A pet bath may include a tub, a cover connected to an upper rim of the tub, a jet provided in the tub to discharge bubbles, an air outlet provided in the tub to discharge air, and a sterilizer to sterilize the tub. The tub may have a bottom plate that is raised and lowered relative to a bottom frame having a drain and a filter assembly so that liquid in the tub flows between edges of the bottom plate and an inner surface of the tub toward the bottom frame to be drained and filtered.

A pet bath may include a tub, a cover connected to an upper rim of the tub, a jet provided in the tub to discharge bubbles, an air outlet provided in the tub to discharge air, and a sterilizer to sterilize the tub. The tub may have a bottom plate that is raised and lowered relative to a bottom frame having a drain and a filter assembly so that liquid in the tub flows between edges of the bottom plate and an inner surface of the tub toward the bottom frame to be drained and filtered.

A bathtub, including a bathtub body and a cover body provided at the internal bottom surface of the bathtub body, wherein a water passing gap is provided between the cover body and the internal bottom surface of the bathtub body. The bathtub further includes: a water discharging component, wherein the water discharging opening of the water discharging component is covered by the cover body, and water in the bathtub body flows into the water discharging opening via the water passing gap for water discharging; and/or a water inlet component, wherein the water of the water inlet component is covered by the cover body, and water flows from the water inlet into the bathtub body via the water passing gap.

Disclosed herein are methods for installing bases and supports for shower and bathtub fixture components in a level and secure manner. Compressible supports, and templates and fixture bases comprising the compressible supports to aid installation are also contemplated herein.

A water distribution system for providing multiple bathing functions independently for a walk-in bath tub using one pump that delivers pressurized water to a first valve having a first outlet for communicating pressurized water to a second valve and a second outlet for communicating pressurized water to a drain, the second valve selectively positioned for communicating pressurized water selectively to a respective piping system for a micro bubbles bathing function and for a pressurized jet bathing function, and a controller for moving the valves selectively to provide three operational bathing functions independently with the one pump. A method for providing multiple bathing functions independently with one pump is disclosed.

A water distribution system for providing multiple bathing functions independently for a walk-in bath tub using one pump that delivers pressurized water to a first valve having a first outlet for communicating pressurized water to a second valve and a second outlet for communicating pressurized water to a drain, the second valve selectively positioned for communicating pressurized water selectively to a respective piping system for a micro bubbles bathing function and for a pressurized jet bathing function, and a controller for moving the valves selectively to provide three operational bathing functions independently with the one pump. A method for providing multiple bathing functions independently with one pump is disclosed.

A sanitary article, which has a support body and an outer coating which is applied to the support body at least in certain portions and forms the outer side of the sanitary article, the support body being of a first composite material of a filled polymeric binder matrix containing at least one filler in the form of hollow glass beads and the outer coating being of a second composite material of a polymeric binder matrix, which is filled with at least one filler and does not contain any hollow glass beads.

A bathtub comprises a frame structure and a tub body. The tub body is pivotally accommodated at the frame structure wherein the tub body is pivotable between a bathing position and an emptying position. The method of emptying the bathtub is distinguished in that the tub body pivots from the bathing position to the emptying position. Another bathtub comprises a frame structure and at least one tub body, the tub body being accommodated on the frame structure and wherein a drainage device is disposed in the bottom of the tub body. The drainage device comprises at least one tube extending from the drain hole of the drainage device up to beneath the tub body.

A bathtub comprises a frame structure and a tub body. The tub body is pivotally accommodated at the frame structure wherein the tub body is pivotable between a bathing position and an emptying position. The method of emptying the bathtub is distinguished in that the tub body pivots from the bathing position to the emptying position. Another bathtub comprises a frame structure and at least one tub body, the tub body being accommodated on the frame structure and wherein a drainage device is disposed in the bottom of the tub body. The drainage device comprises at least one tube extending from the drain hole of the drainage device up to beneath the tub body.

A foldable bath tub includes a base, a rim, and a basin wall. The basin wall includes at least one circumferential crease. The basin wall is configured to be positioned in one of a folded condition and an extended condition. When in the extended condition, the basin wall defines opposing lateral sides, a first back rest adjacent a first end of the bath tub and a second back rest adjacent a second end of the bath tub. When in the extended condition, the first back rest extends at a first angle relative to an associated subjacent surface and the second back rest extends at a second larger angle, and respective ends of the opposing sides of the basin wall nearest to the first end of the bath tub are offset a greater width distance as compared to respective ends of the opposing sides of the basin wall nearest to the second end.