A bathroom cleaning assembly for cleaning a bathroom includes a housing. A handle is slidably coupled to the housing for gripping. A pair of wheels is each rotatably coupled to the housing for rolling along a support surface. A plurality of dispensing units is provided and each of the dispensing units is positioned in the housing. Moreover, each of the dispensing units contains a fluid. A plurality of brushes is provided and a selected one of the brushes is selectively and fluidly coupled to a selected one of the dispensing units. The selected brush dispenses the fluid from the selected dispensing unit for cleaning the bathroom. A vacuum unit is positioned in the housing for vacuuming debris from the bathroom.

A voice controlled device comprises a housing, a dock, a coupling mechanism, and a microphone. The dock is configured to connect the housing to a plurality of host appliances. The coupling mechanism is configured to receive an identification value indicative of docking between the voice controlled device and a currently connected host appliance of the plurality of host appliances. The microphone is configured to receive one or more voice inputs for the currently connected host appliance. A command is provided based on the one or more voice inputs and the identification value.

The bathtub generally has a wall having a translucent inner layer defining a cavity for receiving water. The bathtub has at least one translucent outer reinforcement member which is secured to a portion of the translucent inner layer, thus forming at least one window with the corresponding portion of the translucent inner layer. The bathtub has a corresponding light source which faces the translucent outer reinforcement member for lighting through the window, into the cavity. The wall further has an outer reinforcement layer covering the translucent inner layer around the at least one window.

The present disclosure provides personal-hygiene device and loofah-carrying device. The device includes a plurality of holes thereby allowing moisture to pass directly through the device and allowing the loofah stored within the device to dry. The device includes a cavity in the center, and an opening that is narrower than the center of the cavity, which compresses the loofah, releasing moisture, as the loofah is pulled into the cavity.

Systems and methods for collection and storage of drinking water in a bathtub, in particular, emergency preparedness kits comprising a disposable food-grade bladder composed of thin plastic film for covering the inside surface of a bathtub to provide a barrier between the surface of the bathtub and drinking water contained therein, and for enclosing the contained water, and a dispenser for dispensing the contained water.

A method of making a safe egress bathtub providing safe egress by reducing slide forces extended on a user's feet upon a slippery bathtub floor, wherein the formed bathtub has a limited rectangular footprint, and an optimized floor space is formed with a substantially planar base with a length and width that define the limited rectangular footprint and a front wall, a back wall, a first side wall and a second side wall integral with and extending substantially vertically upwards from the substantially planar base. Each of the front, back, first side wall and second side wall have minimal wall thicknesses to define the optimized floor space and the front wall has a substantially planar inwardly, cantilevered upper apron deck in a substantially parallel relation to the substantially planar base.

A bathtub extension liner includes, but is not limited to a plurality of horizontally inflatable tubes adapted to be positioned around an outer perimeter of a bathtub; a vinyl assembly connected to the plurality of horizontally inflatable tubes, the vinyl assembly adapted to line an interior area of a bathtub; and a drain assembly, said drain assembly centrally positioned within the vinyl assembly adapted to line the interior area of the bathtub near an end of a lengthwise dimension of the vinyl assembly wherein water that is held inside the inflatable bathtub liner is released through the drain assembly and exits through a conventional bathtub drain as provided on the conventional bathtub.

A cleaning device for bathtubs and shower enclosures includes a tube. A power module is coupled to an upper end of the tube. A housing that defines an internal space is pivotally coupled to a lower end of the tube. The housing has a bottom face that is open. A plurality of motors is coupled to the housing and is positioned in the internal space. The motors are operationally coupled to the power module. Each of a plurality of pads is operationally couplable to and extends from a respective motor. A lower surface of the pad protrudes from the bottom face of the housing. A reservoir is coupled to the tube and is fluidically coupled to the housing. The pads are configured to rotationally cleanse a surface. The reservoir is configured to selectively release soap and water into the internal space to selectively contact the surface to be cleansed.

Disclosed is a disposable for use with a surface that defines a basin for receiving liquid. The disposable has a pair of surfaces spaced apart from one another by a tubular sidewall. One of the pair of surfaces is positioned, in use, against the basin-defining surface. In use, gas issues through the sidewall in the form of bubbles. The disposable is useful in association with foot spas and the like. A mechanism for puncturing a liner is also disclosed.

A bathing aid (100), comprising a bathing enclosure (101), a telescopic element (110) arranged at least partially within the bathing enclosure, and a seat (120) for supporting a person, said seat being arranged on the telescopic element. The bathing aid further comprises an actuation system (140) coupled to the telescopic element and the seat. The actuation system is configured to move the seat on the telescopic element along a horizontal axis (x) between a retracted position of the seat within the bathing enclosure and an extended position of the seat outside the bathing enclosure. The actuation system, in the extended position of the seat, is further configured to rotate (A) the seat in a horizontal plane (x-y) and configured to tilt (C) the seat with respect to a vertical axis (z).