Electronically controlled scent producing element

1. An electronically controlled scent producing element comprising:

a plate exhibiting a plurality of perforations extending from a first face of said plate to a second face of said plate opposing said first face;

a volatile scent liquid in physical contact with said first face of said plate;

a plurality of micro-plugs juxtaposed with said plate, each of said plurality of micro-plugs extending longitudinally from a base end to a tip end, and arranged to mate with one of said plurality of perforations;

a translation mechanism in communication with one of said plate and said plurality of micro-plugs, said translation mechanism arranged to translate said plurality of micro-plugs in relation to said plate from a first position wherein each of said plurality of micro-plugs is seated flush within a respective one of said plurality of said perforations to a second position wherein each of said plurality of micro-plugs is at least partially removed from a wall of said respective one of said plurality of perforations; and

a vibrator in communication with at least one of said plate and said plurality of micro-plugs.

2. An electronically controlled scent producing element according to claim 1 , wherein said plurality of micro-plugs seated in said first position prevents the flow of said volatile scent liquid from said first face of said plate to said second face of said plate.

3. An electronically controlled scent producing element according to claim 1 , wherein each of said plurality of micro-plugs exhibits a generally conically shaped taper towards said tip end.

4. An electronically controlled scent producing element according to claim 3 , wherein each of said plurality of perforations are generally conically shaped, the base of said generally conically shaped plurality of perforations facing the base end of said plurality of micro-plugs.

5. An electronically controlled scent producing element according to claim 3 , wherein said each of said plurality of perforations exhibits a diameter of about 30 microns at said second face.

6. An electronically controlled scent producing element according to claim 1 , wherein said plurality of micro-plugs exhibits a shape arranged to form a ring shaped droplet towards said tip ends when said plurality of micro-plugs in relation to said plate is in said second position.

7. An electronically controlled scent producing element according to claim 1 , wherein said translation mechanism and said vibrator are constituted of a single piezoelectric element.

8. An electronically controlled scent producing element according to claim 1 , wherein said vibrator is only in communication with said plurality of micro-plugs.

9. An electronically controlled scent producing element according to claim 8 , further comprising a driver in communication with said translation mechanism and said vibrator, said driver arranged to translate, via said translation mechanism, said plurality of micro-plugs to said first position and vibrate said vibrator while said plurality of micro-plugs are in said first position, thereby ultrasonically cleaning said second face of said plate and said tip ends of said plurality of micro-plugs.

10. An electronically controlled scent producing element according to claim 1 , further comprising a driver in communication with said translation mechanism and said vibrator, said driver arranged to translate, via said translation mechanism, said plurality of micro-plugs to said second position and vibrate said vibrator while said plurality of micro-plugs are in said second position, thereby atomizing said volatile scent liquid.

11. An electronically controlled scent producing element according to claim 10 , wherein said driver is further arranged to detect an electrical characteristic of said vibrator, and in the event said electrical characteristic meets a predetermined value, output a signal indicative of the absence of said volatile scent liquid.

12. A method of electronically controlled scent production, the method comprising:

providing a plate exhibiting a plurality of perforations extending from a first face of said provided plate to a second face of said provided plate opposing said first face;

providing a volatile scent liquid in physical contact with said first face of said provided plate;

providing a plurality of micro-plugs juxtaposed with said provided plate, each of said provided plurality of micro-plugs extending longitudinally from a base end to a tip end, and arranged to mate with one of said plurality of perforations;

translating said provided plurality of micro-plugs in relation to said provided plate from a first position wherein each of said provided plurality of micro-plugs is seated flush within a respective one of said plurality of perforations to a second position wherein each of said provided plurality of micro-plugs is at least partially removed from a wall of said respective one of said plurality of perforations; and

vibrating at least one of said provided plate and said provided plurality of micro-plugs with ultrasonic energy to thereby produce a scent.

13. A method according to claim 12 , wherein said provided plurality of micro-plugs seated in said first position prevents the flow of said provided volatile scent liquid from said first face of said provided plate to said second face of said provided plate.

14. A method according to claim 12 , wherein each of said provided plurality of micro-plugs exhibits a generally conically shaped taper towards said tip end.

15. A method according to claim 14 , wherein each of said plurality of perforations are generally conically shaped, the base of said provided generally conically shaped plurality of perforations facing the base end of said provided plurality of micro-plugs.

16. A method according to claim 14 , wherein said each of said plurality of perforations exhibits a diameter of about 30 microns at said second face.

17. A method according to claim 12 , wherein said translating and said vibrating are performed by a single piezoelectric element.

18. A method according to claim 12 , wherein said vibrating is only of said provided plurality of micro-plugs.

19. A method according to claim 18 , further comprising:

ultrasonically cleaning said second face of said plate and said tip ends of said provided plurality of micro-plugs by translating said provided plurality of micro-plugs to said first position and vibrating said provided plurality of micro-plugs in said first position.

20. A method according to claim 12 , wherein said vibrating is accomplished by a vibrator, and further comprising:

automatically detecting an electrical characteristic of said vibrator; and

in the event said electrical characteristic meets a predetermined value, outputting a signal indicative of the absence of said provided volatile scent liquid.

21. A method according to claim 20 , wherein said vibrating is at a frequency associated with the natural resonant frequency of said vibrator and said vibrated at least one of said provided plate and said provided plurality of micro-plugs.

22. A method according to claim 12 , further comprising forming ring shaped droplets towards said tip ends when said provided plurality of micro-plugs in relation to said provided plate is translated to said second position.

23. An ultrasonic micro-plug based nebulizer comprising:

a plate exhibiting a plurality of perforations extending from a first face of said plate to a second face of said plate opposing said first face;

a plurality of micro-plugs juxtaposed with said plate, each of said plurality of micro-plugs extending longitudinally from a base end to a tip end, and arranged to mate with one of said plurality of perforations;

a translation mechanism in communication with one of said plate and said plurality of micro-plugs, said translation mechanism arranged to translate said plurality of micro-plugs in relation to said plate from a first position wherein each of said plurality of micro-plugs is seated flush within a respective one of said plurality of said perforations to a second position wherein each of said plurality of micro-plugs is at least partially removed from a wall of said respective one of said plurality of perforations; and

a vibrator in communication with at least one of said plate and said plurality of micro-plugs.