The present invention disclosed herein relates to a lipstick case, and the lipstick case has a structure wherein a lipstick is exposed outwards when lowering an ascending and descending member which encases the lipstick as rotating a rotation body to one side direction, whereas the lipstick is hidden by the ascending and descending member when the rotation body to the other side direction is rotated and thereby the ascending and descending member ascends. Therefore, it is possible to fundamentally prevent problems in use, e.g. a breakage of lipstick caused by closing a cover part in a state of the lipstick being ascended.

A multi pencil includes a cylindrical main body, a cylindrical leading tube engaged with the main body, and a plurality of sliding parts that are each coupled with a plurality of drawing materials held in the interior of the leading tube and slidably provided by a constant distance with respect to the main body. Regarding this configuration, one arbitrary sliding part, out of the plurality of sliding parts, moves forward by a constant distance with respect to the main body, whereby the drawing material coupled with the sliding part is exposed from the leading tube, and in this state, the leading tube and the main body are relatively rotated in one direction, which allows the drawing material to move forward. In the multi pencil, the forward movement of the drawing material is regulated by the relative rotation of the leading tube and the main body in the one direction.

A lip application device, such as a lipstick, may have four peripheral portions in its cross section. The cross section may have a center through which a radial axis extends in parallel to the cross section, dividing the cross section into left and right sides. A first portion may form a first arc centered at the radial axis and having an outward radial direction stemming from the center. A second portion may form a second arc centered at the radial axis and having an outward radial direction stemming from the center, the second arc being opposite to the first arc and being longer than the first arc. A third portion and a fourth portion may be substantially straight lines, one connecting the ends points of the two arcs in the left side and other connecting the end points of the two arcs in the right side.

Embodiments of the disclosed invention relate to a deodorant stick device to store, transport, or apply a deodorant composition. The deodorant stick device may be refilled with a deodorant composition when empty. The deodorant stick device may include a plurality of components, such as a body, a base, a handle, a cover, and a cartridge adapter. The plurality of components may engage/disengage with each other through mechanical or magnetic means. The deodorant stick device may be configured to linearly displace a deodorant composition along the length of a cartridge adapter by rotating a rigid member of the handle.

The present disclosure relates to a dual twist structure, an object ejecting device including the same, and a structure for sealing the same, the dual twist structure including: a housing configured to accommodate a content cartridge therein and having a cam groove provided at a tip thereof; a sleeve coupled to and fitted with the content cartridge and having a cam protrusion formed on an outer portion thereof; and a tubular operation body having a twist cam groove into which the cam protrusion is slidably fitted, and a cam pin protruding and configured to move to a position misaligned with the twist cam groove by being guided by the cam groove, in which the dual twist structure has the two cam grooves.

A cosmetic material feeding container includes a cylindrical tube that accommodates a cosmetic material, a leading cylinder to removably accommodate the tube, a container body that is detachably coupled with the leading cylinder, a cylindrical female screw member located inside the container body that is rotationally fixed with the container body, a pusher bar located inside the leading cylinder to push the cosmetic material in an axial direction to an outside of the tube when the pusher bar is rotated to screw into the female screw member, and a rotation stopper member located inside the leading cylinder to rotationally fix the pusher bar relative to the leading cylinder in the circumferential direction. The tube may be replaced when the leading cylinder is detached from the container body.

A cosmetic material feeding container includes a sleeve that is configured to accommodate a cosmetic material, a barrel that is engaged with the sleeve, a moving body that is accommodated in the sleeve and has a male screw on an outer periphery of the moving body, a screw in which a female screw to be screwed with the male screw is formed on an inner periphery of the screw, and a tail plug that is engaged with the barrel, relatively rotatable with the barrel, and is engaged with the screw. An enlarged diameter portion of the moving body is configured to contact with a spring portion of the screw from an inner side when the enlarged diameter portion comes to a position at which inward bending of the spring portion in a radial direction is restricted.

A coating material feeding container or applicator includes a coating material that extends in an axial direction, and a container body that has a feeding mechanism for feeding the coating material in the axial direction. The container body includes a distal tube for holding the coating material. A front end portion of the distal tube has a distal tube tilt surface extending in a direction tilting to the axial direction. A shape of the coating material when viewed from a front side is a shape spreading in a major axis direction and a minor axis direction. The coating material has a distal end having an acute angle shape extending along the major axis direction, and a coating material tilt surface extending from the distal end in a direction tilting to the axial direction and tilting to the minor axis direction.

A multi-unit cosmetic applicator comprising; a body have a first end and a second end, wherein the first end has a threaded opening to a first internal compartment and the second end has an opening to a second internal compartment, a threaded cap with a brush sized to interface with the threaded opening, a first cosmetic agent housed within the first internal compartment and designed to interface with the brush, a cosmetic agent, a mechanism integrated into the opening of the second internal compartment, wherein the mechanism is able to independently advance the second cosmetic agent, a first cap sized to fit over the opening and secure to the body, wherein the cap has a brush secured to a top, and a second cap sized to fit over the brush and secure to the first cap.

A cosmetic material container includes a container body, a leading cylinder, and a cap forming a hole to receive the leading cylinder. A leading cylinder front portion forms an opening and is tapered toward the opening. A cross section of the leading cylinder front portion forms a flattened shape extending in a first major axis and a first minor axis. A closed-ended closing portion inside the cap covers the opening of the leading cylinder, and has an inner surface to contact the leading cylinder front portion. A cross section of the hole of the cap forms a flattened shape extending in a second major axis and a second minor axis. The hole includes a guide surface so that the first major axis of the leading cylinder front portion coincides with the second major axis of the hole of the cap when the leading cylinder is inserted into the hole.