Abstract: A system for withdrawing, transporting and dispensing predetermined portions of liquid from a container with multiple portion capacity includes a dip tube assembly disposed within the container including a dip tube which extends into the container and a receiving device for matingly receiving a transfer flask. The dip tube assembly includes a plurality of apertures adapted to enable filling of and pouring from the container when the transfer flask is removed therefrom. The transfer flask is removably mounted on the receiving device and has a predetermined liquid storage capacity and walls which are deformable upon application of pressure thereto, wherein said walls elastically return to their original shape upon release of pressure therefrom, said transfer flask also having an opening in communication with the dip tube so that liquid is drawn into the transfer flask upon expansion of the walls of the transfer flask.

Abstract: A container having a trigger actuated pump is provided with a sealed spout designed to provide a co-dispensing opening designed to dispense product in larger dosage amounts independently of and as a bypass of the pump. The spout extends upwardly from a pummel at the container top and through an opening in the shroud. The spout is adapted to be cut, snipped or otherwise severed to provide the co-dispensing opening.