An atomiser system includes a fragrance cartridge and a docking housing in which the fragrance cartridge is installed. The fragrance cartridge includes a bottle for holding a liquid fragrance therein; a wick extending down into the bottle; a piezo disc for atomising the liquid fragrance received fro
An atomiser system includes a fragrance cartridge and a docking housing in which the fragrance cartridge is installed. The fragrance cartridge includes a bottle for holding a liquid fragrance therein; a wick extending down into the bottle; a piezo disc for atomising the liquid fragrance received from the wick; and an adjustable cap by which a user activates the cartridge, bringing the liquid fragrance into contact with a certain portion of the wick.
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1. An atomiser system comprising: a cartridge including: a container to contain a liquid;a wick to draw the liquid therealong;a piezo disc to atomize the liquid, the wick supplying the liquid to the piezo disc;an electrical contact to electrically connect the piezo disc to an electrical power source
1. An atomiser system comprising: a cartridge including: a container to contain a liquid;a wick to draw the liquid therealong;a piezo disc to atomize the liquid, the wick supplying the liquid to the piezo disc;an electrical contact to electrically connect the piezo disc to an electrical power source; anda wick holder extending into the container with a portion of the wick extending within the wick holder, the wick holder including an opening for the liquid to access a part of the wick, the cartridge being adjustable between a dry configuration in which access of the liquid to the wick through the opening is blocked, and a wet configuration in which the liquid has access to a part of the wick through the opening; anda dock for the cartridge, the dock including an electrical retainer, the electrical retainer to removably retain the cartridge in the dock and electrically connect the retained cartridge to the power source. 2. The atomiser system according to claim 1, wherein the cartridge includes a trough, the wick holder protruding into the trough when the cartridge is in the dry configuration, thereby blocking access of the liquid to the wick through the opening, the wick holder being moved out of the trough when the cartridge is in the wet configuration, thereby enabling the liquid to access the wick through the opening. 3. The atomiser system according to claim 2, wherein the cartridge includes an adjustable cap, wherein adjustment of the cap causes the wick holder to rise out of the trough, thereby bringing the cartridge into the wet configuration. 4. The atomiser system according to claim 3, wherein the piezo disc is to remain dry until the cartridge is activated by a user adjusting the cap. 5. The atomiser system according to claim 1, wherein when the wick is exposed to the liquid, a surface area of the wick in contact with the liquid remains the same due to access of the liquid to the wick being only through the opening. 6. The atomiser system according to claim 1, wherein the piezo disc is maintained at a substantially consistent wetness when the wick is exposed to the liquid due to access of the liquid to the wick being only through the opening. 7. The atomiser system according to claim 1, further including a spring biased to urge a part of the wick against the piezo disc. 8. The atomiser system according to claim 1, wherein the piezo disc contacts an end of the wick. 9. The atomiser system according to claim 8, wherein the piezo disc is angled between 1 and 10 degrees with respect to the end of the wick. 10. The atomiser system according to claim 8, wherein the piezo disc contacts the end of the wick off centre. 11. The atomiser system according to claim 1, wherein the dock includes a turbine to alter a flow path of atomised particles of the liquid as they are emitted from the cartridge or dock, the turbine to generate an external air flow adjacent the atomised particles as the particles are emitted, thereby drawing the emitted particles toward the external air flow. 12. An atomiser system comprising: a cartridge including: a container to contain a liquid;a wick to draw the liquid therealong;a piezo disc to atomize the liquid, the wick supplying the liquid to the piezo disc;an electrical contact to electrically connect the piezo disc to an electrical power source; anda wick holder extending into the container with a portion of the wick extending within the wick holder, the wick holder including an opening for the liquid to access a part of the wick, the cartridge being adjustable between a dry configuration in which access of the liquid to the wick through the opening is blocked, and a wet configuration in which the liquid has access to a part of the wick through the opening, wherein in the dry configuration the electrical contact is in a depressed position with external access closed off, and wherein adjusting a cap causes the electrical contact to rise up with respect to the container, thereby making the electrical contact accessible. 13. An atomiser system comprising: a cartridge including: a container to contain a liquid;a wick to draw the liquid therealong;a piezo disc to atomize the liquid, the wick supplying the liquid to the piezo disc;an electrical contact to electrically connect the piezo disc to an electrical power source; anda wick holder extending into the container with a portion of the wick extending within the wick holder, the wick holder including an opening for the liquid to access a part of the wick, the cartridge being adjustable between a dry configuration in which access of the liquid to the wick through the opening is blocked, and a wet configuration in which the liquid has access to a part of the wick through the opening, wherein the electrical power source is external to the cartridge, and the cartridge is adjustable between a first configuration in which the electrical contact is inhibited from electrically connecting the piezo disc to the electrical power source, and a second configuration in which the electrical contact is accessible for electrical connection to the electrical power source.
Toll��ns,Fernando Ray; Kopulos,Christopher Robert; Cetti,Jonathan Robert; Schroeck,Steven James; Diersing,Steven Louis, Delivery system for dispensing volatile materials using an electromechanical transducer in combination with an air disturbance generator.
Frederick H. Martin ; Thomas A. Helf ; David J. Schram ; Maryann Jashinske ; David A. Tomkins ; Edward J. Martens, III, Method and apparatus for maintaining control of liquid flow in a vibratory atomizing device.
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