IMPROVEMENTS IN WIRE CYLINDER MESH ROLL
SUMMARY OF THE INVENTION The present invention refers to a roll of mesh formed of wire fabric, which during its manufacturing process is interlaced or woven through a tuning mechanism. A twisting and bending mechanism, twists the lateral ends of the fabric and initiates the compaction of the mesh, said roll being provided at the lateral ends with a band, each longitudinal band covering the lateral ends along the whole length of the mesh since these they have been twisted and until all the mesh has been compacted. A tape of adhesive material secures said longitudinal band to each end of the roll. FIELD OF THE INVENTION The present invention refers to the manufacture of cyclonic mesh of galvanized wire or PVC, for fences and, more specifically, to a packing system for possible storing, handling and installing the cyclonic mesh rolls, without entangling its extremes, saving time and effort. BACKGROUND OF THE INVENTION For the fencing of lands, plots or gardens, wooden fences, wire meshes, barbed wire or other metallic structures are used. The most used materials for the installation of this type of fences are the use of steel in the form of wire.
Said wire is woven in the form of meshes and, in the market there are interwoven meshes in a square, rectangular, hexagonal or rhomboid shape. The most widespread mesh in the market is made of galvanized wire of rhomboid shape (cyclonic mesh) which is available in several designs. This type of mesh is manufactured in weaving machines cyclonic mesh from two wires glavanizados or PVC, which are transformed into a cyclonic mesh compacted in the form of rolls. Once the roll is formed, it is tied with three or more circles of wire to keep it compacted. Notwithstanding the above, a problem that exists with the type of mesh described above is at the time of its unrolling by the final consumer. That is, once the final consumer decides to install a mesh fence around any area of land or garden, the first thing he does is to place the compacted roll of mesh on the floor and proceeds to cut the circles of wire that hold They have placed around the mesh that keeps it compacted. Once the user cuts the wires, start rolling the mesh roll by pushing it manually or with the feet to extend it all the way through. However, two or more people are required to unwind the mesh. This is mainly due to the ends of the mesh getting stuck with each other making it difficult to unroll it. Another problem encountered in the wire mesh rolls is during their transportation or storage. That is, because the ends of the mesh (winding section) are close together during transportation or storage, the rolls get stuck with each other making it difficult to handle them in the warehouses or in their transportation. The problems described above are improved by the present invention in which a roll of mesh formed of wire fabric is provided, which during its manufacturing process is interlaced or woven through a tuning mechanism. Subsequently, by means of a twisting and bending mechanism, it twists the lateral ends of the fabric and initiates the compaction of the mesh, said roll being provided at the lateral ends with a band, each longitudinal band covering the lateral ends along the entire length of the mesh since they have been twisted and until all the mesh has been compacted. A tape of adhesive material secures said longitudinal band to each end of the roll. SUMMARY OF THE INVENTION It is therefore a first objective of the present invention to provide a roll of cyclonic wire mesh, which is provided at its lateral ends with a longitudinal band that covers the lateral ends (twisted) along the entire length of the mesh since these have been wound and until all the mesh has been compacted. It is another object of the present invention to provide a cyclonic mesh roll in which the longitudinal band covering the lateral ends of the mesh is fastened through a tape of adhesive material.
A further objective of the present invention is to provide a roll of cyclonic wire mesh, which facilitates its storage, handling or transportation, without entangling its ends, saving time and effort. It is another object of the present invention to provide a roll of cyclonic wire mesh, which facilitates the unwinding of the mesh. A further objective of the present invention is to provide a roll of cyclonic mesh that facilitates the installation thereof. These and other objects and advantages of the present invention will become apparent to those skilled in the art from the following detailed description of the invention illustrated in the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS The invention will now be described with reference to a specific embodiment thereof, illustrated in the accompanying drawings, in which the same numbers refer to the same parts in the figures, in which: 1 is a side elevational view of a roll of wire made in accordance with the present invention; Figure 2 is a partial view of the lateral ends of the mesh, once they have been wound; and, Figure 3 is another schematic diagram of the mesh, in the extended position. DETAILED DESCRIPTION OF THE INVENTION Referring to Figures 1 to 3, a roll of wire 10 of the conventional type is shown, which is woven in the form of a 12 mesh with square, rectangular, hexagonal or rhomboid shapes. The most common mesh 12 is that made of galvanized wire with a rhomboid shape (cyclonic mesh). The roll 10 according to the invention is formed from two wire lines 14, 16 which pass through a weaving mechanism (not shown). Once the fabric has been formed, a step of cutting the wires is carried out, according to the required height of the mesh 12. Because the mesh fabric is intermittent, each time it stops, it leaves the ends of the wires 14, 16 f to a torch (not shown) for bending or twisting the two wires 14, 16 in tips or ends 18. The process continues to a stage of compacting the mesh where the mesh is compacted 12 on a roll 10. The most conventional heights of the wire rolls can be 1, 1.25, 1.50, 1.75 or 2 meters, with diamond-shaped openings of 57 x 57 mm. The length of the rolls can be 20 meters or more. Since the roll 10 has been compacted, a series of holding wires 20 hold the roll 10 for storage. As can be seen in the present invention, the roll 12 of mesh 12 includes a band of plastic material 22, (Figure 1) -which can be made of paper or any other synthetic film- to cover the tips or ends 18 of the joint of the wires 14,16 in such a way that the storage, handling and installation of the cyclonic mesh rolls is facilitated. Said web 22 is placed during the manufacturing process of the mesh, after the winding step of the mesh 10 and before its compaction step. Figure 3 shows schematically the mesh 12 in the extended position. In said figure there is shown a lateral end A covered by the plastic band 22 and a lateral end B with the ends or tips 18 of the wires 14 and 16, in the uncovered position. The arrow shown in position B indicates the position that the band of plastic material 22 will keep at the time of covering the tips 18 of the mesh 12. After that the mesh 12 has been compacted in rolls 10, as already mentioned previously. , the roll 10 is tied with a series of fastening wires
. The ends of the mesh 12, which have been covered by the plastic band 22, are tied by a plastic tape with adhesive material 24 to fasten said band 22 to each end of the roll 10. As can be seen from the above, once the user needs to install a roll 10 of cyclonic mesh 12, cut the holding wires 20 that hold the roll 10. After, cut the plastic tapes 24 that hold the plastic band 22, stretch the roll by one of its ends until the roll 10 is completely unrolled. Once the mesh 12 has been extended, the bands of plastic material 22 are discarded. Notwithstanding the foregoing, reference has been made to a preferred embodiment of the invention, it is evident to those skilled in the art that some other changes may be made, which would fall within the spirit and scope of the present invention to be understood. claim in the following claims.