A medicinal healing booth system (100) for treating a user with medicated steam, wherein the system (100) consists of:
- (a) a booth (110) having a base panel (112), a side panel (130), and a roof panel (140), wherein the side panel (130) consists of a top panel section (132) from a panel midpoint (136) to the roof panel (140) and a bottom panel section (134) from the panel midpoint (136) to the base panel (112), wherein the top panel section (132) is transparent or translucent, wherein the roof panel (140) is transparent or translucent, wherein the base panel (112) consists of raised grating (142) disposed thereon for a user to stand upon;
- (b) a door (150) sealably disposed in the side panel (130) of the booth (110);
- (c) a control system (160) having a microprocessor (162), an internal temperature sensor (164), and an external temperature sensor (166), wherein the internal temperature sensor (164) and the external temperature sensor (166) are operatively connected to the microprocessor (162), wherein the microprocessor (162) is operatively connected to a power supply (168);
- (d) a steam generation system (170) having a water tank (172) with a heating element (174) disposed therein, a medicine tank (176), and a steam distribution nozzle (178) disposed on a vertically adjustable track (177), wherein the water tank (172) is fluidly connected to a water supply, wherein the heating element (174) is operatively connected to the power supply (168) and the microprocessor (162), wherein the medicine tank (176) is fluidly connected to steam piping (179) having the steam distribution nozzle (178) disposed on a terminating end thereon, wherein the steam generation system (170) consists of a first control switch (220) disposed on the booth (110), wherein the first control switch (220) is operatively connected to the microprocessor (162), wherein the first control switch (220) is configured to activate and deactivate the steam generation system (170);
- (e) a temperature regulation system (180) having an infrared light (182), a vent (184), and an automated vent valve (186), wherein the infrared light (182) is disposed in the side panel (130) thereon and operatively connected to the power supply (168) and the microprocessor (162), wherein the vent (184) is fluidly connected to a booth interior chamber (102), wherein the automated vent valve (186) is disposed between the vent (184) and the interior chamber (102) and operatively connected to the power supply (168) and the microprocessor (162), wherein the temperature regulation system (180) consists of a second control switch (221) disposed on the booth (110), wherein the second control switch (221) is operatively connected to the microprocessor (162), wherein the second control switch (221) is configured to activate and deactivate the temperature regulation system (180);
- (f) a sterilization system (190) having an ultraviolet light (192), wherein the ultraviolet light (192) is disposed in the side panel (130) thereon and operatively connected to the power supply (168) and the microprocessor (162), wherein the sterilization system (190) consists of a third control switch (222) disposed on the booth (110), wherein the third control switch (222) is operatively connected to the microprocessor (162), wherein the third control switch (222) is configured to activate and deactivate the sterilization system (190);
- (g) a seat (114) disposed on the booth base panel (112);
- (h) a steam condensation collection system (200) disposed on the base panel (112) beneath the raised grating (142), wherein the steam condensation collection system (200) consists of a collection tray (202), a condenser system (204) disposed in the collection tray (202), an air mover (206), and a drain port (208), wherein the condenser system (204) is operatively connected to the microprocessor (162) and the power supply (168), wherein the air mover (206) is operatively connected to the microprocessor (162) and the power supply (168), wherein the microprocessor (162) is configured to operate the condenser system (204) and the air mover (206), wherein the vaporous mixture of steam and the medicinal composition is drawn to the condenser system (204) via the air mover (206), wherein the vaporous mixture of steam and the medicinal composition is condensed and collected via the collection tray (202), wherein the vaporous mixture of steam and the medicinal composition is drained via the drain port (208);
- (i) an isolation collar (210) having a planar surface, wherein an isolation collar edge (214) is sealably disposed on a proximal side panel (130) via a seal, wherein the isolation collar (210) is slidably disposed on the proximal side panel (130), wherein the isolation collar (210) consists of a neck aperture (216) centrally disposed therein, wherein the neck aperture (216) is configured to sealably interface with a neck of the user, wherein the isolation collar (210) is designed to isolate the booth (110) into an upper zone (104) for treating a user with the vaporous mixture of steam and the medicinal composition via inhalation and a lower zone (106) for keeping the user dry from the neck downward and unexposed to the vaporous mixture of steam and the medicinal composition, wherein the isolation collar (210) lies on a plane (212) perpendicular to the side panel (130) at the panel midpoint (136), wherein the isolation collar (210) is disposed on a spring-biased retraction system (230) for holding an elevation based on a height of the user, wherein a retractor first end (232) is disposed on the isolation collar (210), wherein a retractor second end (234) is disposed at the roof panel (140), wherein the retraction system (230) is spring-biased to apply a force to draw the isolation collar (210) toward the roof panel (140), wherein the user can pull down on the isolation collar (210) to a desired height and apply a retractor brake (236) to hold the isolation collar (210) temporarily in position for use, wherein upon release, the isolation collar (210) is controllably drawn toward the roof panel (140);
- (j) a curtain rod (240) having a curtain (242) slidably disposed thereon is disposed on the booth side panel (130) of a booth exterior proximal to the roof panel (140);
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- (k) a fourth control switch (223) is disposed in a lower zone (106), wherein the fourth control switch (223) is operatively connected to the microprocessor (162), wherein the fourth control switch (223) is a shut-off switch for the steam generation system (170), the temperature regulation system (180), and the sterilization system (190) for the user;
- wherein for operation a user is disposed in the booth (110) with the door (150) in a closed position, wherein upon activation of the first control switch (220), the microprocessor (162) is configured to send a first signal to the heating element (174) to generate steam from water in the water tank (172) via the heating element (174), wherein a medicinal composition is introduced to and vaporized by the steam traversing the steam piping (179) via a metering device disposed on the medicine tank (176), wherein a vaporous mixture of steam and the medicinal composition exits the steam distribution nozzle (178) positioned proximal to a face of the user for inhalation, wherein upon deactivation of the first control switch (220), the steam generation system (170) is deactivated;
- wherein upon activation of the second control switch (221), the microprocessor (162) is configured to send a second signal to energize the infrared light (182) to heat the booth (110) via the infrared light (182), wherein for control, the microprocessor (162) is configured to compare an internal temperature with an external temperature, wherein the external temperature sensor (166) sends a fourth signal to the microprocessor (162) and the internal temperature sensor (164) sends a fifth signal to the microprocessor (162), wherein the microprocessor (162) is configured to control the internal temperature via heat from the infrared light (182) and releasing heat from the automated vent valve (186) through the vent (184), wherein if the internal temperature sensor (164) detects a temperature exceeding a temperature limit, the automated vent valve (186) is activated for releasing the vaporous mixture of steam and the medicinal composition outside the booth (110) via the vent (184) to an ambient temperature air environment while simultaneously allowing replacement ambient temperature air inside;
- wherein upon deactivation of the second control switch (221), the microprocessor (162) is configured to send a third signal to the automated vent valve (186) to release the vaporous mixture of steam and the medicinal composition from the booth (110) via the vent (184) until the internal temperature as measured by the internal temperature sensor (164) reaches the external temperature as measured by the external temperature sensor (166), wherein when the internal temperature equals the external temperature, an indicator alerts the user;
- wherein for sterilization, the microprocessor (162) sends a sixth signal to the ultraviolet light (192) for sterilization via exposing the booth (110) to the ultraviolet light (192);
- wherein the steam generation system (170), the temperature regulation system (180), and the sterilization system (190) are controlled by a timed cycle, wherein the microprocessor (162) is configured to control the steam generation system (170), the temperature regulation system (180), and the sterilization system (190).