Abstract: A feeding pencil includes a body, a leading tube, a middle tube, a pipe member including drawing materials, a movable body, a holding member, and a sliding part. The drawing material moves forward in the leading tube when the pipe member engages with the leading tube in a rotating direction by moving the sliding part forward by a predetermined amount, when the leading tube and the body are rotated relatively in one direction while the pipe member is engaged with the leading tube in the rotating direction. The sliding part includes a stick-like part with a spring, and the stick-like part is inserted into an opening of a housing, and the sliding part is urged rearward by the spring when one end of the spring abuts the housing, and the other end of the spring abuts a face protruding radially outwardly from the stick-like part.

Abstract: Oily cosmetics which exhibit sufficient filling properties of viscosity and fluidity during the heating and melting steps of manufacture, significantly ameliorate the problems associated with the aggregation of powder, and have excellent usability characteristics, contain coated powder obtained by subjecting base material powder to composite treatment using at least alkylsilane and phospholipid through a wet method. The oily cosmetics contain 5 to 65 mass % of powder component, 0 to 40 mass % of solid oil, and 25 to 95 mass % of liquid oil, in which the content of the coated powder in the powder component is 0.1 to 65 mass % based on the total amount of the oily cosmetics.

Abstract: The sharpener includes a main body into which the tip portion of the pencil is inserted, and a blade portion installed inside the main body. The tip portion of the pencil is inserted into the main body, and a guide hole for guiding the tip portion of the inserted pencil to the blade portion is formed in the main body. The pencil slides in the guide hole in an axial direction, and the blade portion sharpens the tip portion of the pencil along a plane inclined with respect to the axial direction.

Abstract: A liquid applying container includes a container main body housing an impregnated body impregnated with a liquid, an applying body having an applying portion for applying liquid, and an applying body holder into which the applying body is inserted and which supports the applying body. The applying body holder includes one or more supporting portions in a rear portion of the applying body holder that are disposed so as to be along a direction of insertion of the applying body and supporting the rear portion of the applying body so as to sandwich or wrap the rear portion of the applying body, the one or more supporting portions having an opening formed at a rear end of the one or more supporting portions, with the one or more supporting portions advancing into the impregnated body or the impregnated body advancing into the one or more supporting portions.

Abstract: When a lid storing an impregnation body impregnated with a liquid cosmetic material is attached to a container body holding a thick applicator at a front end thereof, a slope of a front end face of the thick applicator is stuck into the impregnation body to thereby easily intrude thereinto. Accordingly, an appropriate amount of the liquid cosmetic material impregnated into the impregnation body can be held and a thick line can be drawn by the thick applicator storing the liquid cosmetic material. In this way, since the liquid cosmetic material is stored in the lid while being impregnated with the impregnation body, the liquid cosmetic material does not leak from the lid even in a posture in which the lid separated from the container body is disposed, for example, laterally or reversely.

Abstract: 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.

Abstract: A cosmetic container with application body, a liquid cosmetic accommodated in the container being supplied to an application body provided to a tip of the container through an intermediate core, the liquid cosmetic being applied by the application body, in which the application body is disc-shaped, rotatably provided at an outlet of the liquid cosmetic at the tip of the container, and in contact with the intermediate core.

Abstract: An application body-equipped cosmetic container that feeds a liquid cosmetic accommodated inside a container to a container tip end via a relay wick, which induces a capillary action, in which the liquid cosmetic can be applied to a target application portion in accordance with rotation of an application body, which is disposed in a rotatable manner at an outlet of the container tip end and an outer peripheral surface of which comes into contact with the relay wick, wherein a section of the relay wick that comes into contact with the application body is in a loosened state.

Abstract: The rod-shaped cosmetic material feeding container includes a female screw portion provided with a female screw for screw engagement with a male screw of a rod-shaped cosmetic material support, a coil spring that restrains the female screw portion from moving forward in an axial direction, and a resin spring that restrains the female screw portion from moving rearward in the axial direction. An impact in the axial direction that acts on the female screw portion is absorbed by one spring, and an impact due to a restoring force at the time of restoration of one spring is absorbed by the other spring, whereby a rod-shaped cosmetic material supported by the rod-shaped cosmetic material support put in screw engagement with the female screw portion is sufficiently protected.

