Dual-chambered, hybrid vaporizer system for cannabis and flavored products

Abstract

A dual-chambered, hybrid vaporizer device and method of use thereof configured to facilitate the atomization of cannabinoid concentrates and flavoring such as terpenes suspended in a liquid solution. A first chamber, equipped with a ceramic coil, is configured to melt solid or semi-solid THC in the form of crystals, concentrates, or extracts, which is then vaporized for inhalation by a user in a separate chamber below the ceramic. A second chamber equipped with a vertical metallic coil then vaporizes flavorings such as terpenes which are suspended in the liquid solution. A single air passageway is employed to direct air through both chambers in a serial fashion before exiting the device through a mouthpiece. The device facilitates measured dosages of THC for inhalation by the user.

We claim: 
     
         1 . A vaporizer apparatus, comprising:
 a first atomizer disposed in communication with a power source;   a first chamber, said first chamber containing said first atomizer;   an air vent, said air vent in communication with said first chamber;   a second chamber, said second chamber containing a second atomizer disposed in communication with said power source;   a conduit extending between said first chamber and said second chamber, connecting said first chamber to said second chamber;   wherein said conduit begins at an air intake, said air intake disposed in communication with said first chamber;   wherein said conduit is disposed between said air intake and an exit point, said exit point in communication with said second chamber; and   wherein said first chamber is configured to heat to a first temperature via said first atomizer.   
     
     
         2 . A vaporizer apparatus comprising:
 a first chamber;   an air vent, said air vent in communication with said first chamber;   a second chamber;   a conduit extending between said first chamber and said second chamber, connecting said first chamber to said second chamber;   wherein said conduit has an air intake, said air intake disposed in communication with said first chamber via said conduit;   wherein said conduit continues extending between said second chamber and an exit point;   wherein said exit point is disposed on at least one of the following: said first chamber, said second chamber;   wherein said conduit passes vertically through a center of said second chamber before reaching said exit point;   wherein said first chamber is configured to heat to a first temperature; and   wherein said second chamber is configured to heat to a second temperature.   
     
     
         3 . A vaporizer apparatus, comprising:
 a first atomizer disposed in electrical communication with a power source;   a first chamber, said first chamber containing said first atomizer;   an air vent, said air vent in communication with said first chamber;   a second chamber, said second chamber containing a second atomizer disposed in communication with said power source;   a conduit extending between said first chamber and said second chamber, connecting said first chamber to said second chamber;
 wherein said conduit begins at an air intake, the air intake being disposed in communication with said first chamber; 
 wherein said conduit is disposed between said air intake and an exit point, said exit point disposed on said second chamber, in communication with said conduit. 
   
     
     
         4 . The vaporizer apparatus of  claim 3 , wherein air travels through said conduit as follows: first. air enters the air intake;
 second, the air passes through and cycles within at least one of the following: said first chamber, or said second chamber; and   third, the air passes to at least one of the following: said first chamber, or said second chamber; and   fourth, the air exits via the exit point.