Abstract: The spigot comprises a conduit that communicates with the interior of the container to which the spigot is attached. The conduit communicates with a valve body that comprises a chamber that includes an opening that is selectably opened and closed by a valve element. The valve element may be movable into and out of engagement with a valve seat formed around the opening. The valve element may be biased to the closed position by a spring such as an elastomeric diaphragm. The elastmeric diaphragm may seal the chamber and be exposed such that depressing the diaphragm moves the valve element from the normally closed position to an open position. The valve body may be disposed such that it extends from the first conduit at an angle. The opening in the valve body communicates with a second conduit that extends from the valve body to receive the flow of fluid.

Abstract: The spigot comprises a conduit that communicates with the interior of the container to which the spigot is attached. The conduit communicates with a valve body that comprises a chamber that includes an opening that is selectably opened and closed by a valve element. The valve element may be movable into and out of engagement with a valve seat formed around the opening. The valve element may be biased to the closed position by a spring such as an elastomeric diaphragm. The elastomeric diaphragm may seal the chamber and be exposed such that depressing the diaphragm moves the valve element from the normally closed position to an open position. The valve body may be disposed such that it extends from the first conduit at an angle. The opening in the valve body communicates with a second conduit that extends from the valve body to receive the flow of fluid.

Abstract: An adjustable shelving system is disclosed wherein each support post includes a plurality of slots based vertically along the support post. The shelving system also includes one or more collars slidably received over the support post. The collars include cleats which are received in the slots to secure the collar in a vertical position. To disengage the collar or cleat of the collar from a slot, the collar is slid upwards thereby releasing the cleat of the collar from the slot then, upon rotation of the collar, the collar can be slid axially along the support post to a new, desired location. Then, with the cleat of the collar disposed slightly vertically above a new desired slot, the collar is rotated back so that the cleat is in alignment with the slot and then slid downward to engage the cleat in the new slot at the new, desired location. The collar either directly or indirectly supports a shelf.

Abstract: A shelving system includes a panel having a plurality of support structures, and one or more posts configured to support the panel. One type of support structure includes a pair of opposing beam members having an upper end, a lower end, and an intermediate wall coupling the upper and lower ends Upper and lower ends of opposing beam members define a plurality of orifices, and a terminal end of the upper end includes a downward projection configured to provide strength and rigidity. Another type of support structure includes a set of alternating opposed cavities defined by a pair of side walls, an upper wall, and a lower wall, where a first cavity is defined by the side walls and the upper wall and a second cavity adjacent the first wall is defined by the side walls and the lower wall.

Abstract: An adjustable shelving system is disclosed wherein each support post includes a plurality of slots based vertically along the support post. The shelving system also includes one or more collars slidably received over the support post. The collars include cleats which are received in the slots to secure the collar in a vertical position. To disengage the collar or cleat of the collar from a slot, the collar is slid upwards thereby releasing the cleat of the collar from the slot then, upon rotation of the collar, the collar can be slid axially along the support post to a new, desired location. Then, with the cleat of the collar disposed slightly vertically above a new desired slot, the collar is rotated back so that the cleat is in alignment with the slot and then slid downward to engage the cleat in the new slot at the new, desired location. The collar either directly or indirectly supports a shelf.

Abstract: A shelving system is disclosed. The shelving system includes a panel having a plurality of support structures, and one or more posts configured to support the panel. One type of support structure includes a pair of opposing beam members having an upper end, a lower end, and an intermediate wall coupling the upper and lower ends Upper and lower ends of opposing beam members define a plurality of orifices, and a terminal end of the upper end includes a downward projection configured to provide strength and rigidity. Another type of support structure includes a set of alternating opposed cavities defined by a pair of side walls, an upper wall, and a lower wall, where a first cavity is defined by the side walls and the upper wall and a second cavity adjacent the first wall is defined by the side walls and the lower wall.