Present disclosure discloses a hair treatment device. The hair treatment device includes a body defined with a hair-treatment section and a heating plate disposed in the hair treatment section. The heating element is an electrical conductor. Further, the hair treatment device includes at least one ion generator configured to generate and channelize ions through a groove defined in the body adjacent to the hair-treatment section forming an ion stream. Furthermore, the hair treatment device includes an ion attractor defined in the body. The ion attractor bridges the groove and the heating element, where the heating element attracts ions from the ion stream through the ion attractor for distributing ion stream along a length of the groove. Even distribution of the ions along the length of the groove, provides more area for defrizzing of hair, thereby facilitates effective defrizzing of the hair.

A hair styling apparatus includes a handle, a rotatable component operatively coupled to the handle and adapted for rotatable movement to engage a length of hair to impart a curling effect to the length of hair and an ion generator mounted to the handle and dimensioned and adapted to direct a concentration of ions to the length of hair.

Provided is a hairdryer comprising a cylindrical main body housing having a gas discharge portion on the front side thereof, a heater module located inside the main body housing to provide heat, and a handle housing connected to the lower portion of the main body housing, wherein the heater module comprises: a cylinder-shaped first heater case; a second heater case spaced apart from the outer circumference of the first heater case; a main flow path formed between the first heater case and the second heater case; a heating wire located in the main flow path; a front substrate disposed inside the first heater case; and an auxiliary flow path extending through the inside of the first heater case.

A humidification assembly includes a housing that has a first end, a second end and a peripheral wall extending therebetween. The first end and the second end are open. The housing is substantially hollow. The peripheral wall is curvilinear such that the housing has a cylindrical shape. The first end may insertably receive a hair dryer. A gasket is coupled to an inside surface of the peripheral wall. The gasket may frictionally engage the hair dryer air outlet to retain the housing on the hair dryer. A reservoir is provided to contain a fluid. The peripheral wall has a fill aperture extending into the reservoir. The fill aperture directs the fluid into the reservoir. A closure removably closes the fill aperture. A valve is movably coupled between the housing and the venturi. The valve selectively releases the fluid into the venturi to humidify the air urged by the hair dryer.

A hairdryer including an ionising system and a heater wherein the ionising system comprises an ion producing electrode and the ion producing electrode extends along an external periphery of the heater. The ion producing electrode may extend along the heater to a downstream end of the heater. The ion producing electrode may extend along the heater from an upstream end of the heater. The heater may be generally cylindrical and the ion producing electrode extends along a radially outer surface of the heater. The ion producing electrode may have a first part which extends along a first axis and the first part extends along the external periphery of the heater. The ion producing electrode may have a second part, which extends along a second axis, wherein the second part extends radially inwards from the external periphery of the heater.

A beauty tool (1) includes: a substantially rod-shaped main body (10); an attraction head (2) provided in the main body (10); and a beauty effect imparting part for imparting a beauty effect to human skin in a state where it is in contact with or close to the human skin. The attraction head (2) is provided at one end of the main body (10) and includes a magnetic force generating surface (20) for attracting and removing, by means of a magnetic force, a cosmetic agent applied to the human skin.

A self-supporting applicator comprises a first structural element which is self-supporting and has a shape determined according to a target structure, the applicator further comprises an active agent.

A moisturizing apparatus includes an ion generating device, a mist generating device, and a control device. The ion generating device generates positive ions and negative ions bound to water molecules from the air by an electrical discharge in the atmosphere. The mist generating device reduces the liquid to fine particles in the form of mist and sprays the liquid in the form of mist. The moisturizing apparatus moisturizes the skin or hair, through combined use of application of ions from the ion generating device and spraying of the mist from mist generating device, toward the skin or hair.

A proximity sensor attachment for a hair dryer for facilitating application of an aerosolized cosmetic composition, such as a hair dye, to hair of an individual. A hair dryer that includes a proximity sensor attachment. A method of using the proximity sensor attachment and/or a hair dryer that includes the proximity sensor attachment attached thereto for applying an aerosolized cosmetic composition. Computational device-implemented variations of devices and methods.

That published in this invention belongs to the technical field of blower, it is concretely a kind of double duct hairdryer, including the shell components, which is internally mounted with the driving component, conduction heating component and exhaust component, the internal components can be installed and be set as straight shape, the driving component is mounted at the internal right end of the shell component, and by the plasma technique with double emitter, it can release positive ion and negative ion at the same time, and it can quickly neutralize positive charges and negative charges after acting on hair, so that hair is soft and bright, being designed as the air duct with double outlets in a straight line and by means of airstream rectification, this invention reduces the loss of wind rate in the air duct, so as to increase the wind speed and wind rate, by the design of air duct with double outlet, hollow slot can be utilized to let air be held between the two outlets, so that the contact area of hair and wind is larger, the efficiency of hair drying is improved, meanwhile, the hollow design of double outlets facilitates simple operation of hair styling.