ¥? Ei ll-Sisen 5 and 5, which are connected to each other in such a way that the

away

Web of the iron 5 on one of the legs of the iron 5 so is arranged that the iron is each in the direction of

1 2

Open grille T and T. They rest on a lonely Base 6 to which they are attached by welding at 7. This base has holes 8, which od by means of bolts. the like can be attached to the 3oden »

a b Instead of the base 6, each iron 5 »5 can be replaced with a

ησορ.οΐ. ^ ρη Bols ^ en be provided directly in the Boöexi can be driven.

The post ρ is provided with two struts 9, 10, the .jeweils Have sockets 11 and 12 and ensure their stability and absorb tensile forces that are in calibration

12 1

direction of the arrows f and f through the tensioned grid T

2 "

and T are exercised,

ρ
Each angle post ρ consists of a single TF iron

5 °, on which, for example, a base 13 for fastening to the ground and a strut 14 with a base 15 for absorbing the tensile force f exerted by the grid T _{f are} provided.

Each iron has 5 ^a , 5, 5 ° (Pig = 2, 3, 5) for each

Wire 1, 2, 3 of the grids T, Ϊ a single tensioner 16,

Each tensioner 16 has a part 17, the largest section of which is cylindrical and is intended that _{the wire to be tensioned 5,} for example wire 1, is placed on it.

is wrapped? this part 17 "has a diametrical bore 18, into which the end of the wire 1 can be inserted, around it by rotating the part 17 about its longitudinal axis Wind up X-X. This part is in the "two holes 19 rotatably mounted in the legs of the corresponding Iron 5 are formed · These holes 19 run horizontally in the longitudinal direction so that the part 17 is perpendicular can move to the X-X axis or swing slightly in a horizontal plane

The part 17 has at one end a head 20 made of the same material, which is designed as a ratchet wheel 21 on its circumference istβ This head ensures that the part 17 is thereby held in the longitudinal direction relative to the iron 5, that it is between the outside 22 (Pig «4) of one leg of the iron and a retaining plate 23 is included, which is attached to this leg by screws 24 and nuts 25 is attached. An intermediate piece 26 forms a spacer which allows the ratchet wheel 21 to rotate freely and which at the same time forms a lock by means of a tooth 27 which cooperates with the ratchet wheel 21. The handles of the ratchet wheel can despite the immobility of the lock or the tooth 26, 27 by the horizontal adjustment or by an oscillating movement of the piece 17 in the direction of the arrow f (Pig.4); this is due to the elongated Shape of the hole 19 allows.

At its other end, the part 17 extends beyond the other leg of the iron 5 with a square 28 which, rotated in the direction of the arrow f, unwinds the wire and tension it ₀

5
which can be rotated in the direction of arrow f to

The construction of the fence does not cause any difficulties ©

1 2
When the posts ρ and ρ are properly erected and anchored to the ground, they are fastened and tensioned

1 2

Grids ϋ 'and T by putting each of the wires 1, 2, 3 individually into the bore 18 of the part 17 of the corresponding tensioner 16 and each of the wires in the desired Way by means of a key placed on the square 28 of the corresponding part 17, which in sighting of the arrow f ^ (Fig «3) is rotated. The rotation of the ratchet wheel there is 20 pawl by pawl, each pawl over the tooth 27 of the lock 26 due to a slight yer ~

4 Shift of the part 17 in the direction of the arrow f in the Xanglöehern 19 is running.

At the angle post ρ (Pig.1, 2) the locking devices of the tensioner belonging to your angle iron 5 are arranged in the web of the iron 5, the parts 17 being of sufficient length to surround the leg of the iron 5 and the web attached to it of iron 5 ^a to cross

In the Piguren 5 to 7 is a further embodiment of the angle post ρ with its struts 9 and 10 and his

away

Sockets 6, 11 and 12 shown. The U-irons 5 and 5 are arranged inside the body of the tubular post 30, which has a square horizontal cross section. They are held on the sides 31 and 32 of this post by means of fastening screws 33 and 34 which ^{are screwed into threaded holes 35 and 36 of the iron 5 a} and 5 and which are supported on the inner sides 37 and 38 of the body of the post 30. At the lower ends

«" B
For example, the posts 5 and 5 can be held by a, for example, tubular projection 6 which is fastened to the base 6 by welding or in some other way.

away
Each iron 5 and 5 is provided with tensioners 16, which are advantageously designed in the manner described above and shown in Figures 3 and 4; the outer

Body 30 of the "post" has one hand for each tensioner a bore 40 with an eyelet 41 for inserting the corresponding, to be tensioned wire and on the other hand a bore 42 with a cover 43, through which, after the cover has been removed is, a tool can be placed on the square of the corresponding clamp ".

The upper part of the body 30 can be covered with a decorative cap 44 (Pig.5),

The operation of the post ρ is identical to that of the first embodiment. Although this post is more expensive, its external appearance is significantly improved due to the body 30 and the cap 44 which covers it. Due to the body 30 and the cap 44, the improved external appearance can also be used and the resistance to atmospheric corrosion of the wire mesh provided with a plastic cover can be increased significantly. It is not possible to use such a cover on the tensioners and their accessories, which are often made of a galvanized material. The use of different sheathing materials does not give uniform protection to the entirety of the elements that make up the fence and these usually deteriorate because of the elements which have the shortest life. If one arranges these jedo <
this disadvantage is avoided.

own. However, if these are arranged in the post ρ,

The materials used can be of any kind · Basically the posts are made of galvanized iron or made of steel, which is provided with a weatherproof casing, the decorative body 30 of the second example can possibly made of plastic, as they do not contribute to the resistance of the post.

Claims (1)

Protection claims · Posts for a fence, the -at least a grid made of horizontal wires - individually by means of Clamps are clamped, characterized by at least one support (5a, 5b, 5c) with a U-shaped cross-section, on which the individual clamps (16) are rotatably mounted about horizontal parallel axes, each of which is one Rotary drive unit and a locking device "has» 2 · Post according to claim 1, characterized by a rotatable part (17) arranged in the support (5a, 5b., 5c), at one end a square (28) for rotary drive by means of a key and at the other EnSe a toothing (21), which forms a ratchet wheel (20) which cooperates with a lock (26) which is on the adjacent wall the support is attached, has 3 · Post according to claim 2, characterized in that the lock (26) is rigid and that the rotation of the pawls of the ratchet wheel (20) is made possible in that the rotatable part (17) of the tensioner (16) in c? er support transversely to the support elongated holes (19) is rotatably mounted, which has a small lateral Allow movement of part (17) 4 · Post according to one of Claims 1 to 3 »characterized in that that the support (5a, 5b, 5c) is bare and is erected on a base (6) on the floor 5ο post according to one of claims 1 to 3, characterized in that, that the support is arranged and fixed in a tubular body (30) of the post (p4), of the bores (40, 42) for the wires to be clamped (1, 2, 3) of the enclosure and the Drehantrielsswerkzeug a 3 ed en tensioner (16) individually einzuf f i * h.ren 6. Post according to claim 5 »characterized in that each support (5a» 5 ^) is held in the outer body (30) by means of screws (33 »34) _e 7. Post according to one of the preceding claims, characterized in that the parts (17) of the tensioners (16) rotatable in the webs of the U-förjaigen supports (5a, 5 "b, 5c) are stored. _. - 70Q834719.8.71