Aerosol sprayers and methods of using the same
An aerosol sprayer may be connected to an aerosol container to form an aerosol delivery system. The aerosol sprayer includes a base secured to the container, a cap secured to the base, a pivoting trigger and a nozzle which is slidably movable relative to the trigger between an extended operable position and a retracted, locked position. The nozzle and trigger have interfitting locking structures to prevent actuation of the trigger when the nozzle is in the retracted locked position.
1. An aerosol sprayer comprising:
a base configured to be received in assembled relation with an aerosol container;
a manifold configured to be received in assembled relation with a valve stem of said aerosol container;
a trigger pivotably attached to said base and operably engaged with said manifold;
a nozzle having an exit orifice at a distal end, an inlet at a proximal end and a discharge path extending therebetween;
a cap received on the base and having a guide channel therein, said cap further having a manifold port in a bottom wall of said guide channel receiving a terminal end of said manifold,
said nozzle being slidably received within said guide channel, said nozzle and said cap being configured and arranged for sliding movement of said nozzle between a retracted position wherein said inlet is not aligned with said manifold port and an extended position wherein said inlet is aligned with said manifold port; and
a trigger locking mechanism comprising a latch on said nozzle and a latch receiver on said trigger.
2. The aerosol sprayer of claim 1 wherein said latch comprises two spaced latches extending from said nozzle and two respective spaced latch receivers on said trigger.
3. The aerosol sprayer of claim 2 wherein each of said spaced latches comprises an L-shaped arm extending downwardly and rearwardly from a central portion of said nozzle and wherein each of said latch receivers comprises vertically spaced tabs on sidewalls of said trigger.
4. The aerosol sprayer of claim 1 wherein said manifold is integrally formed with said trigger.
5. The aerosol sprayer of claim 1 further comprises a manifold port gasket received within said manifold port.
6. The aerosol sprayer of claim 1 wherein said nozzle and said guide channel include interfitting guides for guiding sliding movement of said nozzle within said guide channel.
7. The aerosol sprayer of claim 1 wherein said latch comprises a latch bolt extending downwardly from said distal end of said nozzle and said latch receiver comprises a notch in a forward portion of said trigger.
8. The aerosol sprayer of claim 7 wherein said latch bolt is T-shaped and said notch has a corresponding T-shape.
9. The aerosol sprayer of claim 1 wherein said manifold is pivotably engaged with said trigger.
10. The aerosol sprayer of claim 7 wherein said manifold is pivotably engaged with said trigger.
11. The aerosol sprayer of claim 7 wherein said nozzle and said guide channel include interfitting guides for guiding sliding movement of said nozzle within said guide channel.
12. The aerosol sprayer of claim 8 wherein said nozzle and said guide channel include interfitting guides for guiding sliding movement of said nozzle within said guide channel.
13. The aerosol sprayer of claim 1 wherein said locking mechanism comprises a latch on said trigger and a latch receiver on said nozzle.
14. The aerosol sprayer of claim 1 wherein said manifold comprises a manifold body and a rigid manifold tube.
15. The aerosol sprayer of claim 4 wherein said manifold comprises a manifold body and a rigid manifold tube.
16. An aerosol sprayer comprising:
a base configured to be received in assembled relation with an aerosol container;
a manifold configured to be received in assembled relation with a valve stem of said aerosol container;
a trigger pivotably attached to said base and operably engaged with said manifold;
an elongated nozzle having an exit orifice at a distal end, an inlet at a proximal end and a discharge path extending therebetween;
a cap received on the base and having a guide channel therein, said cap further having a manifold opening in a bottom wall of said guide channel receiving a terminal end of said manifold,
said nozzle being slidably received within said guide channel, said nozzle and said cap being configured and arranged for sliding movement of said nozzle between a retracted position and an extended position; and
a trigger locking mechanism comprising a latch on said trigger and a latch receiver on said nozzle.
17. The aerosol sprayer of claim 16 wherein said latch comprises two symmetrically spaced latches extending upwardly from said trigger and said latch receiver comprises two respective symmetrically spaced latch receiver grooves extending longitudinally along said nozzle, said receiver grooves having downwardly opening release notches at rearward ends thereof.
18. The aerosol sprayer of claim 17 wherein each of said spaced latches comprises an L-shaped arm extending upwardly and inwardly from said trigger.
19. The aerosol sprayer of claim 16 wherein said manifold comprises a manifold body and a flexible manifold tube.