An impregnatable pad applicator storage and warming device for storing at least a first impregnatable pad applicator for a cosmetic preparation, a sundry preparation, a topical medication, or topical pharmaceutical, and warming these contents thereof comprises: a housing including an upper housing element and a lower housing element, the housing elements attached by a connector; a storage unit configured to receive and store at least a first impregnatable pad applicator; a warming unit comprising a power supply, controller, and a first heating element; and a first warming chamber configured to receive a first impregnatable pad applicator and transfer heat from the first heating element to the contents of the warming chamber.

A cap to be placed on a head of a device for treating the skin of a user includes an inner part to be removably attached to the head of the device, an outer part to be placed against the skin of the user and an interior disposed between the inner and outer parts. A product is disposed in the interior for application to the skin of the user and a covering, such as a membrane which is disposed on the outer part or a sterilized pack, is removable before use. An assembly having the device and the cap is also provided.

An applicator head intended to be associated with a cosmetic dispensing package for dispensing and applying a fluid product. The applicator head includes a first applicator member and a second applicator member coupled to one side of the first applicator member. The second applicator member made of a material capable of holding and retaining a thermal charge. An upper surface of the applicator head defines an applicator surface adapted to apply and dispense the fluid product. The applicator surface is angled with respect to a longitudinal axis of the applicator head. A recessed concavity is formed on the applicator surface and a discharge opening is disposed within the recessed concavity. A first portion of the recessed concavity lies on the first applicator member and a second portion of the recessed concavity lies on the second applicator member.

Provided is a dabbing tool comprising a shaft elongated along a shaft axis to define a first shaft end and a second shaft end opposite the first shaft end; the first shaft end having a dab blade; the second shaft end having a handle; a first catch located between the first shaft end and the second shaft end, the first catch extending outwardly from the shaft axis; wherein the handle defines a handle surface and is elongated to define a first handle end and a second handle end, the first handle end having a first set of handle threads; and further comprising a shroud elongated along a shroud axis to define a first shroud end and a second shroud end opposite the first shroud end, the first shroud end having a first set of shroud threads adapted to operationally engage with the first set of handle threads.

The wax warmer with automated stirring combines the heating element and wax temperature control with a rotating wax reservoir. The rotating wax reservoir causes the associated stored wax to rotate with respect to the body of the device. To interrupt the flow of the wax within the rotating reservoir, and cause mixing and stirring, a stationary stir stick is placed in the path of rotation. As the moving wax contacts the stationary stir stick, turbulence is caused, resulting in mixing. The mixing helps to maintain a consistent temperature of wax within the reservoir. The stir stick is preferably held in position by a slot within the lid, removal of the lid causing removal of the stir stick, removing the stir stick as an obstacle to the user accessing the wax within the vessel.

A hair heating cap includes a cap body, a fastener belt, a heating element and an adjusting element. The cap body includes a bottom part and a side wall. The bottom part and the side wall form a wearing chamber and a wearing opening. The side wall has a first inner chamber and two first openings. A part of the fastener belt is located in the first inner chamber and the other part of the fastener belt connected extending from the two first openings. The heating element is located in second inner chamber. The adjusting element is able to slide along the fastener belt and to be fixed at two positions adjacent to the two first openings, so as to adjust a length of the part of the fastener belt located in the first inner chamber and fasten the cap body on a user's head.

An interactive skin treatment and management device having a housing and a fluid basin coupled to the housing. The device can further include a fluid atomizer coupled to the housing, configured to atomize fluid from the fluid basin, and a computing display coupled to the housing. Here, the computing display is configured to receive input from a user. In addition, the housing can also include a lighting unit disposed around the computing display, and a heating or cooling element disposed within the housing. The housing of the device may also include a receptacle for receiving a capsule or container and a tube for releasing and dispensing the contents of the capsule or container, among other features.

Provided are a skin whitening mask and device, and a skin whitening method using the same. The mask includes a contact layer having a lower portion in contact with a face surface of a user and provided as a flexible material and at least one thermoelectric module applying cold to a user's face. A heat dissipation layer above the thermoelectric module contacts the second main surface of the thermoelectric module and heat-radiating by receiving heat generated during cooling of the first main surface through the second main surface. A controller controls the thermoelectric module such that the first main surface is cooled to a temperature lower than the target temperature so that the user's skin reaches a target temperature at which pigmentation by melanocytes is suppressed, during a time between 5 seconds required to suppress the pigmentation and 300 seconds in which damage to the skin occurs.

The present invention relates to a warming tool (1) in which a heat generating element (3) is held between a topsheet (5) that faces a heating target and a backsheet (6) that is located on a side away from the heating target, and a method for manufacturing the same. The heat generating element (3) has a first sheet (3f) arranged opposing the topsheet (5), a second sheet (3g) arranged opposing the backsheet (6), and a heat generating portion (3a) sandwiched between the first sheet (3f) and the second sheet (3g). In the warming tool (1), a perfume (8) and an adhesive (7) are arranged between the second sheet (3g) and the backsheet (6), and a region in which the adhesive (7) is arranged and a region in which the perfume (8) is not arranged overlap each other in a plan view. In the manufacturing method, the perfume is added to a surface of the second sheet (3g) that is planned to oppose the backsheet (6), or to a surface of the backsheet (6) that is planned to oppose the heat generating element (3), and the heat generating element (3) is held such that the backsheet (6) and the second sheet (3g) oppose each other.

A formula delivery appliance generally includes a formula delivery head having features to mix, direct, and distribute formulation through nozzles to a desired location, such as the hair or scalp of a user. In this regard, the formula delivery head may include a plurality of nozzles configured to discharge the formulation at a desired flow rate. In some instances, the flow rate across the plurality of nozzles is controlled such that each nozzle has a flow rate within a specified percentage of the average flow rate across the plurality of nozzles.