A refillable cosmetic container system comprising an outer container that can be closed by an optional lid, and an inner cosmetic holding canister that can be removably mounted within the container. A coupling system can be implemented to allow the outer container and the inner canister to be selectively coupled to each other, such as a lug-and-groove interface, latch and catch interface, etc. The coupling system may be configured such that rotation of the inner canister relative to the outer container causes the coupling/decoupling (e.g., locking/unlocking) between the outer container and the inner canister. To aid in selective coupling (e.g., coupling and decoupling) of the inner canister with respect to the outer container, a handle is provided on the inner container. A locking feature may be provided between the handle and the outer container ensures that the inner canister does not prematurely or unnecessarily dislodge from the outer container.

A feeding container includes: an inner cylinder with a through groove extending in an axial direction disposed inside an outer cylinder having a spiral groove on an inner wall surface thereof, an inner plate having a protrusion on a side surface thereof disposed inside the inner cylinder, and the protrusion of the inner plate passing through the through groove of the inner cylinder to come into engagement with the spiral groove of the outer cylinder, whereby the inner plate moves vertically in response to either a vertical movement of the outer cylinder in the axial direction or a rotary movement of the outer cylinder around an axis.

A kit includes artificial lash extensions that attach to an underside of natural eyelashes in an arrangement adjacent to one another. The kit includes a storage case designed to releasably hold the artificial lash extensions, and an applicator having a pair of opposing arms that are joined to each other at a proximal end of each arm. Each arm includes a first section having the proximal end of the arm, a second section positioned between and connected to the first section and a third section of the arm, and the third section having a first end portion and a second end portion. The third section defines a curvature between the first end portion and the second end portion. The third sections of the applicator are designed to grasp artificial hairs of an artificial lash extension of the plurality of artificial lash extensions.

A container has an inner cap inside an outer cap and an inner tub inside an outer tub. The outer cap is larger than the inner cap forming a cap cavity with an upper cap cavity and a surrounding cap cavity between the outer cap and the inner cap. Likewise, the outer tub is larger than the inner tub forming a tub cavity with a lower tub cavity and a surrounding tub cavity between the outer tub and the inner tub. The outer cap and the inner cap are on the top side of a cap ledge. The outer tub is connected to the inner tub by a tub ledge. The inner cap has a cap wall, and the outer tub or the inner tub has a tub wall, each threaded to mate and to close the container.

An applicator comprising a reservoir configured to hold a formula, a roller ball configured to apply the formula, a contact-less piston, configured to dispense the formula, and a piston magnet disposed underneath the contact-less piston, wherein the piston magnet is configured to move the piston in response to a magnetic field.

[Problem] To allow an inner container and an outer container to be easily detached from one another in a double-walled container comprising a bottomed, cylindrical inner container nested in a similarly bottomed, cylindrical outer container.

[Solution] A double-walled container (1) comprises an outer container (20) that is a bottomed, cylindrical container made of a material with high rigidity, and whose cylindrical body has a horizontal cross-sectional shape with an inner perimeter surface thereof being circular; and an inner container (10) that is a bottomed, cylindrical container, and whose cylindrical body has a horizontal cross-sectional shape with an outer perimeter surface thereof being a non-circular shape, a radius of a circle circumscribed around the non-circular shape being greater than a radius of the inner perimeter surface of the outer container (20), and the inner container being elastically deformed so as to have portions thereof snugly fit in the inner perimeter surface of the outer container (20) when placed inside the outer container (20) such that respective cylindrical axes are parallel to each other.

The wax warmer with automated stirring combines the heating element and wax temperature control with a rotating wax reservoir. The rotating wax reservoir causes the associated stored wax to rotate with respect to the body of the device. To interrupt the flow of the wax within the rotating reservoir, and cause mixing and stirring, a stationary stir stick is placed in the path of rotation. As the moving wax contacts the stationary stir stick, turbulence is caused, resulting in mixing. The mixing helps to maintain a consistent temperature of wax within the reservoir. The stir stick is preferably held in position by a slot within the lid, removal of the lid causing removal of the stir stick, removing the stir stick as an obstacle to the user accessing the wax within the vessel.

A multiple function applicator assembly (MFAA) that has two design configurations. Both design configuration comprise a first cap, a second cap, and an extracting rod. The extracting rod has an upper end, and a lower end that terminates with a pointed tip in the first design, or a shovel head tip in the second design. The extracting rod extends upward through the second cap into an interior channel within the first cap. The second cap is inserted into the substantial midpoint of the first cap. The retaining ring maintains the extracting rod centered and a spring surrounds the interior channel and interfaces with the ring maintaining the first cap secured to the second cap. As the first cap is pushed downward and turned, pressure is applied from the spring onto the retaining ring, allowing and causing the extracting rod to move up and down and to rotate, which allows the pointed tip or shovel tip to extend to the bottom of a container and to remove the entire contents held within the container.

A container includes a cover assembly, a base assembly, magnets and a ferromagnetic element. The cover assembly includes an edge extending around an open end. The base assembly includes an open end inserted in the cover assembly via the open end of the cover assembly when the edge of the cover assembly covers the open end of the base assembly. The magnets are connected to the cover assembly or the base assemblies while the ferromagnetic element is connected to the base assembly or the cover assembly. The magnets are operable to magnetically attract the ferromagnetic element to keep the cover assembly covering the open end of the base assembly.

A container including: a first portion having an open end and a closed end, where the open end is disposed distal from the closed end; one or more first portion apertures disposed in the first portion to allow air flow into the container; a second portion having an open end and a closed end, where the open end is disposed distal from the closed end; one or more second portion apertures disposed in the second portion to allow air flow into the container; where an outer surface of the second portion is received by an inner surface of the first portion; and where the first portion is detachably attached to the second portion.