Liquid discharging vessel

1. A discharging container comprising:

a vessel body having one upper side open and containing cosmetic content;

a pump disposed on the one upper side of the vessel body and discharging the cosmetic content;

an application tip coupled to the pump, the application tip having a top; and

a nozzle having an outlet and fixedly disposed on the vessel body,

wherein the outlet is fixed with respect to the vessel body and when the application tip moves closer with respect to the vessel body, the outlet opens and the cosmetic content is discharged to the top of the application tip,

wherein when the application tip is moved away with respect to the vessel body, the outlet is covered by a side of the application tip, and

wherein the top of the application tip has a surface configured to be rubbed on a skin when the cosmetic content is discharged thereon.

2. The discharging container of claim 1 , wherein the top of the application tip has a downward inclined surface as a distant end portion of the top from the outlet being open has a smaller height than a height of a portion of the top adjacent to the outlet.

3. The discharging container of claim 1 , wherein the top of the application tip has a upward inclined surface as a distant end portion of the top from the outlet being open has a greater height than a height of a portion of the top adjacent to the outlet.

4. The discharging container of claim 1 , wherein the application tip comprises a button located on a lower side thereof to accommodate a user's finger.

5. The discharging container of claim 1 , wherein the application tip is comprised of at least one of a metal or ceramic material.

6. The discharging container of claim 1 , further comprising a guide wall disposed between the application tip and the nozzle to guide a movement of the application tip with respect to the nozzle.

7. The discharging container of claim 6 , wherein a guide slot is defined on any one of the guide wall and one surface of the nozzle facing the guide wall, and a guide protrusion is defined on the other, the movement of the application tip with respect to the nozzle is guided by the guide wall.

8. The discharging container of claim 1 , further comprising:

a shoulder coupled to the one upper side of the vessel body, connected to the nozzle, and accommodating the application tip which has upward and downward movement.

9. The discharging container of claim 8 , wherein the pump comprises:

a housing coupled to the one upper side of the vessel body;

a stem having a hollow therein, movable in upward and downward direction within the housing, and having an inlet disposed on one side thereof;

a seal cap coming into close contact with an inner peripheral wall of the housing, and opening and closing the inlet of the stem; and

an ascending and descending part for descending the stem by descending operation of the application tip.

10. The discharging container of claim 9 , wherein the ascending and descending part has a coupling tip inserted into the application tip, and when the application tip is descended at a first operation, the outlet of the nozzle is exposed to the outside, and when the application tip is descended at a second operation, the application tip pushing the ascending and descending part downwardly to move the stem downward.

11. The discharging container of claim 9 , wherein the pump further comprises a hollow shaft disposed between the ascending and descending part and the stem and moves the seal cap downward.

12. The discharging container of claim 9 , wherein the nozzle comprises a flow path having the outlet disposed on one end thereof and transferring the content from another end, and the flow path communicating with the interior of the housing or being isolated from the interior of the housing as the inlet is open or closed.

13. The discharging container of claim 1 , wherein when the outlet is closed and covered by the side of the application tip, the top of the application tip and a top of the nozzle define a continuous and smooth surface.