Panel wall system

Claim 2

A building panel wall assembly comprising a multiplicity of pan-like rectangular panels arranged side by side and end to end in closely spaced-apart relation, each panel having a principal wall constituting a portion of the exterior building wall, a side flange along each side edge of the principal wall extending toward the building structure, a bottom flange along the bottom edge of the principal wall extending toward the building structure, and a generally L-shaped top flange along the upper edge of the principal wall and including a first leg portion extending from the principal wall toward the building structure and a second leg portion extending upwardly from the first leg portion, affixation means at the horizontal juncture between each pair of vertically adjacent panels for affixing either the top flange of the lower panel of the pair or the bottom flange of the upper panel of the pair to the building structure, slip joint means for joining the bottom flange of each panel to the top flange of the adjacent panel below it for relative movement of said top and bottom flanges in the plane of the second leg portion, the second leg portion of the top flange of each panel extending upwardly behind and a substantial distance above the bottom flange of the adjacent panel above it to form a barrier against intrusion of water at the horizontal junctures between panels, and a drainage gutter mounted to the building and extending along the vertical juncture between each pair of laterally adjacent panels and closely underlying the edges of the spaced-apart flanges of a pair of horizontally adjacent panels.

Claim 3

An assembly according to claim 1 wherein the affixation means includes at least one bracket attached to the top flange of the lower panel of the pair and adapted to be fastened to the building structure.

Claim 4

An assembly according to claim 2 wherein the affixation means further includes a horizontal retainer adapted to be affixed to the building structure at each horizontal juncture between vertically adjacent panels and wherein the brackets are fastened to the horizontal retainers.

Claim 5

A building panel wall assembly comprising a multiplicity of pan-like rectangular panels arranged side by side and end to end in closely space-apart relation, each panel having a principal wall constituting a portion of the building wall, a side flange along each side edge of the principal wall extending toward the building structure, a bottom flange along the bottom edge of the principal wall extending toward the building structure, and a generally L-shaped top flange along the upper edge of the principal wall and including a first leg portion extending from the principal wall toward the building structure and a second leg portion extending upwardly from the first leg portion and affixation means at the horizontal juncture between each pair of vertically adjacent panels for affixing either the top flange of the lower panel of the pair or the bottom flange of the upper panel of the pair to the building structure and for joining the bottom flange of each panel to the top flange of the adjacent panel below it for relative movement of said top and bottom flanges in the plane of the second leg portion, the second leg portion of the top flang of each panel extending upwardly behind and a substantial distance above the bottom flange of the adjacent panel above it to form a barrier against intrusion of water at the horizontal junctures between panels, said affixation means being further characterized in that it includes at least one bracket attached to the top flange of the lower panel of the pair and adapted to be fastened to the building structure and at least one clip fastened to the bottom flange of the upper panel of the pair and having an inverted U-shaped portion received over the second leg of the top flange of the lower panel of the pair and constituting a slip joint that affords said relative movement.

Claim 6

A building panel wall assembly comprising a multiplicity of pan-like rectangular panels arranged side by side and end to end in closely space-apart relation, each panel having a principal wall constituting a portion of the building wall, a side flange along each side edge of the principal wall extending toward the building structure, a bottom flange along the bottom edge of the principal wall extending toward the building structure, and a generally L-shaped top flange along the upper edge of the principal wall and including a first leg portion extending from the principal wall toward the building structure and a second leg portion extending upwardly from the first leg portion and affixation means at the horizontal juncture between each pair of vertically adjacent panels for affixing either the top flange of the lower panel of the pair or the bottom flange of the upper panel of the pair to the building structure and for joining the bottom flange of each panel to the top flange of the adjacent panel below it for relative movement of said top and bottom flanges in the plane of the second leg portion, the second leg portion of the top flang of each panel extending upwardly behind and a substantial distance above the bottom flange of the adjacent panel above it to form a barrier against intrusion of water at the horizontal junctures between panels, said affixation means being further characterized in that it includes at least one bracket attached to the top flange of the lower panel of the pair and adapted to be fastened to the building structure and at least one clip fastened to the bottom flange of the upper panel of the pair and having an inverted U-shaped portion received over the second leg of the top flange of the lower panel of the pair and constituting a slip joint that affords said relative movement.

Claim 7

An assembly according to claim 4 wherein the clip is adapted to provide a gap between the second leg of the top flange of the lower panel and the edge of the bottom flange of the upper panel of the corresponding pair of vertically adjacent panels, whereby air can pass through to provide equalization of pressure between the ambient air and the regions behind the principal walls of the panels.

Claim 8

An assembly according to claim 1 wherein the affixation means includes at least one clip affixed to the bottom flange of the upper panel of the pair and having an inverted U-shaped portion received over the second leg of the top flange of the lower panel of the pair and constituting a slip joint that affords said relative movement and a flange portion depending from the U-shaped portion and adapted to be fastened to the building structure.

Claim 9

An assembly according to claim 1 and further comprising sealing means interposed between at lease some of the drainage gutters and the corresponding side flanges of the laterally adjacent panels for confining water intruding at the vertical juncture between panels to the space bounded by the side flanges and the drainage gutter.

Claim 10

An assembly according to claim 4 wherein the clip is adapted to provide a gap between the second leg of the top flange of the lower panel and the edge of the bottom flange of the upper panel of the corresponding pair of vertically adjacent panels, whereby air can pass through to provide equalization of pressure between the ambient air and the regions behind the principal walls of the panels.

Claim 11

An assembly according to claim 4, including a drainage gutter mounted to the building and extending along the vertical juncture between each pair of laterally adjacent panels and closely underlying the edges of the side flanges.