Bottle closure and method of using the same
View Patent ↗A bottle closure ( 100 ) for a bottle ( 200 ) comprises a first closure ( 500 ) securable over an opening of the bottle ( 200 ). The first closure ( 500 ) having a central generally circular projection ( 540 ), and a liquid flow aperture ( 512 ) located adjacent to the projection. A second closure ( 600 ) is located over the first closure ( 500 ), the second closure ( 600 ) having a generally circular aperture ( 632 ) adapted to receive the circular projection ( 540 ), the second closure ( 600 ) being movable between a first position and a second position. In the first position the circular projection ( 540 ) generally occludes flow through the circular aperture ( 632 ), and in the second position the circular projection ( 540 ) is adjacent to the circular aperture ( 632 ), providing a fluid flow path from the bottle, through the liquid flow aperture ( 512 ) and the circular aperture ( 632 ). The first closure ( 500 ) includes a first engagement formation ( 504 ) and the second closure ( 600 ) includes a corresponding second engagement formation ( 602 ). The first and second engagement formations ( 504, 602 ) being adapted to move the second closure ( 600 ) both longitudinally and pivotally about a longitudinal axis (XX) as the second closure ( 600 ) moves between the first position and the second position.
1. A bottle closure for a bottle, the bottle closure comprising:
a first closure securable over an opening of the bottle, the first closure having a central generally circular projection, and a liquid flow aperture located adjacent to the projection;
a second closure located over the first closure, the second closure having a generally circular aperture adapted to receive the circular projection, the second closure being movable between a first position and a second position; and
a flexible valve, the flexible valve being located adjacent to the circular aperture,
wherein in the first position the circular projection generally occludes flow through the circular aperture, and in the second position the circular projection is adjacent to the circular aperture, providing a fluid flow path from the bottle, through the liquid flow aperture and the circular aperture, and
further wherein the first closure includes a first engagement formation and the second closure includes a corresponding second engagement formation, the first and second engagement formations being adapted to move the second closure both longitudinally and pivotally about a longitudinal axis as the second closure moves between the first position and the second position, and wherein the first engagement formation includes at least one helical groove, and the second engagement formation includes a corresponding projection.
2. A bottle closure for a bottle, the bottle closure comprising:
a first closure securable over an opening of the bottle, the first closure having a central generally circular projection, and a liquid flow aperture located adjacent to the projection;
a second closure located over the first closure, the second closure having a generally circular aperture adapted to receive the circular projection, the second closure being movable between a first position and a second position;
a flexible valve, the flexible valve being located adjacent to the circular aperture,
wherein in the first position the circular projection generally occludes flow through the circular aperture, and in the second position the circular projection is adjacent to the circular aperture, providing a fluid flow path from the bottle, through the liquid flow aperture and the circular aperture,
further wherein the first closure includes a first engagement formation and the second closure includes a corresponding second engagement formation, the first and second engagement formations being adapted to move the second closure both longitudinally and pivotally about a longitudinal axis as the second closure moves between the first position and the second position and wherein the first engagement formation includes two diametrically opposing helical grooves.
3. The bottle closure of claim 2 , wherein the first closure includes an annular ring adapted to engage with a barb formed on the bottle to secure the first closure to the bottle.
4. A bottle closure for a bottle, the bottle closure comprising:
a first closure securable over an opening of the bottle, the first closure having a central generally circular projection, and a liquid flow aperture located adjacent to the projection;
a second closure located over the first closure, the second closure having a generally circular aperture adapted to receive the circular projection, the second closure being movable between a first position and a second position and wherein the second closure includes two diametrically opposing lugs;
a flexible valve manufactured from an elastically deformable polymer and the flexible valve being located adjacent to the circular aperture;
a base plate, the base plate being securable to the bottle by a rim of the first closure, the base plate having two channels adapted to receive the two diametrically opposing lugs, and wherein the base plate is pivotable about the longitudinal axis relative to the bottle, further wherein pivoting the base plate through about 180° results in the second closure moving between the first position and the second position; and
a sleeve located around the base plate, the sleeve having an external cross-section when viewed in a plane extending perpendicular to the longitudinal axis which generally corresponds with an external cross-section of the bottle, and
wherein in the first position the circular projection generally occludes flow through the circular aperture, and in the second position the circular projection is adjacent to the circular aperture, providing a fluid flow path from the bottle, through the liquid flow aperture and the circular aperture,
further wherein the first closure includes a first engagement formation and the second closure includes a corresponding second engagement formation, the first and second engagement formations being adapted to move the second closure both longitudinally and pivotally about a longitudinal axis as the second closure moves between the first position and the second position.
