Abstract: A pumping container spring includes a rotation force absorption ring installed between an upper support plate and a lower support plate, and a spiral part including a forward spiral part installed between the upper support plate and the rotation force absorption ring so that the upper end of the forward spiral part is fixed to the lower surface of the upper support plate and the lower end of the forward spiral part is fixed to the upper surface of the rotation force absorption ring and a reverse spiral part installed between the rotation force absorption ring and the lower support plate so that the upper end of the reverse spiral part is fixed to the lower surface of the rotation force absorption ring and the lower end of the reverse spiral part is fixed to the upper surface of the lower support plate.

Abstract: The present disclosure relates to a spring for a pumping-type container having a first helical part and a second helical part, and a pumping-type container including the same, and has been made to solve a problem caused by independent elastic deformation of the first helical part and the second helical part.

Abstract: A cosmetic container includes a cosmetic container unit having a cosmetic storage space unit in which cosmetic storage space is formed; a ball-rolling support unit provided at one end of the cosmetic container unit to form a circular ring-shaped ball-rolling support concave groove; a massage ball holder which has a ball support hole surface unit having at least one ball support hole formed therein and is coupled to the cosmetic container unit such that the ball support hole is aligned to the ball-rolling support concave groove; and a massage ball installed to roll in a state in which a partial area thereof is exposed to the outside through the ball support hole and a part thereof is inserted in the ball-rolling support concave groove.

Abstract: The present disclosure relates to a spring for a pumping-type container having a first helical part and a second helical part, and a pumping-type container including the same, and has been made to solve a problem caused by independent elastic deformation of the first helical part and the second helical part.

Abstract: The present invention relates to a cosmetic container having a cosmetic container unit including a cosmetic storage space unit in which cosmetic storage space is formed, the cosmetic container including: a ball-rolling support unit provided at one end of the cosmetic container unit to form a circular ring-shaped ball-rolling support concave groove; a massage ball holder which has a ball support hole surface unit having at least one ball support hole formed therein and is coupled to the cosmetic container unit such that the ball support hole is aligned to the ball-rolling support concave groove; and a massage ball installed to roll in a state in which a partial area thereof is exposed to the outside through the ball support hole and a part thereof is inserted in the ball-rolling support concave groove.

Abstract: A method for treating a substrate, in which a supercritical fluid is supplied into a chamber, in which the substrate is carried, to treat the substrate, the method including a supply step of supplying the supercritical fluid into the chamber until a pressure of the interior of the chamber reaches a preset pressure, and a substrate treating step of performing a supercritical process while repeating supply and exhaust of the supercritical fluid into and out of the interior of the chamber after the supply step, wherein a flow rate of the supercritical fluid supplied into the chamber in the supply step is variable.

Abstract: A method for treating a substrate, in which a supercritical fluid is supplied into a chamber, in which the substrate is carried, to treat the substrate, the method including a supply step of supplying the supercritical fluid into the chamber until a pressure of the interior of the chamber reaches a preset pressure, and a substrate treating step of performing a supercritical process while repeating supply and exhaust of the supercritical fluid into and out of the interior of the chamber after the supply step, wherein a flow rate of the supercritical fluid supplied into the chamber in the supply step is variable.