An apparatus and associated methodology for supporting a child during bathing activities at a sink. A child support device includes a base defining a cavity configured to receivingly engage a portion of the sink to support the child support device adjacent the sink during bathing. A seat is configured for a tool-less removable connection to the base that supports the child during bathing.

A bathroom facility transfer system, including a mobile base, a stationary base, and a removable bridge is disclosed. A user seated in a chair, is positioned adjacent to a bathroom facility with the mobile base. The removable bridge connects the mobile base to the stationary base, which is removably affixed to the bathroom facility, to allow the chair carrying the user to be moved between the mobile base and the stationary base. A chair blocking member on the removable base is movable between a) a chair blocking position, and b) a chair unblocking position. At least one opposed end of the chair blocking member interferes with movement of the chair onto the removable bridge from the mobile base or the stationary base, when the chair blocking member is in the chair blocking position. A method of assisting a user with accessing a bathroom facility is also disclosed.

A bathing chair assembly includes a chair that is positionable in a shower for a user to sit thereon. The chair is foraminous to pass water therethrough for bathing. A hose is fluidly coupled to the chair and the hose is fluid attachable to a shower head in the shower for receiving water therefrom. In this way the chair sprays the water for bathing the user when the user is sitting in the chair. A pump is coupled to the chair to increase the pressure of the water being sprayed outwardly from the chair. A reservoir is coupled to the chair and the reservoir contains a fluid soap. The reservoir releases the fluid soap into the chair to release a mixture of the fluid soap and the water for bathing.

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.

The present disclosure provides a split-type automatic lifting bracket device and a sanitary product. The split-type automatic lifting bracket device comprises an upper bracket assembly and a lower bracket assembly, wherein the upper bracket assembly is used for bearing a water receiver or a waterway control valve; and the lower bracket assembly is used for bearing or supporting and driving a sanitary product to rise and descend, and comprises a self-supporting leg assembly, an auxiliary standing device, an automatic lifting control device, a lifting bracket, a push-pull power device, a rolling guide device, and the sanitary product. The lifting structure of the present application can rise and descend automatically without an additional force to assist in height adjustment. The water receiver and other structures are not provided on the lifting bracket, so that a weight for the lifting structure to rise is reduced.

A folding seat, having a supporting structure, to be fixed to a wall, for a sitting surface which can be tilted from a vertical inactive position to a horizontal active position by way of a tilting mechanism. The seat includes a group of elements used for adjusting a tilting force.

The apparatuses and methods of making and using the same are directed to bathing apparatus to support an object while bathing the object with a fluid. The bathing apparatus may comprise a support assembly constituting a support structure of the apparatus; a support surface to support the object, the support surface supported by the support portion; and a fluid catch disposed on at least three sides of the support surface, the fluid catch serving as a basin for the fluid in such manner to contain the fluid separate from the support surface.

The apparatuses and methods of making and using the same are directed to bathing apparatus to support an object while bathing the object with a fluid. The bathing apparatus may comprise a support assembly constituting a support structure of the apparatus; a support surface to support the object, the support surface supported by the support portion; and a fluid catch disposed on at least three sides of the support surface, the fluid catch serving as a basin for the fluid in such manner to contain the fluid separate from the support surface. The bathing apparatus may be used in combination with a support wall that includes a plurality of channels to hold household items.

A semi-open bathing device (200) is provided, one aspect of which relates to multi-function showering device, comprising a chair assembly, a plurality of first dispensers (220/222), a supply assembly, a temperature regulator, and a waste water management assembly. In the semi-open bathing device (200), the chair assembly comprises a seat (202) with a hole (204) disposed in the center of the seat (202). A backrest (206) and two sidewalls (214) are coupled to the seat (202) respectively thereby forming a front opening for the chair assembly. The backrest (206) provides a support for the bather and the two sidewalls (214) are configured to contain the spillage of water. The plurality of first dispensers (220/222) is positioned onto the sidewalls (214) and/or the backrest (206) for dispensing water and/or air towards the bather. The supply assembly is located at backside of the backrest (206) for connecting to a water supply and an electricity supply.

Disclosed are methods, devices and kits for controlling water flow when using a transfer bench, comprising a transfer bench splash guard.