Electronic evaporable substance delivery device and method

An electronic nicotine delivery device comprising, in combination:

• a case;
• a power source located in an interior of said case;
• a printed circuit board located in said interior of said case;
• a microprocessor located on said printed circuit board and in communication with said power source;
• a heating element in communication with said microprocessor;
• a nicotine-containing cartridge proximate said heating element;
• an air path opening located in said case;
• a mouthpiece located at a first end of said case wherein said mouthpiece has a channel therein and is in communication with said air path opening so that air entering said case through said air path opening may be sucked though said mouthpiece;
• a display device in communication with said microprocessor, said display device configured to display data of at least one of a substance intake and battery power levels;
• a switch configured to activate said microprocessor upon a sucking of air through said interior of said case by a user;
• and
• a light located at a second end of said case, said light configured to indicate at least one of a nicotine intake level and battery power levels.

A method for delivering an evaporable substance comprising:

• providing an electronic evaporable substance delivery device comprising, in combination:
• a case;
• a power source located in an interior of said case;
• a printed circuit board located in said interior of said case;
• a microprocessor located on said printed circuit board and in communication with said power source;
• a heating element in communication with said microprocessor;
• a cartridge containing an evaporable substance proximate said heating element;
• an air path opening located in said case;
• a mouthpiece located at a first end of said case wherein said mouthpiece has a channel therein and is in communication with said air path opening so that air entering said case through said air path opening may be sucked though said mouthpiece;
• and
• a switch configured to activate said microprocessor upon a sucking of air through said interior of said case by a user;
• providing power from said power source to said microprocessor;
• said microprocessor causing said heating element to heat;
• air entering said case being heated by said heating element;
• said heated air coming into proximity with said evaporable substance in said cartridge;
• at least a portion of said evaporable substance boiling and producing a vapor;
• and
• said vapor exiting said case via said mouthpiece.