Recreation surface and tile interlocking scheme

Claim 2

A rectangular, shock-absorbing tile of substantially uniform overall thickness, defined by upper and lower surfaces and front, rear, left and right side edge surfaces, said tile having first and second through bores each of which communicates with said front and rear side edge surfaces, said first bore being adjacent to and substantially parallel with said left side edge surface, said second bore being adjacent to and substantially parallel with said right side edge surface, said tile also having first and second left side slots and first and second right side slots, each said slot having an upper edge substantially parallel with said upper surface and a lower edge substantially parallel with said lower surface, said first left side slot being adjacent to, spaced from and substantially parallel with said front side edge surface and extending from said left side edge surface a distance sufficient to intersect said first bore, said second left side slot being adjacent to, spaced from and substantially parallel with said rear side edge surface and extending from said left side edge surface a distance sufficient to intersect said first bore, said first right side slot being adjacent to, spaced from and substantially parallel with said front side edge surface and extending from said right side edge surface a distance sufficient to intersect said second bore, said second right side slot being adjacent to, spaced from and substantially parallel with said rear side edge surface and extending from said right side edge surface a distance sufficient to intersect said second bore.

Claim 3

The tile as claimed in claim 1 wherein said upper edge of each said slot is spaced substantially below said upper surface to provide a substantial thickness of resilient material therebetween.

Claim 4

The tile as claimed in claim 2 wherein said bottom edge of each said slot is open to said bottom surface of said tile.

Claim 5

A recreation surface comprising: (a) a plurality of rectangular, shock-absorbing tiles of predetermined thickness, each said tile defined by upper and lower surfaces and front, rear, left and right side edge surfaces, each of said tiles having first and second molded-through bores each of which communicates with said front and rear side edge surfaces, said first bore is adjacent to and substantially parallel with said left side edge surface, said second bore is adjacent to and substantially parallel with said right side edge surface, each of said tiles also having first and second left side slots and first and second right side slots, said first left side slot is adjacent to, spaced from and substantially parallel with said front side edge surface and extends from said left side edge surface a distance sufficient to intersect said first bore, said second left side slot is adjacent to, spaced from and substantially parallel with said rear side edge surface and extends from said left side edge surface a distance sufficient to intersect said first bore, said first right side slot is adjacent to, spaced from and substantially parallel with said front side edge surface and extends from said right side edge surface a distance sufficient to intersect said second bore, said second right side slot is adjacent to, spaced from and substantially parallel with said rear side edge surface and extends from said right side edge surface a distance sufficient to intersect said second bore, said tiles arranged in a two-dimensional array of perpendicularly directed columns and rows in closely adjacent, edge-to-edge abutting relationship such that in each said column all of said first and second bores in each said tile in said column are aligned with each other to form first and second continuous bores which extend the length of said column and such that in each said row said first and second left side slots of each said tile are in confronting, abutting relationship with said first and second right side slots, respectively, of an abutting tile in said row and said first and second right side slots of each said tile are in confronting, abutting relationship with said first and second left side slots, respectively, of an abutting tile in said row; (b) a plurality of generally rectangular tie bars each having a first and second aperture therein, each said tie bar disposed in a respective pair of confronting left and right side slots of adjacent tiles in each said row such that said first aperture is aligned with said first bore and said second aperture is aligned with said second bore; and (c) a plurality of elongated tie rods disposed in a spaced parallel array, one said tie rod extending through each said first and second continuous bore in each said column and passing through each respective aperture in each said tie bar, to inhibit movement of the tiles in said array relative to each other in three mutually orthogonal directions parallel to said row and column directions and perpendicular to said array.

Claim 6

A recreation surface comprising: (a) a plurality of rectangular, shock-absorbing tiles of predetermined thickness, each said tile defined by upper and lower surfaces and front, rear, left and right side edge surfaces, each of said tiles having first and second molded-through bores each of which communicates with said front and rear side edge surfaces, said first bore is adjacent to and substantially parallel with said left side edge surface, said second bore is adjacent to and substantially parallel with said right side edge surface, each of said tiles also having first and second left side slots and first and second right side slots, said first left side slot is adjacent to, spaced from and substantially parallel with said front side edge surface and extends from said left side edge surface a distance sufficient to intersect said first bore, said second left side slot is adjacent to, spaced from and substantially parallel with said rear side edge surface and extends from said left side edge surface a distance sufficient to intersect said first bore, said first right side slot is adjacent to, spaced from and substantially parallel with said front side edge surface and extends from said right side edge surface a distance sufficient to intersect said second bore, said second right side slot is adjacent to, spaced from and substantially parallel with said rear side edge surface and extends from said right side edge surface a distance sufficient to intersect said second bore, said tiles arranged in a two-dimensional array of perpendicularly directed columns and rows in closely adjacent, edge-to-edge abutting relationship such that in each said column all of said first and second bores in each said tile in said column are aligned with each other to form first and second continuous bores which extend the length of said column and such that in each said row said first and second left side slots of each said tile are in confronting, abutting relationship with said first and second right side slots, respectively, of an abutting tile in said row and said first and second right side slots of each said tile are in confronting, abutting relationship with said first and second left side slots, respectively, of an abutting tile in said row; (b) a plurality of generally rectangular tie bars each having a first and second aperture therein, each said tie bar disposed in a respective pair of confronting left and right side slots of adjacent tiles in each said row such that said first aperture is aligned with said first bore and said second aperture is aligned with said second bore; and (c) a plurality of elongated tie rods disposed in a spaced parallel array, one said tie rod extending through each said first and second continuous bore in each said column and passing through each respective aperture in each said tie bar, to inhibit movement of the tiles in said array relative to each other in three mutually orthogonal directions parallel to said row and column directions and perpendicular to said array.