An illuminated vanity mirror includes a housing and a front mirror panel connected to the housing. A frame is connected to the housing and positioned behind the front mirror panel. A light emitter is connected to frame. The light emitter includes a plurality of LEDs facing away from the front mirror panel. The LEDs are positioned to direct emitted light toward the housing and the emitted light is redirected through the front mirror panel.

A portable cosmetics case system designed to save space and offer a convenient means for transporting makeup materials. The device features an all-in-one, compact, and easy to use case that is ideal for use when out for the day, evening, or light travel. It holds liquids, powders, brushes, absorbable pads, a mirror, and other necessary items. The device includes a removable mirror with LED lighting to assist in makeup application. As designed it enables users to make touchups quickly and conveniently without needing to carry a bulky case.

A portable cosmetics case system designed to save space and offer a convenient means for transporting makeup materials. The device features an all-in-one, compact, and easy to use case that is ideal for use when out for the day, evening, or light travel. It holds liquids, powders, brushes, absorbable pads, a mirror, and other necessary items. The device includes a removable mirror with LED lighting to assist in makeup application. As designed it enables users to make touchups quickly and conveniently without needing to carry a bulky case.

An illuminated compact case for magnetically holding makeup pans includes a housing that has a bottom, which is magnetic, and a top that is open. A lid is hingedly coupled to a back edge of the housing. A mirror that is coupled to the lid defines a border between the mirror and a perimeter of the lid. At least one battery, which is rechargeable, is coupled to the housing. A USB port that is coupled to the housing and operationally coupled to the battery is configured to couple the battery to a source of direct current to recharge the battery. A plurality of light emitting diodes is coupled to the border and is operationally coupled to the battery to selectively illuminate an area proximate to the lid. The top is configured to insert paramagnetic articles into the housing to selectively couple the paramagnetic articles to the bottom.

An illuminated compact case for magnetically holding makeup pans includes a housing that has a bottom, which is magnetic, and a top that is open. A lid is hingedly coupled to a back edge of the housing. A mirror that is coupled to the lid defines a border between the mirror and a perimeter of the lid. At least one battery, which is rechargeable, is coupled to the housing. A USB port that is coupled to the housing and operationally coupled to the battery is configured to couple the battery to a source of direct current to recharge the battery. A plurality of light emitting diodes is coupled to the border and is operationally coupled to the battery to selectively illuminate an area proximate to the lid. The top is configured to insert paramagnetic articles into the housing to selectively couple the paramagnetic articles to the bottom.

The invention relates to a container comprising: a receptacle with an outer wall visible from outside the container the peripheral outer wall is provided with a translucent layer, a housing that defines an inner space, an electronic circuit that comprises a central light source that emits light in a main emission direction. The light source is offset relative to the translucent layer. The electronic circuit is arranged within the inner space. A wave guide is arranged opposite the light source such as to guide a light wave emitted by the light source into the translucent layer.

The invention relates to a container comprising: a receptacle with an outer wall visible from outside the container the peripheral outer wall is provided with a translucent layer, a housing that defines an inner space, an electronic circuit that comprises a central light source that emits light in a main emission direction. The light source is offset relative to the translucent layer. The electronic circuit is arranged within the inner space. A wave guide is arranged opposite the light source such as to guide a light wave emitted by the light source into the translucent layer.

A curing applicator for curing a curable formulation as it is applied to a surface includes an applicator assembly extending from a base assembly. The applicator assembly is configured to apply the curable formulation to the surface. The curing applicator further includes a curing assembly configured to deliver a curing stimulus. The curing assembly extends from the base assembly and is positioned to follow the applicator as it applies the curable formulation to the surface.

The present invention is a cosmetics case for storing and applying make-up from one or more pans of make-up. The cosmetics case comprises a base unit comprising a compartment the pans of make-up, a mounting portion, and a hinge rotatably engaged with the mounting portion. The cosmetics case further comprises a lighted mirror unit comprising a mirror and a plurality of light emitting diodes adapted to emit light from the mirror. The lighted mirror unit is rotatably engaged with the hinge of the base unit between a closed position where the lighted mirror unit is resting upon the base unit with the mirror and light emitting diodes facing away from the compartment and an open position where said compartment is exposed and the mirror and light emitting diodes face an open area above the compartment.

An applicator device includes a photo-active formulation assembly and a photo-dose assembly operably coupled to the photo-active formulation assembly. The photo-active formulation assembly includes one or a plurality of dispenser portions and one or more photo-activatable formulation reservoirs. The photo-active formulation assembly is operable to dispense a photo-activatable formulation from the one or more photo-activatable formulation reservoirs onto one or more regions of a biological surface. The photo-dose assembly includes at least one illuminator oriented to focus electromagnetic energy onto one or more focal regions of a biological surface. The focused electromagnetic energy is of a character and for a duration sufficient to photo-activate the photo-activatable formulation dispensed from the one or more photo-activatable formulation reservoirs.