초록 ▼

A bottle cap 1 for closing the top of a bottle and providing either a stream of fluid through the bottle cap 1 or a spray mist, the bottle cap 1 having a cap body 2 that forms a fluid flow passage between a bottle end 3 that mates with a bottle and a dispensing end 4 through which a fluid stream can

A bottle cap 1 for closing the top of a bottle and providing either a stream of fluid through the bottle cap 1 or a spray mist, the bottle cap 1 having a cap body 2 that forms a fluid flow passage between a bottle end 3 that mates with a bottle and a dispensing end 4 through which a fluid stream can exit; an atomizer 5 mounted in the cap body 2, the atomizer 5 having an inlet passage 6 that extends towards the bottle end 3 and an outlet nozzle 7 that extends through the bottle cap 1; the cap body 2 and atomizer 5 sized and arranged so that fluid can flow from the bottle end 3 to the dispensing end 4 around the atomizer.

대표청구항 ▼

1. A bottle cap, comprising: a cap body having a bottle end adapted to mate with a bottle and a dispensing end, the cap body defining a single fluid flow passage between the bottle end and the dispensing end thereof; andan atomiser mounted in the cap body, the atomizer having an atomizer inlet fluid

1. A bottle cap, comprising: a cap body having a bottle end adapted to mate with a bottle and a dispensing end, the cap body defining a single fluid flow passage between the bottle end and the dispensing end thereof; andan atomiser mounted in the cap body, the atomizer having an atomizer inlet fluidly connected to the single fluid flow passage;wherein the cap body comprises a first fluid outlet defined by the dispensing end thereof and a second fluid outlet, wherein the cap body is movable between a first configuration, in which liquid can flow from the bottle end of the cap body through the single fluid flow passage around the atomizer to the first fluid outlet, and a second configuration, in which liquid can flow through the single fluid flow passage from the bottle end of the cap body through the atomizer inlet at atomizer outlet to the second fluid outlet. 2. A bottle cap as claimed in claim 1 wherein the second outlet from the cap body is remote from the dispensing end thereof. 3. A bottle cap as claimed in claim 1 wherein the cap body comprises first and second relatively moveable mated sections, movement of the first section axially relative to the second section moves the cap body between the first configuration and the second configuration. 4. A bottle cap as claimed in claim 3 wherein the first section is coaxial with and at least partly nested within the second section. 5. A bottle cap as claimed in claim 3 further comprising an atomiser feed straw fluidically connected to the atomizer inlet and arranged so that when the bottle cap is mated with a bottle, the atomiser feed straw will extend into the bottle. 6. A bottle cap as claimed in claim 3 wherein the first and second sections can be relatively rotated around the axis between an unlocked position where the first and second sections are relatively axially moveable, and a locked position where the first and second sections cannot be relatively axially moved. 7. A bottle cap as claimed in claim 1 wherein the bottle end is internally threaded to mate with a bottle. 8. A bottle cap as claimed in claim 1 wherein the bottle cap further comprises a non-return valve co-located with the dispensing end of the bottle cap. 9. A bottle cap as claimed in claim 1 wherein the bottle cap further comprises a lid hingedly connected to the cap body that can be pivoted around the hinge connection to engage with the cap body to close the dispensing end. 10. A bottle for containing a volume of fluid, having a bottle cap for closing the bottle as claimed in claim 1. 11. A bottle cap according to claim 1, wherein the cap body is biased in the first configuration by a resilient member.