5. A bottle closure for a bottle, the bottle closure comprising:
a first closure securable over an opening of the bottle, the first closure having a central generally circular projection, and a liquid flow aperture located adjacent to the projection;
a second closure located over the first closure, the second closure having a generally circular aperture adapted to receive the circular projection, the second closure being movable between a first position and a second position and wherein the second closure includes two diametrically opposing lugs;
a flexible valve manufactured from an elastically deformable polymer and the flexible valve being located adjacent to the circular aperture; and
a base plate, the base plate being securable to the bottle by a rim of the first closure, the base plate having two channels adapted to receive the two diametrically opposing lugs, and wherein the flexible valve is secured to and adapted to rotate with the base plate,
further wherein in the first position the circular projection generally occludes flow through the circular aperture, and in the second position the circular projection is adjacent to the circular aperture, providing a fluid flow path from the bottle, through the liquid flow aperture and the circular aperture,
further wherein the first closure includes a first engagement formation and the second closure includes a corresponding second engagement formation, the first and second engagement formations being adapted to move the second closure both longitudinally and pivotally about a longitudinal axis as the second closure moves between the first position and the second position.
6. The bottle closure of claim 5 , wherein an annular shoulder of the flexible valve is clamped to a top plate with a retainer ring, the top plate being secured to the base plate.
7. The bottle closure of claim 6 , wherein the flexible valve and the second closure are rotationally coupled to pivot the same degree around the longitudinal axis between the first position and the second position.
8. A bottle closure for a bottle, the bottle closure comprising:
a first closure securable over an opening of the bottle, the first closure having a central generally circular projection, and a liquid flow aperture located adjacent to the projection;
a second closure located over the first closure, the second closure having a generally circular aperture adapted to receive the circular projection, the second closure being movable between first position and a second position;
a flexible valve manufactured from an elastically deformable polymer and the flexible valve being located adjacent to the circular aperture, and wherein the flexible valve has a generally cup-shaped body, and the perpendicular slits are located at a low point of the cup-shaped body and wherein the flexible valve include two generally perpendicular slits defining a cross shaped aperture,
wherein in the first position the circular projection generally occludes flow through the circular aperture, and in the second position the circular projection is adjacent to the circular aperture, providing a fluid flow path from the bottle, through the liquid flow aperture and the circular aperture,
further wherein the first closure includes a first engagement formation and the second closure includes a corresponding second engagement formation, the first and second engagement formations being adapted to move the second closure both longitudinally and pivotally about a longitudinal axis as the second closure moves between the first position and the second position.
9. A bottle closure for a bottle, the bottle closure comprising:
a first closure securable over an opening of the bottle, the first closure having a central generally circular projection, and a liquid flow aperture located adjacent to the projection;
a second closure located over the first closure, the second closure having generally circular aperture adapted to receive the circular projection, the second closure being movable between a first position and a seco position and wherein the second closure includes two diametrically opposing lugs;
a flexible valve manufactured from an elastically deformable polymer and the flexible valve being located adjacent to the circular aperture; and
a base plate, the base plate being securable to the bottle by a rim of the first closure, the base plate having two channels adapted to receive the two diametrically opposing lugs, and wherein the base plate is pivotable about the longitudinal axis relative to the bottle, further wherein pivoting the base plate through about 180° results in the second closure moving between the first position and the second position and wherein the flexible valve is secured to and adapted to rotate with the base plate, and
wherein in the first position the circular projection generally occludes flow through the circular aperture, and in the second position the circular projection is adjacent to the circular aperture, providing a fluid flow path from the bottle, through the liquid flow aperture and the circular aperture,
further wherein the first closure includes a first engagement formation and the second closure includes a corresponding second engagement formation, the first and second engagement formations being adapted to move the second closure both longitudinally and pivotally about a longitudinal axis as the second closure moves between the first position and the second position.
10. The bottle closure of claim 4 , wherein the flexible valve is secured to and adapted to rotate with the base plate.