An eyelash curling device according to an embodiment includes a first stick including a first handle and a first tip connected to the first handle and formed of a material different from the first handle, and a second stick including a second handle and a second tip connected to the second handle. Since the eyelashes is supported using the second stick and curling is formed on the eyelashes by heating the first tip of the first stick, it may be used for any eyelashes regardless of the thickness, length, or strength of the user's hair.

An eyelash curling device according to an embodiment includes a first stick including a first handle and a first tip connected to the first handle and formed of a material different from the first handle, and a second stick including a second handle and a second tip connected to the second handle. Since the eyelashes is supported using the second stick and curling is formed on the eyelashes by heating the first tip of the first stick, it may be used for any eyelashes regardless of the thickness, length, or strength of the user's hair.

In one aspect the invention is arranged to provide a hair treatment apparatus adapted to reduce the temperature of hair. This apparatus includes at least one thermal energy storage core arranged to draw heat out of hair wherein said at least one thermal energy storage core is arranged to cool hair to a temperature below 0° Celsius.

In one aspect the invention is arranged to provide a hair treatment apparatus adapted to reduce the temperature of hair. This apparatus includes at least one thermal energy storage core arranged to draw heat out of hair wherein said at least one thermal energy storage core is arranged to cool hair to a temperature below 0° Celsius.

A hair-styling tool may include one or more pods that store liquid. For example, the hair-styling tool may include a removable, reusable water pod and/or a removable oil-formulation pod, which may correspond to a hair type of an individual. Moreover, during operation, the hair-styling tool may output or provide one or more discharges, such as: a steam discharge, an oil-formulation discharge, and/or a steam-and-oil-formulation discharge. The discharge flow may be selectable or dynamically adjusted based at least in part on the hair type of the individual, a predefined preference of the individual, and/or a predefined preference of a hair stylist. Moreover, the one or more discharges may be output of or provided from a head in the hair-styling tool. This head may include multiple prongs or tines that are used, in conjunction with the one or more discharges, to detangle or style an individual's hair.

A hair-styling tool may include one or more pods that store liquid. For example, the hair-styling tool may include a removable, reusable water pod and/or a removable oil-formulation pod, which may correspond to a hair type of an individual. Moreover, during operation, the hair-styling tool may output or provide one or more discharges, such as: a steam discharge, an oil-formulation discharge, and/or a steam-and-oil-formulation discharge. The discharge flow may be selectable or dynamically adjusted based at least in part on the hair type of the individual, a predefined preference of the individual, and/or a predefined preference of a hair stylist. Moreover, the one or more discharges may be output of or provided from a head in the hair-styling tool. This head may include multiple prongs or tines that are used, in conjunction with the one or more discharges, to detangle or style an individual's hair.

A system and method for controlling a heat level of a hair care appliance is provided. The hair care appliance includes a heating element configured to heat to a plurality of heat levels and a touchscreen comprising a user interface. The appliance is configured to receive a user selection of one or more hair parameters via the user interface, determine a heat level corresponding to the selected one or more hair parameters, and control the heating element to cause the heating element to heat to the determined heat level.

A system and method for controlling a heat level of a hair care appliance is provided. The hair care appliance includes a heating element configured to heat to a plurality of heat levels and a touchscreen comprising a user interface. The appliance is configured to receive a user selection of one or more hair parameters via the user interface, determine a heat level corresponding to the selected one or more hair parameters, and control the heating element to cause the heating element to heat to the determined heat level.

The present invention discloses a styling comb, the styling comb includes a handle, a hot comb head, and cold comb head, the hot comb head is provided with a heat-generating component and a thermally-conductive comb tooth component, the thermally-conductive comb tooth component is thermally conductively connected to the heat-generating component, and the thermally-conductive comb tooth component is used for combing hair; the cold comb head is provided with a refrigeration component and a thermally-conductive comb tooth component, the thermally-conductive comb tooth component is thermally conductively connected to the refrigeration component, and the thermally-conductive comb tooth component is used for combing hair; the cold comb head and the hot comb head are alternatively and removably mounted on the handle. The technical solution of the present invention can enhance the capability of styling comb to meet different use needs.

An apparatus manipulates the shape of hair using dielectric heating. Typically,the apparatus includes opposing first and second electrodes respectively provided on first and second arms that are movable towards and away from one another. Drive circuitry supplies electrical energy to the first and second electrodes, to cause an alternating electric field to be produced in the vicinity of the electrodes in use, and thereby cause dielectric heating of hair placed between the electrodes in use. Sensing circuitry senses a change in coupling of energy from the alternating electric field to the hair during heating of the hair. Control circuitry controls the drive circuitry to vary the electrical energy supplied to the first and second electrodes in dependence upon the sensed change in coupling. A related method manipulates the shape of hair using dielectric heating.