A rod-shaped cosmetic material feeding container includes a tubular-shaped container with a front container part and a rear container part, a movable body with a male thread at an outer peripheral part that supports a rod-shaped cosmetic material at a distal end and a female thread part with a female thread at an inner peripheral part that is engaged with the male thread. A first elastic body is configured to accumulate resilient force against the rear container part and reduce rearward movement of the female thread part in the axial direction. A second elastic body is configured to accumulate resilient force against the front container part and reduce frontward movement of the female thread part in the axial direction. The first elastic body is a resin spring integral with the female thread part.

A feeding pencil includes a pipe member, a leading tube, a tubular main body, a movable body, and a holding member. The pipe member is disposed inside the leading tube and loads a drawing material. The movable body extends in an axial direction includes a male screw formed across an entire outer periphery thereof in the axial direction. The holding member holds the movable body. The pipe member includes a female screw on an inner surface thereof. The female screw screws with the male screw. A relative rotation between the leading tube and the main body relatively rotates the pipe member and the holding member and acts a screwing action between the male screw and the female screw. The screwing action moves the movable body forward to extrude the drawing material from the pipe member.

A feeding pencil includes a main body, a leading tube, a middle tube, and a ratchet mechanism. The middle tube is engaged to the leading tube to be relatively rotatable. A relative rotation between the leading tube and the main body in one direction moves a drawing material forward. The ratchet mechanism allows the relative rotation between the leading tube and the main body in the one direction, and regulates the relative rotation in another direction. The ratchet mechanism includes an elastic projecting part and a concave-convex part. The concave-convex part engages with the elastic projecting part to be movable in an axial direction and rotatable. A protrusion disposed at a center tube removably engages with an annular convex part disposed at an outer surface of the leading tube in the axial direction.

A case for containing a stick such as a lipstick includes: a cup forming a cavity for the stick; a tubular sheath, extending along the longitudinal axis, in which the cup is held, the sheath including a transverse bottom and an upper transverse opening oriented in a so-called front direction, the sheath including an element, for translatably guiding the sheath along the longitudinal axis of the cup, and a mechanism for actuating the translation of the cup along the longitudinal axis within the sheath; and a push member translatably mounted along the longitudinal axis relative to the cup and including a head, capable of being placed in the cavity of the cup, and at least one arm, extending along the longitudinal axis. The arm has at least one transverse catch.

An instrument includes a body, at least two modules, each separate from the one or other modules, including an operative portion and being movable relative to the body and, for each module, a mechanism for guiding the translation and rotation of the module along the body, the module being movable relative to the body, successively in translation parallel to a first axis and in rotation about a second axis perpendicular to the first axis and which is rigidly connected to the body, between an inoperative configuration in which the operative portion of the module is housed inside the body and a use configuration in which the operative portion of the module projects from the body. The two modules or two of the modules are arranged on either side of a single arm of the body, which extends along the first axis from a base to an end of the body.

At a distal end of a pipe member 4, a plurality of projections 4n are disposed circumferentially. The projection 4n extends frontward in an axial direction. At a tip end of a leading tube 3, a groove forming section G is disposed. The groove forming section G includes a plurality of grooves 3n circumferentially in an inner peripheral surface. The grooves 3n extend in the axial direction. The projection 4n of the pipe member 4 enters the groove 3n. At the leading tube 3, an inner diameter of a convex part 3p between the grooves 3n and 3n circumferentially arranged and an inner diameter of a pipe part that houses the projection 4n of the pipe member 4 and the stick-like material rearward with respect to this projection 4n of the pipe member are identical size.

An applicator with a body, a cap, a base, and a lift. The body has a threaded inner surface. An interior volume of the body is configured to hold a meltable solid. The cap is configured to couple with the body and enclose the interior volume. The base is rotatably coupled to the bottom end of the body. The lift is positioned within the body and has a threaded outer surface configured to engage with the threaded inner surface of the body. The lift has a slot extending through the lift. The lift is rotatably fixed to the base through a fin coupled to the base and extending through the slot. When the base is rotated in a first direction, the lift rises with respect to the body. When the base is rotated in a second direction opposite the first direction, the lift lowers with respect to the body.

A cosmetic applicator includes a hollow seat including a projecting axial sleeve, a threaded shank moveably disposed through the sleeve, a cup at an end of the threaded shank, and slits on the cup; a casing secured to the seat, the casing being configured to receive the threaded shank and including ribs on an inner surface, the ribs being inserted into the slits; a first activation assembly including an exterior case secured to the seat, an interior case, a sleeve member, a sleeve element, first external threads on an inner surface of the exterior case, a first flange at an end of the interior case, second external threads on an inner surface of the interior case, a hollow cylinder in the interior case, and a second flange at a first end of the hollow cylinder; and a hollow intermediate case secured onto the first and a second activation assemblies.

A press-type makeup pen includes a nib assembly, a body assembly, a discharge assembly, and a drive assembly, where the nib assembly includes a sleeve; the discharge assembly includes a material loading member and a threaded rod; the sleeve is rotatably provided in the body assembly; the drive assembly is provided in the body assembly; the material loading member is threadedly connected to the threaded rod; the threaded rod is threadedly connected to the drive assembly; the sleeve can drive the material loading member to rotate synchronously, such that the material loading member moves along an axial direction of the threaded rod to retract into the threaded rod; and the drive assembly can drive the threaded rod to move toward a free end of the sleeve along an axial direction of the sleeve. A button of the drive assembly is provided on a tail portion of the makeup pen.

An applicator with a body, a cap, a base, and a lift. The body has a threaded inner surface. An interior volume of the body is configured to hold a meltable solid. The cap is configured to couple with the body and enclose the interior volume. The base is rotatably coupled to the bottom end of the body. The lift is positioned within the body and has a threaded outer surface configured to engage with the threaded inner surface of the body. The lift has a slot extending through the lift. The lift is rotatably fixed to the base through a fin coupled to the base and extending through the slot. When the base is rotated in a first direction, the lift rises with respect to the body. When the base is rotated in a second direction opposite the first direction, the lift lowers with respect to the body.