Method, composition and apparatus for functionalization of aerosols from non combustible smoking articles

1. An apparatus for generating a functionalized aerosol, the apparatus comprising:

a battery section comprising a first housing, a battery disposed within the first housing, and a first connector coupled to the first housing;

an aerosol section comprising a second housing, an aerosol forming chamber disposed within the second housing, a liquid container fluidly coupled to the aerosol forming chamber, and a pod bay; and

an insert section comprising a third housing, an insert connector, an annular separator, a flavor reservoir, a heating element, and a mouth end, wherein the flavor reservoir comprises a nicotine substance, wherein the heating element comprises an electric nebulization and is configured to control a temperature of the flavor reservoir, and wherein the annular separator is configured to control a release of nicotine from the nicotine substance to an aerosol passing through the insert section,

wherein the battery section is configured to couple to the aerosol section, wherein the aerosol section is configured to couple to the insert section, wherein the insert section is configured to be removably inserted into the aerosol section, and wherein the insert connector is configured to fit within the pod bay.

2. The apparatus for generating a functionalized aerosol according to claim 1 , wherein the insert section further comprises a chamber configured to contain a flavoring.

3. The apparatus for generating a functionalized aerosol according to claim 2 , wherein the chamber further comprises a coaxial design comprising a core portion and a shell portion.

4. The apparatus for generating a functionalized aerosol according to claim 3 , wherein the shell portion surrounds an exterior portion of the core portion.

5. The apparatus for generating a functionalized aerosol according to claim 1 , wherein the annular separator comprises at least one slatted portion.

6. The apparatus for generating a functionalized aerosol according to claim 5 , wherein the annular separator further comprises at least one through-hole.

7. The apparatus for generating a functionalized aerosol according to claim 1 , wherein the insert section further comprises a foam insert.

8. The apparatus for generating a functionalized aerosol according to claim 7 , wherein the foam insert comprises a material with a high pore density.

9. The apparatus for generating a functionalized aerosol according to claim 8 , wherein the high pore density comprises a pore density of between 50 and 100 pores per inch.

10. The apparatus for generating a functionalized aerosol according to claim 1 , wherein the mouth end further comprises a through-hole.

11. The apparatus for generating a functionalized aerosol according to claim 1 , wherein the mouth end further comprises a plurality of through-holes equally spaced around a perimeter of the mouth end.

12. An apparatus for generating a functionalized aerosol, the apparatus comprising:

a battery section comprising a first housing, a battery disposed within the first housing, and a first connector coupled to the first housing;

an aerosol section comprising a second housing, an aerosol forming chamber disposed within the second housing, a fluid container fluidly coupled to the aerosol forming chamber, and a pod bay; and

an insert section comprising a third housing, an insert connector, a chamber, an annular separator, a flavor reservoir, a heating element, and a coaxial mouth end, wherein the flavor reservoir comprises a nicotine substance, wherein the heating element comprises an electric nebulization and is configured to control a temperature of the flavor reservoir, and wherein the annular separator is configured to control a release of nicotine from the nicotine substance to an aerosol passing through the insert section,

wherein the battery section is configured to couple to the aerosol section, wherein the aerosol section is configured to couple to the insert section, wherein the insert section is configured to be removably inserted into the aerosol section, and wherein the insert connector is configured to fit within the pod bay.

13. The apparatus for generating a functionalized aerosol according to claim 12 , wherein the chamber comprises a coaxial design comprising a core portion and a shell portion configured to receive an aerosol stream from the aerosol section and wherein the chamber is configured to separate the aerosol stream into a first aerosol stream and a second aerosol stream within the insert section.

14. The apparatus for generating a functionalized aerosol according to claim 13 , wherein the coaxial mouth end comprises a first aerosol outlet configured pass the first aerosol stream to an exterior portion of the insert section.

15. The apparatus for generating a functionalized aerosol according to claim 14 , wherein the coaxial mouth end comprises a second aerosol outlet configured pass the second aerosol stream to the exterior portion of the insert section.

16. The apparatus for generating a functionalized aerosol according to claim 15 , wherein the second aerosol outlet comprises at least one slatted portion.

17. The apparatus for generating a functionalized aerosol according to claim 12 , wherein the chamber comprises a coaxial design comprising a foam insert configured to receive an aerosol stream from the aerosol section.

18. The apparatus for generating a functionalized aerosol according to claim 17 , wherein the coaxial mouth end comprises an aerosol outlet configured pass the aerosol stream to an exterior portion of the insert section.

19. The apparatus for generating a functionalized aerosol according to claim 18 , wherein the aerosol outlet comprises an annular ring.

20. The apparatus for generating a functionalized aerosol according to claim 18 , wherein the aerosol outlet comprises at least one slatted portion.