Abstract: A cartridge is provided with a cartridge outer tube having a through hole and a support member that supports a cosmetic and that is received in the cartridge outer tube so as to be movable in the axial direction; the support member has a rod shaft portion that is linked to a tip end of a push rod at a base end thereof and a support tube that is provided on a tip end of the rod shaft portion and that supports the cosmetic; the through hole has a tip-end storing hole that stores the cosmetic and a base-end sliding hole that is provided so as to communicate with the tip-end storing hole, the base-end sliding hole being configured such that a linking portion formed of the tip end of the push rod and the base end of the support member slides therein in a linkage unreleasable state; and the linking portion is moved out from the base-end sliding hole by a feeding mechanism and is moved in a linkage releasable region in the tip-end storing hole.

Abstract: A cartridge-type cosmetic container includes a body tube to which a cartridge body is detachably attached, a driving body relatively rotatably provided in the body tube, a push rod formed with an external thread on an outer periphery, an internal thread member provided on an outer periphery of the push rod, an internal thread portion formed in the internal thread member and configured to be threadably engaged with the external thread by pressing the internal thread member by the cartridge body, and a biasing member configured to bias the internal thread member, wherein the body tube includes a limiting portion configured to limit a movement of the push rod in a direction to threadably disengage the internal thread portion of the internal thread member and the external thread of the push rod.

Abstract: A cartridge is provided with a cartridge outer tube having a through hole and a support member that supports a cosmetic and that is received in the cartridge outer tube so as to be movable in the axial direction; the support member has a rod shaft portion that is linked to a tip end of a push rod at a base end thereof and a support tube that is provided on a tip end of the rod shaft portion and that supports the cosmetic; the through hole has a tip-end storing hole that stores the cosmetic and a base-end sliding hole that is provided so as to communicate with the tip-end storing hole, the base-end sliding hole being configured such that a linking portion formed of the tip end of the push rod and the base end of the support member slides therein in a linkage unreleasable state; and the linking portion is moved out from the base-end sliding hole by a feeding mechanism and is moved in a linkage releasable region in the tip-end storing hole.

Abstract: A cartridge-type cosmetic container includes a body tube to which a cartridge body is detachably attached, a driving body relatively rotatably provided in the body tube, a push rod formed with an external thread on an outer periphery, an internal thread member provided on an outer periphery of the push rod, an internal thread portion formed in the internal thread member and configured to be threadably engaged with the external thread by pressing the internal thread member by the cartridge body, and a biasing member configured to bias the internal thread member, wherein the body tube includes a limiting portion configured to limit a movement of the push rod in a direction to threadably disengage the internal thread portion of the internal thread member and the external thread of the push rod.

Abstract: 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.

Abstract: 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.

Abstract: A feeding container (1, 101, 301) for a stick-form cosmetic material (A, B, C) comprises a sleeve (10, 110, 310) which accommodates a tubular holder (31, 131, 331) holding the base end of the stick-form cosmetic material (A, B, C). By constituting the holder (31, 131, 331) by a thin film, an appropriate clearance can be set between the cosmetic material (A, B, C) and the inner periphery of the sleeve (10, 110, 310) without providing a step in the outer periphery of the cosmetic material (A, B, C). The form of an opening portion of the holder (31, 131, 331) is corrected by the inner periphery of the sleeve (10, 110, 310) when the holder (31, 131, 331) is inserted into the sleeve (10, 110, 310), so the cosmetic material (A, B, C) can be fitted easily into the holder (31, 131, 331) in the sleeve (10, 110, 310).

Abstract: A front cylinder and base are rotatably connected. Relative rotations cause stick-type cosmetic material retained by a core chuck member to slide forward and backward along an axial hole of the cylinder. Axially extending first slide grooves along an inner circumference of the hole have an inside diameter almost equal to a diameter of the material. Second grooves, deeper than the first, extend continuously from ends of the first grooves. Claws at a front-end section of the chuck retain the material and are slidably guided by the grooves. Back surfaces of the claws slide into contact with bottoms of the first grooves. Inner surfaces of the claws almost coincide with an inside diameter of the hole. If the material is loaded in the chuck with the claws at the second grooves, the claws elastically deform outward and the claws receive the material. With the claws at the first grooves, the claws tightly sandwich the material.

