초록 ▼

The subject invention relates to a power sprayer that offers flexibility of movement because it can be battery operated and is designed to eliminate the need for cleaning its spray nozzle after being used. Paint colors can be changed quickly by simply changing the media cartridges that are adapted f

The subject invention relates to a power sprayer that offers flexibility of movement because it can be battery operated and is designed to eliminate the need for cleaning its spray nozzle after being used. Paint colors can be changed quickly by simply changing the media cartridges that are adapted for simple attachment to the sprayer. These media cartridges also eliminate the inconvenience associated with refilling conventional power sprayers with a desired media. The present invention more specifically discloses a sprayer media cartridge system comprising: (a) a media container, (b) a self-cleaning nozzle, (c) a media shut-off means, (d) a primary media atomizing aperture in a configuration relative to the self-cleaning nozzle, (e) a movable media containment member within the media container, (f) a gas transfer interface, and (g) a power unit engagement means.

대표청구항 ▼

1. A sprayer which is comprised of a power unit and a media cartridge system, wherein the power unit is comprised of (1) an electrical power source, (2) an electric motor, (3) a pump which is driven by the motor, (4) an electrical control switch, (5) a media cartridge air transfer interface, (6) a m

1. A sprayer which is comprised of a power unit and a media cartridge system, wherein the power unit is comprised of (1) an electrical power source, (2) an electric motor, (3) a pump which is driven by the motor, (4) an electrical control switch, (5) a media cartridge air transfer interface, (6) a media cartridge engagement means, and wherein the media cartridge system is comprised of (a) a media container, (b) a self-cleaning nozzle, (c) a media shut-off means, (d) a primary media atomizing aperture in a configuration relative to the self-cleaning nozzle, (e) a movable media containment member within the media container, (4) a gas transfer interface, and (g) a power unit engagement means which is adapted to provide for temporary attachment to the media cartridge engagement means. 2. A sprayer as specified in claim 1 wherein the pump is a gas pump. 3. A sprayer as specified in claim 1 wherein the sprayer further comprises a constant output control wherein the constant output control provides the electric motor with electricity. 4. A sprayer as specified in claim 1 wherein the output control is an adjustable output control. 5. A sprayer as specified in claim 1 wherein the media cartridge system further comprises an external media supply container. 6. A sprayer as specified in claim 1 wherein the media shut-off means includes a mechanical interference comprising a self cleaning nozzle. 7. A sprayer as specified in claim 1 wherein the movable media containment member is a piston. 8. A sprayer as specified in claim 1 wherein the movable media containment member is a flexible bladder. 9. A sprayer as specified in claim 1 wherein the movable media containment member is a bellows. 10. A sprayer as specified in claim 1 wherein the primary atomization aperture is configured to cause the flow of a primary atomization gas to converge to provide an area of very high turbulence in the media flow path. 11. A sprayer as specified in claim 1 wherein the movable containment member is adapted to provide media flow in response to a force differential provided by gas pressure. 12. A sprayer as specified in claim 11 wherein the force differential is applied directly to the movable media containment member. 13. A sprayer as specified in claim 11 wherein the force differential is applied indirectly through an additional movable fluid containment member. 14. A sprayer as specified in claim 1 wherein at least two movable media containment members are present in the media container. 15. A sprayer as specified in claim 1 wherein the gas transfer interface supplies the primary atomization aperture. 16. A sprayer as specified in claim 15 wherein gas transfer interface additionally supplies enhanced secondary gas. 17. A sprayer as specified in claim 1 which is further comprised of a media preparation device for mixing the media. 18. A sprayer as specified in claim 1 which is further comprised of a power unit electronic interface for cartridge identification and parameter adjustment. 19. A sprayer as specified in claim 1 wherein the primary atomization aperture is configured in a convex shape relative to the media aperture to provide enhanced self-cleaning as well as increased gas flow by entrainment of ambient gases through a coanda effect.