Fitment for dispensing fluids from a flexible container

1. A fitment assembly comprising:

(A) a fitment for attachment to a container for holding and dispensing a fluid, and

(B) a generally cylindrical spout attached to said fitment;

the fitment comprising:

(I) a generally cylindrical external valve body movable to a fixed position within the spout,

(II) a generally cylindrical internal valve body movable axially within the external valve body,

wherein the internal valve body is movable between a closed position operable to prevent the flow of fluid through the fitment and an open position operable to allow the flow of fluid through the fitment;

wherein the internal valve body is movable between closed and open positions by insertion of a dispensing connector into the external valve body adjacent the internal valve body;

wherein the internal valve body is biased toward the closed position;

wherein the external valve body comprises a generally cylindrical body, wherein the cylindrical body comprises a top cylindrical portion and a bottom cylindrical portion or a barrel seal;

wherein a valve seat is attached to an end of top cylindrical portion by a plurality of radially spaced posts defining apertures therebetween, the posts being spaced from the spout to allow liquid to flow therethrough when the valve is in the open position;

wherein said external valve body further comprises at least one circumferentially spaced aperture at the distal end of the barrel seal proximate to the container surface; and

wherein said barrel seal of said external valve body protrudes beyond the spout of said container on which said fitment is attached and into said container such that said at least one circumferentially spaced aperture is located within said container.

2. The fitment assembly as recited in claim 1 , wherein the internal valve body comprises a body having a plurality of ports therein that allow fluid flow therethrough when the valve is in the open position.

3. The fitment assembly as recited in claim 1 , wherein the valve seat further comprises a plurality of spaced projections that extend from the valve seat toward the exterior of the container.

4. The fitment assembly as recited in claim 1 , further comprising a removable cap engageable with the external valve body.

5. The fitment assembly as recited in claim 1 made from at least one synthetic material.

6. The fitment assembly as recited in claim 1 , wherein at least one part of said fitment assembly and/or said spout is made from polypropylene.

7. The fitment assembly of claim 5 , wherein said synthetic material is the same as that for the container.

8. The fitment assembly of claim 5 , wherein said synthetic material is selected from the group consisting of polypropylene, high-density polyethylene, polystyrene, and nylon.

9. A process for assembling a fitment on to a filled or unfilled container, comprising the steps as follows:

(I) assembling a generally cylindrical internal slider valve into a generally cylindrical external valve body to form a valve body assembly into a primary seal position;

(II) putting a cap on said external valve body of said valve body assembly;

(III) assembling said assembly of said cap and said valve body assembly on to a generally cylindrical spout in a pre-cap position to form a fitment assembly; and

(IV) affixing the assembly of Step (III) to said container;

wherein said fitment assembly comprises said fitment for attachment to said container for holding and dispensing a fluid;

wherein said fitment has said spout attached thereto, said fitment further comprises said external valve body movable to a fixed position within said spout; and said internal valve body movable axially within said external valve body, said internal valve body movable between a closed position operable to prevent the flow of fluid through said fitment and an open position operable to allow the flow of fluid through said fitment, said internal valve body movable between closed and open positions by insertion of a dispensing connector into said external valve body adjacent said internal valve body, said internal valve body being biased toward the closed position;

wherein when coupled to said fitment said dispensing connector compressively engages said external valve body to form a seal between said external valve body and said dispensing connector; wherein the external valve body comprises a generally cylindrical body, wherein the cylindrical body comprises a top cylindrical portion and bottom cylindrical portion or a barrel seal, a valve seat attached to an end of top cylindrical portion by a plurality of radially spaced posts defining apertures therebetween, the posts being spaced from the spout to allow liquid to flow therethrough when the valve is in the open position; and

wherein said external valve body further comprises at least one circumferentially spaced aperture at the distal end of the barrel seal proximate to the container surface, and wherein said barrel seal of said external valve body protrudes beyond a spout of said container on which said fitment is attached and into said container such that said at least one circumferentially spaced aperture is located within said container.

10. A process for dispensing fluid to or from a container, comprising:

(I) providing said container comprising said fluid, with a fitment attached to said container, wherein said fitment is capable of accepting a dispensing connector that is part of a dispensing apparatus, wherein said dispensing connector connects the supply of said fluid to said dispensing apparatus; and

(II) inserting said dispensing connector into said fitment to actuate an internal valve body within said fitment;

(III) dispensing said fluid from said container through said dispensing apparatus;

wherein said fitment assembly comprises:

(A) a fitment for attachment to a container for holding and dispensing a fluid, and

(B) a generally cylindrical spout attached to said fitment;

the fitment comprising:

(i) a generally cylindrical external valve body movable to a fixed position within the spout,

(ii) a generally cylindrical internal valve body movable axially within the external valve body,

wherein the internal valve body is movable between a closed position operable to prevent the flow of fluid through the fitment and an open position operable to allow the flow of fluid through the fitment;

wherein the internal valve body is movable between closed and open positions by insertion of a dispensing connector into the external valve body adjacent the internal valve body;

wherein the internal valve body is biased toward the closed position;

wherein the external valve body comprises a generally cylindrical body, wherein the cylindrical body comprises a top cylindrical portion and a bottom cylindrical portion or a barrel seal;

wherein a valve seat is attached to an end of top cylindrical portion by a plurality of radially spaced posts defining apertures therebetween, the posts being spaced from the spout to allow liquid to flow therethrough when the valve is in the open position;

wherein said external valve body further comprises at least one circumferentially spaced aperture at the distal end of the barrel seal proximate to the container surface; and

wherein said barrel seal of said external valve body protrudes beyond the spout of said container on which said fitment is attached and into said container such that said at least one circumferentially spaced aperture is located within said container; and

wherein said fitment assembly is made from at least one synthetic resin material.

11. The process as recited in claim 10 , wherein the internal valve body comprises a body having a plurality of ports therein that allow fluid flow therethrough when the valve is in the open position.

12. The process as recited in claim 10 , wherein the valve seat further comprises a plurality of spaced projections that extend from the valve seat toward the exterior of the container.

13. The process as recited in claim 10 , further comprising a removable cap engageable with the external valve body.

14. The process as recited in claim 10 , wherein at least one part of said fitment assembly and/or said spout is made from polypropylene.

15. The process of claim 14 , wherein said synthetic material is the same as that for the container.

16. The process of claim 14 , wherein said synthetic material is selected from the group consisting of polypropylene, high-density polyethylene, polystyrene, and nylon.