A cosmetic container includes a base having a bottom wall, and a surrounding wall extending upwardly from and cooperating with the bottom wall to define an accommodating space for containing a cosmetic material. A top cover unit removably covers the base. A gasket unit is disposed on the surrounding wall opposite to the bottom wall and includes a silicone piece extending across and covering the accommodating space. The silicone piece is formed with a through hole group communicating with the accommodating space, and is depressible to contact the cosmetic material and to permit access of the cosmetic material through the through hole group.

A compact case includes a sealing member opening/closing an upper end of a contents storage part. The sealing member is coupled with screws to a contents storage part, such that an open upper end of the contents storage part can be sealed by the screw combination of the contents storage part and the sealing member when a lower case is rotated. As a result, it is possible not only to improve the internal airtightness of the contents storage portion but also to prevent leakage of contents during the decompression process.

A compact case includes a sealing member opening/closing an upper end of a contents storage part. The sealing member is coupled with screws to a contents storage part, such that an open upper end of the contents storage part can be sealed by the screw combination of the contents storage part and the sealing member when a lower case is rotated. As a result, it is possible not only to improve the internal airtightness of the contents storage portion but also to prevent leakage of contents during the decompression process.

Cosmetic powder containers with powder accumulation management systems are provided to reduce waste and mess related to the loss of cosmetic powder. In general, examples of systems described herein generally include a sifter positioned above the cosmetic powder with apertures configured for bi-directional pass-through of cosmetic powder. In some examples, the sifter is dome-shaped with a concave upper surface. To manage accumulation of cosmetic powder on an upper surface of the sifter, a sweeper projection is provided to collect cosmetic powder on the upper surface and direct the cosmetic powder toward the apertures of the sifter for pass-through back into the container. In this regard, accumulation of cosmetic powder on the upper surface of the sifter is managed, limiting waste and mess during use of the cosmetic powder.

Disclosed is a system (100) to dispense cosmetic products. The system (100) comprises a housing (102) and a plurality of cartridges (104) disposed within a periphery of the housing (102). Each cartridge (104) receives a cosmetic product. Each cartridge (104) is selectively movable between a first position proximally to a center of the housing (102) and a second position proximally to the periphery of the housing (102). Further, the system (100) comprises a plurality of applicators (106). Moreover, the system (100) comprises a rotatable selector (108). The rotatable selector (108) enables selection of a cartridge (104). The system (100) also comprises a dispenser (110). The dispenser (110) is connected to each individual cartridge (104) and the rotatable selector (108). Further, operation of the dispenser (110) enables movement of the cartridge (104) selected using the rotatable selector (108) between the first position and the second position.

Disclosed is a system (100) to dispense cosmetic products. The system (100) comprises a housing (102) and a plurality of cartridges (104) disposed within a periphery of the housing (102). Each cartridge (104) receives a cosmetic product. Each cartridge (104) is selectively movable between a first position proximally to a center of the housing (102) and a second position proximally to the periphery of the housing (102). Further, the system (100) comprises a plurality of applicators (106). Moreover, the system (100) comprises a rotatable selector (108). The rotatable selector (108) enables selection of a cartridge (104). The system (100) also comprises a dispenser (110). The dispenser (110) is connected to each individual cartridge (104) and the rotatable selector (108). Further, operation of the dispenser (110) enables movement of the cartridge (104) selected using the rotatable selector (108) between the first position and the second position.

Cosmetic powder containers with powder accumulation management systems are provided to reduce waste and mess related to the loss of cosmetic powder. In general, examples of systems described herein generally include a sifter positioned above the cosmetic powder with apertures configured for bi-directional pass-through of cosmetic powder. In some examples, the sifter is dome-shaped with a concave upper surface. To manage accumulation of cosmetic powder on an upper surface of the sifter, a sweeper projection is provided to collect cosmetic powder on the upper surface and direct the cosmetic powder toward the apertures of the sifter for pass-through back into the container. In this regard, accumulation of cosmetic powder on the upper surface of the sifter is managed, limiting waste and mess during use of the cosmetic powder.

A powder dispensing device for dispensing powder may include a powder application device for dispensing the powder and a handle connected to the powder application device to allow the user to manipulate the powder dispensing device to dispense powder evenly and without wasting large amounts of powder. The powder application device may include an enclosure having access by a displaceable lid to store the powder and includes a flexible powder dispensing housing being permeable to dispense the powder from the cavity. The powder application device includes a bottom wall having apertures to connect the enclosure with the powder dispensing housing and tubes to provide unobstructed pathways from the enclosure o the flexible powder dispensing housing. A handle may include a hook or aperture for hanging the device. The enclosure of the powder application device comprises curved sidewalls, a curved front wall and a curved back wall.

A powder dispensing device for dispensing powder may include a powder application device for dispensing the powder and a handle connected to the powder application device to allow the user to manipulate the powder dispensing device to dispense powder evenly and without wasting large amounts of powder. The powder application device may include an enclosure having access by a displaceable lid to store the powder and includes a flexible powder dispensing housing being permeable to dispense the powder from the cavity. The powder application device includes a bottom wall having apertures to connect the enclosure with the powder dispensing housing and tubes to provide unobstructed pathways from the enclosure o the flexible powder dispensing housing. A handle may include a hook or aperture for hanging the device. The enclosure of the powder application device comprises curved sidewalls, a curved front wall and a curved back wall.

A powder dispensing device for dispensing powder may include a powder application device for dispensing the powder and a handle connected to the powder application device to allow the user to manipulate the power dispensing device. The power application device may include a cavity having access by a detachable lid to store the powder and may include a flexible powder dispensing housing being permeable to dispense the powder from the cavity. The powder application device may include a bottom wall having apertures to connect the cavity with the powder dispensing housing. A handle may include a hook. The powder application device may include a curved front wall. The powder application device may include a curved back wall. The power application device may include a curved sidewall.