Abstract: An applicator which comprises an application body arranged inside the front part of a barrel cylinder supplying the application body with the application liquid stored in a storage portion in the barrel cylinder, and is configured such that: a full coupling portion and a temporary coupling portion are formed on each of a front barrel and the barrel cylinder; the front barrel and the barrel cylinder each have an anti-rotation rib; the anti-rotation ribs are not engaged with each other in the initial coupled state before the temporary coupled state in which the temporary coupling portions of the barrel cylinder and the front barrel are engaged with each other; and, the anti-rotation ribs become engaged with each other in the fully coupled state in which the full coupling portions are engaged with each other.

Abstract: Provided is an applicator that uses a stopper ring for temporary coupling between a front barrel and a barrel cylinder and can be easily positioned when coupling. Also provided is an applicator that can be improved in assembly performance during manufacturing.

Abstract: Provided is a cosmetic applicator having an applying part at the tip end and a container containing liquid cosmetic to be applied through the applying part. A tip-most portion of the applying part is disposed at a position deviated from an axis of the applying part and an angle ? between a line perpendicular to the axis and a side ridge line at applying part end ranges from 10° to 60°, a circular flange is formed at a rear end of the applying part, a projecting length of the applying part from a front barrel ranges from 5 to 8 mm, a ratio of a major and minor axis Y, X of an opening is Y:X=1.3 to 2:1, and when A and B respectively denote an applied area at deformation load of 0.01 N and that at 0.1 N, A<B<3A is satisfied.

Abstract: Provided is a cosmetic applicator having an applying part at the tip end and a container containing liquid cosmetic to be applied through the applying part. A tip-most portion of the applying part is disposed at a position deviated from an axis of the applying part and an angle ? between a line perpendicular to the axis and a side ridge line at applying part end ranges from 10° to 60°, a circular flange is formed at a rear end of the applying part, a projecting length of the applying part from a front barrel ranges from 5 to 8 mm, a ratio of a major and minor axis Y, X of an opening is Y:X=1.3 to 2:1, and when A and B respectively denote an applied area at deformation load of 0.01 N and that at 0.1 N, A<B<3A is satisfied.