The invention pertains to a cushioned mat, in particular bath mat, including a non-slip base material, a cushion layer secured to the non-slip base material, a surface layer arrangement secured to a surface of the cushion layer opposite to the non-slip base material. The surface layer arrangement includes a textile material layer and a flexible cable including a cushioned core and an outer sleeve formed form textile material, the flexible cable being braided with or tufted to the textile material layer. In embodiments the flexible cable is braided or woven to form ornamental patterns.

The present invention relates to a novel one-piece bathroom rug or floor covering designed to accommodate the floor area near fixtures in a bathroom. The bathroom rug features a toilet rug portion for covering surface area in front of a toilet bowl, a shower rug portion for covering surface area in front of the shower or tub and a sink basin rug portion for covering surface area below and in front of a sink. The toilet rug portion includes a cut-out contoured to a toilet base and adapted to receive therein the toilet base. The bathroom rug is a multi-layered structure and absorbs water, increases comfort and safety, and improves the overall aesthetic of a bathroom.

Reconfigurable rapid drying absorption mats. Such reconfigurable absorption mats include multiple connectable, disconnectable, and reconfigurable diatomaceous earth absorption substrates that are both sustainable and designed to instantly remove water from the surface thereof. Unlike traditional synthetic and cotton textile mats that absorb moisture and generate bacteria, according to the rapid drying absorption mats disclosed herein the component diatomaceous earth substrates do not produce mold. Such diatomaceous earth absorption mat components can each include connectable and disconnectable rubberized bottom polymer pads or webbing to prevent slipping and enable for drying of each individual diatomaceous earth substrate from multiple surfaces and sides thereof.

A dry floor assembly is provided. The dry floor assembly is configured to form or be positioned on a floor of an enclosed space. The dry floor assembly includes a grid, a pan, and a wicking layer. The grid has an array of openings configured to allow passage of liquid. The grid has members that extend from a base to an upper surface, with the upper surface configured to be walked upon. The members have a cross-section that tapers from the base to the upper surface. The pan is disposed beneath the grid, and defines a cavity. The wicking layer is interposed between the pan and the grid, and is configured to wick liquid that passes through the openings toward the pan.

The invention pertains to a cushioned mat, in particular bath mat, including a non-slip base material, a cushion layer secured to the non-slip base material, a surface layer arrangement secured to a surface of the cushion layer opposite to the non-slip base material. The surface layer arrangement includes a textile material layer and a flexible cable including a cushioned core and an outer sleeve formed form textile material, the flexible cable being braided with or tufted to the textile material layer. In embodiments the flexible cable is braided or woven to form ornamental patterns.

Urinal mat having a flexible, gridded, porous top layer, a disposable, highly liquid-absorbent pad or pad-type middle layer, and an effectively waterproof bottom layer, heavy enough to stay in place without adhesives, and thin enough, with tapered sides, to avoid being a tripping hazard. The top layer fits within a recess in the bottom layer and interlockingly attaches to the bottom layer, with the pad in-between. The interlocking attachment is accomplished by the fitting of horizontal protrusions on the perimeter of the top layer fitting into corresponding peripheral recesses in the bottom layer, and provides a smooth level horizontal top surface of the mat.

A cushion includes a cover and a cushioning element having a top surface heat-fused to the cover. The cushioning element comprises an elastomeric material having a plurality of voids formed therein. At least 60% of a bottom surface of the cushioning element is exposed such that when the cushion is disposed over a surface at least 60% of the bottom surface of the cushioning element is in direct contact with the surface. Methods of forming the cushion include disposing a cover adjacent a mold, conforming the cover to a selected shape of the mold, injecting molten elastomeric material into the mold, bonding the molten elastomeric material to the cover, solidifying the molten elastomeric material to form the cushioning element, and separating the mold from the cover. The cushioning element maintains the cover in the selected shape.

A dry floor assembly is provided. The dry floor assembly is configured to form or be positioned on a floor of an enclosed space. The dry floor assembly includes a grid, a pan, and a wicking layer. The grid has an array of openings configured to allow passage of liquid. The grid has members that extend from a base to an upper surface, with the upper surface configured to be walked upon. The members have a cross-section that tapers from the base to the upper surface. The pan is disposed beneath the grid, and defines a cavity. The wicking layer is interposed between the pan and the grid, and is configured to wick liquid that passes through the openings toward the pan.

An article includes a surface adapted for presence in an environment containing odoriferous nitrogen-containing compounds, a bonding agent, and bacilli bacteria. A method for binding bacilli to a surface is also disclosed. First, the surface is provided. The surface is then heated and placed under pressure. Then, the bacilli and a bonding agent may be applied to the surface, either alone or as a pre-mixed composition. The pre-mixed composition may be in the form of an aqueous dispersion. A method for controlling odors from odoriferous nitrogen-containing compounds is also disclosed. The method includes applying bacilli bacteria to a surface and placing the surface in an area likely to include odoriferous nitrogen-containing compounds.