Enclosure apparatus for dispensing container

An enclosure apparatus to be adopted to a dispensing container having a barrel and a dispensing side to dispense contents in the dispensing container, comprising:

• a cap having a top, a bottom, and a wall, wherein the wall is between the top and the bottom, wherein a hole is formed through the top of the cap and continuously through the bottom of the cap, and the hole is surrounded by the wall, and wherein the wall has an inside surface and an outside surface;
• a lid having an outside surface and an inside surface opposed to the outside surface, wherein the lid further comprising a hinge to connect with the top of the cap, wherein the lid is rotatable at the hinge to form a close position and an open position, wherein the lid substantially covers the hole on the top of the cap when it is in the close position, wherein the lid reveals the hole of the cap when the lid is in the open position;
• a tubular sleeve having a first end, a second end, and a shell, wherein the shell of the tubular sleeve is between the first end and the second end, wherein the first end of the tubular sleeve is coaxially disposed inside the cap, wherein the cap is relatively slidable along the tubular sleeve between the first end and the second end of the tubular sleeve, wherein the second end of the tubular sleeve can be coupled to the barrel of the dispensing container, wherein the enclosure apparatus encloses the dispensing side of the dispensing container inside the cap when the cap slides toward the first end of the tubular sleeve and causes the lid in the close position, wherein the dispensing side extends outside the cap when the cap slides toward the second end of the tubular sleeve and causes the lid in the open position, and wherein the shell of the tubular sleeve has an inner surface and an outer surface;
• and
• a resilience spring having a first end and a second end, wherein the first end of the resilience spring is connected to the inside surface of the lid and the second end of the resilience spring is connected to one selected from the top of the cap, the inside surface of the wall of the cap, the inner surface of the shell of the tubular sleeve, and the first end of the tubular sleeve, and wherein the resilience spring pulls the lid toward the close position of the lid.

An enclosure apparatus to be adopted to a dispensing container having a barrel and a dispensing side to dispense contents in the dispensing container, comprising:

• a cap having a top, a bottom, and a wall, wherein the wall is between the top and the bottom, wherein a hole is formed through the top of the cap and continuously through the bottom of the cap, and the hole is surrounded by the wall, and wherein the wall has an inside surface and an outside surface;
• a lid having an outside surface and an inside surface opposed to the outside surface, wherein the lid further comprising a hinge to connect with the top of the cap, wherein the lid is rotatable at the hinge to form a close position and an open position, wherein the lid substantially covers the hole on the top of the cap when it is in the close position, wherein the lid reveals the hole of the cap when the lid is in the open position;
• a tubular sleeve having a first end, a second end, and a shell, wherein the shell of the tubular sleeve is between the first end and the second end, wherein the first end of the tubular sleeve is coaxially disposed inside the cap, wherein the cap is relatively slidable along the tubular sleeve between the first end and the second end of the tubular sleeve, wherein the second end of the tubular sleeve can be coupled to the barrel of the dispensing container, wherein the enclosure apparatus encloses the dispensing side of the dispensing container inside the cap when the cap slides toward the first end of the tubular sleeve and causes the lid in the close position, wherein the dispensing side extends outside the cap when the cap slides toward the second end of the tubular sleeve and causes the lid in the open position, and wherein the shell of the tubular sleeve has an inner surface and an outer surface;
• a resilience string having a first end and a second end, wherein the first end of the resilience string is connected to the inside surface of the lid and the second end of the resilience string is connected to one of selected from the top of the cap, the inside surface of the wall of the cap, the shell of the tubular sleeve, and the first end of the tubular sleeve, and wherein the resilience string pulls the lid toward the close position of the lid.