Funnel for use with reusable plastic containers

• US 5,927,353 A
• Filed: 11/19/1997
• Issued: 07/27/1999
• Est. Priority Date: 11/19/1997
• Status: Expired due to Term

• Current Assignee: Daniel G. Weisenbach
• Original Assignee: Charles W. Gay, Jan A. Persson, Jens H. Persson
• Inventors: Persson, Jens H., Persson, Jan A., Gay, Charles W.
• Primary Examiner(s): Douglas, Steven O.
• Application Number:
  US08/974,181
• Time in Patent Office: 615 Days
• Field of Search: 141/331-345, 141/386, 141/383
• US Class Current: 141/340
• CPC Class Codes: B65B 39/00 Nozzles, funnels or guides for introducing articles or materials into containers or wrappers

Abstract

A funnel for use in connection with reusable plastic bottles or containers includes a body portion and a spout portion extending from the body portion to a lower open end. The spout portion is formed of downwardly extending inner and outer portions in spaced apart relation from one another to define a gap therebetween sized for receiving an upper portion of a fill spout of the plastic bottle. The outer portion has an interior surface facing the inner portion. A lower portion of the interior surface has an inwardly upwardly tapered portion adapted for receiving an outwardly extending portion of the fill spout in pressing engagement therewith to allow inward compression of the outwardly extending portion against the interior surface.

Claims

1. A funnel for use in connection with plastic bottles, comprising:

a body portion, a spout portion extending from the body portion to a lower open end, the spout portion being formed of downwardly extending inner and outer portions in spaced apart relation from one another to define a gap therebetween sized for receiving an upper portion of a fill spout of the plastic bottle therewithin, the outer portion being formed of a rigid material and having an interior surface facing the inner portion, a lower portion of the interior surface having an inwardly upwardly tapered portion adapted for receiving an outwardly extending portion of the fill spout in pressing engagement therewith to allow compression of the outwardly extending portion against the interior surface as the outwardly extending portion is caused to move upwardly against the inwardly upwardly tapered portion for connection with the plastic bottle with the inner portion sized and positioned remote from the outwardly extending portion of the fill spout to form a gap therebetween and the outer portion adapted for spaced apart positioning from a top lip of the fill spout.

2. The funnel of claim 1, wherein the spout portion is formed of a generally rigid material having a density greater than that of the plastic bottle.

3. The funnel of claim 2, wherein the funnel is formed of a molded high density polypropylene.

4. The funnel of claim 1, wherein the body portion is frusto-conically shaped and the spout portion is cylindrically shaped with the gap defined by the inner and outer portions being annular shaped.

5. The funnel of claim 4, wherein a diameter of a lower end of the inner portion is less than an interior diameter of the fill spout and a diameter of a lower end of the outer portion is greater than an exterior diameter of the fill spout.

6. The funnel of claim 1, wherein the outwardly extending portion of the fill spout comprises an annular collar extending substantially about the fill spout, the annular collar being compressible against the interior surface along a circumferential portion of the interior surface extending about a generally horizontal plane.

7. The funnel of claim 1, wherein the inwardly upwardly tapered portion extends inwardly upwardly at an angle approximately 5°

from a vertical plane.

8. A funnel for use in self-supported connection with plastic milk type bottles having a fill spout, comprising:

a frusto-conical body portion, a cylindrically shaped spout portion extending from the body portion to a lower open end, the spout portion being formed of annular shaped downwardly extending inner and outer portions in spaced apart relation from one another to define an open bottom annular gap therebetween sized for receiving an annular upper portion of the fill spout of the plastic bottle therewithin, the outer portion being formed of a rigid material and having an annular shaped interior surface facing the inner portion, a lower portion of the interior surface having a generally flat inwardly upwardly tapered portion extending circumferentially about the interior surface and adapted for receiving an outwardly extending portion of the fill spout in pressing engagement therewith to allow inward compression of the outwardly extending portion against the interior surface as the outwardly extending portion is caused to move upwardly against the inwardly upwardly tapered portion for removable engagement with the plastic bottle with the inner portion sized and positioned remote from the outwardly extending portion of the fill spout to form a gap therebetween and a top lip of the fill spout being spaced apart from the outer portion.

