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.

An eye shadow pencil case includes a container for receiving eye shadow, a rotatable control tube, and a makeup tool for applying the eye shadow. The container includes a top end having a first opening. A sliding groove is formed in an intermediate portion of an outer periphery of the container and includes an open position and a closed position. The rotatable control tube includes a top end having a second opening. The rotatable control tube further includes an inner periphery having a protrusion. The protrusion slides in the sliding groove when the rotatable control tube is rotated. The second opening is aligned with the first opening when the protrusion is in the open position. The second opening is not aligned with the first opening when the protrusion is in the closed position. The makeup tool is mounted on the top end of the rotatable control tube.

A cosmetic powder container is disclosed herein. The cosmetic powder container has a lid and a receptacle configured to be closed by the lid. The receptacle has a receptacle body. The receptacle body has a bottom and a sidewall partially bounding a powder reservoir. The receptacle body has opening separated from the bottom by the sidewall. A retainer plate is disposed between the powder reservoir and the lid. The retainer plate has a plurality of apertures formed through a top surface of the retainer plate. The plurality of apertures define an open area of the top surface. An upper plenum defined between the lid and the retainer plate is fluidly coupled to the powder reservoir through the plurality of apertures formed in the retainer plate when the receptacle is closed by the lid.

A cosmetic powder container is disclosed herein. The cosmetic powder container has a lid and a receptacle configured to be closed by the lid. The receptacle has a receptacle body. The receptacle body has a bottom and a sidewall partially bounding a powder reservoir. The receptacle body has opening separated from the bottom by the sidewall. A retainer plate is disposed between the powder reservoir and the lid. The retainer plate has a plurality of apertures formed through a top surface of the retainer plate. The plurality of apertures define an open area of the top surface. An upper plenum defined between the lid and the retainer plate is fluidly coupled to the powder reservoir through the plurality of apertures formed in the retainer plate when the receptacle is closed by the lid.

A sealing lid assembly and a packaging container using the sealing lid assembly are provided. The sealing lid assembly includes an inner stopper, an inner lid, and a sealing member, where a discharge region is formed in the inner stopper; a discharge hole is formed in the discharge region; a discharge groove and a sealing region are formed in the inner lid; the sealing member is airtightly combined with the inner lid; the inner lid is rotatably connected to the inner stopper through a rotary mechanism; the inner lid is made of first plastic; the sealing member is made of second plastic; the inner lid and the sealing member are formed integrally through two-shot injection molding; and hardness of the first plastic is greater than hardness of the second plastic. Since the sealing member is airtightly combined with the inner lid, the sealing lid assembly has a desirable sealing effect.

A sealing lid assembly and a packaging container using the sealing lid assembly are provided. The sealing lid assembly includes an inner stopper, an inner lid, and a sealing member, where a discharge region is formed in the inner stopper; a discharge hole is formed in the discharge region; a discharge groove and a sealing region are formed in the inner lid; the sealing member is airtightly combined with the inner lid; the inner lid is rotatably connected to the inner stopper through a rotary mechanism; the inner lid is made of first plastic; the sealing member is made of second plastic; the inner lid and the sealing member are formed integrally through two-shot injection molding; and hardness of the first plastic is greater than hardness of the second plastic. Since the sealing member is airtightly combined with the inner lid, the sealing lid assembly has a desirable sealing effect.