A cosmetic container (1) has a cap (3) with a first cap portion (11). An inner cylinder (13) is fit internally to an upper part of the first cap portion, and a return spring (20) biases the inner cylinder up. A second cap portion (12) is fit rotatably on the first cap portion. The first cap portion has a temporary holding hole (22) in which a guide protrusion (13a) of the inner cylinder is held temporarily against the biasing force of the return spring so that an upper end of the inner cylinder is lower than an upper end portion of the first cap portion when the guide protrusion is held temporarily in the temporary holding hole. Thus, the upper end of the first cap portion can deform to bend inward without being obstructed by the inner cylinder when the second cap portion is fit on the first cap portion.

An airtight cosmetic compact, wherein the airtight feature is created by interaction between a seal on the inside of the cover and the upwardly facing recess of the base. The cover locks on the base by either thread elements on both cap and base or by bayonet like cams, allowing the cover to be twisted on the base compressing the cover against the base and engaging the seal with the base recess. By compressing the seal against the base and holding it in place through the threaded engagement the air-tightness of the compact is achieved and guaranteed.

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 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 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 cartridge-type cosmetic container includes: a main body outer tube to which a cartridge body is attached; a driver body that is rotatable relative to the main body outer tube; a push rod that is propelled by relative rotations of the main body outer tube and the driver body; and a screw spring that is housed in the main body outer tube, and contracts as a result of attaching the cartridge body. The screw spring includes: a first flat plate part whose position is defined in the main body outer tube; a second flat plate part that approaches the first flat plate part by the cartridge body attached; plate spring parts that join both of the flat plate part each other; and a female thread protuberance that is provided on the plate spring parts, and interlocks with a male thread of the push rod as the plate spring parts curve.

An applying material extruding container includes a leading tube and a pipe member inserted into the leading tube so as to be slidable in the axial line direction of the leading tube relative to the leading tube. In the initial state, the front end of the pipe member is located at a position displaced backward a predetermined distance from the front end of the leading tube, and the applying material is filled from in the pipe hole of the pipe member to in the tube hole of the leading tube. The inner surface of the region of the tube hole extends straight in the axial line direction. In the applying material extruding container, when the container main body and the control tube are relatively rotated in one/the other direction, by the screwing action of the first screw part, the pipe member is made to move forward/backward together with the applying material.

An apparatus for adjustably retaining an expendable medium for writing or drawing such as for a crayon core, a wax or oil based pencil (colored pencil) core, a chalk core or a pastel core includes a tubular barrel, at least one elongated arcuate body element, and a follower in abutting engagement with a portion of the body. The follower has a helical surface feature corresponding with spaced surface features of the body. The follower is configured to receive a non-writing end of an expendable core. The apparatus is configured such that the outer barrel of the apparatus can be made from a paper based material such as paperboard or other fibrous material that is more eco-friendly than other material such as plastics.

An apparatus for adjustably retaining an expendable medium for writing or drawing such as for a crayon core, a wax or oil based pencil (colored pencil) core, a chalk core or a pastel core includes a tubular barrel, at least one elongated arcuate body element, and a follower in abutting engagement with a portion of the body. The follower has a helical surface feature corresponding with spaced surface features of the body. The follower is configured to receive a non-writing end of an expendable core. The apparatus is configured such that the outer barrel of the apparatus can be made from a paper based material such as paperboard or other fibrous material that is more eco-friendly than other material such as plastics.