Granted Patent B2

US 12,503,855 · App. 18/653,120 · Granted Dec 23, 2025

Inventors: Mark A. McManus (Bettendorf, IA); Jason McManus (Bettendorf, IA)

Assignee: MBRICO, LLC

E04D1/34E04B5/023E04D11/007E04F15/02005E04F15/02044E04F15/02183E04F15/08E04F15/082E04B5/10E04B5/12E04D2001/3447E04D12/004E04F2015/0205E04F2015/02061E04F2015/02094

Abstract

Claims (31)

1 . A tile system comprising:

a support structure;

a support structure spine extending upward from the support structure;

a first support structure rail extending perpendicularly outward from the support structure spine;

a second support structure rail opposite the first support structure rail extending perpendicularly outward from the support structure spine

a pair of flanges separated by and extending outward from the support structure spine:

a pair of side members extending downward from respective ends of the pair of flanges opposite the spine;

a lip formed on each pair of side members of the support structure and configured for engagement by a corresponding pedestal rail of a pedestal to attach the support structure to the pedestal; and

a tile comprising a first face, a second face opposite the first face, a plurality of side edges extending between the first face and the second face, and a groove formed in at least one of the plurality of side edges;

wherein the groove of the at least one of the plurality of edges of the tile is configured for engagement by the first support structure rail of the support structure;

wherein the support structure further comprises a bottom member extending between the pair of side members to define a cavity in the support structure, wherein the cavity is formed by the pair of flanges on a top of the cavity, the pair of side members on opposite sides of the cavity. and the bottom member on a bottom of the cavity.

2 . The tile system of claim 1 , wherein the tile further comprises a protrusion formed on at least two of the plurality of side edges that are opposite each other configured to provide a spaced relation between adjacent tiles.

3 . The tile system of claim 1 , wherein the tile further comprises a groove formed in two of the plurality of side edges that are opposite of each other.

4 . The tile system of claim 3 , wherein the first support structure rail and the second support structure rail are configured to provide a spaced relation in a first direction between adjacent tiles.

5 . The tile system of claim 4 , wherein adjacent tiles are configured in a spaced relation in a second direction between adjacent tiles.

6 . The tile system of claim 5 , wherein the tile further comprises a protrusion formed on at least two of the plurality of side edges that are opposite each other configured to provide the spaced relation in the second direction between the adjacent tiles.

7 . The tile system of claim 5 , and further comprising an element with an element spine, a first element rail extending perpendicularly outward from the element spine, and a second element rail opposite the first element rail extending perpendicularly outward from the element spine configured to provide the spaced relation in the second direction between the adjacent tiles.

8 . The tile system of claim 1 , wherein the pedestal further comprises an adjustment portion connecting the pedestal base to the pedestal upper surface, wherein the adjustment portion is combined to the pedestal upper surface and is in threaded engagement with the pedestal base for adjusting a height of the pedestal; wherein the pedestal further comprises a pair of pedestal spines extending upward from the pedestal upper surface each of which having a pedestal rail oriented perpendicular to the pedestal spine and projecting inward toward each other; wherein an orientation of the pair of pedestal spines is rotated with the pedestal upper surface due to the threaded engagement of the adjustment portion to the pedestal base; wherein the pedestal upper surface is generally planar in shape; and wherein the pair of pedestal spines are spaced inward from the outer perimeter of the pedestal upper surface and in a spaced relation from each other corresponding to a width of the support structure.

9 . The tile system of claim 8 , wherein the tile further comprises a groove formed in two of the plurality of side edges that are opposite of each other; wherein the first support structure rail and the second support structure rail are configured to provide a spaced relation in a first direction between adjacent tiles; and further comprising an element with an element spine, a first element rail extending perpendicularly outward from the element spine, and a second element rail opposite the first element rail extending perpendicularly outward from the element spine configured to provide the spaced relation in the second direction between the adjacent tiles.

10 . The tile system of claim 1 , and further comprising a pedestal comprising a pedestal upper surface and a pedestal base configured to engage an underlying structure; wherein the support structure is configured for attachment to the pedestal upper surface.

11 . The title system of claim 10 , wherein the pedestal further comprises a pair of pedestal spines extending upward from the pedestal upper surface each of which having a pedestal rail oriented perpendicular to the pedestal spine and projecting inward toward each other.

12 . The file system of claim 11 , wherein the support structure further comprises a lip formed on each side of the support structure and configured for engagement by the corresponding pedestal rail to attach the support structure to the pedestal.

13 . The tile system of claim 12 , wherein the support structure further comprises a pair of flanges separated by and extending outward from the spine of the support structure, and a pair of side members extending downward from respective ends of the pair of flanges opposite the spine, and the lip formed on each of the pair of side members.

14 . The tile system of claim 13 , wherein the pair of flanges each further comprise a trough positioned between the spine and the end of the flange.

15 . The tile system of claim 11 , wherein the pedestal further comprises an adjustment portion connecting the pedestal base to the pedestal upper surface, wherein the adjustment portion is combined to the pedestal upper surface and is in threaded engagement with the pedestal base for adjusting a height of the pedestal.

16 . The tile system of claim 15 , wherein an orientation of the pair of pedestal spines is rotated with the pedestal upper surface due to the threaded engagement of the adjustment portion to the pedestal base.

17 . The tile system of claim 16 , wherein the pedestal upper surface is generally planar in shape, wherein a height of the pair of pedestal spines is defined by a distance from the pedestal upper surface to a distal end of each of the pair of pedestal spines.

18 . The tile system of claim 16 , wherein the pair of pedestal spines are spaced inward from the outer perimeter of the pedestal upper surface and in a spaced relation from each other corresponding to a width of the support structure.

19 . The file system of claim 17 , wherein the pedestal rail of each of the pair of pedestal spines is spaced from the pedestal upper surface.

20 . The tile system of claim 12 , wherein each flange of the pair of flanges extends outward from the support structure spine in each direction and is spaced downward from each of the respective first support structure rail and the second support structure rail, wherein each flange of the pair of flanges comprises a first surface extending from the support structure spine and an upper lip having an upward facing flat surface to present a level, coplanar surface comprising of the first surface and the upper lip upon which the second face of adjacent tiles set with adjacent tiles being separated by the support structure spine, and a trough between the upper lip and the first surface.

21 . The tile system of claim 20 , wherein the lip formed on each pair of side members of the support structure is positioned at the bottom thereof to attach the support structure to the pedestal rail of the pedestal.

Assignments (1)

Continuity (13)

References Cited (328)