Pour spout with drip supressing feature
A one piece elastomeric pour spout is adapted to couple within the neck of a bottle, and has a substantially flat pouring end, whereby when the pour spout is coupled within the neck of a bottle, the pouring end is substantially flush with an annular lip of the neck of the bottle. The bottle may be recapped with original cap without removing the pour spout. The pour spout is further provided with a feature that suppresses dripping from the pour spout at the end of a pour.
1. A pour spout comprising:
a disc portion having a top surface and a bottom surface, the bottom surface of the disc portion being joined to a coaxial hollow cylindrical portion;
the disc portion having first and second circular apertures therethrough;
the first circular aperture being aligned with a bore of a vent tube; and
the top surface of the disc portion having an arcuate depression therein that extends only partially around and is concentric with the second circular aperture in the disc portion, the second circular aperture being an opening that allows the passage of liquids therethrough directly from an interior of the hollow cylindrical portion, the arcuate depression having a side wall that provides a portion of a rim of the second circular aperture, the side wall of the arcuate depression having a notch therein that is located adjacent the second circular aperture.
2. The pour spout of claim 1 wherein the notch is aligned with a center of the first aperture and with a center of the disc portion.
3. The pour spout of claim 1 wherein the notch extends from a top edge of the sidewall to a bottom end of the sidewall.
4. The pour spout of claim 2 wherein the notch extends from a top edge of the sidewall to a bottom end of the sidewall.
5. A pour spout comprising:
a one piece elastomeric member having a disc portion, the disc portion having a top surface and a bottom surface, the bottom surface of the disc portion being joined to a coaxial hollow cylindrical portion by a coaxial hollow intermediary portion, the hollow intermediary portion having an outside diameter that is smaller than an outside diameter of the disc portion and larger than an outside diameter of the hollow cylindrical portion, wherein no portion of the one piece elastomeric member extends beyond an exterior flat surface of the disc portion;
the hollow cylindrical portion having longitudinally spaced radially outward projecting circular sealing fins extending from an exterior surface of the hollow cylindrical portion for engaging an inner surface of a neck of a bottle;
the disc portion having first and second circular apertures therethrough, each of the circular apertures having a center that is collinear with the center of the other aperture and with a center of the disc portion, the centers of the two circular apertures being spaced apart from the center of the disc portion;
the first circular aperture being aligned with a bore of a vent tube that has a first end adjacent an interior surface of the disc portion and extends through the interiors of the hollow cylindrical portion and the hollow intermediary portion to a second end; and
the top surface of the disc portion having an arcuate depression therein that extends only partially around and is concentric with the second circular aperture in the disc portion, the second circular aperture being an opening that allows the passage of liquids therethrough directly from the interiors of the hollow cylindrical portion and hollow intermediary portion to the environment.
6. The pour spout of claim 5 wherein the arcuate depression having a side wall that provides a portion of a rim of the second circular aperture, the side wall of the arcuate depression having a notch therein that is located adjacent the second circular aperture.
7. The pour spout of claim 5 wherein an outer circumferential surface of the intermediary portion is sized to engage the interior surface of the neck of a bottle.
8. The pour spout of claim 7 wherein a flange surface of the disc portion adjacent the outer circumferential surface of the intermediary portion is a flange for engaging, but not extend radially beyond a rim at a mouth of a neck of a bottle.
9. The pour spout of claim 5 wherein an exterior surface of the vent tube is joined to an interior surface of the hollow cylindrical portion by a rib.
10. The pour spout of claim 5 wherein the arcuate depression is nearer the second circular aperture than the periphery of the flat disc portion.
11. The pour spout of claim 5 wherein the second end of the vent tube is located outside the hollow cylindrical portion.
12. The pour spout of claim 5 wherein the hollow cylindrical portion and hollow intermediary portion are coupled with the neck of a bottle with a flange surface of the disc portion adjacent the outer circumferential surface of the intermediary portion being a flange sized to engage, but not extend radially beyond a rim at a mouth of the neck of the bottle, the neck of the bottle being furnished with exterior threads for mating with a cap having interior threads and the cap being threaded onto the neck of the bottle to seal the bottle, an interior surface of the top of the cap being adjacent the exterior flat surface of the disc portion of the pour spout.
13. An aftermarket pour spout for coupling with the neck of a bottle having threads on an exterior surface of the neck and a cap provided with threads on an exterior surface thereof for engaging the threads on the neck of the bottle, the bottle containing a liquid and being sealed by the cap for distribution and sale, the pour spout being coupled with the neck of the bottle only after the cap has been removed from the bottle, the pour spout comprising:
a one piece elastomeric member having a disc portion, the disc portion having a top surface and a bottom surface, the bottom surface of the disc portion being joined to a coaxial hollow cylindrical portion by a coaxial hollow intermediary portion, the hollow intermediary portion having an outside diameter that is smaller than an outside diameter of the disc portion and larger than an outside diameter of the hollow cylindrical portion, wherein no portion of the one piece elastomeric member extends beyond an exterior flat surface of the disc portion;
the hollow cylindrical portion having longitudinally spaced radially outward projecting circular sealing fins extending from an exterior surface of the hollow cylindrical portion for engaging an inner surface of a neck of a bottle;
the disc portion having first and second circular apertures therethrough, each of the circular apertures having a center that is collinear with the center of the other aperture and with a center of the disc portion, the centers of the two circular apertures being spaced apart from the center of the disc portion;
the first circular apertures being aligned with a bore of a vent tube that has a first end adjacent an interior surface of the disc portion and extends through the interiors of the hollow cylindrical portion and the hollow intermediary portion to a second end located outside the hollow cylindrical portion;
the top surface of the disc portion having an arcuate depression therein that extends only partially around and concentric with the second circular aperture in the disc portion, the second circular aperture being an opening that allows the passage of liquids therethrough directly from the interiors of the hollow cylindrical portion and hollow intermediary portion to the environment; and
the cap being replaceable onto the neck of the bottle to seal the bottle with an interior surface of a top of the cap being adjacent the exterior flat surface of the disc portion of the pour spout.
14. The pour spout of claim 13 wherein the arcuate depression has a side wall that provides a portion of a rim of the second circular aperture, the side wall of the arcuate depression having a notch therein that is located adjacent the second circular aperture.