초록 ▼

A kit for purifying water comprises a first container for receiving untreated water, and a second container for receiving purified water and having a dispensing spigot. A water purification composition, when mixed with water in the first container, produces partially purified water having solid matt

A kit for purifying water comprises a first container for receiving untreated water, and a second container for receiving purified water and having a dispensing spigot. A water purification composition, when mixed with water in the first container, produces partially purified water having solid matter. A first filter held in a filter holder at an upper end of the second container removes the solid matter when the partially purified water is poured from the first container. A second filter in the second container comprises carbon.

대표청구항 ▼

A kit for purifying water comprises a first container for receiving untreated water, and a second container for receiving purified water and having a dispensing spigot. A water purification composition, when mixed with water in the first container, produces partially purified water having solid matt

A kit for purifying water comprises a first container for receiving untreated water, and a second container for receiving purified water and having a dispensing spigot. A water purification composition, when mixed with water in the first container, produces partially purified water having solid matter. A first filter held in a filter holder at an upper end of the second container removes the solid matter when the partially purified water is poured from the first container. A second filter in the second container comprises carbon. he connector structure in the first configuration to the first vessel, positioning the ring structure about the aperture in the side wall of the first vessel. 8. Method as defined in claim 1, wherein inserting the second end portion of the connector structure into the second opening comprises inserting the connector structure substantially parallel to an internal lumen of the second conduit. 9. Method as defined in claim 1, which further comprises: after inserting the second end portion of the connector structure into the second opening substantially parallel to the internal lumen of the second conduit, moving to the connector structure to a configuration substantially perpendicular to the internal lumen of the second conduit. 10. Method as defined in claim 1, wherein the introduction structure further comprises a first configuration with a tapered portion configured to surround the second end portion of the connector structure, wherein inserting the second end portion of the connector structure into the second opening comprises inserting the tapered portion into the aperture of the second vessel while in a surrounding configuration with respect to the connector structure, and unfolding the introduction structure to a second configuration to expose the second end portion of the connector structure. 11. Method as defined in claim 1, wherein the introduction structure further comprises a first configuration with a tapered portion configured to surround the second end portion of the connector structure, wherein inserting the second end portion of the connector structure into the second opening comprises inserting the tapered portion into the aperture of the second vessel while in a surrounding configuration with respect to the connector structure, and advancing the tapered portion distally to a position spaced apart from the connector structure. 12. Method as defined in claim 11, wherein providing the introduction structure further comprises providing an intermediate portion proximal of the tapered structure that is flexible between a folded first configuration, defining a recess for receiving the second portion of the connector structure, and an unfolded second configuration, and an elongated tubular structure proximal of the intermediate structure configured to extend proximally within an internal lumen of the first conduit, wherein the inserting the tapered portion into the aperture of the second vessel comprises positioning the elongated tubular structure within the internal lumen of the first conduit and positioning the second end portion of the connector in the recess of the intermediate portion, and wherein the advancing the tapered portion comprises advancing the tapered portion such that the elongated tubular portion remains substantially stationary and the intermediate portion is unfolded from the folded first configuration to the unfolded second configuration. 13. Method as defined in claim 12, wherein the tapered structure, the intermediate portion, and the elongated tubular structure are in fluid communication, wherein advancing the tapered portion comprises introducing fluid into the tapered structure and the intermediate portion through the elongated tubular structure. 14. Method as defined in claim 1, further comprising: providing a balloon structure having a balloon configured for expansion within the connector structure, wherein attaching the first vessel to the second vessel by annularly enlarging the connector structure comprises inflating the balloon disposed inside the connector structure. 15. Method as defined in claim 14, wherein inflating the balloon disposed inside the connector structure comprises inflating the balloon such that the connector structure is positioned adjacent the distal end of the balloon at a distance less than an internal diameter of the second vessel. 16. Method as defined in claim 14, wherein the balloon has an expanded configuration defining a subst