Cooling tower fill assembly

Claim 2

A unitary elongated plastic generally C-shaped fill hanger splice beam for connecting vertically aligned wire grids in a liquid cooling tower, comprising: a continuous vertical web portion having generally horizontal flanges extending from its upper and lower ends, an upwardly extending leg on the lower flange and a downwardly extending leg on the upper flange, said legs terminating short of each other so as to define a horizontal slot extending the full length of said beam at its center, said legs occupying planes which intersect said vertical web, a plurality of uniformly spaced vertical slits passing through each leg and its associated flange, and the corresponding slits through the upper and lower legs and flanges being aligned vertically.

Claim 3

In a cooling tower in which air flows through splash fill within the tower in cooling relationship with a liquid falling through said fill, an improved splash fill assembly comprising: (a) an upper series of fill hanger grids each comprising generally parallel horizontal strands which intersect and are attached to generally parallel vertical strands so as to form a lattice of holes, the holes defined by horizontally adjacent grids in said series being generally aligned; (b) means connecting the upper horizontal strands in said upper series of grids to supporting structure in said cooling tower; (c) a lower series of said fill hanger grids in which the grids are aligned in the same vertical planes with the grids in said upper series, the grids in said lower series being immediately below the grids in said upper series; (d) a plurality of generally C-shaped fill hanger splice beams each comprising an elongated vertical web portion having generally horizontal flanges extending from its upper and lower ends with an upwardly extending leg on the lower flange and a downwardly extending leg on the upper flange, said legs terminating short of each other so as to define a horizontal slot extending the full length of said beam, a plurality of uniformly spaced vertical slits in each leg, the corresponding slits in the upper and lower legs being aligned vertically; (e) a splice beam receiving the lowermost horizontal strand of each grid in said upper series beneath the upper flange of said splice beam and being supported thereon, the lower ends of the vertical strands in said upper grid passing through said vertical slits in said upper leg, the lower flange of said splice beam receiving and supporting the uppermost horizontal strand of the vertically aligned grid in said lower series, the upper ends of the vertical strands in said lower grid passing through said vertical slits in said lower leg; and (f) a plurality of generally horizontal elongated splash fill members extending through said aligned holes in each series of grids and being supported on said generally horizontal strands.

Claim 4

In a cooling tower in which air flows through splash fill within the tower in cooling relationship with a liquid falling through said fill, an improved splash fill assembly comprising: (a) an upper series of fill hanger grids each comprising generally parallel horizontal strands which intersect and are attached to generally parallel vertical strands so as to form a lattice of holes, the holes defined by horizontally adjacent grids in said series being generally aligned; (b) means connecting the upper horizontal strands in said upper series of grids to supporting structure in said cooling tower; (c) a lower series of said fill hanger grids in which the grids are aligned in the same vertical planes with the grids in said upper series, the grids in said lower series being immediately below the grids in said upper series; (d) a plurality of generally C-shaped fill hanger splice beams each comprising an elongated vertical web portion having generally horizontal flanges extending from its upper and lower ends with an upwardly extending leg on the lower flange and a downwardly extending leg on the upper flange, said legs terminating short of each other so as to define a horizontal slot extending the full length of said beam, a plurality of uniformly spaced vertical slits in each leg, the corresponding slits in the upper and lower legs being aligned vertically; (e) a splice beam receiving the lowermost horizontal strand of each grid in said upper series beneath the upper flange of said splice beam and being supported thereon, the lower ends of the vertical strands in said upper grid passing through said vertical slits in said upper leg, the lower flange of said splice beam receiving and supporting the uppermost horizontal strand of the vertically aligned grid in said lower series, the upper ends of the vertical strands in said lower grid passing through said vertical slits in said lower leg; and (f) a plurality of generally horizontal elongated splash fill members extending through said aligned holes in each series of grids and being supported on said generally horizontal strands.

Claim 5

The invention defined in claim 1, wherein said vertical slits in said upper and lower legs continue through the associated upper and lower flanges.

Claim 6

The invention defined in claim 1, wherein said upper and lower legs occupy planes which intersect said vertical web.

Claim 7

The invention defined in claim 4, wherein said planes intersect said vertical web at an angle of about ten degrees.