Abstract: A tile lippage control and tile spacing system and method having an anchor that has a base portion and an interconnected anchor column, and the anchor column is breakably separable from the base portion, and the anchor column defines plural spaced annular rings; and a leveling base that one-way adjustably engages with the anchor column, the leveling base having, a toothed disc that is positionally secured within the leveling base and the toothed disc defines a medial hole that has plural teeth that operatively engage with the plural spaced annular rings of the anchor column, and a mid-plate that is axially movably engaged with the leveling base, and a compression spring that is carried within the interior cavity defined by the leveling base and which communicates with both the leveling base and the mid-plate so as to positionally bias and space the leveling base away from the mid-plate.

Abstract: A tile lippage control and tile spacing system provides a spacer post having a base member, a shaft, and a breakaway connection between the base member and the shaft; and a leveler that releasably and adjustably engages with the spacer post shaft, the leveler having a friction plate, a foot ring and an engager; and the leveler is both axially and rotatably engageable with the spacer post shaft.

Abstract: A tile lippage control and the spacing system provides a spacer post having a base member, a shaft, and a breakaway connection between the base member and the shaft; and a leveler that releasably and adjustably engages with the spacer post shaft, the leveler having a friction plate, a foot ring and an engager; and the leveler is both axially and rotatably engageable with the spacer post shaft.

Abstract: A synthetic, fluid impervious gasket for releasably, and fluid sealably coupling a fluid delivering assembly, and a fluid receiving assembly, together, is described, and which includes an annular shaped main body which defines, at least in part, a medial fluid passageway, and a flexible, funnel portion is fabricated from a synthetic, polymeric, closed-cell, resilient, and fluid impervious material, and which forms a part of the medial fluid passageway, and which further can be selectively moved between a first and second operational position so as to allow the annular shaped main body to simultaneously fluid sealably engage with a fluid delivering assembly, and a fluid receiving assembly, respectively.

Abstract: A synthetic, fluid impervious gasket for releasably, and fluid sealably coupling a fluid delivering assembly, and a fluid receiving assembly, together, is described, and which includes an annular shaped main body which defines, at least in part, a medial fluid passageway, and a flexible, funnel portion is fabricated from a synthetic, polymeric, closed-cell, resilient, and fluid impervious material, and which forms a part of the medial fluid passageway, and which further can be selectively moved between a first and second operational position so as to allow the annular shaped main body to simultaneously fluid sealably engage with a fluid delivering assembly, and a fluid receiving assembly, respectively.