Abstract:
A grid-top floor tile (10) for outdoor use includes a polymer tile having a gridtype top surface (12) with multiple levels, such as a bi-level surface having an upper lattice (22) and a lower lattice (24) oriented generally transverse to the upper lattice (22). The multiple levels of the surface are preferably integrally formed with one another and provide drainage gaps (26) therethrough. In a bi-level surface configuration, the lower lattice (24) has a top surface (28) below a top surface (29) of the upper lattice (22), so as to draw residual moisture below the top surface (29) of the upper lattice (22). The tile further includes a support structure, namely upright supports (14) configured to support the tile (10) on a support surface (32) and provide drainage pathways (26,34) beneath the top surface (12). The tile (10) still further comprises various reinforcement members (140,150) on each of the loop and pin connectors (118,120) used to interlock the tiles when forming a flooring assembly.
Abstract:
A modular synthetic floor tile (10) comprising (a) an upper contact surface (14); (b) a plurality of openings (30) formed in the upper contact surface (14), each of the openings having a geometry defined by structural members (18, 22) configured to intersect with one another at various intersection points to form at least one acute angle as measured between imaginary axes extending through the intersection points, the structural members (18, 22) having a smooth, planar top surface (34) forming the contact surface (14), and a face (38) oriented transverse to the top surface (34); and (c) a transition surface extending between the top surface (42) and the face (38) of the structural members (18,22) configured to provide a blunt edge between the top surface (42) and the face (38), and to reduce abrasiveness of the floor tile (10).
Abstract:
A flooring system (10, 310, 410) configured to accommodate sports play and other activities, wherein the flooring system (10, 310, 410) comprises a support base (14, 314, 414) having a synthetic component, such as a synthetic support structure (30, 330, 430), wherein the support base (14, 314, 414) is configured to provide a support surface (16, 316, 416) for receiving and supporting a flooring configuration (18). The support base (14, 314, 414) may further comprise a filler material (8) operable with the synthetic support component, wherein the synthetic support component is integrated into the filler material (8).
Abstract:
A method and apparatus providing a tile (110) configured to form a modular floor covering including an array (100) of substantially identical tiles. The tile (110) includes a top surface (112), bottom side (114), a front side (116), a rear side (118), a first lateral side (120), and a second lateral side (122). The top surface (112) includes an elongated shape and the bottom side (114) includes a support grid (128). The front and rear sides (118) and (120) are defined along a longitudinal length of the elongated shape. The front side (116) includes at least one first hinge member (140) and the rear side (118) includes at least one complementary second hinge member (150) configured to be engageable with at least one first hinge member (140) of an adjacently positioned tile. The first and second lateral sides (120) and (122) define a width of the elongated shape with the first and the second lateral sides (120) and (122) including respective coupling portions (160) and (170), such as tab and slot configuration, each ahving a coupling length at least one-third the width of the elongated shape.
Abstract:
A sub-floor assembly for a sports flooring system includes a plurality of sub-floor panel components each formed of a plastic material and each having a formed channel wherein the formed channels of the plurality of sub-floor panel components are linearly aligned. A first strip of anchoring material is disposed within the linearly aligned formed channels of the plurality of sub-floor panel components and is used to attach a plurality of flooring strips to the sub-floor panel components.
Abstract:
A modular tile[100, 600] configured to interlock with multiple tiles to form a modular floor covering over a floor [101, 601]. The tile includes a surface [110, 610] having a periphery defining side walls extending downward from the surface [110, 610], the side walls [122, 622] having a coupling portion [124, 624] configured to couple with other tiles adjacent thereto to form the modular floor covering. The tile [100, 600] also includes a bottom side [112, 612], opposite the surface [110, 610], having a support grid including an array of downward extending post structures in the form of primary post structures [130]. Some of the post structures [130] include at least one resilient end portion [134] with a radial end surface [136] configured to be positioned against the floor [101. 601] to facilitate controlled deflection of the structures. The post structures may comprise primary and secondary post structures [630, 660], with the secondary post structures [660] limiting the deflection of the primary post structures [630].
Abstract:
A method for enhancing the performance characteristics of a modular synthetic floor tile, which includes configuring a plurality of structural members to define an upper contact surface with a plurality of openings in the upper contact surface of the floor tile, configuring each of the structural members to comprise a thickness sufficient to support a load about the upper contact surface and with a contact flat having a smooth surface and a width between 0.03 and 0.08 inches, and configuring the upper contact surface with a dry static coefficient of friction of at least 0.6 and an abrasion index no greater than 20.
Abstract:
An integrated edge and corner ramp piece for a floor tile (12) includes an elongate edge ramp section, and a corner ramp section. The edge ramp section has a high side wall, a low side, and a substantially planar edge ramp surface extending therebetween. The corner ramp section integrally extends from an end of the edge ramp section, and has an apex disposed adjacent the high side wall, a low side, and a corner ramp surface extending therebetween. Connectors are disposed along the high side wall, and are configured to releasably interconnect the edge and corner ramp piece to the floor tile (12).