A foot spa tub includes a tub basin, a first magnetic drive member rotatably coupled to a drive motor, and a first casing supporting the magnetic drive member. The first casing is disposed against an exterior surface of a sidewall of the basin. A second magnetic drive member is rotatably coupled to a blade. The first and second magnetic drive members are magnetically coupled to each other so that the blade is drivingly coupled to the drive motor. A nozzle houses the second magnetic drive member and the blade. The nozzle is detachably securable to an interior surface of the sidewall by a magnetic attraction force between the first and second magnetic drive members. A method of circulating liquid in a foot tub spa is also provided.

A soaking chair comprising: a seat surface and a support structure; wherein the chair is designed for use in a shower; and wherein the seat surface comprises a soaking reservoir. The chair provides hydrotherapy to the anogenital, hip, buttocks, and/or lower back areas.

A sitting toilet having a foot health care device attached thereto is disclosed. The sitting toilet contains a main body which includes an accommodation part, which is in front lower end and has an accommodation space to accommodate the foot health care device, and a toilet water tank and a wastewater duct which are formed across the upper end and the rear lower end; and a foot health care device having an inner space to receive a user's feet and a foot washing tank in which a sewage outlet is formed at the lower end. The sitting toilet operates such that the inner space of the foot washing tank opens as the foot health care device slides forward from the accommodation part of the main body, and the foot health care device is accommodated in the main body as the foot health care device slides backward.

An inflatable spa has improved strength. A water cavity of the inflatable spa may receive massaging air bubbles and/or jetted water.

Apparatuses are described that provide for a mobile eye washing station. An example station includes a fluid storage cartridge that stores unused eye wash fluid and a nozzle assembly in fluid communication with the fluid storage cartridge. In operation, the nozzle assembly dispenses the unused eye wash fluid stored in the fluid storage cartridge via one or more nozzles of the nozzle assembly. The example station further includes a waste fluid collection basin that, in operation, collects eye wash fluid dispersed by the nozzle assembly. Due to contact with the fluid storage cartridge, the waste fluid collection basin compresses the fluid storage cartridge to drive fluid communication between the fluid storage cartridge and the nozzle assembly. The fluid storage cartridge is disposed vertically beneath the waste fluid collection basin.

A control box of a massage pool is provided and includes: a filtering water pump unit, including a filtering pump body, a filtering water inlet pipe connected between the massage pool and the filtering pump body, and a filtering output pipe. The control box further includes a massage pump unit, including a massage pump body, a massage inlet pipe connected between the massage pool and the massage pump body, and a massage output pipe. The control box further includes a water outlet pipe configured to output water to the massage pool, and a three- way connecting pipe fitting. The three-way connecting pipe fitting includes: a first branch pipe having a distal end connected to the filtering output pipe, a second branch pipe having a distal end connected to the massage output pipe, and a third branch pipe having a distal end connected to the water outlet pipe At least one valve is configured to alternately open and close a first flow path from the filtering output pipe through the first branch pipe.

An air passageway system (100) includes an annular air delivery passageway (132), a linear air delivery passageway (112b), and one or more air injection passageways (134a-1341, 116). The annular air delivery passageway (132), the linear air delivery passageway (112b), and the one or more air injection passageways (134a-1341, 116) are constructed from flexible polyvinyl chloride walls.

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 fitting assembly for installation in an opening in a tub shell wall of a bathing installation tub. A resilient grommet is sized to be inserted into the opening and has an interior peripheral recess defined in a wall portion, having a recess cross-sectional configuration. A fitting body has a protruding external rib having a rib cross-sectional configuration complimentary to the recess cross-sectional configuration, the rib positioned on the fitting body so that when the fitting body is inserted into the grommet, the rib is received into the recess on the grommet. The grommet and fitting are configured such that the recess and the rib are positioned behind the back surface of the shell wall when installed in the opening, and the grommet is compressed by the edge of the shell opening and pushed outwardly by the rib to lock the fitting into the shell opening.

A steam generator for a shower steam system includes a first chamber, a second chamber, and an intermediate heat transfer member. The first chamber is configured to receive water. The second chamber is configured to receive a flow of air. The intermediate heat transfer member fluidly separates the first chamber from the second chamber. The intermediate heat transfer member includes a heating element configured to generate heat energy. The intermediate heat transfer member is configured to transfer heat energy generated by the heating element to the first chamber to generate steam in the first chamber, and transfer heat energy generated by the heating element to the flow of air in the second chamber.