A connector for use with a disposable flexible liner installed in a basin to contact liquid is provided to bridge between an overflow opening provided in the liner and an overflow aperture provided in an upright wall of the basin, so that when liquid containable in an interior volume of the basin exceeds a prescribed height, the liquid is enabled to drain out of the interior volume through the liner at the communicated openings/apertures. A conduit formed by the connector for insertion into the basin to bridge between the communicated openings/apertures is arranged for a friction fit in an overflow throat extending from the overflow aperture defined in the basin. A related method for using a replaceable liner in a basin having an overflow aperture is also disclosed.

A walk-in bath comprising a sidewall and a door; wherein the door is configured to be in an open position or a closed position, the sidewall and closed door define a tub configured to hold bathing water, the door comprises a fin configured to be grasped by a bather, and the fin comprises a continuous projection positioned on a top edge of the door between a first end of the door and a second end of the door.

A walk-in bath comprising a sidewall and a door; wherein the door is configured to be in an open position or a closed position, the sidewall and closed door define a tub configured to hold bathing water, the door comprises a fin configured to be grasped by a bather, and the fin comprises a continuous projection positioned on a top edge of the door between a first end of the door and a second end of the door.

A leg care apparatus includes a main body configured to provide an action space in which a leg is accommodated, a bottom module which is placed on a bottom surface of the main body and in which a component for a foot bath is accommodated, and an action space adjustment module configured to adjust a size of the action space.

A leg care apparatus includes a main body configured to provide an action space in which a leg is accommodated, a bottom module which is placed on a bottom surface of the main body and in which a component for a foot bath is accommodated, and an action space adjustment module configured to adjust a size of the action space.

A leg care apparatus includes a main body configured to provide an action space in which a leg is accommodated, an action space adjustment module configured to adjust a size of an inlet of the action space, at least one proximity sensor configured to sense a user's access, and a controller configured to control the action space adjustment module in response to at least one sensing signal.

A leg care apparatus includes a main body configured to provide an action space in which a leg is accommodated, an action space adjustment module configured to adjust a size of an inlet of the action space, at least one proximity sensor configured to sense a user's access, and a controller configured to control the action space adjustment module in response to at least one sensing signal.

An apparatus comprises a rectangular fitting dimensionally conformed to a perimeter of a bathtub wall. The rectangular fitting includes a first portion and a middle portion. The first portion comprises a water-impermeable material coated with an adhesive material along the length of a bottom surface. The first portion includes a top surface conjoined with the middle portion. The adhesive-coated bottom surface of the first portion securely adheres to a top surface of the bathtub wall in order to be dimensionally conformed to the perimeter of the bathtub wall. The middle portion is configured to extend upward and downward to pre-determined heights by a user while the first portion securely adheres to the bathtub wall. The apparatus is configured to store water above the top edge of the bathtub wall, thereby converting the bathtub into the soaker.

An apparatus comprises a rectangular fitting dimensionally conformed to a perimeter of a bathtub wall. The rectangular fitting includes a first portion and a middle portion. The first portion comprises a water-impermeable material coated with an adhesive material along the length of a bottom surface. The first portion includes a top surface conjoined with the middle portion. The adhesive-coated bottom surface of the first portion securely adheres to a top surface of the bathtub wall in order to be dimensionally conformed to the perimeter of the bathtub wall. The middle portion is configured to extend upward and downward to pre-determined heights by a user while the first portion securely adheres to the bathtub wall. The apparatus is configured to store water above the top edge of the bathtub wall, thereby converting the bathtub into the soaker.

A multi-compartment walk-in bathtub is disclosed that allows for a first compartment of the walk-in bathtub to be filled with a quantity of water while a second compartment of the walk-in bathtub allows the user to enter the bathtub. A first movable gate contains a volume of water in the first compartment while the second compartment is in an unfilled condition. A second movable gate is operable to open and close an entry sidewall of the bathtub, allowing the user to enter the second compartment. The second movable gate is then moved to a closed position. When the second movable gate is in the closed condition, the first movable gate may be moved to an open condition to release the volume of water and fill the walk-in bathtub to a filled condition. A seat may be provided that is selectively elevated and lowered by drive mechanism.