Aromatherapy Vaporization Device

A phyto material vaporization device for being powered by an atomizer power supply having a central axis and a control button for being attached to an aromatherapy water pipe having an input port in fluid communication with an inhalation aperture comprising:

• a water pipe engagement member for being releasably coupled with the aromatherapy water pipe;
• a fastening mechanism for releasably fastening the water pipe engagement member to the aromatherapy water pipe;
• an atomizer power supply receptacle for releasably coupling with the atomizer power supply for receiving of electrical energy therefrom, the atomizer power supply receptacle for being frictionally engaged within the water pipe engagement member for allowing of rotation of the atomizer power supply receptacle within the water pipe engagement member about a central axis of the atomizer power supply;
• a conduction heating element for receiving of the phyto material and for being disposed proximate the aromatherapy water pipe input port having an electrical connection for electrically coupling with the atomizer power supply receptacle, wherein, upon coupling of the atomizer power supply with the atomizer power supply receptacle and by pushing of the control button, electrical energy from the atomizer power supply flows to the conduction heating element for heating of the phyto material for forming phyto material vapor and for the formed phyto material vapor and ambient air to flow into the input port and past the conduction heating element upon inhalation from the inhalation aperture by the user.

A phyto material vaporization device for being powered by an atomizer power supply having a central axis and a control button for being attached to an aromatherapy water pipe having an input port in fluid communication with an inhalation aperture comprising:

• a water pipe engagement member for being releasably coupled with the aromatherapy water pipe;
• a fastening mechanism for releasably fastening the water pipe engagement member to the aromatherapy water pipe;
• an atomizer power supply receptacle for releasably coupling with the atomizer power supply for receiving of electrical energy therefrom;
• a conduction heating element comprising first and second electrical contacts and, conduction heating element for receiving of the phyto material and for being disposed proximate the aromatherapy water pipe input port for restricting of ambient air flowing into the input port and having an electrical connection for electrically coupling with the atomizer power supply receptacle, wherein, upon coupling of the atomizer power supply with the atomizer power supply receptacle and by actuating of the control button, electrical energy from the atomizer power supply flows to the conduction heating element for heating of the phyto material for forming phyto material vapor and for the formed phyto material vapor and ambient air to flow into the input port and past the conduction heating element and parallel to the first and second electrical contacts and for subsequent inhalation from the inhalation aperture by the user.