A bathing system includes a vessel, an air blower, and a steam generator. The vessel comprises an inlet. The air blower is fluidly coupled to the inlet by a conduit, and is configured to provide a flow of air to the conduit. The steam generator is fluidly coupled to the conduit upstream of the inlet, and is configured to provide steam to the conduit to create a mixture of steam and air in the conduit. The air blower is further configured to direct the mixture of steam and air to the vessel.

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.

A pebble bed sauna device includes a bed and a covering chamber movably disposed on the bed. When a human body lies on the bed, the covering chamber may cover, totally or partly, the human body. The bed includes, arranged in sequence from bottom to top, at least one bed heat-isolation member, at least one bed heating member, a plurality of energy stone layers, and a plurality of smooth pebble layers. The covering chamber is formed of at least one surface layer, at least one bonding layer, at least one chamber heat-isolation member, at least one chamber heating member, and at least one heat isolation element that are arranged in sequence from outside to inside and is controlled, for a heating temperature thereof, by a controller arranged on the bed and electrically connected to the bed heating member and the chamber heating member.

A pebble bed sauna device includes a bed and a covering chamber movably disposed on the bed. When a human body lies on the bed, the covering chamber may cover, totally or partly, the human body. The bed includes, arranged in sequence from bottom to top, at least one bed heat-isolation member, at least one bed heating member, a plurality of energy stone layers, and a plurality of smooth pebble layers. The covering chamber is formed of at least one surface layer, at least one bonding layer, at least one chamber heat-isolation member, at least one chamber heating member, and at least one heat isolation element that are arranged in sequence from outside to inside and is controlled, for a heating temperature thereof, by a controller arranged on the bed and electrically connected to the bed heating member and the chamber heating member.

A four-device-in-one skybox dehydrator sauna wind-redirecting bungalow comprises: adjustable louver blades attached to side gutter beams for preventing rainwater from getting into the bungalow and adjustably controlling amount of sunlight that shines into the bungalow, chutes formed to the side gutter beams and end gutter beams, solar-rechargeable batteries installed within adjustable louver blades for powering led lights and saving costs of replacing non-rechargeable alkaline batteries and helping reduce carbon footprint, a solar panel mounted to adjustable louver blades for collecting solar energy to charge and recharge rechargeable batteries and saving energy costs associated with lighting the bungalow and saving costs of replacing with non-rechargeable alkaline batteries and providing freedom to place the bungalow away from a power outlet and helping reduce carbon footprint, panel frames, panel inserts inserted within the panel frames for enabling the bungalow to become a sauna and a skybox and a dehydrator and providing security and insulation and protection from wind within the bungalow, louver braces inserted within the panel frames for allowing the louvers to be rotated, flipped, and positioned to redirect wind direction and structuringly securing louvers, axis pins inserted within the louver braces for providing eight locking points to reposition and locking and unlocking and pivotingly functionalizing the louver braces, louvers attached to the louver braces for redirecting and blocking and reducing and sealing the bungalow to create a sauna and a skybox and a dehydrator, an inner-track insert slidably inserted within hook-sliding track for providing a smooth sound-dampening track for slide hooks to be inserted for securing a curtain or insect screen, a curtain removably hooked onto slide hooks for providing privacy and protection from harmful sun rays and wind and insects, an extending-and-retracting door for providing protection from wind and harmful sun rays and insulation from cold temperatures and security within bungalow, door-spool housing attached to door-spool-housing bracket for providing discrete storage and protection of the extending-and-retracting door, drain openings formed into the corner-posts, corner-post-base-plate covers slidably attached onto the corner-posts, corner-post base-plates secured to the corner-posts, sliding-door track attached to the corner-post base-plates, the panel frames interchangably and slidably placed into the sliding-door track, anchoring-screw holes drilled into the corner-post base-plates, and tube-screws screwed into the anchoring-screw holes for leveling bungalow when installed on an uneven ground sur

An atomizing device for a steaming face instrument, which comprises: a water delivery channel, the water delivery channel includes a water inlet and a water outlet; an atomizing sheet, the atomizing sheet is arranged at the water outlet , for atomizing water; and a heating mechanism, the heating mechanism is connected to the water outlet for heating the water mist, so that the temperature of the water mist is controlled between 45 and 60 degrees. By adopting the above design, the disclosure enables the liquid water to be atomized by the high-frequency resonance of the atomizing sheet, and then heats the water mist, so that the temperature of the water mist is controlled at 45-60 degrees, which is safe and effective. The volume of the face steaming instrument is reduced, it is convenient to carry, its power consumption is small, energy saving and environmental protection.

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.

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.

The present disclosure relates to a cold and hot thermal treatment device. Hot heat and cold heat are produced by a heat production unit and are periodically and repeatedly transferred to a heat transfer unit that is in contact with a human body such that a temperature is not suddenly changed but is gradually changed. Thus, the device may be used when diagnosing whether vascular reactivity is maintained in corresponding hands and feet, may generate a temperature stimulus, and may repeatedly perform the temperature stimulus, thereby improving the vascular reactivity.

This invention relates to a sauna with reduced dimensions such that the size, assembly time, material costs, and operating costs (e.g., power, heat, etc.) are reduced while still offering the end-user an enjoyable sauna experience. More particularly, various embodiments of the present invention relate to a sauna having a bottom surface, a top surface parallel to the bottom surface, and a front surface connecting the bottom surface to the top surface, wherein the front surface and bottom surface typically form an angle less than about 90°.