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.

A container includes a bottle having an opening, a valve body, and a brush head. The valve body is engaged with the bottle and covers the opening. The valve body has a through hole communicating with the opening. The brush head includes a base seat and bristles disposed on the base seat. The base seat is engaged with the valve body and is rotatable relative to the valve body between a first position and a second position. The base seat has an outlet port. When the base seat is located at the first position, the outlet port communicates with the through hole. When the base seat is located at the second position, the base seat blocks the through hole. By adjusting the area of the outlet port blocked by the end plate, volume of the liquid outputting from the bottle could be regulated, thereby promoting the convenience and the user experience.

The present invention disclosed herein relates to a container for discharging a liquid content having an absorption member, wherein the container is configured such that a piston rod, having a piston and a thread formed thereon, is integrally formed and the piston rod with the thread formed thereon can be assembled by means of a vertical pressurization method through a structure of a pair of guide protrusions formed inside a guide tube, thereby increasing productivity by reducing assembly time.

Device (10) for packaging at least one product (B) and dispensing at least said product (B) on a surface and comprising at least one container (14) delimiting a product cavity (24a) containing said at least one product (B), and a closure (60, 70, 80) configured to close a first dispensing orifice (24b) provided on said container (14) and in flow communication with the product cavity (24a). Said closure (60, 70, 80) comprises a collecting portion (66, 76, 86) configured to collect a part of the product (B) contained in the product cavity (24a).

Dispenser systems including a plurality of containers and an applicator. The plurality of containers are supported together to define a container set. Each container in the plurality of containers includes a dispenser configured to dispense contents within the container. The applicator is operatively coupled to the container set and configured to apply contents from the containers to a target surface. In some examples, the dispenser system includes a cap. In certain examples, the dispenser system includes a cleaning system.

An applicator of the invention includes a main body, a storage chamber disposed in the main body, an application body disposed at an end of the main body to allow application of the liquid stored in the storage chamber, a partition for partitioning between the storage chamber side and the application body side, the partition including a flow passage to supply the liquid in the storage chamber to the application body, an axially movable air communication pipe having an air port open to the storage chamber, which abuts on the partition to close the flow passage, and communicates the storage chamber with the atmosphere while having the flow passage closed, and a spring member for urging the air communication pipe to abut on the partition, and separating the air communication pipe from the partition through vibration of the main body to allow guiding of the liquid in the storage chamber.

The invention provides a body wax applicator and system for use in treatments involving the application of wax to the body for removal of undesired body hair. It is particularly suitable for use in strip-less waxing. The applicator is configured with a brush portion of silicone that has a plurality of bristles that provide an angled contact surface. The applicator and system allows for the tidy and controlled heating of hard wax and subsequent application of molten wax to the human body for the purpose of removing hair.

The method for applying a hairstyling composition comprising at least one fixing agent to the hair with the aid of an applicator comprising a plurality of spikes provided with end parts having a flat shape or a cross section that decreases in the direction of their free ends comprises:—a step of loading the end parts of the spikes of the applicator with the hairstyling composition, and—a step of transferring the hairstyling composition retained on the end parts of the spikes of the applicator to the hair by tapping said spikes on the hair.

A capsule integrated with a nail polish applying element for usage by a nail polish application apparatus comprising a capsule compartment and a pressure applying element, the capsule comprising a container defining a reservoir containing nail polish fluid, the container comprising an upper face with an opening sealed with a sliding gasket and a bottom face, wherein a volume of the reservoir is reduced and an internal pressure is built in the reservoir when pressure application slides the sliding gasket towards the bottom face, and a container housing comprising a body portion shaped to receive and accommodate the container, one or more conveying tunnels having a proximal end mechanically fixated to a bottom side of the body portion and a nail polish applying element mounted to receive the nail polish fluid from a distal end of the conveying tunnel(s) for applying the nail polish fluid on a nail surface.