Container retaining system for a filler

1. A container retaining system for a filler comprising:

an upstand portion extending in a generally upward direction from a surface upon which containers are positioned for filling;

a container retaining assembly coupled to the upstand portion, the container retaining assembly including:

an upper plate having an upper surface, a lower surface and a rear edge;

a lower plate having an upper surface, a lower surface and an outer portion, the lower plate being positioned below the upper plate and rotatably coupled therewith, the outer portion extending outwardly sufficient so as to be capable of interfacing with a filler valve of a filler;

a suspension assembly extends between the upstand portion of the upper plate, the suspension assembly including a biasing member configured to bias the lower plate toward the upper plate, whereupon a downward force on the lower plate sufficient to overcome the biasing member directs the lower plate to rotate about the upper plate proximate a rear edge of the upper plate; and

the container retaining assembly including a stopper associated with the lower plate to define the end of rotation of the lower plate relative to the upper plate.

2. The container retaining system for a filler of claim 1 wherein the upstand portion further includes a proximal end and a distal end, with the suspension assembly coupled to the distal end thereof.

3. The container retaining system for a filler of claim 1 wherein the upstand portion includes a lower mount and an upper mount, with the lower mount positionable relative to the upper mount in at least a plurality of orientations so as to alter an effective height of the upstand portion.

4. The container retaining system for a filler of claim 3 further comprising an adjustment assembly configured to control the slidable movement of the lower mount relative to the upper mount, to in turn, alter the effective height of the upstand portion.

5. The container retaining system for a filler of claim 4 wherein the adjustment assembly comprises an upper mount positioned on the upper plate and a lower mount coupled to the lower mount of the upstand portion, and, a threaded fastener extending between the upper mount and the lower mount of the adjustment assembly, wherein the threaded fastener is configured to rotate relative to each of the upper mount and the lower mount, while being permitted to translate relative to one of the upper mount and the lower mount.

6. The container retaining system for a filler of claim 1 wherein the lower plate includes an inner portion coupled to the outer portion, wherein the inner portion and the outer portion are obliquely positioned relative to each other, with the outer portion extending upwardly from the inner portion.

7. The container retaining system for a filler of claim 1 wherein the stopper comprises a post extending from one of the lower plate and the upper plate and extending through an opening in the other of the lower plate and the upper plate, and a fastener positioned on the post opposite the one of the lower plate and the upper plate having the opening, wherein the fastener has a size larger than the corresponding opening on the upper plate, so as to preclude passage therethrough.

8. The container retaining system for a filler of claim 1 wherein the stopper comprises a post extending from the lower plate through a corresponding opening on the upper plate, and a fastener positioned on the post opposite the upper plate, wherein the fastener has a size larger than the corresponding opening on the upper plate, so as to preclude passage therethrough.

9. The container retaining system for a filler of claim 1 wherein the suspension assembly comprises at least one strut assembly, the at least one strut assembly comprising a strut tower coupled at a first end to the upstand portion and extending through a strut opening disposed on the lower plate so as to be coupled at a second end to the upper plate, and the biasing member comprises a spring extending around the strut tower exerting a biasing force between the upstand portion and the lower plate, thereby directing the lower plate away from the upstand portion and toward the upper plate.

10. The container retaining system for a filler of claim 9 wherein the at least one strut assembly comprises a first strut assembly and a second strut assembly, the second strut assembly being spaced apart from the first strut assembly.

11. The container retaining system for a filler of claim 1 wherein the lower plate includes a container grasping surface positioned on the outer portion thereof.

12. The container retaining system for a filler of claim 1 wherein the force required on the outer portion of the lower plate to overcome the biasing force is less than the force required to open a filler valve of a filler with which the container retaining system is utilized.

13. The container retaining system for a filler of claim 1 wherein the force required to open a filler valve is less than the force exerted by the biasing force in combination with a strength of a container associated with the container retaining system.

14. The container retaining system for a filler of claim 1 wherein the upper plate has a lower surface which is substantially planar, and the portion of the upper surface of the lower plate contacting the lower surface of the upper plate being substantially planar, whereupon the lower surface of the upper plate is positioned in abutment with the upper surface of the lower plate, with the biasing member biasing the two into contact.