Systems and methods for improving or preventing a condition, such as the treatment of pain syndromes and migraine headaches are disclosed. A method for treating pain can include one or more of the steps including identifying a region of the patient comprising glabrous tissue; positioning the region of the patient comprising glabrous tissue into an enclosed chamber; adjusting the relative humidity of the enclosed chamber sufficient to create a physiologic effect. The method need not involve altering the temperature within the enclosed chamber.

A liner for containing a soaking solution in use with a foot spa features two bodies of plastic which are joined at an interface therebetween so as to form two, individual layers. An air conduit is formed between the two layers so as to provide a passageway for pressurized air, which is supplied by an air discharge apparatus, across walls of the liner and into the soaking solution. The inner layer has openings such that the air guided through the air conduit can be released into an inside volume of the liner where the soaking solution is containable. Furthermore, the outer layer is imperforate from a location thereon at which a starting end of the air conduit is disposed to a free end of the layers so as to isolate the inside volume of the liner from the soaking basin.

A pedicure spa comprises a basin, a base, at least one inlet vent, and a ventilating system. The basin is configured to contain water for soaking feet. The base is configured to contain the basin, with the base having a front wall and a top wall. The at least one inlet vent is located in the base for receiving air, and the ventilating system is configured to circulate air. The system has pipes connecting the at least one inlet vent, with the pipes connecting to an exit pipe.

A fluid pump assembly is provided. The pump has a pair of units magnetically coupled to each other. The first unit contains a drive motor and a magnetic assembly. The second unit contains a magnetic assembly and a blade of a propeller/impeller for imparting movement to a fluid. As the first unit is activated by the drive motor, a magnetic flux is created which in turn rotates the magnetic assembly in the second unit, driving the blade.

A salon treatment assembly (10) for use by a user during a salon treatment, comprises a foot bath (16), a salon chair (14), and an adjuster assembly (20). The salon chair (14) supports the user during the salon treatment and is coupled to the foot bath (16). The salon chair (14) can have a chair body (31) including a seat support (28), and an arm rest (32A) that is movably coupled to the seat support (28). The adjuster assembly (20) selectively moves the arm rest (32A) relative to the seat support (28) such that the salon chair (14) is alternatively positioned in a closed configuration, wherein the arm rest (32A) is positioned directly adjacent to a forward portion (28A) of the seat support (28), and an open configuration, wherein the arm rest (32A) is not positioned directly adjacent to the forward portion (28A) of the seat support (28).

An acupressure apparatus includes a tub configured to receive the user's feet for acupressure treatment, an acupressure station having a pair of designated foot placing areas for facilitating accurate positioning of the feet on the acupressure station, a plurality of upward projections formed on an upper surface of the acupressure station, and a plurality of watering holes formed around the projections, and a water supply conduit connected to the bottom wall of the tub for supplying compressed water by operation of a water pump. The watering holes formed in the acupressure station are directed to acupressure points of the feet such that the compressed water delivered through the watering holes provides acupressure stimulations to the acupressure points of the feet.

A spa is provided that includes: a basin; a motor having a shaft defining a rotation axis; a hub mounted to the shaft, the hub having North and South pole domains spaced apart from each other and arranged to encircle the rotation axis in alternating relation; and an impeller which is disposed in the basin in axially spaced relation to the hub and is at least substantially constrained against movement but for rotation about the axis, the impeller including a rotor body of a non-magnetic, electrically-conductive material having relatively low magnetic permeability. The improvement in which is that there are lights and coils coupled to the impeller for rotation therewith, the lights and coils being coupled and adapted such that, in use, the rotating magnetic fields associated with the drive hub created induced currents in the coils which actuate the lights and create a net force that rotates the impeller.

A soaking apparatus suitable for use in a shower, wherein the apparatus comprises a reservoir for holding water. The apparatus may comprise at least one rotomolded part. A soaking chair comprising: a bucket seat comprising a seat back, a seat surface, and two armrests; and a support structure; wherein the chair is suitable for use in a shower; and wherein the seat surface comprises a reservoir.

A method of treating or preventing one or both of a bacterial infection or fungal infection of a foot of a subject includes combining a diluent and at least one of a clindamycin solution or an erythromycin solution to form a footbath solution. The method may further include topically administering the footbath solution to the subject. Administering may include contacting with the footbath solution a skin area of the foot of the subject that is infected or suspected to be infected.

The coupling includes drive and driven hubs. The drive hub is mounted to a rotating element and has a surface presenting away therefrom. In the absence of externalities, a magnetic field is produced wherein, if depicted graphically, concentrations of field lines extend from two or more North pole domains defined in the surface to two or more South pole domains defined in the surface, the domains being spaced apart and encircling the rotation axis in alternating relation. The driven hub is disposed in spaced, frontwardly adjacent relation to the drive hub, is fixed to the rotatable element and is at least substantially constrained against movement but for rotation with the rotatable element. The driven hub includes: a rotor body of a non-magnetic, electrically-conductive material having relatively low magnetic permeability; and a flux ring of material having a relatively high magnetically permeability arranged in spaced relation to the body.