Abstract: A top end surface of a tip end of a leading tube is configured to be a tapered surface tapered so as to peak to an outside viewed from a tip side. This configuration ensures easily and beautifully forming a tapered eyeline with good touch as follows. The tapered surface is positioned at an upstream when a line is formed. An eyeliner is touched on an applied portion to draw an eyeline with a constant thickness. When the application comes to a stage of the application of a tapered line, an angle of an eyeliner feeding container is changed such that the tapered surface touches the applied portion and the eyeliner separates from the applied portion. Then, the line is drawn such that the tapered surface on the tip end made of a soft material rubs the applied portion.

Abstract: A rod-shaped cosmetic material feeding container in which a leading tube and a container main body are relatively rotated in one direction, an action of a screw part moves a rod-shaped cosmetic material supporting body to reach a movement limit, and then the leading tube and the container main body are further relatively rotated in the one direction. With movement of the rod-shaped cosmetic material supporting body stopped, while a spring portion in a rotation stopper tube shrinks, the screw part screws forward to release screwing of the screw part. Additionally, the movement of the rod-shaped cosmetic material supporting body is stopped and therefore the rod-shaped cosmetic material supporting body does not move back and forth in an axial direction. Accordingly, a rod-shaped cosmetic material does not move back and forth in the axial direction as well, thereby ensuring minimizing an impact to the rod-shaped cosmetic material.

Abstract: A rod-shaped cosmetic material feeding container includes a tubular-shaped container with a front part and a rear part, a movable body with a male thread at an outer peripheral part, and supporting a rod-shaped cosmetic material at a distal end, and a female threaded member with a female thread at an inner peripheral part. First and second elastic bodies each accumulate resilient force and have different spring constants. The male thread and the female thread constitute a threaded engagement mechanism that, by relative rotation between the front part and the rear part, advances and retracts the movable body and causes the rod-shaped cosmetic material to appear and disappear from an opening of the container. The first elastic body is sandwiched between the rear part and the female threaded member and the second elastic body is sandwiched between the front part and the female threaded member.

Abstract: A liquid cosmetic container includes a container main body, a leading tube and an intermediate core. The intermediate core is disposed in the container main body and the leading tube, and the intermediate core sends a liquid cosmetic material. A rear end of the intermediate core is positioned inside the housing portion, and a tip of the intermediate core projects from an opening at a tip of the leading tube. The leading tube has an inclination portion at a tip end side, and the inclination portion inclines with respect to an axis center of the container main body. Accordingly, the container does not hinder an application of a makeup while a mirror is seen, ensuring improving the usability.

Abstract: A liquid cosmetic container includes a housing portion and a leading tube. The leading tube has an inclination portion at a tip end side. The inclination portion inclines with respect to an axis center of the container main body. A front end forms a side close to the axis center of the container main body in the opening of the inclination portion. A front end forms a side far from the axis center of the container main body in the opening. The front end is positioned on a front side with respect to the front end with a vertical cross section as a reference. The front end on a side to which the intermediate core warps extends forward in the inclination portion. This reduces the warp of the applying portion, further improving the usability.

Abstract: 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.

Abstract: 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.

Abstract: 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.

Abstract: 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.

Abstract: When the temperature of an external environment is decreased, for example, a heat radiating portion 12a whose surface area is increased by convex portions 12b and 12c provided on the external surface of a cap body 12 actively radiates heat of the external surface of the cap body 12 and thus promotes cooling. Consequently, condensation forms on the inner surface of the cap body 12 before condensation forms on the external surface of a container covered by the cap body 12. The condensed drops are trapped, by surface tension, in a concave portion 12d of a liquid trapping portion 12k provided on the inner surface of the cap body 12. The drops can be prevented from adhering to the external surface of the container covered by the cap body 12.