Heating assemblies for e-cigarette vaporizers

A second vaporizer heating assembly for electronic cigarettes, comprising:

• a first “U” shaped vaporizer shield on a first side, and a second “U” shaped vaporizer shield on an opposite, second side, of a circular heating element base and form a substantially square vaporizing chamber having an open upper end, and an open lower end, and defining two gaps, one on each side, between the first and the second vaporizer shields, and each of the first and the second vaporizer shields defines an e-liquid conduit opening;
• a plurality of e-liquid media, wherein each of the plurality of e-liquid media is detachably positioned inside of the first and the second vaporizer shields and is in communication with e-liquid through the e-liquid conduit opening, respectively;
• a plurality of heating elements, wherein each of the plurality of heating elements is detachably positioned inside of the plurality of e-liquid media, respectively, and each of the plurality of heating elements comprises a first terminal, and a second terminal;
• and
• a plurality of sealing blocks, each of the plurality of sealing blocks is detachably positioned in each of the two gaps, respectively, to form the vaporizing chamber between the plurality of heating elements.

A third vaporizer heating assembly for electronic cigarettes, comprising:

• a first vaporizer shield on a first side, and a second vaporizer shield on an opposite, second side, of a circular heating element base, and each of the first and the second vaporizer shields defines an e-liquid opening;
• a first heating element, and a second heating element, wherein each of the first and second heating elements has a first terminal and a second terminal;
• a first e-liquid medium vertically positioned inside of the first vaporizer shield, and a second e-liquid medium vertically positioned inside of the second vaporizer shield, wherein each of the first and the second e-liquid media has an exterior portion, an interior portion, and a medium layer, the first heating element is positioned inside of the medium layer between the exterior portion and the interior portion of the first e-liquid medium, the second heating element is positioned inside of the medium layer between the exterior portion and the interior portion of the second e-liquid medium, and each of the first and the second e-liquid media defines an air vent on the interior portion to provide vaporized e-liquid to a user;
• a first positioning block, and a second positioning block vertically positioned between the first and the second e-liquid media to form a vaporizing chamber having an open upper end, and an open lower end;
• and
• a vaporizing chamber side cover configured to surround the vaporizer shields, the e-liquid media, and the positioning blocks, wherein the vaporizing chamber side cover defines a first e-liquid conduit opening on a first side, adjacent to and in communication with the first e-liquid opening of the first vaporizer shield, a second e-liquid conduit opening on an opposite, second side, adjacent to and in communication with the second e-liquid opening of the second vaporizer shield, and a plurality of e-liquid medium side openings on the adjacent sides of the vaporizing chamber side cover to expose e-liquid to the side of the first and the second e-liquid media.

A fourth vaporizer heating assembly for electronic cigarettes, comprising:

• a first vaporizer shield on a first side, and a second vaporizer shield on an opposite, second side, of a circular heating element base, and each of the first and the second vaporizer shields comprises a straight interior surface, and an arc exterior surface, and defines an e-liquid opening between the straight interior surface and the arc exterior surface;
• a first heating element, and a second heating element, wherein each of the first and second heating elements has a first terminal and a second terminal;
• a first e-liquid medium vertically positioned inside of the first vaporizer shield, and a second e-liquid medium vertically positioned inside of the second vaporizer shield, wherein each of the first and the second e-liquid media has an exterior portion, an interior portion, and a medium layer, the first heating element is positioned inside of the medium layer between the exterior portion and the interior portion of the first e-liquid medium, the second heating element is positioned inside of the medium layer between the exterior portion and the interior portion of the second e-liquid medium, and each of the first and the second e-liquid media defines an air vent on the interior portion to provide vaporized e-liquid to a user;
• a first positioning block, and a second positioning block vertically positioned between the first and the second e-liquid media to form a vaporizing chamber having an open upper end, and an open lower end;
• and
• a cylindrical vaporizing chamber side cover configured to surround the vaporizer shields, the e-liquid media, and the positioning blocks, wherein the cylindrical vaporizing chamber side cover defines a first e-liquid conduit opening adjacent to and in communication with a first e-liquid opening of the first vaporizer shield, a second e-liquid conduit opening adjacent to and in communication with a second e-liquid opening of the second vaporizer shield, and a plurality of e-liquid medium side openings to expose e-liquid to the side of the first and the second e-liquid media.