Abstract: In a stick type cosmetic material feeding container 1, a stick type cosmetic material A retained at a front end of a core chuck member 30 moves in an axial direction in a front cylinder 10 by a feeding mechanism due to rotary operation of the front cylinder 10 and a base cylinder 20. A cylindrical body 34 which defines the advance limit and retreat limit of a feeding stroke is installed at a rear part of the core chuck member 30. Elastic engagement projections 37 which are spirally engaged with a roulette-shaped spiral 22 of the base cylinder 20 and have elasticity are installed at an outer circumference of the cylindrical body 34. Further, the cylindrical body 34 is provided with an elastic slit 34c for absorbing a shock in an axial direction.

Abstract: A stick type cosmetic material feeding container which houses a stick type cosmetic material in such a manner that the stick type cosmetic material can be fed out prevents a spiral engagement mechanism from breaking at the uppermost limit or the like. The stick type cosmetic material feeding container further eliminates unsteadiness of the spiral engagement mechanism and can obtain the stress of slide due to the spiral engagement mechanism. A front cylinder 10 having a tip opening hole 11 through which a stick type cosmetic material advances and retreats is rotatably connected with a container body 3. A core chuck member 30 having a spiral section 34 is inserted in the container body 3 and a rotation regulating mechanism for synchronously rotating the front cylinder 10 and the core chuck member 30 is provided. Further, an elastic engagement section 68 is provided in a through hole 61 of an elastic cylindrical body 60 which rotates synchronously with the container body 3.

Abstract: A cartridge type stick-shaped cosmetic material feeding container 1 comprises a cartridge 2 and a container body 3, and the cartridge 2 rotatably connects a base cylinder 20 and a front cylinder 10 having an opening hole 11 through which a stick-shaped cosmetic material A advances and retreats. The stick-shaped cosmetic material A is retained by claws 32 at a front end of a core chuck member 30 inserted and an O-ring 4 is wound to an outer circumference of the base cylinder 20. Due to a feeding mechanism in the cartridge 2, the stick-shaped cosmetic material A retained by the core chuck member 30 advances and retreats along the front cylinder 10 with rotations of the front cylinder 10 and the base cylinder 20. The feeding mechanism of the cartridge 2 inserted in the container body 3 functions when the base cylinder 20 and the container body 3 synchronously rotate by frictional resistance of an inner circumference of the container body and the O-ring 4 wound to the base cylinder 20.

Abstract: A spiral groove 11 is provided in a front cylinder 10, and a spiral piece 32 for constituting a cosmetic material retaining section 31 provided at a tip of a push rod 30 is located in the spiral groove 11 and retains a stick type cosmetic material A. A spiral engagement section 33 subsequent to the spiral piece 32 is engaged with the spiral groove 11 and constitutes a spiral engagement mechanism. An engagement line section 34 provided at an outer circumference of a stopper section 38 of the push rod 30 is engaged with a rotary stop groove 21 of a container body 20 and constitutes a rotary stop mechanism.

Abstract: A cosmetic container serves both as a container for containing a liquid cosmetic and a stick type cosmetic material container for housing a stick type cosmetic material in such a manner that the stick type cosmetic material can be fed out. Thus, a container body in which a liquid cosmetic is filled is spirally engaged with a junction tool which freely opens and closes the container body. A stick type pivot which is inserted in the container body and has an applicator is fixed to the junction tool. A front cylinder is rotatably connected to the junction tool. A feeding mechanism for moving in an axial direction a rod, which retains the stick type cosmetic material to be slidably inserted in the front cylinder, by rotations of the junction tool and the front cylinder is provided.

Abstract: There are provided a cosmetic container for housing a stick type cosmetic material in such a manner that the cosmetic material can be fed and a cartridge for the cosmetic container which can easily be manufactured or assembled at a low cost, have considerable flexibility in design and are applicable to stick type cosmetic materials having various diameters and hardness. A cylindrical body 20 is housed in a lower part 13 of a front cylinder 10 which is rotatably housed in a container body 2 and a rod 30 is incorporated extending over an inside of the cylindrical body 20 and a cosmetic material housing section 11A of an upper part 11 of the front cylinder 10, whereby a cartridge 1 is constituted.

