Abstract: A reusable concentrate cartridge adapted to be supported by a diluting and dispensing container for combining at least two separate components of a multi-component system, the concentrate cartridge having a hollow cylindrical element and a hollow tube with a closure portion. The concentrate cartridge is caused to open by the rotating engagement of a closure cap onto the diluting and dispensing container to which causes the closure portion of the hollow tube to disengage, releasing the concentrate material.

Abstract: A reusable concentrate cartridge and associated cap and valve for combining a concentrated material and a diluent in a diluting and dispensing container. The concentrate cartridge is provided with a hollow cylindrical body and a hollow tube with a closure. The concentrate cartridge is caused to open by the rotating engagement of a valve member, which causes a depending sleeve to urge the hollow tube within the concentrate cartridge to disengage and release the concentrate material into the diluent container.

Abstract: A reusable concentrate cartridge adapted to be supported by a diluting and dispensing container for combining at least two separate components of a multi-component system, the concentrate cartridge having a hollow cylindrical element and a hollow tube with a closure portion. The concentrate cartridge is caused to open by the rotating engagement of a closure cap onto the diluting and dispensing container to which causes the closure portion of the hollow tube to disengage, releasing the concentrate material.

Abstract: A reusable concentrate cartridge and associated cap and valve for combining a concentrated material and a diluent in a diluting and dispensing container. The concentrate cartridge is provided with a hollow cylindrical body and a hollow tube with a closure. The concentrate cartridge is caused to open by the rotating engagement of a valve member, which causes a depending sleeve to urge the hollow tube within the concentrate cartridge to disengage and release the concentrate material into the diluent container.

Abstract: A dispensing source container suitable for containing and dispensing fluid concentrate has an opening suitable for receiving a closure. The source container includes a fluid-tight vessel configured to hold fluid concentrate, and a pump connectable to the opening of the source container, the pump having a temporary reservoir, the pump being operable to withdraw a portion of the fluid concentrate from the source container and to store the portion of fluid concentrate in the temporary reservoir. The pump is also operable to dispense a metered amount of the fluid concentrate from the temporary reservoir to dispense the fluid concentrate from the source container into receiving containers.

Abstract: A container with a neck finish having a recess for receiving a flange of a concentrate cartridge to effect total sealing between the closure cap of a sprayer pump assembly and the associated container.

Abstract: A reusable concentrate cartridge adapted to be supporting between a diluent container for combining at least two separate components of a multi-component system and an associated dispenser is disclosed. The concentrate cartridge is provided with a hollow cylindrical body and a hollow tube with a closure portion. The concentrate cartridge is caused to open by the rotating engagement of a closure cap on a dispensing sprayer which causes the closure portion of the hollow tube to disengage and release the concentrate material into the diluent container.

Abstract: A filling and closing system for reusable concentrate containing cartridges having integral closures slidable between open and closed positions. The system includes a sealing station having an axially moving reciprocating member for sliding the integral closure from an open to a closed position.

Abstract: Mechanism for applying a roller forming closure to a container is disclosed wherein the closure is provided, with an integral fitment including a fluid discharge pump and an associated discharge line.