Abstract: Provided is a volume cream vessel. The volume cream vessel includes: a cream vessel which contains a cosmetic content and of which the upper part is opened; a rim member which is inserted into the opening in the upper part of the cream vessel; a pumping device which is seated on the rim member and upwardly pumps the cosmetic content inside the cream vessel; a pressing member which is provided on the upper part of the pumping device, and of which one edge is hinge-coupled to the rim member so as to operate the pumping device by means of a pressing operation; and a cover member which covers the upper part of the pressing member.

Abstract: Provided is a cosmetic container having an air entrance/exit unit, in which an outer container lid is opened/closed in an outer container, and a cosmetic container in which a sealing lid is opened/closed is coupled to an inside of the outer container, wherein an air entrance/exit unit is installed in a rectangular hole formed at a portion of an outer wall of the cosmetic container, and the air entrance/exit unit includes a stopping protrusion protruding from an outer periphery of a hinge piece of the outer container lid, a rectangular rubber member inserted into the rectangular hole of the cosmetic container, and an air entrance/exit member inserted into a central hole of the rectangular rubber member.

Abstract: An auto-open compact container includes an outer container having a button formed on one side thereof, an outer container lid hinge-coupled to one side of the outer container to be opened/closed, an inner container mounted inside the outer container, an inner container cover coupled to an upper portion of the inner container and having a cosmetic material suction hole formed at a center thereof, a pump installed at an upper portion of the inner container cover to pump a cosmetic material, and a discharge plate which is coupled to the upper side of the inner container cover to be vertically moved and coupled to an upper portion of the pump at the same time, and has a plurality of cosmetic material discharging holes formed therein, and an upper portion of which is exposed to the outside such that a user comes into contact with a puff.

Abstract: The present disclosure relates to an auto-open compact container including: an outer container (10) having a button (10) formed on one side thereof; an outer container lid (20) hinge-coupled to one side of the outer container (10) to be opened/closed; an inner container (30) which is mounted inside the outer container (10), and an upper rim of which is sealed by an annular packing member (23) inserted into an inner periphery of the outer container lid (20); an inner container cover (40) coupled to an upper portion of the inner container (30) and having a cosmetic material suction hole (41) formed at a center thereof; a pump (50) installed at an upper portion of the inner container cover (40) to pump a cosmetic material; and a discharge plate (60) which is coupled to an upper side of the inner container cover (40) to be vertically moved and coupled to an upper portion of the pump (50) at the same time, and has a plurality of cosmetic material discharging holes (61) formed therein, and an upper portion of which

Abstract: A pipette device, including a container having a predetermined space therein, in one end of which a nozzle is formed and the other end of which is opened; a first fixing member whose one end is detachably coupled to the other end of the container; a second fixing member coupled to the other end of the first fixing member; and a pumping member that is inserted into the second fixing member such that an opened end portion faces the other end of the container and delivers internal air into the container by changing shape when it is pressed, wherein the opened end portion of the pumping member is fixed between the first fixing member and the second fixing member by coupling of the first fixing member and the second fixing member.

Abstract: Disclosed are liquefied embolic materials capable of sol-gel phase transition in response to in vivo conditions, including temperature, ionic strength, and pH, and their uses. The liquefied embolic materials are made of copolymers based on temperature-sensitive isopropylacrylamide and ionic strength- and/or pH-sensitive monomers. In addition to finding excellent applications in the embolotherapy, the embolic materials can be used as extracellular matrixes for cell culture and for drug-delivery systems for cancer therapy.