A clicking type dispensing container that can dispense the content inside a reservoir by a user operating a crown disposed at the rear end of a barrel body, and has a structure, including a mechanical assembly that transforms the pressing force acting on the crown by user operation into rotational force, a threaded body fixed to the barrel body and a threaded rod screw-fitted into the threaded body, and dispensing the content by advancing the threaded rod by means of the threaded body by turning the threaded rod with the rotational force transformed by the mechanical assembly, characterized in that the mechanical assembly for transforming pressing force into rotational force includes: a rotary body that is provided with the crown that is rotatable and restrained from axial movement, has an annular configuration having a first cam face directed forwards and a second cam face directed rearwards, and is arranged so as to be rotatable and movable in the axial direction relative to the barrel body; and, a first fixed cam face 838) and a second fixed cam face that oppose the first cam face and second cam face, respectively, and are disposed and fixed to the barrel body with respect to the axial direction and the rotational direction, and is constructed such that at least one of the first cam face and the first fixed cam face, has a plurality of the first teeth, each having a forward-inclined slope (38a1) relative to the predetermined rotational direction of the rotary body, and arranged with an identical pitch along the predetermined rotational direction, at least one of the second cam face and the second fixed cam face, has a plurality of the second teeth, each having a rearward-inclined slope (40a1) relative to the predetermined rotational direction of the rotary body, and arranged with an identical pitch along the predetermined rotational direction, and in a state where the first cam face of the rotary body is put in mesh with the first fixed cam face by the pressing force, as the first cam face is guided along the forward-inclined slope of the tooth, the rotary body moves forwards and turns in the predetermined direction, whereas, as the aforementioned pressing force is released, the second cam face of the rotary body being kept in mesh with the second fixed cam face is guided along rearward-inclined slope of the second fixed cam face, the rotary body moves rearwards and turns in the predetermined direction, thereby, the threaded rod is rotated by rotation of the rotary body. a rotary body that is provided with the crown that is rotatable and restrained from axial movement, has an annular configuration having a first cam face directed forwards and a second cam face directed rearwards, and is arranged so as to be rotatable and movable in the axial direction relative to the barrel body; and, a first fixed cam face 838) and a second fixed cam face that oppose the first cam face and second cam face, respectively, and are disposed and fixed to the barrel body with respect to the axial direction and the rotational direction, and is constructed such that at least one of the first cam face and the first fixed cam face, has a plurality of the first teeth, each having a forward-inclined slope (38a1) relative to the predetermined rotational direction of the rotary body, and arranged with an identical pitch along the predetermined rotational direction, at least one of the second cam face and the second fixed cam face, has a plurality of the second teeth, each having a rearward-inclined slope (40a1) relative to the predetermined rotational direction of the rotary body, and arranged with an identical pitch along the predetermined rotational direction, and in a state where the first cam face of the rotary body is put in mesh with the first fixed cam face by the pressing force, as the first cam face is guided along the forward-inclined slope of the tooth, the rotary body moves forwards and turns in the predetermined direction, whereas, as the aforementioned pressing force is released, the second cam face of the rotary body being kept in mesh with the second fixed cam face is guided along rearward-inclined slope of the second fixed cam face, the rotary body moves rearwards and turns in the predetermined direction, thereby, the threaded rod is rotated by rotation of the rotary body.