Abstract: The invention is a wire mesh for pest control and deterrence.

Abstract: Disclosed is a structural material having a wire lattice configuration. The structural material can manufactured by first weaving a continuous wire filament on a loom assembly. Once woven into arrays of parallel wires, the filament is fixed in position and cut into segments. The segments are then placed in a rig. The rig positions the segments at relative angles so as to form a matrix or mesh. In the final step of the manufacturing process, the wires are welded together using, for example, a forge press. Alternatively, the material can be formed by first holding wire segments in a pair of rigs and then sequentially welding the wire segments together. The structural material of the invention can be used alone or layered to form a multilaminate material.

Abstract: An apparatus for making a sheet formed fiber product includes at least one fiber distributor (1) having a substantially planar bottom (7) in the form of a wire net, with openings approximately formed as parallelograms; an endless forming wire (2) having an upper and an lower run, the upper run being situated a short distance from the underside of the bottom (7) of the fiber distributor (1), and at least one suction box (3) situated in such a way in relation to the upper run (2) of the forming wire that fibers passing through the bottom (7) of the fiber distributor are disposed onto the upper side (2) of the forming wire in the form of a coherent fiber layer.

Abstract: In a protective netting comprising a plurality of cables disposed in mutually crossed relationship, the two cables are fixedly connected together at the intersection thereof by connecting wires which are wound in a crossed arrangement around the intersecting cables.

Abstract: A hog ring fastener has a straight line base and legs each perpendicular to the base but offset at an angle to each other permitting the use of relatively inexpensive "C" points. A stick of the fasteners is generally channel shaped, with the legs and bases all angularly inclined to the longitudinal axis of the stick. The assembly of fasteners is made in a multiwire process by severing blanks and forming the legs at a bias to a line perpendicular to the wire direction. A tool and method for applying the fastener carries out two different deformation stages, one being a predeformation stage to incline the legs of the fastener inward to a preferred application position.

Abstract: This invention relates to a sheet-shaped welded netting of metal at least comprising mesh-forming wires extending longitudinally of the sheet and/or mesh-forming wires extending transversely of the sheet as well as several deformed stretching wires extending longitudinally of the sheet which can stretch under tensile stress and which may or may not have the function of mesh-forming wires extending longitudinally of the sheet, the deformations in the stretching wires substantially lying in the plane of the netting and the stretching wires displaying a regular arrangement of identical patterns longitudinally of the sheet, whereby the deformation of the stretching wires is such that the ratio of the maximum dimension (B) of a mesh longitudinally of the sheet to the distance (A) between two consecutive maxima in a deformed stretching wire is at least about three, that the maxima of two adjacent stretching wires of the welded netting may or may not have the same position with respect to the longitudinal direction

Abstract: A high-speed wire fence weaving apparatus for making wire mesh fencing. The apparatus provides a first stage where a high-speed transfer mechanism moves large spools of wrap wire in a weaving pattern about a plurality of strand wires. The strand wires and wrap wires are pulled from the first stage to a second stage which is relatively remotely spaced from the first stage to permit the wires to be guided into a more closely confined relation to one another. The second stage also has a transfer mechanism which moves in synchronism with the first transfer mechanism to weave the wrap wires between and around the strand wires to produce a diamond-mesh pattern. Thereafter, the mesh is pulled to a take-up location by the apparatus.

Abstract: A multispot welding machine for producing a mesh web from arrays of wire running skew to the longitudinal direction of the web and crossing one another has two endless circulating feeders which carry deflector-pins and each of which has a working run defining a different one of the edges of the mesh web to be produced, a wire-layer which is movable to and fro across the feeders and arranged to lay a number of wires alternately about a corresponding number of deflector-pins on the working runs of the two feeders, and a welding zone having means for welding the wires together at their crossover points. The endless feeders circulate in a common plane which is parallel with the plane of production of the web, the deflector-pins project substantially perpendicularly from the common plane, and the working runs of the two feeders have in the neighbourhood of the welding zone a greater separation from one another than before and beyond the zone.