Abstract: A sliding piston opening means enclosed within an elongated container to release the fluid seated within the elongated container by squeezing the elongated container at or near the sliding piston. After the sliding piston opening means is opened, the fluid sealed within the elongated container is released for application. Before the content of the container is depleted, the sliding piston opening means is used to re-close the opening thereby re-sealing the fluid remaining within the container.

Abstract: A dispensing device that can economically and reliably dispenses predetermined quantity of fluids accurately comprising an elongated rod with one or more through holes formed perpendicularly through its axis defining one or more fluid flow paths. Adjacent to each through hole is an angular fluid flow path with one section generally parallel to the through hole and another section generally perpendicular to the through hole. In the preferred embodiment, the through holes and the angular fluid flow paths are positioned alternately through most of the length of the elongated rod. The elongated rod slides within a base component that has corresponding openings to enable accurate and reliable dispensing of predetermined quantity of fluids through the controlled dispensing device.

Abstract: An elongated sealed container with a self-contained opening means fully enclosed within the container to release a fluid sealed within the container when the container is bent at or near the enclosed opening means. Once the enclosed opening means is opened, the fluid sealed within the elongated sealed container may be released for application.

Abstract: A sliding piston opening means enclosed within an elongated container to release the fluid sealed within the elongated container by squeezing the elongated container at or near the sliding piston. After the sliding piston opening means is opened, the fluid sealed within the elongated container is released for application. Before the content of the container is depleted, the sliding piston opening means is used to re-close the opening thereby re-sealing the fluid remaining within the container.

Abstract: A dispensing device that can economically and reliably dispenses predetermined quantity of fluids accurately comprising an elongated rod with one or more through holes formed perpendicularly through its axis defining one or more fluid flow paths. Adjacent to each through hole is an angular fluid flow path with one section generally parallel to the through hole and another section generally perpendicular to the through hole. In the preferred embodiment, the through holes and the angular fluid flow paths are positioned alternately through most of the length of the elongated rod. The elongated rod slides within a base component that has corresponding openings to enable accurate and reliable dispensing of predetermined quantity of fluids through the controlled dispensing device.

Abstract: The applicator with interchangeable inserts comprises of an applicator and one or more interchangeable inserts. The applicator comprises of an elongated hollow tube with an absorbent applicator tip affixed to one end. The interchangeable inserts, each comprises of an elongated tubular housing with a sealed end and an open end wherein a fluid is enclosed near the sealed end with a viscous substance disposed near the open end sealing the fluid within the elongated tubular housing. The elongated tubular housing is further provided with an opening means such as a score line near the sealed end to allow release of the enclosed fluid through the open end of the elongated tubular housing.

Abstract: An elongated sealed container with a self-contained opening means fully enclosed within the container to release a fluid sealed within the container when the container is bent at or near the enclosed opening means. Once the enclosed opening means is opened, the fluid sealed within the elongated sealed container may be released for application.

Abstract: A sliding piston opening means enclosed within an elongated container to release the fluid sealed within the elongated container by squeezing the elongated container at or near the sliding piston. After the sliding piston opening means is opened, the fluid sealed within the elongated container is released for application. Before the content of the container is depleted, the sliding piston opening means is used to re-close the opening thereby re-sealing the fluid remaining within the container.