A device and method for drying a substance applied to a surface as it is being applied to the surface. The device is designed to apply a form of energy including air movement, heat, or light and can be designed to apply combinations of energy forms. The energy form is applied to the surface during or after the substance has been applied to the surface. A design for the shape of the enclosure and features included in the enclosure for the device are disclosed which enhances the drying efficiency.

Disclosed is a multifunctional facial mask, as well as an assembly thereof, which includes a mask body for attaching to a user's face and including first and conductor wires mounted thereto and spaced from each other. Thus, electrical power may be received through a facial cover to feed to the first and second conductor wires of the multifunctional facial mask to selectively conduct electronic massage on the user's face, so that in conducting caring of the user's face, an additional purpose of relaxing the user, physically and mentally, can be achieved.

A light source and a power source are held between upper and lower shells of a fake nail tip. The fake nail tip is provided with its shells hinged open and the light source unactivated. As the shells are brought together, an electrical contact is made between the power source and the light source, which causes the light source to illuminate the fake nail tip. The shells are then fastened together to maintain the light source illuminated.

Volatile liquid applicator systems and fume-filtering apparatuses and related method of use are described.

A device and method for drying a substance applied to a surface as it is being applied to the surface. The device is designed to apply a form of energy including air movement, heat, or light and can be designed to apply combinations of energy forms. The energy form is applied to the surface during or after the substance has been applied to the surface. A design for the shape of the enclosure and features included in the enclosure for the device are disclosed which enhances the drying efficiency.

An attachment element 2 for a container 10 for applying a substance, in particular liquids, free-flowing formulations, pastes or powders, comprising at least one rotationally symmetric body 4 freely moving in a support for applying the substance. The attachment element 2 is connected with a container 10 in which the substance to be applied is contained and transported, by the body 4 to which the substance adheres during a rotary motion, to the outside to apply it, for example, onto skin. To use it for advertising measures or to increase its attractiveness, the body 4 comprises a sealable cavity 5 and at least partially transparent material, wherein the body 4 is at least partially filled with an at least partially transparent liquid and/or solid particles 6. In case of rotation, the liquid in the body 4 or the solid particles 6 are swirled around; a decorative appearance is created.

The present invention includes a vessel portion for accommodating contents in a vessel body; a lower cover portion sealing the vessel body; a pressurizing portion pressurizing an interior of the vessel body to discharge the contents; and an auxiliary portion elevating and lowering the pressurizing portion, wherein in the pressurizing portion, an upward movement and a downward movement may occur alternately and repeatedly while the pressurizing portion pressurizes an interior of the vessel body to discharge the contents.

Present disclosure discloses a skin treatment device (100) for performing operations such as hair removal. The device (100) includes an aerosol generating device (104), a flow stream generating element (105) and operating parameter sensor (107), configured to measure skin operating parameter and skin treatment device operating parameter. Further, the skin treatment device (100) includes a control unit (108) communicatively coupled to the aerosol generating device (104), the flow stream generating element (105) and the operating parameter sensor (107). The control unit (108) is configured to selectively control operation of the aerosol generating device (104) and/or a skin treatment tool (103) based on operating parameter measured by the operating parameter sensor (107). This configuration of controlling operation based on operating parameters improves efficiency of the skin treatment device, since selectively controlling the aerosol generating device (104) and the skin treatment tool (103) conserves battery power of the skin treatment device.

The invention relates to a method for treating the hair with a treatment device. in particular a brush (10), having:a step of simultaneously heating and combing a lock of hair by passing it between teeth (23) of at least one heated combing zone (C) without a steam outlet of the treatment device, andthe application of steam to the lock of hair in at least one steam outlet zone (V), the step of simultaneous heating and combing and the application of steam being carried out on a lock of hair by passing the treatment device through the hair once.

This invention relates to a refillable and/or interchangeable cartridge that can attach and detach from a hairdryer. Prior to, concurrent with or subsequent to hair drying, a user can activate the cartridge to dispel, mist, steam or otherwise disperse the cartridge's product onto the user's hair, skin, scalp or fur. Each cartridge can contain various hair treatment products, styling products and/or nutrients. A cartridge can attach and detach at various points along the hairdryer including but not limited to inside the front outlet or rear inlet, primarily annularly around either the front outlet or rear inlet, along the top of the housing, through the core of the housing, or in the handle. The hairdryer also has improved heat transfer, fluid flow, reduced noise and vibration, weight and a shorter main housing barrel to make it easier for a user to treat and style the user's hair, skin, scalp or fur.