The present invention is directed to a cosmetic case, and relates to a UV sterilizing device of a cosmetic case that can sterilize the surfaces of a cosmetic material and a puff contaminated with sweat, dust, sebum, or bacteria, with a UV lamp. In the UV sterilization device, a lamp device portion (21) is provided on one side of the main body (10), the cosmetic material accommodation space (11) is disposed in a lower portion of a remaining side of the main body (10), the puff support plate (13) is disposed above the cosmetic material accommodation space (11), the puff support plate (13) is formed transparent or translucent, the cosmetic material accommodation space (11) is formed opaque, and UV lamps (20) are mounted to face from a side surface of the lamp device portion (21) to the bottom of the puff support plate (13).

A dryer for drying hair or clothes is disclosed. The dryer includes a head and a handle attached to the head. The dryer further includes ultrasonic devices, a controller, a vacuum pump, and a reservoir. The head has a surface on which inlet holes are formed. The ultrasonic devices are positioned on the surface of the head. The ultrasonic devices produce ultrasonic vibrations that break down water molecules into mist. The controller controls an operation of the ultrasonic devices.

A system and method for an intelligent hair drying/styling apparatus with user information transmission and storage capabilities is herein provided. The hair drying/styling apparatus houses a control circuit board and an infrared or temperature sensor (or camera) in order detect an individual's hair condition moisture level to determine a user specific, customizable dryer setting. The information detected by the sensor is stored locally, on a proximal Internet-enabled device, or on a remote or cloud-based server and accessed by the hair drying/styling apparatus through a wireless local area network connectivity function. Accordingly, a user's hair temperature-drying profile may be stored and later recalled to provide optimal hair styling setting customized for that user. This innovation will enable any number of hair professionals and or end consumers to improve styling and dry time. Such a profile may contain a proprietary V-Factor calculation that will, among other applications, correspond to the use of a coordinated and optimized hair spray solution. According to the present invention, energy usage is reduced to enable a more efficient design.

A skin treatment personal care with a handle having a gripping portion at one end and a head portion at an opposing end. The head portion includes a heat dissipating housing having a top surface and defines a pocket. The heat dissipating housing is made of a material having a thermal diffusivity greater than 10 W/m K. A light emitting diode adapted to provide one or more skin benefits is positioned within in the pocket. A window forms a water tight seal covering the LED.

A make-up brush system includes a mandrel having a first end and a second end. The first end includes a gripping surface for engagement with a hand of a make-up artist and the second end being shaped and dimensioned for selective engagement with a plurality of make-up brushes. A plurality of make-up brushes is provided. Each of the plurality of make-up brushes includes a first end and a second end, the first end including a functional component of the make-up brush and the second end including a coupling member shaped and dimensioned for selective engagement with the second end of the mandrel. The system also includes a case both supporting and sanitizing the various components of the present invention. The case includes a tray supporting the plurality of make-up brushes in accessible positions within the case.

UV, LED, and UV/LED hybrid gel curing lamps which lessen the exposure to radiation from gel manicures and pedicures are disclosed. The lamp exposes only the fingertips or toetips to the radiation, thus lessening the total exposure to the user. This decrease in exposure prevents DNA damage to skin. Additionally, the present invention features a proper gel pedicure lamp which extends across a pedicure bowl so as to provide for the safety and comfort of the user.

A nail lamp station includes a base lamp assembly and a handheld nail care tool for providing an additional nail care function. The base lamp assembly includes a station housing having a light cavity capable of receiving multiple fingernails therewithin, and a main light source supported within the light cavity for drying nail polishes on the fingernails at the same time within the light cavity. The handheld nail care tool includes a detachable lamp pen detachably coupled at the station housing, wherein the detachable lamp pen includes an elongated pen body and a point light source provided at a light end of the pen body for drying the nail polish on one single particular fingernail.

A device for applying soluble ingredient to a user's skin, scalp, hair or nails that simultaneously dispenses the soluble ingredient and therapeutic light.

A hair styling device comprises an optical radiation source (L) for radiating hair (H), a sensor unit (S) for measuring effects from radiating hair (H), and a feedforward control device for controlling the optical radiation source (L) in dependence on a signal from the sensor unit (S). The optical radiation source (L1, L2) may produce a first flash having a first energy density that may be lower than required for photo-thermal hair reshaping, the optical radiation source being controlled to produce a subsequent flash in dependence on a sensor signal obtained in response to the first flash, which subsequent flash may have at least the first energy density. The sensor unit (S) may include a sensor arranged before the optical radiation source in a hair flow direction. The hair styling device may comprise, along a direction in which the hair (H) is guided, a first sensor (Si), a first LED unit (L1) being controlled in dependence on a signal from the first sensor (Si), a second sensor (S2), and a second LED unit (L2) being controlled in dependence on a signal from the second sensor (S2). The direction in which hair is guided through the hair styling device may determine which part of the optical radiation source will act as the first LED unit (L1). The hair styling device may comprise a drive mechanism (D) to move the hair (H) along the optical radiation source (L) at a speed controlled by the feedforward control device in dependence on the signal from the sensor unit (S).

The present disclosure relates to a radiationless hair dryer, and belongs to the field of hair dryers. In the radiationless hair dryer, a magnetic field shielding enclosed space without leakage is formed by a shielding housing and a metal air outlet net at an air outlet of the shielding housing; the shielding housing and a brushless motor are connected with an earth wire so as to leak electromagnetic radiation; a first electrically heated wire and a second electrically heated wire are respectively and mutually alternatively wound around a mica frame in the same direction, and the direction of current flowing the first electrically heated wire and the direction of current flowing the second electrically heated wire are opposite, so that an electromagnetic field generated by the first electrically heated wire and an electromagnetic field generated by the second electrically heated wire are counteracted with each other.