TOKIWA CORPORATION

An application container is designed to enhance retention of liquid contents. It comprises a pen bristle made from bundled fibers, a relay core that feeds liquid from the rear of the bristle, and a main body that houses both the rear bristle portion and the core. At least some bristle fibers are modified: along each such fiber, two cross-sections taken at different axial positions, both perpendicular to the fiber's length, differ in shape.

A feeding container includes a container that includes a tubular accommodating portion configured to accommodate a cosmetic and has a first opening from which the cosmetic is exposed, a lid portion configured to open and close the first opening, and a lock member configured to lock the lid portion in a state where the lid portion closes the first opening. The lid portion opens and closes the first opening in a state where the lid portion is connected to at least one of the lock member and the container. When the lock member moves in an axial direction, which is a direction in which an axis of the accommodating portion extends, with respect to the container, locking of the lid portion due to the lock member is released, and the cosmetic is allowed to be exposed from the first opening.

The method for producing a solid powder cosmetic includes: a step of preparing a slurry containing a cosmetic base material including a powder component and an oily component, and a containing water; and a step of filling the slurry into a container to mold the slurry by removing the dispersion medium, in which the powder component includes (A) at least one plate-like powder selected from the group consisting of (A1) a plate-like powder composed of alumina single crystal and (A2) a plate-like powder in which a surface of alumina is coated with a metal oxide, and (B) a spherical powder, the cosmetic base material further includes (C) a water-soluble thickener, and the oily component includes (D) a water-holding oil agent.

An application container includes a leading tube, an outer tubular member, an inner tubular member fixed to the outer tubular member, and a push rod that advances within the inner tubular member and pushes the drawing material, so that a drawing material comes out from an opening of the leading tube. The outer tubular member has a through hole formed in a side surface of the outer tubular member. At least a part of the inner tubular member that is exposed from the through hole is a transparent portion through which the inside of the inner tubular member is visible. The push rod includes a visible portion that is visible from the outside of the inner tubular member through the transparent portion.

A drawing material container cartridge according to one embodiment includes a cartridge body including a tubular portion that accommodates a drawing material, and being configured to be detachably mounted in a container body by being inserted into the container body along an axial direction that is a direction in which an axis of the tubular portion extends; and a cartridge cap that is mounted on the cartridge body by inserting the tubular portion along the axial direction. The cartridge body includes a first locking portion that locks to the container body in the axial direction when the cartridge body is mounted in the container body. The cartridge cap includes a second locking portion that locks to the first locking portion in the axial direction when the cartridge cap is mounted on the cartridge body.

A cosmetic container package includes: a stick-shaped cosmetic material container that accommodates a stick-shaped cosmetic material inside and allows the stick-shaped cosmetic material to come out from an opening provided at a tip end; and a packaging body that sandwiches and packages the stick-shaped cosmetic material container with a film. The packaging body includes a welding portion that seals the stick-shaped cosmetic material container up to the vicinity of an outer periphery by welding the film together. The welding portion further includes a tip end side annular portion that annularly adheres to the outer periphery of the stick-shaped cosmetic material container in the vicinity of the opening.

The oily stick-shaped cosmetic includes (A) a solid oil, (B) a spherical powder having an average particle diameter of 1 to 50 μm, (C) a volatile component, (D) a coating agent, and (E) a coloring material, and contains (A1) rice bran wax as the (A) component.

A feeding container includes a container that includes a tubular accommodating portion configured to accommodate a cosmetic and has a first opening from which the cosmetic is exposed, a lid portion configured to open and close the first opening, and a lock member configured to lock the lid portion in a state where the lid portion closes the first opening. The lid portion opens and closes the first opening in a state where the lid portion is connected to at least one of the lock member and the container. When the lock member moves in an axial direction, which is a direction in which an axis of the accommodating portion extends, with respect to the container, locking of the lid portion due to the lock member is released, and the cosmetic is allowed to be exposed from the first opening.

A cosmetic container includes a sleeve and a main body. The sleeve has a tubular shape and includes an opening through which an applicator, as a brush, is insertable. The main body is engaged with the sleeve. The sleeve has a plurality of prongs disposed on a peripheral edge that defines the opening. The prongs each protrude in a radially inward direction of the opening, and extend along an axis direction of the sleeve. One or more gaps are provided ahead of the prongs in the radially inward direction.

A stick-shaped cosmetic has a cross section perpendicular to an axial direction having a multicolor region including a plurality of regions color-coded with N types of colors (N is an integer of 2 or more). The cross section includes a first cross section and a second cross section different from the first cross section. An area ratio of the regions of each color in the multicolor region of the first cross section is equal to an area ratio of the regions of each color in the multicolor region of the second cross section.