A cosmetic applicator (1) comprises a spiral rod (7) formed with a spiral groove (16) on an inner periphery of a column-shaped hollowed portion, a lead chuck member (5) including a reciprocating bar (9) which has a fitting portion fitted in the spiral groove (6) and which is able to be reciprocated from through a tip end opening of the spiral rod (7) by rotational operation of the spiral rod (7) and a lead grasping member (8) provided at a tip end of the reciprocating bar (9), and a holder (2) having a hollow portion which is cylindrical and formed through a tip end. The lead grasping member (8) includes a column-shaped base portion and a plurality of grasping pieces (12) erected upward from the upper peripheral end of the base portion with distant apart in the circumferential direction and upwardly, and guided by the wall of the hollow portion, upon reciprocated. The lead grasping member (8) is configured to be able to be projected for the upper face of the base portion (11) to be exposed from through the tip end opening. A portion of the wall of the hollow portion that guides the plurality of grasping pieces is formed linearly in the reciprocating direction.

A plurality of support pieces disposed at a supporting part support a plurality of rod-shaped cosmetic materials arranged side by side in a container. The plurality of rod-shaped cosmetic materials are configured to simultaneously advance and retreat in an axial direction together with the supporting part and the plurality of rod-shaped cosmetic materials are configured to appear and disappear from a leading tube. The plurality of rod-shaped cosmetic materials are individually supported by the one shared support piece.

A rotary feeding mechanism for axially feeding a rod-shaped body from a main body by rotating a tapered tip has a simple structure and can be produced economically. The main body is provided with plural open windows are arranged at a predetermined thread pitch along an axial direction of the main body. The tapered tip is installed rotatably on the main body, and a guide pipe extending toward the inside of the main body is fixed to the tapered tip. A holder for holding the rod-shaped body is housed in the main body, and the holder and the guide pipe are connected non-rotatably and movably in the axial direction. The outer periphery of the holder has an external thread which engages with the windows so that when the tapered tip is rotated, the holder moves in the axial direction while rotating via the guide pipe, and the rod-shaped body can be projected from or retracted into the main body.

A leading tube of an applying container includes a plurality of projections rearward with respect to a top end surface and an outer surface side part where the plurality of projections project. The plurality of projections and the outer surface side part are made of a soft material. The leading tube further includes a tube hole formation part inside the outer surface side part and an interposing part. The interposing part interposes the tube hole formation part and the outer surface side part from a front and a rear in an axial direction. The tube hole formation part and the interposing part are made of a hard material.

A barrel assembly according to an embodiment includes one barrel having an annular engaging projection; and another barrel having an engaging projection that protrudes toward the annular engaging projection of the one barrel, wherein the engaging projection of the other barrel has an engaging edge that protrudes in a direction of engagement, the engaging edge further has a protruding molded part that further protrudes from the engaging edge in the direction of engagement, and the protruding molded part of the engaging edge of the other barrel engages with the annular engaging projection of the one barrel.

A device to dispensing a compound has a movable support arranged in a device housing in order to act on the compound, and a rotary handle in order to move the support between a lower starting position and a maximum upper extended position of the support. The handle has a spindle which can be rotated about a longitudinal axis provided in the movement direction of the support. A spindle nut is additionally provided on the support. The spindle nut has a length in the direction of the longitudinal axis, the length being greater than the distance between the lower starting position and the maximum upper extended position in the movement direction of the support. According to another solution, a combination of the support, the spindle, and the compound can be inserted into the device housing from the top for connecting to the rotary handle.

Provided is a lipstick vessel, including: a cylindrical upper cover, the upper part of which is closed and the lower part thereof is opened; a shoulder of a cylindrical member, the upper and lower parts of which are opened, which is inserted into the lower opening of the upper cover; a lower cover of a cylindrical member, the upper part of which is opened and the lower part thereof is closed, and the upper opening portion thereof is inserted into the lower outer circumference of a circumferential protrusion protruding outward at a center of the shoulder; a rotating body of a cylindrical member, which is inserted into the lower cover to rotate integrally with the lower cover; a lipstick holding member for holding a lipstick at the upper part thereof, which is inserted into the center of the rotating body and moves up and down while rotating integrally with the rotating body; a guide member, of which the upper and lower parts are opened and the outer circumference is tapered, which is provided between the rotating body and the lipstick holding member for guiding the lipstick to be lifted and lowered when the lipstick holding member moves up and down vertically; and a lipstick receiving member of a cylindrical member, the upper and lower parts of which are opened and fixed to the tapered outer circumference of the guide member so that the upper opening is tapered to protect the lipstick inside the lipstick receiving member.

A rod-like object dispensing container according to an embodiment includes a helical cylinder, an inner cylinder and a rod-like object holder, wherein the rod-like object holder includes a bottom plate having a receiving part receiving a rod-like object, sliding piece parts having a rod-like object supporting part that slidably engages with the inner cylinder, and protruding parts protruding outward in a radial direction from the sliding piece parts respectively that slidably engages with the helical cylinder, and a thin wall part extending in a direction intersecting the radial direction is formed in each supporting base part for the sliding piece parts of the bottom plate supporting the sliding piece parts.

A cosmetic application device may include a housing having an opening on a top surface, an inner tube disposed within the housing, and a wheel actuator disposed on a side surface of the housing and rotatably coupled to the inner tube. The inner tube may be configured for holding a cosmetic product stick. Rotation of the wheel actuator may cause the cosmetic product stick to move axially through the housing and out of the opening.

A manual device extends in an axial direction and includes a housing having a first housing portion and a second housing portion. First and second heads are each axially movable between a use position and a stowed position. The first head is in the stowed position when the second head is in the use position, whereas the second head is in the stowed position when the first head is in the use position. The first head and the second head both are carried by a single carriage movable in the axial direction and arranged inside a barrel. A groove forming a cam track is formed by a first shoulder of the first housing portion and by a second shoulder of the barrel. A lug of the carriage cooperates with the groove.