Abstract: A container for liquid cosmetics having an aperture controlling ring that is restricted to 360 degrees or less by a convex piece of the aperture controlling ring and a rotation prevention piece of the bottle. A through hole is provided in the aperture controlling ring to allow a user to know the quantity of liquid cosmetics adhered to a stick-shaped applicator which is fixed to a cap, due to variable indicators provided at a container body. The container also prevents volatilization of the liquid cosmetics therein.

Abstract: A travelling section 30 for retaining the stick type cosmetic material is installed rotatably in an axial direction in an outer shell section 2 which is constituted by rotatably connecting a front cylinder 10 and a base cylinder 20. An outer circumferential surface 43 of a spiral cylinder 40 which is spirally engaged with a male screw section of the travelling section fits in a second slide surface provided on an inner circumferential surface of the base cylinder 20 which is one component of the outer shell section 2. Due to frictional force of this fit-in part, a cylindrical body and the spiral cylinder 40 are synchronously rotated. The travelling section 30 is engaged with an inner circumference of the front cylinder 10 and can slide only in an axial direction.

Abstract: A push rod 50 is provided in a container body 4 and a cartridge 2 is attached to the container body 4 in such a manner that the cartridge 2 can be attached and detached. Due to rotations of the container body 4 and the cartridge 2, a feeding mechanism causes the push rod 50 in the container body 4 to spirally advance, pushes a core chuck member 20 in the cartridge 2, and causes a stick type cosmetic material retained at the core chuck member 20 to move forward and backward. The core chuck member 20 is always urged in a direction of retreat by a spring 3, and when the cartridge 2 is attached to the container body 4, the push rod 50 is pushed back by repulsion to an inside of the container body 4 so as to prevent the stick type cosmetic material from projecting out of the cartridge 2.

Abstract: At least a part of a cylindrical body (20) is rotatably and unslidably housed in a front cylinder (10). A beam (30) for retaining a stick type cosmetic material (4) on the upper end side is made unrotatable and slidable to the front cylinder (10) by a sliding mechanism and made feedable by a rotation together with the cylindrical body (20) by a feeding mechanism. The beam (30) is always urged downward by a return spring (6). It is arranged such that a lower end part of the cylindrical body (20) is at the same level as that of a lower end part of the front cylinder (10) and a synchronous engagement section (26) formed on an inner circumferential surface of a lower end part of the cylindrical body (20) is synchronously engaged with a synchronous engagement shaft 43 provided at a bottom (42) of a container body (2). An O-ring (5) is installed between the front cylinder (10) and the container body (2).

Abstract: A container for feeding a stick type cosmetic material which can reduce the number of parts employed therein and can easily be assembled is provided. The container for feeding a stick type cosmetic material 1 comprises a chuck 41 for retaining a stick type cosmetic material 3, a front cylinder 11, a push rod 47 having external-thread-shaped projections 49 on its outside surface, and a body cylinder 15 which has internal threads 63 to be spirally engaged with the external-thread-shaped projections 49. Unevennesses 49a having the same sections are formed on a peripheral surface of the external-thread-shaped projections 49 of the push rod 47 in an axial direction. On an inside surface of the front cylinder, synchronous engagement grooves 31 which are engaged with the unevennesses 49a and synchronously engage the push rod 47 and the front cylinder 11 are formed.

Abstract: A stick type cosmetic material feeding container for retaining a stick type cosmetic material using claws, which prevents deformation of the claws, retains the stick type cosmetic material stably and properly. By forming sliding projections 36 or sliding convex lines 39 on outer circumferential surfaces 38 of the claws 32 which constitute a cosmetic material retaining section 31, the sliding projections 36 or the sliding convex lines 39 are always in contact with sliding contact surfaces 14 of sliding grooves 13. Or, by forming sliding convex lines 51 on the sliding contact surfaces 14 covering at least stroke range of the claws 32, the sliding convex lines 51 and the outer circumferential surfaces 38 of the claws 32 are always in contact with each other.