Wire formed products

1. In a wire formed product comprising a weldment of one or more frame wires and connecting wires, said frame wire having a larger cross-sectional dimension than said connecting wire, the improvement comprising a wall including opposed first and second wall edges defining a wall plane, that may be flat or curved, having a plurality of said connecting wires extending between the edges within the wall plane, said connecting wires forming arches that each include an arcuate end connecting spaced legs, said arcuate ends of said connecting wires being welded to said frame wire at spaced locations along said first wall edge with said legs extending to said second wall edge, said connecting wires being arranged in an array within said wall plane with adjacent legs overlapping at an intermediate point between said arcuate end and said second wall edge, said adjacent legs being secured together at said intermediate point.

2. The improvement of claim 1 , wherein said spaced legs include terminal portions remote of said intermediate points, said terminal portions of said legs being bent at an angle to said wall plane to form said second wall edge as an integral wall edge, said terminal portions extending from said integral wall edge to form a connecting wall extending in a connecting wall plane that intersects said wall plane.

3. The improvement of claim 2 , wherein said wire formed product includes a remote wall opposed from said first mentioned wall, said remote wall including opposed first and second remote wall edges defining a remote wall plane having a plurality of said connecting wires extending between the remote wall edges within the remote wall plane, said connecting wires of said remote wall having the same configuration as said connecting wires of said first mentioned wall including a second integral wall edge with the terminal portions of the spaced legs extending to form said connecting wall.

4. The improvement of claim 1 , wherein said second wall edge is formed by a member selected from the group consisting of a second frame wire, a remote portion of the first frame wire or a non-wire member that forms a part of said wire formed product.

5. The improvement of claim 1 , wherein said wall has a shape selected from the group consisting of a planar shape, an arcuate shape, a conical frustum shape, a cylindrical shape and a non-planar spherical zone shape.

6. The wire formed product of claim 1 , wherein said arch is generally symmetrical about an axis extending between said legs and passing through a midpoint of said arcuate end.

7. The wire formed product of claim 1 , wherein said arch has a bullet-shape profile with said legs including compound curves and terminal leg portions that are substantially parallel.

8. The wire formed product of claim 1 , wherein said frame wire has a cross-section including a flat surface extending along said first wall edge and said arcuate ends of said connecting wires are welded to said flat surface.

9. The wire formed product of claim 1 , wherein said adjacent legs are welded together at said intermediate point.

10. The wire formed product of claim 1 , wherein said arch has a height and a base width corresponding with the distance said connecting legs are spaced apart at said second wall edge, and the height to width ratio is in the range of 1:1 to 1:4.

11. The wire formed product of claim 10 , wherein said arcuate end has a radius and said radius and said base width are in a ratio of from about 1:2 to about 1:24.

12. The wire formed product of claim 11 , wherein said arcuate end has a radius of from about ⅛″ to about ½″, said connecting wire has a cross-sectional dimension in the range of from about 1/16″ to about ⅛″, and said frame wire has a major cross-sectional dimension in the range of from about ⅙″ to about ¼″.

13. The wire formed product of claim 1 , wherein said wall plane has one of a planar shape, an arcuate shape, a conical shape, a circular shape or a spherical zone shape.

14. A wire formed product comprising a weldment of one or more frame wires and connecting wires, said frame wire having a larger cross-sectional dimension than said connecting wire, said frame wire having a frame wire channel pattern including a U-shape cross-section with opposed frame legs joined by a frame bight, said connecting wires cooperating with said frame wire to provide sidewalls along said frame legs joined by a connecting wall along said frame bight, said sidewall including opposed first and second wall edges defining a sidewall plane, a plurality of said connecting wires forming arches that each include an arcuate end connecting spaced legs, said arcuate ends of said arches being welded to said frame wire at spaced locations along said first wall edge with said legs extending to said second wall edge, said arches being arranged in an array within said sidewall plane with adjacent legs overlapping at an intermediate point between said arcuate end and said second wall edge, said adjacent legs being welded together at said intermediate point.

15. The wire formed product of claim 14 , wherein said spaced legs include terminal portions remote of said intermediate points, said terminal portions of said legs being bent at an angle to said sidewall plane to form said second wall edge as an integral wall edge, said terminal portions extending from said integral wall edge to form said connecting wall extending in a connecting wall plane that intersects said sidewall plane.

16. The wire formed product of claim 15 , wherein said sidewall plane and connecting wall plane intersect at one of a right angle or an obtuse angle.

17. The wire formed product of claim 16 , wherein said first mentioned frame wire and connecting wires cooperate to provide a first frame wire assembly, said wire formed product including a second frame wire having a frame wire channel pattern including a U-shape cross-section with opposed legs joined by a bight, said second frame wire and second connecting wires cooperating to form a second frame wire assembly including a U-shape cross-section with opposed legs joined by a bight, said second connecting wires cooperating with said frame wire to provide second sidewalls along said frame legs joined by a connecting wall along said bight of said second frame wire assembly, said first frame wire assembly being received cross-wise in said second frame wire assembly, said first mentioned sidewalls and said second sidewalls cooperating to form a chamber or container portion of said wire formed product.

18. The wire formed product of claim 17 , wherein said second sidewall includes opposed first and second wall edges defining a second sidewall plane, a plurality of said second connecting wires forming arches that each include an arcuate end connecting spaced legs, said arcuate ends of said arches being welded to said second frame wire at spaced locations along said first wall edge with said legs extending to said second wall edge, said arches being arranged in an array within said second sidewall plane with adjacent legs overlapping at an intermediate point between said arcuate end and said second wall edge, said adjacent legs being welded together at said intermediate point.

19. The wire formed product of claim 18 , wherein said second wall edge of said second sidewall is provided by said first frame wire.

20. The wire formed product of claim 14 , wherein said arch shape is generally symmetrical about an axis extending between said legs and passing through a midpoint of said arcuate end, and said arcuate end has a radius of from about ⅛″ to about ½″, said connecting wire has a cross-sectional dimension in the range of from about 1/16″ to about ⅛″, and said frame wire has a major cross-sectional dimension in the range of from about ⅙″ to about ¼″.

21. The wire formed product of claim 14 , wherein said arch has a height and a base width corresponding with the distance said connecting legs are spaced apart at said second wall edge, and the height to width ratio is in the range of 1:1 to 1:4, and said arcuate end has a radius and said radius and said base width are in a ratio of from about 1:2 to about 1:24.