Support pedestal assembly for a raised floor system

Claim 2

A raised floor system comprising: at least four support pedestal assemblies, said pedestal assemblies each including a pedestal base, a vertical, adjustable height support column having a lower end coupled to said pedestal base, and a pedestal head coupled to an upper end of said support column, said pedestal head including a center region having means for coupling to said support column and four arms, each having an aperture therethrough, extending outwardly from said center region, adjacent arms being at right angles; and at least one rectangular floor panel having a substantially flat top surface, four edges, four corners each resting over the center of one of said pedestal heads, and a downwardly extending projection near each corner, said pedestal head being aligned so that said arms form an angle with the edges of said floor panel and said apertures in said arms being located such that the projections in said floor panel mate with said apertures whereby said floor panel is located in relation to said pedestal head and is prevented from moving horizontally.

Claim 3

The raised floor system as defined in claim 1 wherein said rectangular floor panel is square.

Claim 4

The raised floor system as defined in claim 2 wherein said means for coupling to said support column includes a cylindrical sleeve for receiving said support column.

Claim 5

The raised floor system as defined in claim 3 wherein said pedestal head further includes stiffener elements, located below each of said arms, which provide support for said arms.

Claim 6

The raised floor system as defined in claim 4 wherein the angle between said arms and the edges of said floor panel is 45 degrees.

Claim 7

The raised floor system as defined in claim 5 wherein said floor panel includes a generally flat top plate and a formed bottom member coupled to the top plate, said bottom member including support regions in contact with said top plate and box beams which strengthen said floor panel.

Claim 8

A universal support pedestal assembly which can be used in a first raised floor system configuration with floor panels of a first type, each having a downwardly extending projection near each corner thereof, in a second raised floor system configuration with floor panels of said first type and elongated grid members coupled between adjacent pedestal assemblies, and in a third raised floor system configuration with floor panels of a second type, having a generally flat bottom surface, and elongated grid members coupled between adjacent pedestal assemblies, said floor panels in each of said raised floor system configurations having a rectangular shape including four edges and four corners and being supported at each corner thereof by one of said pedestal assemblies, said support pedestal assembly comprising: a pedestal base; a vertical, adjustable height support column having a lower end coupled to said pedestal base; and a pedestal head coupled to an upper end of said support column, said pedestal head including a center region having means for coupling to said support column and having an aperture in the center of said pedestal head for mounting a floor panel corner locator which is utilized in said third raised floor system configuration and four arms, each having an aperture therethrough and extending outwardly from said center region, adjacent arms being at right angles and having a space therebetween, each of said apertures in said arms being spaced from said center region at a distance adapted for providing mating engagement with one of the projections on said floor panel of the first type in said first raised floor system configuration when said pedestal head is aligned so that said arms form a 45 degree angle with the edges of the floor panel, each of said arms being adapted for coupling, in said second raised floor system configuration, to one of said grid members by a fastener element passing through said aperture, and each of said spaces between said arms being, at its closest point to said center region, closer to said center region than said aperture in said arm, said spaces between said arms thereby being adapted for providing, in said second raised floor system configuration, clearance between one of the projections on said floor panel of the first type and said pedestal head when said arms are aligned parallel to the edge of said floor panel.

Claim 9

A universal support pedestal assembly which can be used in a first raised floor system configuration with floor panels of a first type, each having a downwardly extending projection near each corner thereof, in a second raised floor system configuration with floor panels of said first type and elongated grid members coupled between adjacent pedestal assemblies, and in a third raised floor system configuration with floor panels of a second type, having a generally flat bottom surface, and elongated grid members coupled between adjacent pedestal assemblies, said floor panels in each of said raised floor system configurations having a rectangular shape including four edges and four corners and being supported at each corner thereof by one of said pedestal assemblies, said support pedestal assembly comprising: a pedestal base; a vertical, adjustable height support column having a lower end coupled to said pedestal base; and a pedestal head coupled to an upper end of said support column, said pedestal head including a center region having means for coupling to said support column and having an aperture in the center of said pedestal head for mounting a floor panel corner locator which is utilized in said third raised floor system configuration and four arms, each having an aperture therethrough and extending outwardly from said center region, adjacent arms being at right angles and having a space therebetween, each of said apertures in said arms being spaced from said center region at a distance adapted for providing mating engagement with one of the projections on said floor panel of the first type in said first raised floor system configuration when said pedestal head is aligned so that said arms form a 45 degree angle with the edges of the floor panel, each of said arms being adapted for coupling, in said second raised floor system configuration, to one of said grid members by a fastener element passing through said aperture, and each of said spaces between said arms being, at its closest point to said center region, closer to said center region than said aperture in said arm, said spaces between said arms thereby being adapted for providing, in said second raised floor system configuration, clearance between one of the projections on said floor panel of the first type and said pedestal head when said arms are aligned parallel to the edge of said floor panel.

Claim 10

The pedestal assembly as defined in claim 7 wherein said aperture in the center of said pedestal head includes a rectangular slot.

Claim 11

The pedestal assembly as defined in claim 8 wherein said means for coupling to said support column includes a cylindrical sleeve for receiving said support column.

Claim 12

The pedestal assembly as defined in claim 9 wherein said pedestal head further includes means for coupling to braces, said coupling means being located below each of said arms and being configured to support said arms and wherein said pedestal base further includes means for coupling to braces.

Claim 13

The pedestal assembly as defined in claim 10 wherein said center region of said pedestal head includes a circular recess which is operative, in said third raised floor system configuration, to center said floor panel corner locator on said pedestal head.

Claim 14

The pedestal assembly as defined in claim 7 wherein said pedestal head further includes stiffener elements, located below each of said arms, which provide support for said arms.