9. The funnel of claim 8, wherein the outwardly extending portion of the fill spout comprises an annular collar extending substantially about the fill spout, the annular collar being compressible against the interior surface along a circumferential portion of the interior surface extending about a generally horizontal plane.

10. The funnel of claim 9, wherein the inwardly upwardly tapered portion extends inwardly upwardly at an angle approximately 5°

from a vertical plane.

11. The funnel of claim 10, wherein the inwardly upwardly tapered portion extends upwardly at least 1/4 inch.

12. The funnel of claim 10, wherein a diameter of a lower end of the inner portion is less than an interior diameter of the fill spout and a diameter of a lower end of the outer portion is greater than an exterior diameter of the fill spout.

13. The funnel of claim 8, wherein the funnel is formed of a molded high density polypropylene.

14. A funnel for use in self-supported connection with recyclable plastic milk type containers having a vertically oriented fill spout, the funnel comprising:

a frusto-conical body portion, a cylindrically shaped spout portion extending from the body portion to a lower open end, the spout portion being formed of annular shaped downwardly extending inner and outer portions in spaced apart relation from one another to define an open bottom annular gap therebetween sized for receiving an annular upper portion of the fill spout of the plastic bottle therewithin, a diameter of a lower end of the inner portion being less than an interior diameter of the fill spout, a diameter of a lower end of the outer portion being greater than an exterior diameter of the fill spout, the outer portion being formed of a rigid material and having an annular shaped interior surface facing the inner portion, a lower portion of the interior surface having a generally flat inwardly upwardly tapered portion extending circumferentially about the interior surface and adapted for receiving a substantially annular shaped outwardly extending portion of the fill spout in pressing engagement therewith to allow inward compression of the outwardly extending portion against the interior surface as the outwardly extending portion is caused to move upwardly against the inwardly upwardly tapered portion for removable engagement with the plastic bottle with the inner portion sized and positioned remote from the outwardly extending portion of the fill spout to form a gap therebetween and a top lip of the fill spout being spaced apart from the outer portion, lower most edges of the lower portion being engageable in resting position against a top portion of the container extending about a perimeter of the fill spout when the spout portion is engaged with the fill spout.

15. The funnel of claim 14, wherein the outwardly extending portion of the fill spout comprises an annular collar extending substantially about the fill spout, the annular collar being compressible against the interior surface along a circumferential portion of the interior surface extending about a generally horizontal plane.

16. The funnel of claim 15, wherein the funnel is formed of a molded high density polypropylene.

17. The funnel of claim 14, wherein the inwardly upwardly tapered portion extends inwardly upwardly at an angle approximately 5°

from a vertical plane.

18. The funnel of claim 16, wherein the inwardly upwardly tapered portion extends upwardly at least 1/4 inch.

19. A funnel and plastic bottle combination, comprising:

a plastic bottle having a fill spout, the fill spout having a compressible annular shaped outwardly extending portion, and

a funnel structure having a body portion, a spout portion extending from the body portion to a lower open end, the spout portion being formed of downwardly extending inner and outer portions in spaced apart relation from one another to define a gap therebetween sized for receiving an upper portion of the fill spout of the plastic bottle therewithin, the outer portion being formed of a rigid material and having an interior surface facing the inner portion, a lower portion of the interior surface having an inwardly upwardly tapered portion adapted for receiving the outwardly extending portion of the fill spout in pressing engagement therewith causing compression of the outwardly extending portion against the interior surface with the inner portion sized and positioned remote from the outwardly extending portion of the fill spout to form a gap therebetween allowing an annular interior surface of the upper portion to remain spaced apart from the inner portion, a top lip of the fill spout being spaced apart from the outer portion, lower most edges of the lower portion engaging in resting position against a top portion of the plastic bottle extending about a perimeter of the fill spout.

20. The combination of claim 19, wherein the outer portion extends vertically from the lower most edges in resting position against the plastic bottle to the body portion at a spaced apart vertical distance from a top of the fill spout of the plastic bottle.

21. The combination of claim 20, wherein the inwardly upwardly tapered portion extends inwardly upwardly at an angle approximately 5°

, a vertical cross-section of an outer surface of the inwardly upwardly tapered portion being flat and having a length of at least 1/4 inch.