The invention relates to a cabin for steam-bathing individuals, into which fresh air is admitted and waste air is discharged during the operation, and steam is thereby admitted at least temporarily and foam is admitted simultaneously or alternately, so that the individuals located in said cabin are bathed simultaneously in steam and in foam. The simultaneous bathing of individuals in steam and in foam provides physical relaxation and cleanses the skin. A method for operating the cabin is also claimed. The foam is thereby admitted into the lower part of the cabin, and the steam is admitted into the upper part of the cabin. In a preferred embodiment of the method, the foam is admitted into the cabin at such a level that the individuals sitting on the seating area of the cabin sit in a carpet of foam.

Devices and methods for administering halotherapy are provided for treating respiratory or skin conditions. Variations include a portable devices as well as stationary devices suitable for administering therapy in permanent settings (e.g., in the home).

The invention relates to a method and a device for generating a nanoaerosol, wherein at least one fluid to be atomized is atomized in a nozzle via a nozzle opening of the nozzle along a discharge direction in the form of fluid particles, the atomized fluid particles are deflected from the discharge direction and larger fluid particles are at least partially separated from smaller fluid particles, the separated larger fluid particles are returned to the fluid to be atomized and the smaller fluid particles are dispensed onto the environment. A cartridge in which the nozzle and the fluid to be atomized are arranged is used. According to the invention, a stream of a carrier gas is generated in the nozzle and at least one fluid to be atomized is brought into contact with the carrier gas.

The dispensing chamber of the steamhead is mounted between the studs within the wall of a steam bath enclosure. The chamber is isolated from the environment and includes an elongated steam outlet extending outwardly from the chamber, through an opening in the wall. The rectangular outer edge of the outlet is flush with the interior surface of the wall and is the only portion of the chamber visible from inside the enclosure. The outer edge of the outlet is shaped to coordinate with the appearance of a linear drain. It also allows the steam to be dispensed over a wider area. The outlet has a steam flow capacity greater than the steam flow capacity of the inlet such that steam expands within the chamber as the velocity of the steam is reduced. Internal baffles reduce noise. Light sources may be associated with the chamber.

The cabin (1) for wellness treatments, particularly steam baths and the like comprises: a containment structure (2) comprising a plurality of walls (3) coupled to each other and defining at least one treatment space (4) adapted to accommodate at least one user, the plurality of walls (3) comprising at least one access wall (3a) for the access to said treatment space (4), at least one back wall (3b) opposite the access wall (3a), and at least one pair of side walls (3c, 3d) opposite each other and located between the access wall (3a) and the back wall (3b); and at least one air conditioning system (6) of said treatment space (4) comprising at least heating means (7) and at least one electronic management and control unit (U) of the heating means (7); in which said air conditioning system (6) is associated with the back wall (3b), each of the side walls (3c, 3d) being devoid of the heating means (7) and of the electronic management and control unit (U).

A thermal device comprising a heatable and ventilatable thermal cabin (2) for at least one person is equipped with adjustable heating means (4) and with adjustable ventilation means (6) and, optionally, with a temperate sensor (8). Furthermore, detection means (10) are available for the continuous detection of the presence of persons situated in the thermal cabin, wherein said detection means interact with a heating control device (12) for the heating means (4). Due to the fact that a base heating power can be set when no one is present and that a comparatively higher operational heating power can be set when someone is present, the energy requirement when operating the thermal facility can be reduced considerably.

To elicit a hot-bath effect to be able to be sufficiently enjoyed simply and easily with less stress than a conventional sauna and cause deep inside the body to be warmed with comfort as never experienced before. In order to realize this, a lava bathing-spa device 1 includes a heat/steam generating device 20 which is installed in a spa room 10 including a door 15 capable of being opened/closed and which generates heat and steam, an interior material 16RP which contains ores generating far infrared rays, and which is installed in the spa room 10, and a heating device which heats the interior material 16RP from inside or a back side thereof.

A washbasin having a basin and a steam generator. The basin has a drain and a basin steam outlet. The steam generator has a water inlet, a tank configured to store water received at the water inlet, a heater configured to heat the water to generate steam, and a generator steam outlet configured to output the steam. Coupling elements couple the steam generator to the basin and a steam outlet conduit fluidly connects the generator steam outlet to the basin steam outlet. The basin steam outlet is located on a rear wall of the basin.

A washbasin having a basin and a steam generator. The basin has a drain and a basin steam outlet. The steam generator has a water inlet, a tank configured to store water received at the water inlet, a heater configured to heat the water to generate steam, and a generator steam outlet configured to output the steam. Coupling elements couple the steam generator to the basin and a steam outlet conduit fluidly connects the generator steam outlet to the basin steam outlet. The basin steam outlet is located on a rear wall of the basin.

A system and method for controlling air circulation in a sauna steam room, having at least one fan and a fan control unit, the at least one fan being a substantially horizontal cross-flow fan having at least one air vent both at the top and bottom for air intake and exhaust. The fan is mounted on the wall behind and below the highest step of a sauna bench.