A cosmetic case including an outer case assembly and an inner disk assembly. The outer case assembly includes a case body and a case cover. the case body includes a first accommodation chamber having an opening. The inner disk assembly includes a disk body, a disk cover, an outer slot, and a seal ring. The disk body includes a second accommodation chamber for accommodating cosmetics. The case cover is hinged to the case body and adapted to open and close the opening of the first accommodation chamber. The inner disk assembly is disposed detachably in the first accommodation chamber. The disk cover is hinged to the disc body and adapted to open and close the opening of the second accommodation chamber. The outer slot is positioned around the outer side wall of the second accommodation chamber and the seal ring is housed in the outer slot.

A container includes a lid, a frame, and a mirror. The lid includes two external ridges and at least one intermediate ridge formed on a face thereof. The intermediate ridge is located between and in parallel to the external ridges. A height of the intermediate ridge is smaller than a height of the external ridges. The frame includes fins extending from a face thereof. The fins are in parallel to one another. During attachment of the frame to the lid, the fins are slidable on the intermediate and external ridges to render movement of the frame on the lid smooth like swinging of a pendulum. The mirror is attached to an opposite face of the frame.

A modular multi-compartment cosmetics container assembly may have plurality of layers configured to releasably couple to each other, permitting a user to attach and detach various different compartment layers, or to just shuffle multiple compartment layers that may store different items into more desirable positions in the arrangement. Releasable attachment is provided by each compartment layer being formed with a hinge pin proximate to a top portion of a side wall of the compartment, and a hinge knuckle disposed proximate to a bottom portion of the side wall, where the hinge knuckle has an opening permitting it to clip onto the hinge pin of the adjacent compartment layer. A latch releasably secures each compartment layer in a closed position. Each hinge knuckle and latch may be pivotally mounted to its compartment layer, permitting movement into a retracted position, so the compartment can sit flush on a flat surface.

The present invention includes a compact container comprising: a container body which has a button member mounted on the front side thereof; a container lid which is hinge-coupled to the back side of the container body; an inner container member which is for accommodating contents and is mounted on the inner side of the container body; and a fixing member which is for fixing the inner container member and the button member and is fixedly coupled to the inner peripheral surface of the container body. When the button member is assembled to a button member mounting groove, button member blade portions of the button member are vertically inserted into guide grooves, which are formed inside the button member support, thereby enabling easy assembly.

A sealable container for a volatile composition for use in a compact case, having a container having an upper rim and outer thread segments, a seal cover having an annular wall having inner thread segments, and an annular seal disposed between the upper rim of the container and a cover plate of the seal cover. The annular seal has an upper seal member having an upper surface, and a lower seal member that registers with the upper seal member and engages the upper rim of the container when the seal covers the container. The upper seal member includes a means for preventing the rotative force applied to the upper surface of the upper seal member when rotating the seal cover to the second rotated position, to be downward onto the lower seal member, to prevent tearing, bunching and deforming of the lower seal member.

A product pan includes a cavity including a strip configured to pivot relative to a bottom portion and a mesh member extending a cross the cavity. The mesh member is configured to distribute a force applied to the strip or to the mesh member across an upper surface of a product contained within the cavity by pivoting the strip. A housing includes a bezel including a chamber for the product pan, the chamber having a front access port and a port cover configured to selectively cover the front access port. A cosmetic compact assembly includes a product pan including a strip configured to move between a resting position and a use position and a housing having a front access port positioned adjacent the strip.

A cosmetic container that includes a lid assembly and first and second jars each configured to hold a cosmetic product. The lid assembly includes an inner lid divided into two sections by a dividing wall. The first and second jars are connectable to the first and second sections, forming a single container. The lid assembly forms a barrier between the first and second jars and allows the jars to be opened separately.

A compact assembly for storing a product therein includes a housing, a container member, and a resilient member. The container member is disposed within the housing. The container member defines a cavity to store the product. The resilient member is disposed between the housing and the container member. The resilient member cushions the container member to prevent forces acting on the housing from being applied to the container member.