The disclosure concerns a spray bottle assembly for use with an atomized-spray dispensing device. The spray bottle assembly generally includes a bottle containing an amount of cosmetic composition, a release mechanism having a port associated therewith, an insert with an insert lumen configured to engage the port for communicating the cosmetic composition therethrough, a nozzle for configuring a stream of the cosmetic composition expelled from the spray bottle assembly, a mixing chamber for mixing compressed air with the stream of the cosmetic composition, and a spray aperture for communicating atomized spray. The spray bottle assembly is designed for use with equipment having corresponding release elements for engaging the insert and release mechanism of the bottle.

An airtight loose powder container includes an outer lid, an inner lid, an inner sifter and a base. The inner sifter is airtightly provided at an open end of the base, and the inner sifter is located between the inner lid and the base. The inner lid and the inner sifter are hinged through a hinge unit. The hinge unit is elastic, such that the inner lid under stress can move toward the inner sifter. When the outer lid covers the base, the outer lid squeezes the inner lid, such that the inner lid is airtightly attached to the inner sifter. The inner lid and the inner sifter hinged with each other are provided in the container. Under the squeezing force of the outer lid, the inner lid and the inner sifter can be tightly attached to each other.

A compact container is the adjustment of a discharge amount of contents is easy. A compact container includes an inner container; an inner lid in which a communication hole is formed; a middle lid in which a discharge hole is formed; a first valve body; and a second valve body. When the inner pressure of the communication space is increased by the operation portion, the first valve body blocks communication between the communication hole and the communication space and the second valve body allows the discharge hole and the communication space to communicate with each other. When the inner pressure of the communication space is reduced by the operation portion, the second valve body blocks communication between the discharge hole and the communication space and the first valve body allows the communication hole and the communication space to communicate with each other.

A compact container is the adjustment of a discharge amount of contents is easy. A compact container includes an inner container; an inner lid in which a communication hole is formed; a middle lid in which a discharge hole is formed; a first valve body; and a second valve body. When the inner pressure of the communication space is increased by the operation portion, the first valve body blocks communication between the communication hole and the communication space and the second valve body allows the discharge hole and the communication space to communicate with each other. When the inner pressure of the communication space is reduced by the operation portion, the second valve body blocks communication between the discharge hole and the communication space and the first valve body allows the communication hole and the communication space to communicate with each other.

A container includes an airless dispenser for a cosmetic product. The container includes a hollow vessel body defining a sealed receptacle for containing a cosmetic product and a base. A dispensing head mounts at one end of the container and communicates with the receptacle for dispensing the cosmetic product. An actuator is associated with the dispensing head and configured to be operable to cause a pressure drop inside the receptacle. An outlet nozzle allows dispensing a desired quantity of cosmetic product when the actuator is operated. A plunger slidably and sealably mounts in the receptacle and is pushed from a spaced-out position towards a closer position relative to the outlet nozzle due to the pressure drop generated by operating the actuator. The hollow vessel body is made of glass, is substantially cylindrical, and defines a substantially constant cross-section through the axial segment in which the plunger is slidable.

A container includes an airless dispenser for a cosmetic product. The container includes a hollow vessel body defining a sealed receptacle for containing a cosmetic product and a base. A dispensing head mounts at one end of the container and communicates with the receptacle for dispensing the cosmetic product. An actuator is associated with the dispensing head and configured to be operable to cause a pressure drop inside the receptacle. An outlet nozzle allows dispensing a desired quantity of cosmetic product when the actuator is operated. A plunger slidably and sealably mounts in the receptacle and is pushed from a spaced-out position towards a closer position relative to the outlet nozzle due to the pressure drop generated by operating the actuator. The hollow vessel body is made of glass, is substantially cylindrical, and defines a substantially constant cross-section through the axial segment in which the plunger is slidable.

A cosmetic product, in particular a powdery cosmetic product, includes a lid that is mounted rotationally mobile with respect to a base between at least one closed position and one open position of the case, first locking mechanism to lock the lid in a closed position, a dispensing device arranged between the lid and the base, and that is mounted rotationally mobile between at least one lowered position and one raised position, the dispensing device including a control member intended to be actuated to command the dispensing of the cosmetic product, and second locking mechanism to lock the dispensing device in the lowered position The control member of the dispensing device is configured to command the unlocking of the first locking mechanism of the lid and the unlocking of the second locking mechanism of the dispensing device.

The present invention relates to an airless cosmetic container comprising: a lower container (10) having an opened lower part; an inner container (20) which is a cylindrical member inserted through the upper opening of the lower container (10) and having a closed lower part, and which has an upper outer flange (21) mounted on and assembled to the upper end of the lower container (10); a container cover (30) which is a cylindrical member for covering the upper opening of the inner container (20), and of which a lower protruding groove (31) protruding downwards from the center thereof is positioned in a cylinder (22) protruding from the center of the inner container (20) and an outer end (32) is coupled to two vertical protruding rods (23) protruding toward the upper part of the upper outer flange (21) of the inner container (20); a cylindrical spring (40) coupled in the container cover (30); a disc-shaped upper lid (50), having a recessed upper surface, coupled to the upper part of the cylindrical spring (40); a disc-shaped lower lid (60), which is a member coupled to the lower surface of the center of the upper lid (50), has a discharge hole (61) formed in the center thereof, and has a fastening cylinder (62) formed at the lower part of the discharge hole (61); a pump body (70) coupled to the fastening cylinder (62) of the lower lid (60) and inserted into the lower protruding groove (31) of the container cover (30); an exhaustion piston (80) coming in close contact with the inner periphery of the inner container (20) and the outer periphery of the cylinder (22) protruding in the center thereof, so as to rise as cosmetic contents are used; and an upper case (100) which is a cylindrical member for covering the upper side of the lower container (10), and of which one side is hinge-coupled to one side wall of the lower container (10) and the other side is hooked and coupled to an opening/closing button (90). The present invention has effects of: preventing external air from flowing into an upper cylinder since the inner diameter of the discharge hole is formed to be smaller than the inner diameter of the fastening cylinder of the lower lid such that, when a piston support and the lower lid are coupled, the upper end surface of a center hole of the piston support comes in close contact with, that is, overlaps with the lower surface of the discharge hole in the fastening cylinder of the lower lid, so as to reinforce faste

The present invention provides a cosmetic container for powder having a pumping structure, the cosmetic container including: an accommodation portion (100) configured to accommodate a powder material; a lower support portion (200) disposed over the accommodation portion (100), and configured to allow air to be introduced such that the powder material accommodated in the accommodation portion (100) is discharged together with the introduced air; an air pumping portion (300) disposed over the lower support portion (200), and configured to pump air so that the air is introduced into the lower support portion (200); an intermediate support portion (400) disposed over the air pumping portion (300), and configured to discharge a powder material together with air and to collect the remaining powder material; and a powder discharge portion (500) spaced apart upward from the intermediate support portion (400), and configured to allow the discharged powder material to be collected.

A hair-increasing fiber powder packaging bottle with a manually adjustable fiber amount includes a packaging bottle body. The packaging bottle body includes a bottle cap, a top screw cap, a lower cap body, a filter plug, and a bottle body. The top screw cap is mounted to a bottom end of the bottle cap. A deformation support and a non-slip surface are disposed on two sides of the top screw cap. A deformation space is disposed on an inner side of the deformation support. A surface of the top screw cap is provided with a discharge hole. A gear projection is mounted to one side of the top screw cap. A connecting projection is disposed on a side edge of the top screw cap. A sealing boss is disposed on a top end of the top screw cap.