Vaporizer with electronically heated nail
A vaporizer comprising a mouthpiece and battery. The mouthpiece preferably includes an upper chamber and a lower chamber separated by a small distance and providing an air pathway through the length of the mouthpiece, and a cooling liquid surrounding a portion of the lower chamber. Electrically connected to the battery is a pan that includes a heating element that heats the top surface of the pan to a desired temperature for vaporizing, but not combusting, a substance desired to be inhaled. A pan protector, made of an insulating material, surrounds the sides of the pan to prevent injury to a user. The vaporizer further includes a controller for ensuring that the pan is heated only to a pre-selected temperature sufficient to vaporize, but not combust, the chosen substance.
1. A vaporizer comprising:
an electrical source;
a mouthpiece, wherein said mouthpiece comprises a first chamber and a second chamber, and wherein the second chamber is filled with a cooling liquid, and a portion of said first chamber is surrounded by said cooling liquid;
a pan comprising a heating element, fully enclosed within said pan, in electrical communication with said electrical source, wherein
said pan has no holes or passages that would allow a heated liquid or suspension material to accumulate therein, and
said pan is configured relative to said mouthpiece such that an air pathway exists between said pan and said mouthpiece for a user to inhale a substance vaporized by said pan.
2. The vaporizer of claim 1 wherein said mouthpiece further comprises a third chamber separated from said first chamber and disposed above said first chamber on the same longitudinal axis as said first chamber.
3. The vaporizer of claim 2 wherein said first chamber and said third chamber are separated by at least 1 millimeter and no more than 9 millimeters.
4. A method for inhaling a vapor comprising the steps of:
placing a liquid or suspension material on the top surface of a pan;
heating the top surface of said pan by providing electrical power from an electrical source to a heating element housed within said pan;
providing negative pressure at an inhalation opening of a mouthpiece in airway communication with said top surface of said pan; and
cooling said material with a cooling liquid as it travels through said mouthpiece.
5. The method for inhaling a vapor of claim 4 , wherein the top surface of said pan is heated to a pre-selected temperature.