Cosmetic case

A cosmetic case for holding at least one sachet, comprising

• a lid connected to a base substructure by a hinge along the rear portion of the case;
• wherein the base substructure is defined to include:
• a base substructure lower surface terminating along an outside side wall that extends upwardly to a top ridge which extends radially inward towards a circular indentation and then an inner periphery edge, the base substructure further includes an inside surface wall extending from the inner periphery edge downwardly towards the base substructure lower surface to define a sub-well between the inside surface wall;
• at least one channel along the inside surface wall extending from the inner periphery edge towards the base substructure lower surface, the at least one channel further including a longitudinal directed notch near the base substructure lower surface;
• a sleeve removably fitted into the base substructure;
• the sleeve defined to include:
• a top surface region extending inwardly to a sleeve side wall extending downwardly to define a sleeve well, the top surface region further has a raised overhang lip that hangs over a portion of the sleeve well, a side opening under the top surface region configured to receive at least one sachet;
• and at least one protruding knob positioned on the outside of the sleeve side wall and configured to slide in the channel and notch, thereby the sleeve is configured to be removed from the substructure and secured within the substructure;
• and
• a spring secured at one end to the base substructure lower surface, and having another distal end secured to a platform such that the spring biases the platform away from the base substructure lower surface;
• at least one sachet being shaped to be held in the sleeve well and being removable when the lid is in an open configuration from between the platform and the raised overhang lip defined on the sleeve.

A cosmetic case for holding at least one sachet, comprising

• a lid connected to a base by a hinge along the rear portion of the case;
• wherein the base is defined to include:
• a base lower surface terminating to a base edge;
• a continuous base side wall extending upwardly from the base edge to define a base well therebetween;
• and
• the base side wall extending to a base side wall upper edge;
• a spring secured at one end to the base lower surface, and having another distal end secured to a platform such that the spring biases the platform away from the base lower surface;
• a base substructure fitted and secured into the base well;
• wherein the substructure defined to include:
• a top ridge extending radially inward towards a circular indentation and then an inner periphery edge;
• an inside surface wall extends from the inner periphery edge downwardly towards a lower ridge that extends radially inward, wherein the lower ridge is adjacent the base lower surface, and defining a sub-well between the inside surface wall;
• at least one channel along the inside surface wall extending from the inner periphery edge to the lower ridge, the at least one channel further including a longitudinal directed notch near the lower ridge;
• a sleeve removably fitted into the base substructure;
• the sleeve defined to include:
• a top surface region extending inwardly to a sleeve side wall extending downwardly to define a sleeve well;
• the top surface region further has a raised overhang lip that hangs over a portion of the sleeve well;
• a side opening under the top surface region configured to receive at least one sachet;
• and at least one protruding knob positioned on the outside of the sleeve side wall and configured to slide in the channel and notch, thereby the sleeve is configured to be removed from the substructure and secured within the substructure;
• at least one sachet being shaped to be held in the sleeve well and being removable when the lid is in an open configuration from between the platform and the raised overhang lip defined on the sleeve;
• and
• wherein the sleeve further includes is a circular extension under the top surface region and around the terminal edge being sized to fit into a circular indentation defined on the top ridge of the substructure, thus when the sleeve well is fitted into the sub-well the sleeve is able to twist about the substructure.